1 /* packet-s7comm_szl_ids.c
3 * Author: Thomas Wiens, 2014 (th.wiens@gmx.de)
4 * Description: Wireshark dissector for S7-Communication
6 * Wireshark - Network traffic analyzer
7 * By Gerald Combs <gerald@wireshark.org>
8 * Copyright 1998 Gerald Combs
10 * SPDX-License-Identifier: GPL-2.0-or-later
15 #include <epan/packet.h>
17 #include <wsutil/array.h>
18 #include "packet-s7comm.h"
19 #include "packet-s7comm_szl_ids.h"
21 static int ett_s7comm_szl
;
22 static int hf_s7comm_userdata_szl_partial_list
; /* Partial list in szl response */
23 static int hf_s7comm_userdata_szl_id
; /* SZL id */
25 static const value_string szl_module_type_names
[] = {
26 { 0x0, "CPU" }, /* Binary: 0000 */
27 { 0x4, "IM" }, /* Binary: 0100 */
28 { 0xc, "CP" }, /* Binary: 1100 */
29 { 0x8, "FM" }, /* Binary: 1000 */
32 static int hf_s7comm_userdata_szl_id_type
;
33 static int hf_s7comm_userdata_szl_id_partlist_ex
;
34 static int hf_s7comm_userdata_szl_id_partlist_num
;
35 static int hf_s7comm_userdata_szl_id_partlist_len
;
36 static int hf_s7comm_userdata_szl_id_partlist_cnt
;
37 static int ett_s7comm_userdata_szl_id
;
38 static int * const s7comm_userdata_szl_id_fields
[] = {
39 &hf_s7comm_userdata_szl_id_type
,
40 &hf_s7comm_userdata_szl_id_partlist_ex
,
41 &hf_s7comm_userdata_szl_id_partlist_num
,
44 /* Partial list extract names */
45 static const value_string szl_id_partlist_ex_names
[] = {
46 { 0x0000, "All SZL partial lists of the module" },
47 { 0x0011, "All identification data records of a module" },
48 { 0x0012, "All characteristics" },
49 { 0x0013, "Data records of all memory areas" },
50 { 0x0014, "All system areas of a module" },
51 { 0x0015, "Data records of all block types of a module" },
52 { 0x0016, "Data records of all priority classes" },
53 { 0x0017, "All SDBs of a module" },
54 { 0x0018, "All data records" },
55 { 0x0019, "Status of all LEDs" },
56 { 0x001c, "Identification of all components" },
57 { 0x0021, "Data records of all possible interrupts on a module" },
58 { 0x0022, "Data records of all possible interrupts on a module" },
59 { 0x0023, "Data records of all priority classes of a module" },
60 { 0x0024, "All modules that can occur on the module" },
61 { 0x0031, "Not defined" },
62 { 0x0033, "All stations logged on for messages and diagnostic events" },
63 { 0x0037, "Details of all Ethernet interfaces" },
64 { 0x0071, "Information about the current status of the H system" },
65 { 0x0074, "Status of all LEDs" },
66 { 0x0081, "Startup information of all OBs" },
67 { 0x0082, "All startup events" },
68 { 0x0090, "Information of all DP master systems known to the CPU" },
69 { 0x0091, "Module status information of all plugged in modules and submodules" },
70 { 0x0092, "Expected status of the central racks/stations of a DP master system connected via an integrated DP interface" },
71 { 0x0094, "Expected status of the rack in the central configuration/the stations of a DP master system/IO controller system that is connected via an integrated DP/PN interface module" },
72 { 0x0095, "Extended information on a DP master system/PROFINET IO system" },
73 { 0x00a0, "All entries possible in the current mode" },
74 { 0x00b1, "Obtain the first 4 diagnostic bytes of a module with diagnostic capability" },
75 { 0x00b2, "Obtain diagnostic data record 1 of a module in a central rack, rack/slot specified by index" },
76 { 0x00b3, "Obtain diagnostic data of a module, logical base address specified by index" },
77 { 0x00b4, "Obtain diagnostic data of a DP slave, diagnostic address of the module specified by index" },
78 { 0x0100, "A partial list with all partial list extracts" },
79 { 0x0111, "A single identification data record" },
80 { 0x0112, "Characteristics of a group, specified by index" },
81 { 0x0113, "Data record for one memory area, specified by index" },
82 { 0x0114, "One system area, specified by index" },
83 { 0x0115, "Data record of a block type, specified by index" },
84 { 0x0116, "Data record of the specified priority class, specified by index" },
85 { 0x0117, "One single SDB, specified by index" },
86 { 0x0118, "One data record, specified by index" },
87 { 0x0119, "Status of one LED, specified by index" },
88 { 0x011c, "Identification of one component" },
89 { 0x0121, "Data records of all possible interrupts of one class, class specified by index" },
90 { 0x0122, "Data records of all possible interrupts of one class, class specified by index" },
91 { 0x0123, "Data record of one priority class, specified by index" },
92 { 0x0124, "Information about the last mode transition" },
93 { 0x0131, "Information about a communication unit, specified by index" },
94 { 0x0132, "Status data for one communication section of the CPU, section specified by index" },
95 { 0x0137, "Details of one Ethernet interface" },
96 { 0x0174, "Status of an LED, specified by index" },
97 { 0x0181, "Startup information of all synchronous error OBs" },
98 { 0x0182, "Startup events of all synchronous error OBs" },
99 { 0x0190, "Information of one DP master system" },
100 { 0x0191, "Status information of all modules/racks with wrong type identifier" },
101 { 0x01a0, "The most recent entries, the number of most recent entries specified by index" },
102 { 0x0200, "A partial list extract" },
103 { 0x021c, "Identification of all components of a CPU in an H system" },
104 { 0x0221, "Data records for the specified interrupt, interrupt (OB no.) specified by index" },
105 { 0x0222, "Data records for the specified interrupt, interrupt (OB no.) specified by index" },
106 { 0x0223, "Data records of the priority classes being processed" },
107 { 0x0224, "Processed mode transition" },
108 { 0x0281, "Startup information of all synchronous error OBs of one priority class" },
109 { 0x0282, "Startup events of all synchronous error OBs of one priority class" },
110 { 0x0291, "Status information of all faulty modules" },
111 { 0x0292, "Actual status of the central racks/stations of a DP master system connected via an integrated DP interface" },
112 { 0x0294, "Actual status of the rack in the central configuration/the stations of a DP master system/IO controller system that is connected via an integrated DP/PN interface module" },
113 { 0x0300, "Possible indexes of a partial list extract" },
114 { 0x031c, "Identification of one component of all redundant CPUs in an H system" },
115 { 0x0381, "Startup information of all OBs of one priority class" },
116 { 0x0382, "Startup events of all OBs of a priority class" },
117 { 0x0391, "Status information of all modules that are not available" },
118 { 0x0392, "State of the battery backup of the racks in a central configuration" },
119 { 0x0424, "Current mode transition" },
120 { 0x0492, "State of the total backup of the racks in a central configuration" },
121 { 0x04a0, "Start information of all standard OBs" },
122 { 0x0524, "Specified mode transition, specified by index" },
123 { 0x0581, "Startup information of all synchronous error OBs before processing" },
124 { 0x0582, "Startup events of all synchronous error OBs before processing" },
125 { 0x0591, "Status information of all submodules of the host module" },
126 { 0x0592, "State of the 24 V power supply of the modules in a central configuration" },
127 { 0x05a0, "All entries from communications units" },
128 { 0x0681, "Startup information of all synchronous error OBs of a priority class before processing" },
129 { 0x0682, "Startup events of all synchronous error OBs of a priority class before processing" },
130 { 0x0692, "OK state of the expansion racks in the central configuration / of the stations of a DP master system connected via an integrated DP interface" },
131 { 0x0694, "Status of the expansion racks in the central configuration/the stations of a DP master system/IO controller system that is connected via an integrated DP/PN interface module" },
132 { 0x0696, "Module status information on all interface modules in a specified module (with PROFIBUS DP and central modules, the interface module level is not present)" },
133 { 0x06a0, "All entries of the object management system" },
134 { 0x0781, "Startup information of all OBs of one priority class before processing" },
135 { 0x0782, "Startup events of all OBs of one priority class before processing" },
136 { 0x07a0, "All entries of the test and installation function" },
137 { 0x0822, "Data records of all interrupts of one class and for which the corresponding interrupt OB is loaded, class specified by index" },
138 { 0x0881, "Startup information of all OBs before processing" },
139 { 0x0882, "Startup events of all OBs before processing" },
140 { 0x08a0, "All entries due to operating statuses" },
141 { 0x0921, "Data records of all interrupts of one class and for which the corresponding interrupt OB is loaded, class specified by index" },
142 { 0x0922, "Data records of all interrupts for which the corresponding interrupt OB is loaded" },
143 { 0x0981, "Startup information of all synchronous error OBs being processed" },
144 { 0x0982, "Startup events of all synchronous error OBs being processed" },
145 { 0x0991, "Module status information of a DP master system" },
146 { 0x09a0, "All entries caused by asynchronous errors" },
147 { 0x0a21, "Data records of all interrupts for which the corresponding interrupt OB is loaded" },
148 { 0x0a81, "Startup information of all synchronous error OBs of a priority class being processed" },
149 { 0x0a82, "Startup events of all synchronous error OBs of a priority class being processed" },
150 { 0x0a91, "Module status information of all DP master systems" },
151 { 0x0aa0, "All entries caused by synchronous errors" },
152 { 0x0b81, "Startup information of all OBs of one priority class being processed" },
153 { 0x0b82, "Startup events of all OBs of one priority class being processed" },
154 { 0x0ba0, "All entries caused by STOP, abort, mode transition" },
155 { 0x0c75, "Communication status between the H system and a switched DP slave, slave specified by index" },
156 { 0x0c81, "Startup information of all OBs being processed" },
157 { 0x0c82, "Startup events of all OBs being processed" },
158 { 0x0c91, "Status information of a module in the central rack or connected to an integrated DP communications processor via the logical base address" },
159 { 0x0c96, "Module status information on a module/interface module centrally or at a PROFIBUS DP/PROFINET interface module via the start address" },
160 { 0x0ca0, "All entries caused by fault-tolerant/fail-safe events" },
161 { 0x0d91, "Module status information of all modules in the specified rack/in the specified station (DP or PROFINET)" },
162 { 0x0da0, "All diagnostic entries" },
163 { 0x0e91, "Module status information of all configured modules" },
164 { 0x0ea0, "All user entries" },
165 { 0x0f00, "List of all the SZL-IDs of a module, only partial list header information" },
166 { 0x0f11, "Module identification, only partial list header information" },
167 { 0x0f12, "CPU characteristics, only partial list header information" },
168 { 0x0f13, "User memory areas, only partial list header information" },
169 { 0x0f14, "System areas, only partial list header information" },
170 { 0x0f15, "Block types, only partial list header information" },
171 { 0x0f16, "Priority classes, only partial list header information" },
172 { 0x0f17, "List of the permitted SDBs, only partial list header information" },
173 { 0x0f18, "Maximum S7-300 I/O configuration, only partial list header information" },
174 { 0x0f19, "Status of the module LEDs, only partial list header information" },
175 { 0x0f1c, "Component Identification, only partial list header information" },
176 { 0x0f21, "Interrupt / error assignment, only partial list header information" },
177 { 0x0f22, "Interrupt status, only partial list header information" },
178 { 0x0f23, "Priority classes, only partial list header information" },
179 { 0x0f24, "Modes, only partial list header information" },
180 { 0x0f31, "Communication capability parameters, only partial list header information" },
181 { 0x0f32, "Communication status data, only partial list header information" },
182 { 0x0f33, "Diagnostics: device logon list, only partial list header information" },
183 { 0x0f37, "Ethernet - Details of a Module, only partial list header information" },
184 { 0x0f71, "H CPU group information, only partial list header information" },
185 { 0x0f81, "Start information list, only partial list header information" },
186 { 0x0f82, "Start event list, only partial list header information" },
187 { 0x0f90, "DP Master System Information, only partial list header information" },
188 { 0x0f91, "Module status information, only partial list header information" },
189 { 0x0f92, "Rack / station status information, only partial list header information" },
190 { 0x0f94, "Rack / station status information, only partial list header information" },
191 { 0x0f95, "Extended DP master system information, only partial list header information" },
192 { 0x0fa0, "Diagnostic buffer of the CPU, only partial list header information" },
193 { 0x4092, "Expected status of the stations of a DP master system connected via an external DP interface" },
194 { 0x4292, "Actual status of the stations of a DP master system connected via an external DP interface" },
195 { 0x4692, "OK state of the stations of a DP master system connected via an external DP interface" },
196 { 0x4c91, "Status information of a module connected to an external DP communications processor via the logical base address" },
197 { 0x4f92, "Only partial list header information of the '4x92' list" },
200 static value_string_ext szl_id_partlist_ex_names_ext
= VALUE_STRING_EXT_INIT(szl_id_partlist_ex_names
);
202 static const value_string szl_partial_list_names
[] = {
203 { 0x0000, "List of all the SZL-IDs of a module" },
204 { 0x0011, "Module identification" },
205 { 0x0012, "CPU characteristics" },
206 { 0x0013, "User memory areas" },
207 { 0x0014, "System areas" },
208 { 0x0015, "Block types" },
209 { 0x0016, "Priority classes" },
210 { 0x0017, "List of the permitted SDBs with a number < 1000" },
211 { 0x0018, "Maximum S7-300 I/O configuration" },
212 { 0x0019, "Status of the module LEDs" },
213 { 0x001c, "Component Identification" },
214 { 0x0021, "Interrupt / error assignment" },
215 { 0x0022, "Interrupt status" },
216 { 0x0023, "Priority classes" },
218 { 0x0025, "Assignment between process image partitions and OBs" },
219 { 0x0031, "Communication capability parameters" },
220 { 0x0032, "Communication status data" },
221 { 0x0033, "Diagnostics: device logon list" },
222 { 0x0037, "Ethernet - Details of a Module" },
223 { 0x0071, "H CPU group information" },
224 { 0x0074, "Status of the module LEDs" },
225 { 0x0075, "Switched DP slaves in the H-system" },
226 { 0x0081, "Start information list" },
227 { 0x0082, "Start event list" },
228 { 0x0090, "DP Master System Information" },
229 { 0x0091, "Module status information" },
230 { 0x0092, "Rack / station status information" },
231 { 0x0094, "Rack / station status information" },
232 { 0x0095, "Extended DP master system information" },
233 { 0x0096, "Module status information, PROFINET IO and PROFIBUS DP" },
234 { 0x00a0, "Diagnostic buffer of the CPU" },
235 { 0x00b1, "Module diagnostic information (data record 0)" },
236 { 0x00b2, "Module diagnostic information (data record 1), geographical address" },
237 { 0x00b3, "Module diagnostic information (data record 1), logical address" },
238 { 0x00b4, "Diagnostic data of a DP slave" },
241 static value_string_ext szl_partial_list_names_ext
= VALUE_STRING_EXT_INIT(szl_partial_list_names
);
243 static int hf_s7comm_userdata_szl_index
; /* SZL index */
244 static int hf_s7comm_userdata_szl_tree
; /* SZL item tree */
246 /* Index description for SZL Requests */
247 static const value_string szl_0111_index_names
[] = {
248 { 0x0001, "Identification of the module" },
249 { 0x0006, "Identification of the basic hardware" },
250 { 0x0007, "Identification of the basic firmware" },
251 { 0x0081, "Identification of the firmware-extension" },
255 static const value_string szl_0112_index_names
[] = {
256 { 0x0000, "MC7 processing unit" },
257 { 0x0100, "Time system" },
258 { 0x0200, "System response" },
259 { 0x0300, "Language description of the CPU" },
260 { 0x0400, "Availability of SFC 87 and SFC 88" },
264 static const value_string szl_0113_index_names
[] = {
265 { 0x0001, "Work memory" },
266 { 0x0002, "Load memory integrated" },
267 { 0x0003, "Load memory plugged in" },
268 { 0x0004, "Maximum plug-in load memory" },
269 { 0x0005, "Size of the backup memory" },
270 { 0x0006, "Size of the memory reserved by the system for CFBs" },
274 static const value_string szl_0114_index_names
[] = {
275 { 0x0001, "PII (number in bytes)" },
276 { 0x0002, "PIQ (number in bytes)" },
277 { 0x0003, "Memory (number)" },
278 { 0x0004, "Timers (number)" },
279 { 0x0005, "Counters (number)" },
280 { 0x0006, "Number of bytes in the logical address area" },
281 { 0x0007, "Size of the entire local data area of the CPU in bytes" },
282 { 0x0008, "Memory (number in bytes)" },
283 { 0x0009, "Local data (entire local data area of the CPU in Kbytes)" },
287 static const value_string szl_0115_index_names
[] = {
296 static const value_string szl_0116_index_names
[] = {
297 { 0x0000, "Free cycle" },
298 { 0x000a, "Time-of-day interrupt" },
299 { 0x0014, "Time-delay interrupt" },
300 { 0x001e, "Cyclic interrupt" },
301 { 0x0028, "Hardware interrupt" },
302 { 0x0050, "Asynchronous error interrupt" },
303 { 0x005a, "Background" },
304 { 0x0064, "Startup" },
305 { 0x0078, "Synchronous error interrupt" },
309 static const value_string szl_0118_index_names
[] = {
310 { 0x0001, "Number of the rack: 1" },
311 { 0x0002, "Number of the rack: 2" },
312 { 0x0003, "Number of the rack: 3" },
313 { 0x00ff, "Maximum number of racks (racknr) and total number of possible slots (anzst)" },
317 static const value_string szl_0121_index_names
[] = {
318 { 0x0000, "Free cycle" },
319 { 0x0a0a, "Time-of-day interrupt" },
320 { 0x1414, "Time-delay interrupt" },
321 { 0x1e23, "Cyclic interrupt" },
322 { 0x2828, "Hardware interrupt" },
323 { 0x5050, "Asynchronous error interrupt" },
324 { 0x005a, "Background" },
325 { 0x0064, "Startup" },
326 { 0x7878, "Synchronous error interrupt" },
330 static const value_string szl_0222_index_names
[] = {
331 { 0x0000, "Free cycle" },
332 { 0x000a, "Time-of-day interrupt" },
333 { 0x0014, "Time-delay interrupt" },
334 { 0x001e, "Cyclic interrupt" },
335 { 0x0028, "Hardware interrupt" },
336 { 0x0032, "DP interrupt" },
337 { 0x003c, "Multicomputing or synchronous cycle (isochrone) interrupt" },
338 { 0x0048, "Redundancy interrupt (on with S7-400H systems)" },
339 { 0x0050, "Asynchronous error interrupt" },
340 { 0x005a, "Background" },
341 { 0x0064, "Startup" },
342 { 0x0078, "Synchronous error interrupt" },
346 static const value_string szl_0524_index_names
[] = {
347 { 0x5000, "Mode STOP" },
348 { 0x5010, "Mode STARTUP" },
349 { 0x5020, "Mode RUN" },
350 { 0x5030, "Mode HOLD" },
351 { 0x4520, "Mode DEFECT" },
355 static const value_string szl_0131_index_names
[] = {
356 { 0x0001, "General data for communication" },
357 { 0x0002, "Test and installation function constants" },
358 { 0x0003, "Operator interface (O/I)" },
359 { 0x0004, "Object management system (OMS)" },
360 { 0x0005, "Diagnostics" },
361 { 0x0006, "Communication function block (CFB)" },
362 { 0x0007, "Global data" },
363 { 0x0008, "Test and installation function time information" },
364 { 0x0009, "Time-of-day capability parameters" },
365 { 0x0010, "Message parameters" },
366 { 0x0011, "SCAN capability parameters" },
370 static const value_string szl_0132_index_names
[] = {
371 { 0x0001, "General data for communication" },
372 { 0x0002, "Test and installation status" },
373 { 0x0003, "Operator interface status" },
374 { 0x0004, "Object management system status" },
375 { 0x0005, "Diagnostics" },
376 { 0x0006, "Data exchange with CFBs" },
377 { 0x0007, "Global data" },
378 { 0x0008, "Time system" },
379 { 0x0009, "MPI status" },
380 { 0x000a, "Communication bus status" },
381 { 0x000b, "32-bit runtime meters 0-7" },
382 { 0x000c, "32-bit runtime meters 8-15" },
383 { 0x0010, "S7-SCAN part 1" },
384 { 0x0011, "S7-SCAN part 2" },
388 static const value_string szl_0119_0174_ledid_index_names
[] = {
389 { 0x0001, "SF (group error)" },
390 { 0x0002, "INTF (internal error)" },
391 { 0x0003, "EXTF (external error)" },
394 { 0x0006, "FRCE (force)" },
395 { 0x0007, "CRST (cold restart)" },
396 { 0x0008, "BAF (battery fault/overload, short circuit of battery voltage on bus)" },
397 { 0x0009, "USR (user-defined)" },
398 { 0x000a, "USR1 (user-defined)" },
399 { 0x000b, "BUS1F (bus error interface 1)" },
400 { 0x000c, "BUS2F (bus error interface 2)" },
401 { 0x000d, "REDF (redundancy error)" },
402 { 0x000e, "MSTR (master)" },
403 { 0x000f, "RACK0 (rack number 0)" },
404 { 0x0010, "RACK1 (rack number 1)" },
405 { 0x0011, "RACK2 (rack number 2)" },
406 { 0x0012, "IFM1F (interface error interface module 1)" },
407 { 0x0013, "IFM2F (interface error interface module 2)" },
408 { 0x0014, "BUS3F (bus fault interface 3)" },
409 { 0x0015, "MAINT (maintenance demand)" },
411 { 0x0080, "IF (init failure)" },
412 { 0x0081, "UF (user failure)" },
413 { 0x0082, "MF (monitoring failure)" },
414 { 0x0083, "CF (communication failure)" },
415 { 0x0084, "TF (task failure)" },
416 { 0x00ec, "APPL_STATE_RED" },
417 { 0x00ed, "APPL_STATE_GREEN" },
421 static const value_string szl_xy1c_index_names
[] = {
422 { 0x0001, "Name of the automation system" },
423 { 0x0002, "Name of the module" },
424 { 0x0003, "Plant designation of the module" },
425 { 0x0004, "Copyright entry" },
426 { 0x0005, "Serial number of the module" },
427 { 0x0007, "Module type name" },
428 { 0x0008, "Serial number of the memory card" },
429 { 0x0009, "Manufacturer and profile of a CPU module" },
430 { 0x000a, "OEM ID of a module" },
431 { 0x000b, "Location ID of a module" },
435 /* Header fields of the SZL */
436 static int hf_s7comm_szl_0000_0000_szl_id
;
437 static int hf_s7comm_szl_0000_0000_module_type_class
;
438 static int hf_s7comm_szl_0000_0000_partlist_extr_nr
;
439 static int hf_s7comm_szl_0000_0000_partlist_nr
;
441 static int hf_s7comm_szl_xy12_0x00_charac
;
442 static const value_string szl_xy12_cpu_characteristic_names
[] = {
443 { 0x0000, "MC7 processing unit group" },
444 { 0x0001, "MC7 processing generating code" },
445 { 0x0002, "MC7 interpreter" },
446 { 0x0100, "Time system group" },
447 { 0x0101, "1 ms resolution" },
448 { 0x0102, "10 ms resolution" },
449 { 0x0103, "No real time clock" },
450 { 0x0104, "BCD time-of-day format" },
451 { 0x0105, "All time-of-day functions (set time-of-day, set and read time-of-day, time-of-day synchronization: time-of-day slave and time-of-day master)" },
452 { 0x0106, "SFC 78 OB_RT is available" },
453 { 0x0200, "System response group" },
454 { 0x0201, "Capable of multiprocessor mode" },
455 { 0x0202, "Cold restart, warm restart and hot restart possible" },
456 { 0x0203, "Cold restart and hot restart possible" },
457 { 0x0204, "Warm restart and hot restart possible" },
458 { 0x0205, "Only warm restart possible" },
459 { 0x0206, "New distributed I/O configuration is possible during RUN by using predefined resources" },
460 { 0x0207, "H-CPU in stand-alone mode: New distributed I/O configuration is possible during RUN by using predefined resources" },
461 { 0x0208, "For taking motion control functionality into account" },
462 { 0x0300, "Language description of the CPU group" },
463 { 0x0301, "Reserved" },
464 { 0x0302, "All 32 bit fixed-point instructions" },
465 { 0x0303, "All floating-point instructions" },
466 { 0x0304, "sin, asin, cos, acos, tan, atan, sqr, sqrt, ln, exp" },
467 { 0x0305, "Accumulator 3/accumulator 4 with corresponding instructions (ENT,PUSH,POP,LEAVE)" },
468 { 0x0306, "Master Control Relay instructions" },
469 { 0x0307, "Address register 1 exists with corresponding instructions" },
470 { 0x0308, "Address register 2 exists with corresponding instructions" },
471 { 0x0309, "Operations for area-crossing addressing" },
472 { 0x030A, "Operations for area-internal addressing" },
473 { 0x030B, "All memory-indirect addressing instructions for bit memory (M)" },
474 { 0x030C, "All memory-indirect addressing instructions for data blocks (DB)" },
475 { 0x030D, "All memory-indirect addressing instructions for data blocks (DI)" },
476 { 0x030E, "All memory-indirect addressing instructions for local data (L)" },
477 { 0x030F, "All instructions for parameter transfer in FCs" },
478 { 0x0310, "Memory bit edge instructions for process image input (I)" },
479 { 0x0311, "Memory bit edge instructions for process image output (Q)" },
480 { 0x0312, "Memory bit edge instructions for bit memory (M)" },
481 { 0x0313, "Memory bit edge instructions for data blocks (DB)" },
482 { 0x0314, "Memory bit edge instructions for data blocks (DI)" },
483 { 0x0315, "Memory bit edge instructions for local data (L)" },
484 { 0x0316, "Dynamic evaluation of the FC bit" },
485 { 0x0317, "Dynamic local data area with the corresponding instructions" },
486 { 0x0318, "Reserved" },
487 { 0x0319, "Reserved" },
488 { 0x0401, "SFC 87 C_DIAG is available" },
489 { 0x0402, "SFC 88 C_CNTRL is available" },
493 static int hf_s7comm_szl_0013_0000_index
;
495 static int hf_s7comm_szl_0013_0000_code
;
496 static const value_string szl_memory_type_names
[] = {
497 { 0x0001, "volatile memory (RAM)" },
498 { 0x0002, "non-volatile memory (FEPROM)" },
499 { 0x0003, "mixed memory (RAM + FEPROM)" },
502 static int hf_s7comm_szl_0013_0000_size
;
503 static int hf_s7comm_szl_0013_0000_mode
;
504 static int hf_s7comm_szl_0013_0000_mode_0
;
505 static int hf_s7comm_szl_0013_0000_mode_1
;
506 static int hf_s7comm_szl_0013_0000_mode_2
;
507 static int hf_s7comm_szl_0013_0000_mode_3
;
508 static int hf_s7comm_szl_0013_0000_mode_4
;
509 static int hf_s7comm_szl_0013_0000_granu
;
510 static int hf_s7comm_szl_0013_0000_ber1
;
511 static int hf_s7comm_szl_0013_0000_belegt1
;
512 static int hf_s7comm_szl_0013_0000_block1
;
513 static int hf_s7comm_szl_0013_0000_ber2
;
514 static int hf_s7comm_szl_0013_0000_belegt2
;
515 static int hf_s7comm_szl_0013_0000_block2
;
517 static int hf_s7comm_szl_xy11_0001_index
;
518 static int hf_s7comm_szl_xy11_0001_mlfb
;
519 static int hf_s7comm_szl_xy11_0001_bgtyp
;
520 static int hf_s7comm_szl_xy11_0001_ausbg
;
521 static int hf_s7comm_szl_xy11_0001_ausbe
;
523 static int hf_s7comm_szl_xy14_000x_index
;
524 static int hf_s7comm_szl_xy14_000x_code
;
525 static int hf_s7comm_szl_xy14_000x_quantity
;
526 static int hf_s7comm_szl_xy14_000x_reman
;
528 static int hf_s7comm_szl_xy15_000x_index
;
529 static int hf_s7comm_szl_xy15_000x_maxanz
;
530 static int hf_s7comm_szl_xy15_000x_maxlng
;
531 static int hf_s7comm_szl_xy15_000x_maxabl
;
533 static int hf_s7comm_szl_xy22_00xx_info
;
534 static int hf_s7comm_szl_xy22_00xx_al1
;
535 static int hf_s7comm_szl_xy22_00xx_al1_0
;
536 static int hf_s7comm_szl_xy22_00xx_al1_1
;
537 static int hf_s7comm_szl_xy22_00xx_al1_2
;
538 static int hf_s7comm_szl_xy22_00xx_al1_4
;
539 static int hf_s7comm_szl_xy22_00xx_al1_5
;
540 static int hf_s7comm_szl_xy22_00xx_al1_6
;
541 static int hf_s7comm_szl_xy22_00xx_al2
;
542 static int hf_s7comm_szl_xy22_00xx_al2_0
;
543 static int hf_s7comm_szl_xy22_00xx_al2_1
;
544 static int hf_s7comm_szl_xy22_00xx_al2_2
;
545 static int hf_s7comm_szl_xy22_00xx_al2_3
;
546 static int hf_s7comm_szl_xy22_00xx_al3
;
548 static int ett_s7comm_szl_xy22_00xx_al1
;
549 static int * const s7comm_szl_xy22_00xx_al1_fields
[] = {
550 &hf_s7comm_szl_xy22_00xx_al1_0
,
551 &hf_s7comm_szl_xy22_00xx_al1_1
,
552 &hf_s7comm_szl_xy22_00xx_al1_2
,
553 &hf_s7comm_szl_xy22_00xx_al1_4
,
554 &hf_s7comm_szl_xy22_00xx_al1_5
,
555 &hf_s7comm_szl_xy22_00xx_al1_6
,
558 static int ett_s7comm_szl_xy22_00xx_al2
;
559 static int * const s7comm_szl_xy22_00xx_al2_fields
[] = {
560 &hf_s7comm_szl_xy22_00xx_al2_0
,
561 &hf_s7comm_szl_xy22_00xx_al2_1
,
562 &hf_s7comm_szl_xy22_00xx_al2_2
,
563 &hf_s7comm_szl_xy22_00xx_al2_3
,
567 static int hf_s7comm_szl_0131_0001_index
;
568 static int hf_s7comm_szl_0131_0001_pdu
;
569 static int hf_s7comm_szl_0131_0001_anz
;
570 static int hf_s7comm_szl_0131_0001_mpi_bps
;
571 static int hf_s7comm_szl_0131_0001_kbus_bps
;
572 static int hf_s7comm_szl_0131_0001_res
;
574 static int hf_s7comm_szl_0131_0002_index
;
575 static int hf_s7comm_szl_0131_0002_funkt_0
;
576 static int hf_s7comm_szl_0131_0002_funkt_0_0
;
577 static int hf_s7comm_szl_0131_0002_funkt_0_1
;
578 static int hf_s7comm_szl_0131_0002_funkt_0_2
;
579 static int hf_s7comm_szl_0131_0002_funkt_0_3
;
580 static int hf_s7comm_szl_0131_0002_funkt_0_4
;
581 static int hf_s7comm_szl_0131_0002_funkt_0_5
;
582 static int hf_s7comm_szl_0131_0002_funkt_0_6
;
583 static int hf_s7comm_szl_0131_0002_funkt_0_7
;
584 static int hf_s7comm_szl_0131_0002_funkt_1
;
585 static int hf_s7comm_szl_0131_0002_funkt_1_0
;
586 static int hf_s7comm_szl_0131_0002_funkt_1_1
;
587 static int hf_s7comm_szl_0131_0002_funkt_1_2
;
588 static int hf_s7comm_szl_0131_0002_funkt_1_3
;
589 static int hf_s7comm_szl_0131_0002_funkt_1_4
;
590 static int hf_s7comm_szl_0131_0002_funkt_1_5
;
591 static int hf_s7comm_szl_0131_0002_funkt_1_6
;
592 static int hf_s7comm_szl_0131_0002_funkt_1_7
;
593 static int hf_s7comm_szl_0131_0002_funkt_2
;
594 static int hf_s7comm_szl_0131_0002_funkt_2_0
;
595 static int hf_s7comm_szl_0131_0002_funkt_2_1
;
596 static int hf_s7comm_szl_0131_0002_funkt_2_2
;
597 static int hf_s7comm_szl_0131_0002_funkt_2_3
;
598 static int hf_s7comm_szl_0131_0002_funkt_2_4
;
599 static int hf_s7comm_szl_0131_0002_funkt_2_5
;
600 static int hf_s7comm_szl_0131_0002_funkt_2_6
;
601 static int hf_s7comm_szl_0131_0002_funkt_2_7
;
602 static int hf_s7comm_szl_0131_0002_funkt_3
;
603 static int hf_s7comm_szl_0131_0002_funkt_4
;
604 static int hf_s7comm_szl_0131_0002_funkt_5
;
605 static int hf_s7comm_szl_0131_0002_aseg
;
606 static int hf_s7comm_szl_0131_0002_eseg
;
607 static int hf_s7comm_szl_0131_0002_trgereig_0
;
608 static int hf_s7comm_szl_0131_0002_trgereig_0_0
;
609 static int hf_s7comm_szl_0131_0002_trgereig_0_1
;
610 static int hf_s7comm_szl_0131_0002_trgereig_0_2
;
611 static int hf_s7comm_szl_0131_0002_trgereig_0_3
;
612 static int hf_s7comm_szl_0131_0002_trgereig_0_4
;
613 static int hf_s7comm_szl_0131_0002_trgereig_0_5
;
614 static int hf_s7comm_szl_0131_0002_trgereig_0_6
;
615 static int hf_s7comm_szl_0131_0002_trgereig_0_7
;
616 static int hf_s7comm_szl_0131_0002_trgereig_1
;
617 static int hf_s7comm_szl_0131_0002_trgereig_1_0
;
618 static int hf_s7comm_szl_0131_0002_trgereig_1_1
;
619 static int hf_s7comm_szl_0131_0002_trgereig_1_2
;
620 static int hf_s7comm_szl_0131_0002_trgereig_1_3
;
621 static int hf_s7comm_szl_0131_0002_trgereig_1_4
;
622 static int hf_s7comm_szl_0131_0002_trgereig_1_5
;
623 static int hf_s7comm_szl_0131_0002_trgereig_1_6
;
624 static int hf_s7comm_szl_0131_0002_trgereig_1_7
;
625 static int hf_s7comm_szl_0131_0002_trgereig_2
;
626 static int hf_s7comm_szl_0131_0002_trgbed
;
627 static int hf_s7comm_szl_0131_0002_pfad
;
628 static int hf_s7comm_szl_0131_0002_tiefe
;
629 static int hf_s7comm_szl_0131_0002_systrig
;
630 static int hf_s7comm_szl_0131_0002_erg_par
;
631 static int hf_s7comm_szl_0131_0002_erg_pat_1
;
632 static int hf_s7comm_szl_0131_0002_erg_pat_2
;
633 static int hf_s7comm_szl_0131_0002_force
;
634 static int hf_s7comm_szl_0131_0002_time
;
635 static int hf_s7comm_szl_0131_0002_res
;
637 static int ett_s7comm_szl_0131_0002_funkt_0
;
638 static int * const s7comm_szl_0131_0002_funkt_0_fields
[] = {
639 &hf_s7comm_szl_0131_0002_funkt_0_0
,
640 &hf_s7comm_szl_0131_0002_funkt_0_1
,
641 &hf_s7comm_szl_0131_0002_funkt_0_2
,
642 &hf_s7comm_szl_0131_0002_funkt_0_3
,
643 &hf_s7comm_szl_0131_0002_funkt_0_4
,
644 &hf_s7comm_szl_0131_0002_funkt_0_5
,
645 &hf_s7comm_szl_0131_0002_funkt_0_6
,
646 &hf_s7comm_szl_0131_0002_funkt_0_7
,
649 static int ett_s7comm_szl_0131_0002_funkt_1
;
650 static int * const s7comm_szl_0131_0002_funkt_1_fields
[] = {
651 &hf_s7comm_szl_0131_0002_funkt_1_0
,
652 &hf_s7comm_szl_0131_0002_funkt_1_1
,
653 &hf_s7comm_szl_0131_0002_funkt_1_2
,
654 &hf_s7comm_szl_0131_0002_funkt_1_3
,
655 &hf_s7comm_szl_0131_0002_funkt_1_4
,
656 &hf_s7comm_szl_0131_0002_funkt_1_5
,
657 &hf_s7comm_szl_0131_0002_funkt_1_6
,
658 &hf_s7comm_szl_0131_0002_funkt_1_7
,
661 static int ett_s7comm_szl_0131_0002_funkt_2
;
662 static int * const s7comm_szl_0131_0002_funkt_2_fields
[] = {
663 &hf_s7comm_szl_0131_0002_funkt_2_0
,
664 &hf_s7comm_szl_0131_0002_funkt_2_1
,
665 &hf_s7comm_szl_0131_0002_funkt_2_2
,
666 &hf_s7comm_szl_0131_0002_funkt_2_3
,
667 &hf_s7comm_szl_0131_0002_funkt_2_4
,
668 &hf_s7comm_szl_0131_0002_funkt_2_5
,
669 &hf_s7comm_szl_0131_0002_funkt_2_6
,
670 &hf_s7comm_szl_0131_0002_funkt_2_7
,
673 static int ett_s7comm_szl_0131_0002_trgereig_0
;
674 static int * const s7comm_szl_0131_0002_trgereig_0_fields
[] = {
675 &hf_s7comm_szl_0131_0002_trgereig_0_0
,
676 &hf_s7comm_szl_0131_0002_trgereig_0_1
,
677 &hf_s7comm_szl_0131_0002_trgereig_0_2
,
678 &hf_s7comm_szl_0131_0002_trgereig_0_3
,
679 &hf_s7comm_szl_0131_0002_trgereig_0_4
,
680 &hf_s7comm_szl_0131_0002_trgereig_0_5
,
681 &hf_s7comm_szl_0131_0002_trgereig_0_6
,
682 &hf_s7comm_szl_0131_0002_trgereig_0_7
,
685 static int ett_s7comm_szl_0131_0002_trgereig_1
;
686 static int * const s7comm_szl_0131_0002_trgereig_1_fields
[] = {
687 &hf_s7comm_szl_0131_0002_trgereig_1_0
,
688 &hf_s7comm_szl_0131_0002_trgereig_1_1
,
689 &hf_s7comm_szl_0131_0002_trgereig_1_2
,
690 &hf_s7comm_szl_0131_0002_trgereig_1_3
,
691 &hf_s7comm_szl_0131_0002_trgereig_1_4
,
692 &hf_s7comm_szl_0131_0002_trgereig_1_5
,
693 &hf_s7comm_szl_0131_0002_trgereig_1_6
,
694 &hf_s7comm_szl_0131_0002_trgereig_1_7
,
698 static int hf_s7comm_szl_0131_0003_index
;
699 static int hf_s7comm_szl_0131_0003_funkt_0
;
700 static int hf_s7comm_szl_0131_0003_funkt_0_0
;
701 static int hf_s7comm_szl_0131_0003_funkt_0_1
;
702 static int hf_s7comm_szl_0131_0003_funkt_0_2
;
703 static int hf_s7comm_szl_0131_0003_funkt_0_3
;
704 static int hf_s7comm_szl_0131_0003_funkt_0_4
;
705 static int hf_s7comm_szl_0131_0003_funkt_0_5
;
706 static int hf_s7comm_szl_0131_0003_funkt_0_6
;
707 static int hf_s7comm_szl_0131_0003_funkt_0_7
;
708 static int hf_s7comm_szl_0131_0003_funkt_1
;
709 static int hf_s7comm_szl_0131_0003_funkt_1_0
;
710 static int hf_s7comm_szl_0131_0003_funkt_1_1
;
711 static int hf_s7comm_szl_0131_0003_funkt_1_2
;
712 static int hf_s7comm_szl_0131_0003_funkt_1_3
;
713 static int hf_s7comm_szl_0131_0003_funkt_1_4
;
714 static int hf_s7comm_szl_0131_0003_funkt_1_5
;
715 static int hf_s7comm_szl_0131_0003_funkt_1_6
;
716 static int hf_s7comm_szl_0131_0003_funkt_1_7
;
717 static int hf_s7comm_szl_0131_0003_funkt_2
;
718 static int hf_s7comm_szl_0131_0003_funkt_2_0
;
719 static int hf_s7comm_szl_0131_0003_funkt_2_1
;
720 static int hf_s7comm_szl_0131_0003_funkt_2_2
;
721 static int hf_s7comm_szl_0131_0003_funkt_2_3
;
722 static int hf_s7comm_szl_0131_0003_funkt_2_4
;
723 static int hf_s7comm_szl_0131_0003_funkt_2_5
;
724 static int hf_s7comm_szl_0131_0003_funkt_2_6
;
725 static int hf_s7comm_szl_0131_0003_funkt_2_7
;
726 static int hf_s7comm_szl_0131_0003_funkt_3
;
727 static int hf_s7comm_szl_0131_0003_funkt_3_0
;
728 static int hf_s7comm_szl_0131_0003_funkt_3_1
;
729 static int hf_s7comm_szl_0131_0003_funkt_3_2
;
730 static int hf_s7comm_szl_0131_0003_funkt_3_3
;
731 static int hf_s7comm_szl_0131_0003_funkt_3_4
;
732 static int hf_s7comm_szl_0131_0003_funkt_3_5
;
733 static int hf_s7comm_szl_0131_0003_funkt_3_6
;
734 static int hf_s7comm_szl_0131_0003_funkt_3_7
;
735 static int hf_s7comm_szl_0131_0003_data
;
736 static int hf_s7comm_szl_0131_0003_anz
;
737 static int hf_s7comm_szl_0131_0003_per_min
;
738 static int hf_s7comm_szl_0131_0003_per_max
;
739 static int hf_s7comm_szl_0131_0003_res
;
741 static int ett_s7comm_szl_0131_0003_funkt_0
;
742 static int * const s7comm_szl_0131_0003_funkt_0_fields
[] = {
743 &hf_s7comm_szl_0131_0003_funkt_0_0
,
744 &hf_s7comm_szl_0131_0003_funkt_0_1
,
745 &hf_s7comm_szl_0131_0003_funkt_0_2
,
746 &hf_s7comm_szl_0131_0003_funkt_0_3
,
747 &hf_s7comm_szl_0131_0003_funkt_0_4
,
748 &hf_s7comm_szl_0131_0003_funkt_0_5
,
749 &hf_s7comm_szl_0131_0003_funkt_0_6
,
750 &hf_s7comm_szl_0131_0003_funkt_0_7
,
753 static int ett_s7comm_szl_0131_0003_funkt_1
;
754 static int * const s7comm_szl_0131_0003_funkt_1_fields
[] = {
755 &hf_s7comm_szl_0131_0003_funkt_1_0
,
756 &hf_s7comm_szl_0131_0003_funkt_1_1
,
757 &hf_s7comm_szl_0131_0003_funkt_1_2
,
758 &hf_s7comm_szl_0131_0003_funkt_1_3
,
759 &hf_s7comm_szl_0131_0003_funkt_1_4
,
760 &hf_s7comm_szl_0131_0003_funkt_1_5
,
761 &hf_s7comm_szl_0131_0003_funkt_1_6
,
762 &hf_s7comm_szl_0131_0003_funkt_1_7
,
765 static int ett_s7comm_szl_0131_0003_funkt_2
;
766 static int * const s7comm_szl_0131_0003_funkt_2_fields
[] = {
767 &hf_s7comm_szl_0131_0003_funkt_2_0
,
768 &hf_s7comm_szl_0131_0003_funkt_2_1
,
769 &hf_s7comm_szl_0131_0003_funkt_2_2
,
770 &hf_s7comm_szl_0131_0003_funkt_2_3
,
771 &hf_s7comm_szl_0131_0003_funkt_2_4
,
772 &hf_s7comm_szl_0131_0003_funkt_2_5
,
773 &hf_s7comm_szl_0131_0003_funkt_2_6
,
774 &hf_s7comm_szl_0131_0003_funkt_2_7
,
777 static int ett_s7comm_szl_0131_0003_funkt_3
;
778 static int * const s7comm_szl_0131_0003_funkt_3_fields
[] = {
779 &hf_s7comm_szl_0131_0003_funkt_3_0
,
780 &hf_s7comm_szl_0131_0003_funkt_3_1
,
781 &hf_s7comm_szl_0131_0003_funkt_3_2
,
782 &hf_s7comm_szl_0131_0003_funkt_3_3
,
783 &hf_s7comm_szl_0131_0003_funkt_3_4
,
784 &hf_s7comm_szl_0131_0003_funkt_3_5
,
785 &hf_s7comm_szl_0131_0003_funkt_3_6
,
786 &hf_s7comm_szl_0131_0003_funkt_3_7
,
790 static int hf_s7comm_szl_0131_0004_index
;
791 static int hf_s7comm_szl_0131_0004_funkt_0
;
792 static int hf_s7comm_szl_0131_0004_funkt_0_0
;
793 static int hf_s7comm_szl_0131_0004_funkt_0_1
;
794 static int hf_s7comm_szl_0131_0004_funkt_0_2
;
795 static int hf_s7comm_szl_0131_0004_funkt_0_3
;
796 static int hf_s7comm_szl_0131_0004_funkt_0_4
;
797 static int hf_s7comm_szl_0131_0004_funkt_0_5
;
798 static int hf_s7comm_szl_0131_0004_funkt_0_6
;
799 static int hf_s7comm_szl_0131_0004_funkt_0_7
;
800 static int hf_s7comm_szl_0131_0004_funkt_1
;
801 static int hf_s7comm_szl_0131_0004_funkt_1_0
;
802 static int hf_s7comm_szl_0131_0004_funkt_1_1
;
803 static int hf_s7comm_szl_0131_0004_funkt_1_2
;
804 static int hf_s7comm_szl_0131_0004_funkt_1_3
;
805 static int hf_s7comm_szl_0131_0004_funkt_1_4
;
806 static int hf_s7comm_szl_0131_0004_funkt_1_5
;
807 static int hf_s7comm_szl_0131_0004_funkt_1_6
;
808 static int hf_s7comm_szl_0131_0004_funkt_1_7
;
809 static int hf_s7comm_szl_0131_0004_funkt_2
;
810 static int hf_s7comm_szl_0131_0004_funkt_2_0
;
811 static int hf_s7comm_szl_0131_0004_funkt_2_1
;
812 static int hf_s7comm_szl_0131_0004_funkt_2_2
;
813 static int hf_s7comm_szl_0131_0004_funkt_2_3
;
814 static int hf_s7comm_szl_0131_0004_funkt_2_4
;
815 static int hf_s7comm_szl_0131_0004_funkt_2_5
;
816 static int hf_s7comm_szl_0131_0004_funkt_2_6
;
817 static int hf_s7comm_szl_0131_0004_funkt_2_7
;
818 static int hf_s7comm_szl_0131_0004_funkt_3
;
819 static int hf_s7comm_szl_0131_0004_funkt_3_0
;
820 static int hf_s7comm_szl_0131_0004_funkt_3_1
;
821 static int hf_s7comm_szl_0131_0004_funkt_3_2
;
822 static int hf_s7comm_szl_0131_0004_funkt_3_3
;
823 static int hf_s7comm_szl_0131_0004_funkt_3_4
;
824 static int hf_s7comm_szl_0131_0004_funkt_3_5
;
825 static int hf_s7comm_szl_0131_0004_funkt_3_6
;
826 static int hf_s7comm_szl_0131_0004_funkt_3_7
;
827 static int hf_s7comm_szl_0131_0004_funkt_4
;
828 static int hf_s7comm_szl_0131_0004_funkt_4_0
;
829 static int hf_s7comm_szl_0131_0004_funkt_4_1
;
830 static int hf_s7comm_szl_0131_0004_funkt_4_2
;
831 static int hf_s7comm_szl_0131_0004_funkt_4_3
;
832 static int hf_s7comm_szl_0131_0004_funkt_4_4
;
833 static int hf_s7comm_szl_0131_0004_funkt_4_5
;
834 static int hf_s7comm_szl_0131_0004_funkt_4_6
;
835 static int hf_s7comm_szl_0131_0004_funkt_4_7
;
836 static int hf_s7comm_szl_0131_0004_funkt_5
;
837 static int hf_s7comm_szl_0131_0004_funkt_6
;
838 static int hf_s7comm_szl_0131_0004_funkt_7
;
839 static int hf_s7comm_szl_0131_0004_kop
;
840 static int hf_s7comm_szl_0131_0004_del
;
841 static int hf_s7comm_szl_0131_0004_kett
;
842 static int hf_s7comm_szl_0131_0004_hoch
;
843 static int hf_s7comm_szl_0131_0004_ver
;
844 static int hf_s7comm_szl_0131_0004_res
;
846 static int ett_s7comm_szl_0131_0004_funkt_0
;
847 static int * const s7comm_szl_0131_0004_funkt_0_fields
[] = {
848 &hf_s7comm_szl_0131_0004_funkt_0_0
,
849 &hf_s7comm_szl_0131_0004_funkt_0_1
,
850 &hf_s7comm_szl_0131_0004_funkt_0_2
,
851 &hf_s7comm_szl_0131_0004_funkt_0_3
,
852 &hf_s7comm_szl_0131_0004_funkt_0_4
,
853 &hf_s7comm_szl_0131_0004_funkt_0_5
,
854 &hf_s7comm_szl_0131_0004_funkt_0_6
,
855 &hf_s7comm_szl_0131_0004_funkt_0_7
,
858 static int ett_s7comm_szl_0131_0004_funkt_1
;
859 static int * const s7comm_szl_0131_0004_funkt_1_fields
[] = {
860 &hf_s7comm_szl_0131_0004_funkt_1_0
,
861 &hf_s7comm_szl_0131_0004_funkt_1_1
,
862 &hf_s7comm_szl_0131_0004_funkt_1_2
,
863 &hf_s7comm_szl_0131_0004_funkt_1_3
,
864 &hf_s7comm_szl_0131_0004_funkt_1_4
,
865 &hf_s7comm_szl_0131_0004_funkt_1_5
,
866 &hf_s7comm_szl_0131_0004_funkt_1_6
,
867 &hf_s7comm_szl_0131_0004_funkt_1_7
,
870 static int ett_s7comm_szl_0131_0004_funkt_2
;
871 static int * const s7comm_szl_0131_0004_funkt_2_fields
[] = {
872 &hf_s7comm_szl_0131_0004_funkt_2_0
,
873 &hf_s7comm_szl_0131_0004_funkt_2_1
,
874 &hf_s7comm_szl_0131_0004_funkt_2_2
,
875 &hf_s7comm_szl_0131_0004_funkt_2_3
,
876 &hf_s7comm_szl_0131_0004_funkt_2_4
,
877 &hf_s7comm_szl_0131_0004_funkt_2_5
,
878 &hf_s7comm_szl_0131_0004_funkt_2_6
,
879 &hf_s7comm_szl_0131_0004_funkt_2_7
,
882 static int ett_s7comm_szl_0131_0004_funkt_3
;
883 static int * const s7comm_szl_0131_0004_funkt_3_fields
[] = {
884 &hf_s7comm_szl_0131_0004_funkt_3_0
,
885 &hf_s7comm_szl_0131_0004_funkt_3_1
,
886 &hf_s7comm_szl_0131_0004_funkt_3_2
,
887 &hf_s7comm_szl_0131_0004_funkt_3_3
,
888 &hf_s7comm_szl_0131_0004_funkt_3_4
,
889 &hf_s7comm_szl_0131_0004_funkt_3_5
,
890 &hf_s7comm_szl_0131_0004_funkt_3_6
,
891 &hf_s7comm_szl_0131_0004_funkt_3_7
,
894 static int ett_s7comm_szl_0131_0004_funkt_4
;
895 static int * const s7comm_szl_0131_0004_funkt_4_fields
[] = {
896 &hf_s7comm_szl_0131_0004_funkt_4_0
,
897 &hf_s7comm_szl_0131_0004_funkt_4_1
,
898 &hf_s7comm_szl_0131_0004_funkt_4_2
,
899 &hf_s7comm_szl_0131_0004_funkt_4_3
,
900 &hf_s7comm_szl_0131_0004_funkt_4_4
,
901 &hf_s7comm_szl_0131_0004_funkt_4_5
,
902 &hf_s7comm_szl_0131_0004_funkt_4_6
,
903 &hf_s7comm_szl_0131_0004_funkt_4_7
,
907 static int hf_s7comm_szl_0131_0005_index
;
908 static int hf_s7comm_szl_0131_0005_funkt_0
;
909 static int hf_s7comm_szl_0131_0005_funkt_0_0
;
910 static int hf_s7comm_szl_0131_0005_funkt_0_1
;
911 static int hf_s7comm_szl_0131_0005_funkt_0_2
;
912 static int hf_s7comm_szl_0131_0005_funkt_0_3
;
913 static int hf_s7comm_szl_0131_0005_funkt_0_4
;
914 static int hf_s7comm_szl_0131_0005_funkt_0_5
;
915 static int hf_s7comm_szl_0131_0005_funkt_0_6
;
916 static int hf_s7comm_szl_0131_0005_funkt_0_7
;
917 static int hf_s7comm_szl_0131_0005_funkt_1
;
918 static int hf_s7comm_szl_0131_0005_funkt_2
;
919 static int hf_s7comm_szl_0131_0005_funkt_3
;
920 static int hf_s7comm_szl_0131_0005_funkt_4
;
921 static int hf_s7comm_szl_0131_0005_funkt_5
;
922 static int hf_s7comm_szl_0131_0005_funkt_6
;
923 static int hf_s7comm_szl_0131_0005_funkt_7
;
924 static int hf_s7comm_szl_0131_0005_anz_sen
;
925 static int hf_s7comm_szl_0131_0005_anz_ein
;
926 static int hf_s7comm_szl_0131_0005_anz_mel
;
927 static int hf_s7comm_szl_0131_0005_res
;
929 static int ett_s7comm_szl_0131_0005_funkt_0
;
930 static int * const s7comm_szl_0131_0005_funkt_0_fields
[] = {
931 &hf_s7comm_szl_0131_0005_funkt_0_0
,
932 &hf_s7comm_szl_0131_0005_funkt_0_1
,
933 &hf_s7comm_szl_0131_0005_funkt_0_2
,
934 &hf_s7comm_szl_0131_0005_funkt_0_3
,
935 &hf_s7comm_szl_0131_0005_funkt_0_4
,
936 &hf_s7comm_szl_0131_0005_funkt_0_5
,
937 &hf_s7comm_szl_0131_0005_funkt_0_6
,
938 &hf_s7comm_szl_0131_0005_funkt_0_7
,
942 static int hf_s7comm_szl_0131_0006_index
;
943 static int hf_s7comm_szl_0131_0006_funkt_0
;
944 static int hf_s7comm_szl_0131_0006_funkt_0_0
;
945 static int hf_s7comm_szl_0131_0006_funkt_0_1
;
946 static int hf_s7comm_szl_0131_0006_funkt_0_2
;
947 static int hf_s7comm_szl_0131_0006_funkt_0_3
;
948 static int hf_s7comm_szl_0131_0006_funkt_0_4
;
949 static int hf_s7comm_szl_0131_0006_funkt_0_5
;
950 static int hf_s7comm_szl_0131_0006_funkt_0_6
;
951 static int hf_s7comm_szl_0131_0006_funkt_0_7
;
952 static int hf_s7comm_szl_0131_0006_funkt_1
;
953 static int hf_s7comm_szl_0131_0006_funkt_1_0
;
954 static int hf_s7comm_szl_0131_0006_funkt_1_1
;
955 static int hf_s7comm_szl_0131_0006_funkt_1_2
;
956 static int hf_s7comm_szl_0131_0006_funkt_1_3
;
957 static int hf_s7comm_szl_0131_0006_funkt_1_4
;
958 static int hf_s7comm_szl_0131_0006_funkt_1_5
;
959 static int hf_s7comm_szl_0131_0006_funkt_1_6
;
960 static int hf_s7comm_szl_0131_0006_funkt_1_7
;
961 static int hf_s7comm_szl_0131_0006_funkt_2
;
962 static int hf_s7comm_szl_0131_0006_funkt_2_0
;
963 static int hf_s7comm_szl_0131_0006_funkt_2_1
;
964 static int hf_s7comm_szl_0131_0006_funkt_2_2
;
965 static int hf_s7comm_szl_0131_0006_funkt_2_3
;
966 static int hf_s7comm_szl_0131_0006_funkt_2_4
;
967 static int hf_s7comm_szl_0131_0006_funkt_2_5
;
968 static int hf_s7comm_szl_0131_0006_funkt_2_6
;
969 static int hf_s7comm_szl_0131_0006_funkt_2_7
;
970 static int hf_s7comm_szl_0131_0006_funkt_3
;
971 static int hf_s7comm_szl_0131_0006_funkt_3_0
;
972 static int hf_s7comm_szl_0131_0006_funkt_3_1
;
973 static int hf_s7comm_szl_0131_0006_funkt_3_2
;
974 static int hf_s7comm_szl_0131_0006_funkt_3_3
;
975 static int hf_s7comm_szl_0131_0006_funkt_3_4
;
976 static int hf_s7comm_szl_0131_0006_funkt_3_5
;
977 static int hf_s7comm_szl_0131_0006_funkt_3_6
;
978 static int hf_s7comm_szl_0131_0006_funkt_3_7
;
979 static int hf_s7comm_szl_0131_0006_funkt_4
;
980 static int hf_s7comm_szl_0131_0006_funkt_5
;
981 static int hf_s7comm_szl_0131_0006_funkt_6
;
982 static int hf_s7comm_szl_0131_0006_funkt_6_0
;
983 static int hf_s7comm_szl_0131_0006_funkt_6_1
;
984 static int hf_s7comm_szl_0131_0006_funkt_6_2
;
985 static int hf_s7comm_szl_0131_0006_funkt_6_3
;
986 static int hf_s7comm_szl_0131_0006_funkt_6_4
;
987 static int hf_s7comm_szl_0131_0006_funkt_6_5
;
988 static int hf_s7comm_szl_0131_0006_funkt_6_6
;
989 static int hf_s7comm_szl_0131_0006_funkt_6_7
;
990 static int hf_s7comm_szl_0131_0006_funkt_7
;
991 static int hf_s7comm_szl_0131_0006_funkt_7_0
;
992 static int hf_s7comm_szl_0131_0006_funkt_7_1
;
993 static int hf_s7comm_szl_0131_0006_funkt_7_2
;
994 static int hf_s7comm_szl_0131_0006_funkt_7_3
;
995 static int hf_s7comm_szl_0131_0006_funkt_7_4
;
996 static int hf_s7comm_szl_0131_0006_funkt_7_5
;
997 static int hf_s7comm_szl_0131_0006_funkt_7_6
;
998 static int hf_s7comm_szl_0131_0006_funkt_7_7
;
999 static int hf_s7comm_szl_0131_0006_schnell
;
1000 static int hf_s7comm_szl_0131_0006_zugtyp_0
;
1001 static int hf_s7comm_szl_0131_0006_zugtyp_0_0
;
1002 static int hf_s7comm_szl_0131_0006_zugtyp_0_1
;
1003 static int hf_s7comm_szl_0131_0006_zugtyp_0_2
;
1004 static int hf_s7comm_szl_0131_0006_zugtyp_0_3
;
1005 static int hf_s7comm_szl_0131_0006_zugtyp_0_4
;
1006 static int hf_s7comm_szl_0131_0006_zugtyp_0_5
;
1007 static int hf_s7comm_szl_0131_0006_zugtyp_0_6
;
1008 static int hf_s7comm_szl_0131_0006_zugtyp_0_7
;
1009 static int hf_s7comm_szl_0131_0006_zugtyp_1
;
1010 static int hf_s7comm_szl_0131_0006_zugtyp_1_0
;
1011 static int hf_s7comm_szl_0131_0006_zugtyp_1_1
;
1012 static int hf_s7comm_szl_0131_0006_zugtyp_1_2
;
1013 static int hf_s7comm_szl_0131_0006_zugtyp_1_3
;
1014 static int hf_s7comm_szl_0131_0006_zugtyp_1_4
;
1015 static int hf_s7comm_szl_0131_0006_zugtyp_1_5
;
1016 static int hf_s7comm_szl_0131_0006_zugtyp_1_6
;
1017 static int hf_s7comm_szl_0131_0006_zugtyp_1_7
;
1018 static int hf_s7comm_szl_0131_0006_zugtyp_2
;
1019 static int hf_s7comm_szl_0131_0006_zugtyp_2_0
;
1020 static int hf_s7comm_szl_0131_0006_zugtyp_2_1
;
1021 static int hf_s7comm_szl_0131_0006_zugtyp_2_2
;
1022 static int hf_s7comm_szl_0131_0006_zugtyp_2_3
;
1023 static int hf_s7comm_szl_0131_0006_zugtyp_2_4
;
1024 static int hf_s7comm_szl_0131_0006_zugtyp_2_5
;
1025 static int hf_s7comm_szl_0131_0006_zugtyp_2_6
;
1026 static int hf_s7comm_szl_0131_0006_zugtyp_2_7
;
1027 static int hf_s7comm_szl_0131_0006_zugtyp_3
;
1028 static int hf_s7comm_szl_0131_0006_zugtyp_3_0
;
1029 static int hf_s7comm_szl_0131_0006_zugtyp_3_1
;
1030 static int hf_s7comm_szl_0131_0006_zugtyp_3_2
;
1031 static int hf_s7comm_szl_0131_0006_zugtyp_3_3
;
1032 static int hf_s7comm_szl_0131_0006_zugtyp_3_4
;
1033 static int hf_s7comm_szl_0131_0006_zugtyp_3_5
;
1034 static int hf_s7comm_szl_0131_0006_zugtyp_3_6
;
1035 static int hf_s7comm_szl_0131_0006_zugtyp_3_7
;
1036 static int hf_s7comm_szl_0131_0006_zugtyp_4
;
1037 static int hf_s7comm_szl_0131_0006_zugtyp_5
;
1038 static int hf_s7comm_szl_0131_0006_zugtyp_6
;
1039 static int hf_s7comm_szl_0131_0006_zugtyp_6_0
;
1040 static int hf_s7comm_szl_0131_0006_zugtyp_6_1
;
1041 static int hf_s7comm_szl_0131_0006_zugtyp_6_2
;
1042 static int hf_s7comm_szl_0131_0006_zugtyp_6_3
;
1043 static int hf_s7comm_szl_0131_0006_zugtyp_6_4
;
1044 static int hf_s7comm_szl_0131_0006_zugtyp_6_5
;
1045 static int hf_s7comm_szl_0131_0006_zugtyp_6_6
;
1046 static int hf_s7comm_szl_0131_0006_zugtyp_6_7
;
1047 static int hf_s7comm_szl_0131_0006_zugtyp_7
;
1048 static int hf_s7comm_szl_0131_0006_zugtyp_7_0
;
1049 static int hf_s7comm_szl_0131_0006_zugtyp_7_1
;
1050 static int hf_s7comm_szl_0131_0006_zugtyp_7_2
;
1051 static int hf_s7comm_szl_0131_0006_zugtyp_7_3
;
1052 static int hf_s7comm_szl_0131_0006_zugtyp_7_4
;
1053 static int hf_s7comm_szl_0131_0006_zugtyp_7_5
;
1054 static int hf_s7comm_szl_0131_0006_zugtyp_7_6
;
1055 static int hf_s7comm_szl_0131_0006_zugtyp_7_7
;
1056 static int hf_s7comm_szl_0131_0006_res1
;
1057 static int hf_s7comm_szl_0131_0006_max_sd_empf
;
1058 static int hf_s7comm_szl_0131_0006_max_sd_al8p
;
1059 static int hf_s7comm_szl_0131_0006_max_inst
;
1060 static int hf_s7comm_szl_0131_0006_res2
;
1061 static int hf_s7comm_szl_0131_0006_verb_proj
;
1062 static int hf_s7comm_szl_0131_0006_verb_prog
;
1063 static int hf_s7comm_szl_0131_0006_res3
;
1065 static int ett_s7comm_szl_0131_0006_funkt_0
;
1066 static int * const s7comm_szl_0131_0006_funkt_0_fields
[] = {
1067 &hf_s7comm_szl_0131_0006_funkt_0_0
,
1068 &hf_s7comm_szl_0131_0006_funkt_0_1
,
1069 &hf_s7comm_szl_0131_0006_funkt_0_2
,
1070 &hf_s7comm_szl_0131_0006_funkt_0_3
,
1071 &hf_s7comm_szl_0131_0006_funkt_0_4
,
1072 &hf_s7comm_szl_0131_0006_funkt_0_5
,
1073 &hf_s7comm_szl_0131_0006_funkt_0_6
,
1074 &hf_s7comm_szl_0131_0006_funkt_0_7
,
1077 static int ett_s7comm_szl_0131_0006_funkt_1
;
1078 static int * const s7comm_szl_0131_0006_funkt_1_fields
[] = {
1079 &hf_s7comm_szl_0131_0006_funkt_1_0
,
1080 &hf_s7comm_szl_0131_0006_funkt_1_1
,
1081 &hf_s7comm_szl_0131_0006_funkt_1_2
,
1082 &hf_s7comm_szl_0131_0006_funkt_1_3
,
1083 &hf_s7comm_szl_0131_0006_funkt_1_4
,
1084 &hf_s7comm_szl_0131_0006_funkt_1_5
,
1085 &hf_s7comm_szl_0131_0006_funkt_1_6
,
1086 &hf_s7comm_szl_0131_0006_funkt_1_7
,
1089 static int ett_s7comm_szl_0131_0006_funkt_2
;
1090 static int * const s7comm_szl_0131_0006_funkt_2_fields
[] = {
1091 &hf_s7comm_szl_0131_0006_funkt_2_0
,
1092 &hf_s7comm_szl_0131_0006_funkt_2_1
,
1093 &hf_s7comm_szl_0131_0006_funkt_2_2
,
1094 &hf_s7comm_szl_0131_0006_funkt_2_3
,
1095 &hf_s7comm_szl_0131_0006_funkt_2_4
,
1096 &hf_s7comm_szl_0131_0006_funkt_2_5
,
1097 &hf_s7comm_szl_0131_0006_funkt_2_6
,
1098 &hf_s7comm_szl_0131_0006_funkt_2_7
,
1101 static int ett_s7comm_szl_0131_0006_funkt_3
;
1102 static int * const s7comm_szl_0131_0006_funkt_3_fields
[] = {
1103 &hf_s7comm_szl_0131_0006_funkt_3_0
,
1104 &hf_s7comm_szl_0131_0006_funkt_3_1
,
1105 &hf_s7comm_szl_0131_0006_funkt_3_2
,
1106 &hf_s7comm_szl_0131_0006_funkt_3_3
,
1107 &hf_s7comm_szl_0131_0006_funkt_3_4
,
1108 &hf_s7comm_szl_0131_0006_funkt_3_5
,
1109 &hf_s7comm_szl_0131_0006_funkt_3_6
,
1110 &hf_s7comm_szl_0131_0006_funkt_3_7
,
1113 static int ett_s7comm_szl_0131_0006_funkt_6
;
1114 static int * const s7comm_szl_0131_0006_funkt_6_fields
[] = {
1115 &hf_s7comm_szl_0131_0006_funkt_6_0
,
1116 &hf_s7comm_szl_0131_0006_funkt_6_1
,
1117 &hf_s7comm_szl_0131_0006_funkt_6_2
,
1118 &hf_s7comm_szl_0131_0006_funkt_6_3
,
1119 &hf_s7comm_szl_0131_0006_funkt_6_4
,
1120 &hf_s7comm_szl_0131_0006_funkt_6_5
,
1121 &hf_s7comm_szl_0131_0006_funkt_6_6
,
1122 &hf_s7comm_szl_0131_0006_funkt_6_7
,
1125 static int ett_s7comm_szl_0131_0006_funkt_7
;
1126 static int * const s7comm_szl_0131_0006_funkt_7_fields
[] = {
1127 &hf_s7comm_szl_0131_0006_funkt_7_0
,
1128 &hf_s7comm_szl_0131_0006_funkt_7_1
,
1129 &hf_s7comm_szl_0131_0006_funkt_7_2
,
1130 &hf_s7comm_szl_0131_0006_funkt_7_3
,
1131 &hf_s7comm_szl_0131_0006_funkt_7_4
,
1132 &hf_s7comm_szl_0131_0006_funkt_7_5
,
1133 &hf_s7comm_szl_0131_0006_funkt_7_6
,
1134 &hf_s7comm_szl_0131_0006_funkt_7_7
,
1137 static int ett_s7comm_szl_0131_0006_zugtyp_0
;
1138 static int * const s7comm_szl_0131_0006_zugtyp_0_fields
[] = {
1139 &hf_s7comm_szl_0131_0006_zugtyp_0_0
,
1140 &hf_s7comm_szl_0131_0006_zugtyp_0_1
,
1141 &hf_s7comm_szl_0131_0006_zugtyp_0_2
,
1142 &hf_s7comm_szl_0131_0006_zugtyp_0_3
,
1143 &hf_s7comm_szl_0131_0006_zugtyp_0_4
,
1144 &hf_s7comm_szl_0131_0006_zugtyp_0_5
,
1145 &hf_s7comm_szl_0131_0006_zugtyp_0_6
,
1146 &hf_s7comm_szl_0131_0006_zugtyp_0_7
,
1149 static int ett_s7comm_szl_0131_0006_zugtyp_1
;
1150 static int * const s7comm_szl_0131_0006_zugtyp_1_fields
[] = {
1151 &hf_s7comm_szl_0131_0006_zugtyp_1_0
,
1152 &hf_s7comm_szl_0131_0006_zugtyp_1_1
,
1153 &hf_s7comm_szl_0131_0006_zugtyp_1_2
,
1154 &hf_s7comm_szl_0131_0006_zugtyp_1_3
,
1155 &hf_s7comm_szl_0131_0006_zugtyp_1_4
,
1156 &hf_s7comm_szl_0131_0006_zugtyp_1_5
,
1157 &hf_s7comm_szl_0131_0006_zugtyp_1_6
,
1158 &hf_s7comm_szl_0131_0006_zugtyp_1_7
,
1161 static int ett_s7comm_szl_0131_0006_zugtyp_2
;
1162 static int * const s7comm_szl_0131_0006_zugtyp_2_fields
[] = {
1163 &hf_s7comm_szl_0131_0006_zugtyp_2_0
,
1164 &hf_s7comm_szl_0131_0006_zugtyp_2_1
,
1165 &hf_s7comm_szl_0131_0006_zugtyp_2_2
,
1166 &hf_s7comm_szl_0131_0006_zugtyp_2_3
,
1167 &hf_s7comm_szl_0131_0006_zugtyp_2_4
,
1168 &hf_s7comm_szl_0131_0006_zugtyp_2_5
,
1169 &hf_s7comm_szl_0131_0006_zugtyp_2_6
,
1170 &hf_s7comm_szl_0131_0006_zugtyp_2_7
,
1173 static int ett_s7comm_szl_0131_0006_zugtyp_3
;
1174 static int * const s7comm_szl_0131_0006_zugtyp_3_fields
[] = {
1175 &hf_s7comm_szl_0131_0006_zugtyp_3_0
,
1176 &hf_s7comm_szl_0131_0006_zugtyp_3_1
,
1177 &hf_s7comm_szl_0131_0006_zugtyp_3_2
,
1178 &hf_s7comm_szl_0131_0006_zugtyp_3_3
,
1179 &hf_s7comm_szl_0131_0006_zugtyp_3_4
,
1180 &hf_s7comm_szl_0131_0006_zugtyp_3_5
,
1181 &hf_s7comm_szl_0131_0006_zugtyp_3_6
,
1182 &hf_s7comm_szl_0131_0006_zugtyp_3_7
,
1185 static int ett_s7comm_szl_0131_0006_zugtyp_6
;
1186 static int * const s7comm_szl_0131_0006_zugtyp_6_fields
[] = {
1187 &hf_s7comm_szl_0131_0006_zugtyp_6_0
,
1188 &hf_s7comm_szl_0131_0006_zugtyp_6_1
,
1189 &hf_s7comm_szl_0131_0006_zugtyp_6_2
,
1190 &hf_s7comm_szl_0131_0006_zugtyp_6_3
,
1191 &hf_s7comm_szl_0131_0006_zugtyp_6_4
,
1192 &hf_s7comm_szl_0131_0006_zugtyp_6_5
,
1193 &hf_s7comm_szl_0131_0006_zugtyp_6_6
,
1194 &hf_s7comm_szl_0131_0006_zugtyp_6_7
,
1197 static int ett_s7comm_szl_0131_0006_zugtyp_7
;
1198 static int * const s7comm_szl_0131_0006_zugtyp_7_fields
[] = {
1199 &hf_s7comm_szl_0131_0006_zugtyp_7_0
,
1200 &hf_s7comm_szl_0131_0006_zugtyp_7_1
,
1201 &hf_s7comm_szl_0131_0006_zugtyp_7_2
,
1202 &hf_s7comm_szl_0131_0006_zugtyp_7_3
,
1203 &hf_s7comm_szl_0131_0006_zugtyp_7_4
,
1204 &hf_s7comm_szl_0131_0006_zugtyp_7_5
,
1205 &hf_s7comm_szl_0131_0006_zugtyp_7_6
,
1206 &hf_s7comm_szl_0131_0006_zugtyp_7_7
,
1210 static int hf_s7comm_szl_0131_0007_index
;
1211 static int hf_s7comm_szl_0131_0007_funkt_0
;
1212 static int hf_s7comm_szl_0131_0007_funkt_0_0
;
1213 static int hf_s7comm_szl_0131_0007_funkt_0_1
;
1214 static int hf_s7comm_szl_0131_0007_funkt_0_2
;
1215 static int hf_s7comm_szl_0131_0007_funkt_0_3
;
1216 static int hf_s7comm_szl_0131_0007_funkt_0_4
;
1217 static int hf_s7comm_szl_0131_0007_funkt_0_5
;
1218 static int hf_s7comm_szl_0131_0007_funkt_0_6
;
1219 static int hf_s7comm_szl_0131_0007_funkt_0_7
;
1220 static int hf_s7comm_szl_0131_0007_funkt_1
;
1221 static int hf_s7comm_szl_0131_0007_obj_0
;
1222 static int hf_s7comm_szl_0131_0007_obj_0_0
;
1223 static int hf_s7comm_szl_0131_0007_obj_0_1
;
1224 static int hf_s7comm_szl_0131_0007_obj_0_2
;
1225 static int hf_s7comm_szl_0131_0007_obj_0_3
;
1226 static int hf_s7comm_szl_0131_0007_obj_0_4
;
1227 static int hf_s7comm_szl_0131_0007_obj_0_5
;
1228 static int hf_s7comm_szl_0131_0007_obj_0_6
;
1229 static int hf_s7comm_szl_0131_0007_obj_0_7
;
1230 static int hf_s7comm_szl_0131_0007_obj_1
;
1231 static int hf_s7comm_szl_0131_0007_kons
;
1232 static int hf_s7comm_szl_0131_0007_sen
;
1233 static int hf_s7comm_szl_0131_0007_rec
;
1234 static int hf_s7comm_szl_0131_0007_time
;
1235 static int hf_s7comm_szl_0131_0007_proj
;
1236 static int hf_s7comm_szl_0131_0007_alarm
;
1237 static int hf_s7comm_szl_0131_0007_mode
;
1238 static int hf_s7comm_szl_0131_0007_mode_0
;
1239 static int hf_s7comm_szl_0131_0007_mode_1
;
1240 static int hf_s7comm_szl_0131_0007_kreis
;
1241 static int hf_s7comm_szl_0131_0007_sk_1
;
1242 static int hf_s7comm_szl_0131_0007_sk_2
;
1243 static int hf_s7comm_szl_0131_0007_ek_1
;
1244 static int hf_s7comm_szl_0131_0007_ek_2
;
1245 static int hf_s7comm_szl_0131_0007_len_1
;
1246 static int hf_s7comm_szl_0131_0007_len_2
;
1247 static int hf_s7comm_szl_0131_0007_len_3
;
1248 static int hf_s7comm_szl_0131_0007_res
;
1250 static int ett_s7comm_szl_0131_0007_funkt_0
;
1251 static int * const s7comm_szl_0131_0007_funkt_0_fields
[] = {
1252 &hf_s7comm_szl_0131_0007_funkt_0_0
,
1253 &hf_s7comm_szl_0131_0007_funkt_0_1
,
1254 &hf_s7comm_szl_0131_0007_funkt_0_2
,
1255 &hf_s7comm_szl_0131_0007_funkt_0_3
,
1256 &hf_s7comm_szl_0131_0007_funkt_0_4
,
1257 &hf_s7comm_szl_0131_0007_funkt_0_5
,
1258 &hf_s7comm_szl_0131_0007_funkt_0_6
,
1259 &hf_s7comm_szl_0131_0007_funkt_0_7
,
1263 static int ett_s7comm_szl_0131_0007_obj_0
;
1264 static int * const s7comm_szl_0131_0007_obj_0_fields
[] = {
1265 &hf_s7comm_szl_0131_0007_obj_0_0
,
1266 &hf_s7comm_szl_0131_0007_obj_0_1
,
1267 &hf_s7comm_szl_0131_0007_obj_0_2
,
1268 &hf_s7comm_szl_0131_0007_obj_0_3
,
1269 &hf_s7comm_szl_0131_0007_obj_0_4
,
1270 &hf_s7comm_szl_0131_0007_obj_0_5
,
1271 &hf_s7comm_szl_0131_0007_obj_0_6
,
1272 &hf_s7comm_szl_0131_0007_obj_0_7
,
1276 static int ett_s7comm_szl_0131_0007_mode
;
1277 static int * const s7comm_szl_0131_0007_mode_fields
[] = {
1278 &hf_s7comm_szl_0131_0007_mode_0
,
1279 &hf_s7comm_szl_0131_0007_mode_1
,
1283 static int hf_s7comm_szl_0131_0008_index
;
1284 static int hf_s7comm_szl_0131_0008_last_1
;
1285 static int hf_s7comm_szl_0131_0008_last_1_tb
;
1286 static int hf_s7comm_szl_0131_0008_last_2
;
1287 static int hf_s7comm_szl_0131_0008_last_2_tb
;
1288 static int hf_s7comm_szl_0131_0008_last_3
;
1289 static int hf_s7comm_szl_0131_0008_last_3_tb
;
1290 static int hf_s7comm_szl_0131_0008_merker
;
1291 static int hf_s7comm_szl_0131_0008_merker_tb
;
1292 static int hf_s7comm_szl_0131_0008_ea
;
1293 static int hf_s7comm_szl_0131_0008_ea_tb
;
1294 static int hf_s7comm_szl_0131_0008_tz
;
1295 static int hf_s7comm_szl_0131_0008_tz_tb
;
1296 static int hf_s7comm_szl_0131_0008_db
;
1297 static int hf_s7comm_szl_0131_0008_db_tb
;
1298 static int hf_s7comm_szl_0131_0008_ld
;
1299 static int hf_s7comm_szl_0131_0008_ld_tb
;
1300 static int hf_s7comm_szl_0131_0008_reg
;
1301 static int hf_s7comm_szl_0131_0008_reg_tb
;
1302 static int hf_s7comm_szl_0131_0008_ba_stali1
;
1303 static int hf_s7comm_szl_0131_0008_ba_stali1_tb
;
1304 static int hf_s7comm_szl_0131_0008_ba_stali2
;
1305 static int hf_s7comm_szl_0131_0008_ba_stali2_tb
;
1306 static int hf_s7comm_szl_0131_0008_ba_stali3
;
1307 static int hf_s7comm_szl_0131_0008_ba_stali3_tb
;
1308 static int hf_s7comm_szl_0131_0008_akku
;
1309 static int hf_s7comm_szl_0131_0008_akku_tb
;
1310 static int hf_s7comm_szl_0131_0008_address
;
1311 static int hf_s7comm_szl_0131_0008_address_tb
;
1312 static int hf_s7comm_szl_0131_0008_dbreg
;
1313 static int hf_s7comm_szl_0131_0008_dbreg_tb
;
1314 static int hf_s7comm_szl_0131_0008_res
;
1315 static const value_string s7comm_szl_0131_0008_timebase_names
[] = {
1331 { 15, "1000000 s" },
1335 static int hf_s7comm_szl_0131_0009_index
;
1336 static int hf_s7comm_szl_0131_0009_sync_k
;
1337 static int hf_s7comm_szl_0131_0009_sync_k_0
;
1338 static int hf_s7comm_szl_0131_0009_sync_k_1
;
1339 static int hf_s7comm_szl_0131_0009_sync_k_2
;
1340 static int hf_s7comm_szl_0131_0009_sync_mpi
;
1341 static int hf_s7comm_szl_0131_0009_sync_mpi_0
;
1342 static int hf_s7comm_szl_0131_0009_sync_mpi_1
;
1343 static int hf_s7comm_szl_0131_0009_sync_mpi_2
;
1344 static int hf_s7comm_szl_0131_0009_sync_mfi
;
1345 static int hf_s7comm_szl_0131_0009_sync_mfi_0
;
1346 static int hf_s7comm_szl_0131_0009_sync_mfi_1
;
1347 static int hf_s7comm_szl_0131_0009_sync_mfi_2
;
1348 static int hf_s7comm_szl_0131_0009_res1
;
1349 static int hf_s7comm_szl_0131_0009_abw_puf
;
1350 static int hf_s7comm_szl_0131_0009_abw_5v
;
1351 static int hf_s7comm_szl_0131_0009_anz_bsz
;
1352 static int hf_s7comm_szl_0131_0009_res2
;
1354 static int ett_s7comm_szl_0131_0009_sync_k
;
1355 static int * const s7comm_szl_0131_0009_sync_k_fields
[] = {
1356 &hf_s7comm_szl_0131_0009_sync_k_0
,
1357 &hf_s7comm_szl_0131_0009_sync_k_1
,
1358 &hf_s7comm_szl_0131_0009_sync_k_2
,
1362 static int ett_s7comm_szl_0131_0009_sync_mpi
;
1363 static int * const s7comm_szl_0131_0009_sync_mpi_fields
[] = {
1364 &hf_s7comm_szl_0131_0009_sync_mpi_0
,
1365 &hf_s7comm_szl_0131_0009_sync_mpi_1
,
1366 &hf_s7comm_szl_0131_0009_sync_mpi_2
,
1370 static int ett_s7comm_szl_0131_0009_sync_mfi
;
1371 static int * const s7comm_szl_0131_0009_sync_mfi_fields
[] = {
1372 &hf_s7comm_szl_0131_0009_sync_mfi_0
,
1373 &hf_s7comm_szl_0131_0009_sync_mfi_1
,
1374 &hf_s7comm_szl_0131_0009_sync_mfi_2
,
1378 static int hf_s7comm_szl_0131_0010_index
;
1379 static int hf_s7comm_szl_0131_0010_funk_1
;
1380 static int hf_s7comm_szl_0131_0010_funk_1_0
;
1381 static int hf_s7comm_szl_0131_0010_funk_1_1
;
1382 static int hf_s7comm_szl_0131_0010_funk_1_2
;
1383 static int hf_s7comm_szl_0131_0010_funk_1_3
;
1384 static int hf_s7comm_szl_0131_0010_funk_1_4
;
1385 static int hf_s7comm_szl_0131_0010_funk_1_5
;
1386 static int hf_s7comm_szl_0131_0010_funk_1_6
;
1387 static int hf_s7comm_szl_0131_0010_funk_1_7
;
1388 static int hf_s7comm_szl_0131_0010_funk_2
;
1389 static int hf_s7comm_szl_0131_0010_ber_meld_1
;
1390 static int hf_s7comm_szl_0131_0010_ber_meld_1_0
;
1391 static int hf_s7comm_szl_0131_0010_ber_meld_1_1
;
1392 static int hf_s7comm_szl_0131_0010_ber_meld_1_2
;
1393 static int hf_s7comm_szl_0131_0010_ber_meld_1_3
;
1394 static int hf_s7comm_szl_0131_0010_ber_meld_1_4
;
1395 static int hf_s7comm_szl_0131_0010_ber_meld_1_5
;
1396 static int hf_s7comm_szl_0131_0010_ber_meld_1_6
;
1397 static int hf_s7comm_szl_0131_0010_ber_meld_1_7
;
1398 static int hf_s7comm_szl_0131_0010_ber_meld_2
;
1399 static int hf_s7comm_szl_0131_0010_ber_zus_1
;
1400 static int hf_s7comm_szl_0131_0010_ber_zus_1_0
;
1401 static int hf_s7comm_szl_0131_0010_ber_zus_1_1
;
1402 static int hf_s7comm_szl_0131_0010_ber_zus_1_2
;
1403 static int hf_s7comm_szl_0131_0010_ber_zus_1_3
;
1404 static int hf_s7comm_szl_0131_0010_ber_zus_1_4
;
1405 static int hf_s7comm_szl_0131_0010_ber_zus_1_5
;
1406 static int hf_s7comm_szl_0131_0010_ber_zus_1_6
;
1407 static int hf_s7comm_szl_0131_0010_ber_zus_1_7
;
1408 static int hf_s7comm_szl_0131_0010_ber_zus_2
;
1409 static int hf_s7comm_szl_0131_0010_typ_zus_1
;
1410 static int hf_s7comm_szl_0131_0010_typ_zus_1_0
;
1411 static int hf_s7comm_szl_0131_0010_typ_zus_1_1
;
1412 static int hf_s7comm_szl_0131_0010_typ_zus_1_2
;
1413 static int hf_s7comm_szl_0131_0010_typ_zus_1_3
;
1414 static int hf_s7comm_szl_0131_0010_typ_zus_1_4
;
1415 static int hf_s7comm_szl_0131_0010_typ_zus_1_5
;
1416 static int hf_s7comm_szl_0131_0010_typ_zus_1_6
;
1417 static int hf_s7comm_szl_0131_0010_typ_zus_1_7
;
1418 static int hf_s7comm_szl_0131_0010_typ_zus_2
;
1419 static int hf_s7comm_szl_0131_0010_maxanz_arch
;
1420 static int hf_s7comm_szl_0131_0010_res
;
1422 static int ett_s7comm_szl_0131_0010_funk_1
;
1423 static int * const s7comm_szl_0131_0010_funk_1_fields
[] = {
1424 &hf_s7comm_szl_0131_0010_funk_1_0
,
1425 &hf_s7comm_szl_0131_0010_funk_1_1
,
1426 &hf_s7comm_szl_0131_0010_funk_1_2
,
1427 &hf_s7comm_szl_0131_0010_funk_1_3
,
1428 &hf_s7comm_szl_0131_0010_funk_1_4
,
1429 &hf_s7comm_szl_0131_0010_funk_1_5
,
1430 &hf_s7comm_szl_0131_0010_funk_1_6
,
1431 &hf_s7comm_szl_0131_0010_funk_1_7
,
1434 static int ett_s7comm_szl_0131_0010_ber_meld_1
;
1435 static int * const s7comm_szl_0131_0010_ber_meld_1_fields
[] = {
1436 &hf_s7comm_szl_0131_0010_ber_meld_1_0
,
1437 &hf_s7comm_szl_0131_0010_ber_meld_1_1
,
1438 &hf_s7comm_szl_0131_0010_ber_meld_1_2
,
1439 &hf_s7comm_szl_0131_0010_ber_meld_1_3
,
1440 &hf_s7comm_szl_0131_0010_ber_meld_1_4
,
1441 &hf_s7comm_szl_0131_0010_ber_meld_1_5
,
1442 &hf_s7comm_szl_0131_0010_ber_meld_1_6
,
1443 &hf_s7comm_szl_0131_0010_ber_meld_1_7
,
1446 static int ett_s7comm_szl_0131_0010_ber_zus_1
;
1447 static int * const s7comm_szl_0131_0010_ber_zus_1_fields
[] = {
1448 &hf_s7comm_szl_0131_0010_ber_zus_1_0
,
1449 &hf_s7comm_szl_0131_0010_ber_zus_1_1
,
1450 &hf_s7comm_szl_0131_0010_ber_zus_1_2
,
1451 &hf_s7comm_szl_0131_0010_ber_zus_1_3
,
1452 &hf_s7comm_szl_0131_0010_ber_zus_1_4
,
1453 &hf_s7comm_szl_0131_0010_ber_zus_1_5
,
1454 &hf_s7comm_szl_0131_0010_ber_zus_1_6
,
1455 &hf_s7comm_szl_0131_0010_ber_zus_1_7
,
1458 static int ett_s7comm_szl_0131_0010_typ_zus_1
;
1459 static int * const s7comm_szl_0131_0010_typ_zus_1_fields
[] = {
1460 &hf_s7comm_szl_0131_0010_typ_zus_1_0
,
1461 &hf_s7comm_szl_0131_0010_typ_zus_1_1
,
1462 &hf_s7comm_szl_0131_0010_typ_zus_1_2
,
1463 &hf_s7comm_szl_0131_0010_typ_zus_1_3
,
1464 &hf_s7comm_szl_0131_0010_typ_zus_1_4
,
1465 &hf_s7comm_szl_0131_0010_typ_zus_1_5
,
1466 &hf_s7comm_szl_0131_0010_typ_zus_1_6
,
1467 &hf_s7comm_szl_0131_0010_typ_zus_1_7
,
1471 static int hf_s7comm_szl_0132_0001_index
;
1472 static int hf_s7comm_szl_0132_0001_res_pg
;
1473 static int hf_s7comm_szl_0132_0001_res_os
;
1474 static int hf_s7comm_szl_0132_0001_u_pg
;
1475 static int hf_s7comm_szl_0132_0001_u_os
;
1476 static int hf_s7comm_szl_0132_0001_proj
;
1477 static int hf_s7comm_szl_0132_0001_auf
;
1478 static int hf_s7comm_szl_0132_0001_free
;
1479 static int hf_s7comm_szl_0132_0001_used
;
1480 static int hf_s7comm_szl_0132_0001_last
;
1481 static int hf_s7comm_szl_0132_0001_res
;
1483 static int hf_s7comm_szl_0132_0002_index
;
1484 static int hf_s7comm_szl_0132_0002_anz
;
1485 static int hf_s7comm_szl_0132_0002_res
;
1487 static int hf_s7comm_szl_0132_0004_index
;
1488 static int hf_s7comm_szl_0132_0004_key
;
1489 static int hf_s7comm_szl_0132_0004_param
;
1490 static int hf_s7comm_szl_0132_0004_real
;
1491 static int hf_s7comm_szl_0132_0004_bart_sch
;
1493 static const value_string szl_bart_sch_names
[] = {
1494 { 0, "undefined or cannot be ascertained" },
1501 static int hf_s7comm_szl_0132_0004_crst_wrst
;
1502 static const value_string szl_crst_wrst_names
[] = {
1503 { 0, "undefined, does not exist or cannot be ascertained" },
1508 static int hf_s7comm_szl_0132_0004_ken_f
;
1509 static int hf_s7comm_szl_0132_0004_ken_rel
;
1510 static int hf_s7comm_szl_0132_0004_ken_ver1_hw
;
1511 static int hf_s7comm_szl_0132_0004_ken_ver2_hw
;
1512 static int hf_s7comm_szl_0132_0004_ken_ver1_awp
;
1513 static int hf_s7comm_szl_0132_0004_ken_ver2_awp
;
1514 static int hf_s7comm_szl_0132_0004_res
;
1516 static int hf_s7comm_szl_0132_0005_index
;
1517 static int hf_s7comm_szl_0132_0005_erw
;
1518 static int hf_s7comm_szl_0132_0005_send
;
1519 static int hf_s7comm_szl_0132_0005_moeg
;
1520 static int hf_s7comm_szl_0132_0005_ltmerz
;
1521 static int hf_s7comm_szl_0132_0005_res
;
1523 static const value_string szl_0132_0005_func_exist_names
[] = {
1529 static int hf_s7comm_szl_0132_0006_index
;
1530 static int hf_s7comm_szl_0132_0006_used_0
;
1531 static int hf_s7comm_szl_0132_0006_used_1
;
1532 static int hf_s7comm_szl_0132_0006_used_2
;
1533 static int hf_s7comm_szl_0132_0006_used_3
;
1534 static int hf_s7comm_szl_0132_0006_used_4
;
1535 static int hf_s7comm_szl_0132_0006_used_5
;
1536 static int hf_s7comm_szl_0132_0006_used_6
;
1537 static int hf_s7comm_szl_0132_0006_used_7
;
1538 static int hf_s7comm_szl_0132_0006_anz_schnell
;
1539 static int hf_s7comm_szl_0132_0006_anz_inst
;
1540 static int hf_s7comm_szl_0132_0006_anz_multicast
;
1541 static int hf_s7comm_szl_0132_0006_res
;
1543 static int hf_s7comm_szl_0132_0008_index
;
1544 static int hf_s7comm_szl_0132_0008_zykl
;
1545 static int hf_s7comm_szl_0132_0008_korr
;
1546 static int hf_s7comm_szl_0132_0008_clock0
;
1547 static int hf_s7comm_szl_0132_0008_clock1
;
1548 static int hf_s7comm_szl_0132_0008_clock2
;
1549 static int hf_s7comm_szl_0132_0008_clock3
;
1550 static int hf_s7comm_szl_0132_0008_clock4
;
1551 static int hf_s7comm_szl_0132_0008_clock5
;
1552 static int hf_s7comm_szl_0132_0008_clock6
;
1553 static int hf_s7comm_szl_0132_0008_clock7
;
1554 static int hf_s7comm_szl_0132_0008_time
;
1555 static int hf_s7comm_szl_0132_0008_res
;
1557 static int hf_s7comm_szl_0132_000b_index
;
1558 static int hf_s7comm_szl_0132_000b_bszl_0
;
1559 static int hf_s7comm_szl_0132_000b_bszl_1
;
1560 static int hf_s7comm_szl_0132_000b_bszu_0
;
1561 static int hf_s7comm_szl_0132_000b_bszu_1
;
1562 static int hf_s7comm_szl_0132_000b_clock0
;
1563 static int hf_s7comm_szl_0132_000b_clock1
;
1564 static int hf_s7comm_szl_0132_000b_clock2
;
1565 static int hf_s7comm_szl_0132_000b_clock3
;
1566 static int hf_s7comm_szl_0132_000b_clock4
;
1567 static int hf_s7comm_szl_0132_000b_clock5
;
1568 static int hf_s7comm_szl_0132_000b_clock6
;
1569 static int hf_s7comm_szl_0132_000b_clock7
;
1570 static int hf_s7comm_szl_0132_000b_res
;
1572 static int hf_s7comm_szl_0132_000c_index
;
1573 static int hf_s7comm_szl_0132_000c_bszl_0
;
1574 static int hf_s7comm_szl_0132_000c_bszl_1
;
1575 static int hf_s7comm_szl_0132_000c_bszu_0
;
1576 static int hf_s7comm_szl_0132_000c_bszu_1
;
1577 static int hf_s7comm_szl_0132_000c_clock8
;
1578 static int hf_s7comm_szl_0132_000c_clock9
;
1579 static int hf_s7comm_szl_0132_000c_clock10
;
1580 static int hf_s7comm_szl_0132_000c_clock11
;
1581 static int hf_s7comm_szl_0132_000c_clock12
;
1582 static int hf_s7comm_szl_0132_000c_clock13
;
1583 static int hf_s7comm_szl_0132_000c_clock14
;
1584 static int hf_s7comm_szl_0132_000c_clock15
;
1585 static int hf_s7comm_szl_0132_000c_res
;
1587 static int hf_s7comm_szl_001c_000x_index
;
1588 static int hf_s7comm_szl_001c_0001_name
;
1589 static int hf_s7comm_szl_001c_0002_name
;
1590 static int hf_s7comm_szl_001c_0003_tag
;
1591 static int hf_s7comm_szl_001c_0004_copyright
;
1592 static int hf_s7comm_szl_001c_0005_serialn
;
1593 static int hf_s7comm_szl_001c_0007_cputypname
;
1594 static int hf_s7comm_szl_001c_0008_snmcmmc
;
1595 static int hf_s7comm_szl_001c_0009_manufacturer_id
;
1596 static int hf_s7comm_szl_001c_0009_profile_id
;
1597 static int hf_s7comm_szl_001c_0009_profile_spec_typ
;
1598 static int hf_s7comm_szl_001c_000a_oem_copyright_string
;
1599 static int hf_s7comm_szl_001c_000a_oem_id
;
1600 static int hf_s7comm_szl_001c_000a_oem_add_id
;
1601 static int hf_s7comm_szl_001c_000b_loc_id
;
1602 static int hf_s7comm_szl_001c_000x_res
;
1604 static int hf_s7comm_szl_0091_0000_adr1
;
1605 static int hf_s7comm_szl_0091_0000_adr2
;
1606 static int hf_s7comm_szl_0091_0000_logadr
;
1607 static int hf_s7comm_szl_0091_0000_solltyp
;
1608 static int hf_s7comm_szl_0091_0000_isttyp
;
1609 static int hf_s7comm_szl_0091_0000_res1
;
1610 static int hf_s7comm_szl_0091_0000_res1_0c_4c_4d
;
1611 static int hf_s7comm_szl_0091_0000_res1_0d
;
1612 static int hf_s7comm_szl_0091_0000_eastat
;
1613 static int hf_s7comm_szl_0091_0000_eastat_0
;
1614 static int hf_s7comm_szl_0091_0000_eastat_1
;
1615 static int hf_s7comm_szl_0091_0000_eastat_2
;
1616 static int hf_s7comm_szl_0091_0000_eastat_3
;
1617 static int hf_s7comm_szl_0091_0000_eastat_4
;
1618 static int hf_s7comm_szl_0091_0000_eastat_5
;
1619 static int hf_s7comm_szl_0091_0000_eastat_6
;
1620 static int hf_s7comm_szl_0091_0000_eastat_7
;
1621 static int hf_s7comm_szl_0091_0000_eastat_dataid
;
1622 static int hf_s7comm_szl_0091_0000_berbgbr
;
1623 static int hf_s7comm_szl_0091_0000_berbgbr_0_2
;
1624 static int hf_s7comm_szl_0091_0000_berbgbr_3
;
1625 static int hf_s7comm_szl_0091_0000_berbgbr_areaid
;
1626 static int hf_s7comm_szl_0091_0000_berbgbr_7
;
1628 static const value_string szl_0091_0000_eastat_dataid_names
[] = {
1631 { 0xff, "External DP interface" },
1634 static const value_string szl_0091_0000_berbgbr_areaid_names
[] = {
1644 static int ett_s7comm_szl_0091_0000_eastat
;
1645 static int * const s7comm_szl_0091_0000_eastat_fields
[] = {
1646 &hf_s7comm_szl_0091_0000_eastat_0
,
1647 &hf_s7comm_szl_0091_0000_eastat_1
,
1648 &hf_s7comm_szl_0091_0000_eastat_2
,
1649 &hf_s7comm_szl_0091_0000_eastat_3
,
1650 &hf_s7comm_szl_0091_0000_eastat_4
,
1651 &hf_s7comm_szl_0091_0000_eastat_5
,
1652 &hf_s7comm_szl_0091_0000_eastat_6
,
1653 &hf_s7comm_szl_0091_0000_eastat_7
,
1654 &hf_s7comm_szl_0091_0000_eastat_dataid
,
1657 static int ett_s7comm_szl_0091_0000_berbgbr
;
1658 static int * const s7comm_szl_0091_0000_berbgbr_fields
[] = {
1659 &hf_s7comm_szl_0091_0000_berbgbr_0_2
,
1660 &hf_s7comm_szl_0091_0000_berbgbr_3
,
1661 &hf_s7comm_szl_0091_0000_berbgbr_areaid
,
1662 &hf_s7comm_szl_0091_0000_berbgbr_7
,
1666 static int ett_s7comm_szl_xx9x_station_info
;
1667 static int hf_s7comm_szl_xx9x_station_info
;
1669 static int hf_s7comm_szl_0092_0xxx_status_0
;
1670 static int hf_s7comm_szl_0092_0xxx_status_1
;
1671 static int hf_s7comm_szl_0092_0xxx_status_2
;
1672 static int hf_s7comm_szl_0092_0xxx_status_3
;
1673 static int hf_s7comm_szl_0092_0xxx_status_4
;
1674 static int hf_s7comm_szl_0092_0xxx_status_5
;
1675 static int hf_s7comm_szl_0092_0xxx_status_6
;
1676 static int hf_s7comm_szl_0092_0xxx_status_7
;
1677 static int hf_s7comm_szl_0092_0xxx_status_8
;
1678 static int hf_s7comm_szl_0092_0xxx_status_9
;
1679 static int hf_s7comm_szl_0092_0xxx_status_10
;
1680 static int hf_s7comm_szl_0092_0xxx_status_11
;
1681 static int hf_s7comm_szl_0092_0xxx_status_12
;
1682 static int hf_s7comm_szl_0092_0xxx_status_13
;
1683 static int hf_s7comm_szl_0092_0xxx_status_14
;
1684 static int hf_s7comm_szl_0092_0xxx_status_15
;
1686 static int hf_s7comm_szl_0094_xxxx_index
;
1687 static int hf_s7comm_szl_0094_xxxx_status_0
;
1688 static int hf_s7comm_szl_0094_xxxx_status_1_2047
;
1690 static int hf_s7comm_szl_0096_xxxx_logadr_adr
;
1691 static int hf_s7comm_szl_0096_xxxx_logadr_area
;
1692 static const true_false_string tfs_szl_0096_xxx_logadr_area
= {
1697 static int hf_s7comm_szl_0096_xxxx_system
;
1698 static int hf_s7comm_szl_0096_xxxx_api
;
1699 static int hf_s7comm_szl_0096_xxxx_station
;
1700 static int hf_s7comm_szl_0096_xxxx_slot
;
1701 static int hf_s7comm_szl_0096_xxxx_subslot
;
1702 static int hf_s7comm_szl_0096_xxxx_offset
;
1703 static int hf_s7comm_szl_0096_xxxx_solltyp1
;
1704 static int hf_s7comm_szl_0096_xxxx_solltyp2
;
1705 static int hf_s7comm_szl_0096_xxxx_solltyp3
;
1706 static int hf_s7comm_szl_0096_xxxx_solltyp4_5
;
1707 static int hf_s7comm_szl_0096_xxxx_solltyp6_7
;
1708 static int hf_s7comm_szl_0096_xxxx_expactid
;
1709 static int hf_s7comm_szl_0096_xxxx_reserve1
;
1710 static int hf_s7comm_szl_0096_xxxx_eastat
;
1711 static int hf_s7comm_szl_0096_xxxx_eastat_0
;
1712 static int hf_s7comm_szl_0096_xxxx_eastat_1
;
1713 static int hf_s7comm_szl_0096_xxxx_eastat_2
;
1714 static int hf_s7comm_szl_0096_xxxx_eastat_3
;
1715 static int hf_s7comm_szl_0096_xxxx_eastat_4
;
1716 static int hf_s7comm_szl_0096_xxxx_eastat_5
;
1717 static int hf_s7comm_szl_0096_xxxx_eastat_6
;
1718 static int hf_s7comm_szl_0096_xxxx_eastat_7
;
1719 static int hf_s7comm_szl_0096_xxxx_eastat_8
;
1720 static int hf_s7comm_szl_0096_xxxx_eastat_9
;
1721 static int ett_s7comm_szl_0096_xxxx_eastat
;
1722 static int * const s7comm_szl_0096_xxxx_eastat_fields
[] = {
1723 &hf_s7comm_szl_0096_xxxx_eastat_0
,
1724 &hf_s7comm_szl_0096_xxxx_eastat_1
,
1725 &hf_s7comm_szl_0096_xxxx_eastat_2
,
1726 &hf_s7comm_szl_0096_xxxx_eastat_3
,
1727 &hf_s7comm_szl_0096_xxxx_eastat_4
,
1728 &hf_s7comm_szl_0096_xxxx_eastat_5
,
1729 &hf_s7comm_szl_0096_xxxx_eastat_6
,
1730 &hf_s7comm_szl_0096_xxxx_eastat_7
,
1731 &hf_s7comm_szl_0096_xxxx_eastat_8
,
1732 &hf_s7comm_szl_0096_xxxx_eastat_9
,
1735 static int hf_s7comm_szl_0096_xxxx_berbgbr
;
1736 static int hf_s7comm_szl_0096_xxxx_berbgbr_0_2
;
1737 static int hf_s7comm_szl_0096_xxxx_berbgbr_3
;
1738 static int hf_s7comm_szl_0096_xxxx_berbgbr_areaid
;
1739 static int hf_s7comm_szl_0096_xxxx_berbgbr_7
;
1740 static int ett_s7comm_szl_0096_xxxx_berbgbr
;
1741 static int * const s7comm_szl_0096_xxxx_berbgbr_fields
[] = {
1742 &hf_s7comm_szl_0096_xxxx_berbgbr_0_2
,
1743 &hf_s7comm_szl_0096_xxxx_berbgbr_3
,
1744 &hf_s7comm_szl_0096_xxxx_berbgbr_areaid
,
1745 &hf_s7comm_szl_0096_xxxx_berbgbr_7
,
1748 static int hf_s7comm_szl_0096_xxxx_reserve2
;
1750 static int hf_s7comm_szl_0424_0000_ereig
;
1751 static int hf_s7comm_szl_0424_0000_ae
;
1752 static int hf_s7comm_szl_0424_0000_bzu_id
;
1753 static int hf_s7comm_szl_0424_0000_bzu_id_req
;
1754 static int hf_s7comm_szl_0424_0000_bzu_id_pre
;
1755 static const value_string szl_0424_0000_bzu_id_names
[] = {
1756 { 0x1, "STOP (update)" },
1757 { 0x2, "STOP (memory reset)" },
1758 { 0x3, "STOP (self initialization)" },
1759 { 0x4, "STOP (internal)" },
1760 { 0x5, "Startup (complete restart)" },
1767 static int ett_s7comm_szl_0424_0000_bzu_id
;
1768 static int * const s7comm_szl_0424_0000_bzu_id_fields
[] = {
1769 &hf_s7comm_szl_0424_0000_bzu_id_req
,
1770 &hf_s7comm_szl_0424_0000_bzu_id_pre
,
1773 static int hf_s7comm_szl_0424_0000_res
;
1774 static int hf_s7comm_szl_0424_0000_anlinfo1
;
1775 static int hf_s7comm_szl_0424_0000_anlinfo2
;
1776 static const value_string szl_0424_0000_anlinfo2_names
[] = {
1777 { 0x01, "Complete restart in multicomputing" },
1778 { 0x03, "Complete restart set at mode selector" },
1779 { 0x04, "Complete restart command via MPI" },
1780 { 0x0a, "Restart in multicomputing" },
1781 { 0x0b, "Restart set at mode selector" },
1782 { 0x0c, "Restart command via MPI" },
1783 { 0x10, "Automatic complete restart after battery-backed power on" },
1784 { 0x13, "Complete restart set at mode selector; last power on battery backed" },
1785 { 0x14, "Complete restart command via MPI; last power on battery backed" },
1786 { 0x20, "Automatic complete restart after non battery backed power on (with memory reset by system)" },
1787 { 0x23, "Complete restart set at mode selector; last power on unbattery backed" },
1788 { 0x24, "Complete restart command via MPI; last power on unbattery backed" },
1789 { 0xa0, "Automatic restart after battery backed power on according to parameter assignment" },
1792 static int hf_s7comm_szl_0424_0000_anlinfo3
;
1793 static int hf_s7comm_szl_0424_0000_anlinfo4
;
1794 static const value_string szl_0424_0000_anlinfo4_names
[] = {
1795 { 0x00, "No startup type" },
1796 { 0x01, "Complete restart in multicomputing" },
1797 { 0x03, "Complete restart due to switch setting" },
1798 { 0x04, "Complete restart command via MPI" },
1799 { 0x0a, "Restart in multicomputing" },
1800 { 0x0b, "Restart set at mode selector" },
1801 { 0x0c, "Restart command via MPI" },
1802 { 0x10, "Automatic complete restart after battery-backed power on" },
1803 { 0x13, "Complete restart set at mode selector; last power on battery backed" },
1804 { 0x14, "Complete restart command via MPI; last power on battery backed" },
1805 { 0x20, "Automatic complete restart after non battery backed power on (with memory reset by system)" },
1806 { 0x23, "Complete restart set at mode selector; last power on unbattery backed" },
1807 { 0x24, "Complete restart command via MPI; last power on unbattery backed" },
1808 { 0xa0, "Automatic restart after battery backed power on according to parameter assignment" },
1811 static int hf_s7comm_szl_0424_0000_time
;
1813 static int hf_s7comm_szl_xy74_0000_cpu_led_id
;
1814 static int hf_s7comm_szl_xy74_0000_cpu_led_id_rackno
;
1815 static int hf_s7comm_szl_xy74_0000_cpu_led_id_cputype
;
1816 static int hf_s7comm_szl_xy74_0000_cpu_led_id_id
;
1817 static int hf_s7comm_szl_xy74_0000_led_on
;
1818 static const value_string szl_xy74_0000_led_on_names
[] = {
1824 static int hf_s7comm_szl_xy74_0000_led_blink
;
1825 static const value_string szl_xy74_0000_led_blink_names
[] = {
1826 { 0x0, "Not flashing" },
1827 { 0x1, "Flashing normally (2 Hz)" },
1828 { 0x2, "Flashing slowly (0.5 Hz)" },
1832 /*******************************************************************************************************
1834 * Get the textual description of the szl index. Returns NULL if not description available
1836 *******************************************************************************************************/
1838 s7comm_get_szl_id_index_description_text(uint16_t id
, uint16_t idx
)
1840 const char* str
= NULL
;
1843 str
= val_to_str_const(idx
, szl_0111_index_names
, "No description available");
1846 str
= val_to_str_const(idx
, szl_0112_index_names
, "No description available");
1849 str
= val_to_str_const(idx
, szl_0113_index_names
, "No description available");
1852 str
= val_to_str_const(idx
, szl_0114_index_names
, "No description available");
1855 str
= val_to_str_const(idx
, szl_0115_index_names
, "No description available");
1858 str
= val_to_str_const(idx
, szl_0116_index_names
, "No description available");
1861 str
= val_to_str_const(idx
, szl_0118_index_names
, "No description available");
1864 str
= val_to_str_const(idx
, szl_0119_0174_ledid_index_names
, "No description available");
1867 str
= val_to_str_const(idx
, szl_0121_index_names
, "No description available");
1870 str
= val_to_str_const(idx
, szl_0222_index_names
, "No description available");
1873 str
= val_to_str_const(idx
, szl_0524_index_names
, "No description available");
1876 str
= val_to_str_const(idx
, szl_0131_index_names
, "No description available");
1879 str
= val_to_str_const(idx
, szl_0132_index_names
, "No description available");
1882 str
= val_to_str_const(idx
, szl_0119_0174_ledid_index_names
, "No description available");
1886 str
= val_to_str_const(idx
, szl_xy1c_index_names
, "No description available");
1892 /*******************************************************************************************************
1893 *******************************************************************************************************
1895 * PDU Type: User Data -> Function group 4 -> SZL functions -> All known SZD-ID and Indices
1897 *******************************************************************************************************
1898 *******************************************************************************************************/
1900 /*******************************************************************************************************
1904 * If you read the partial lists with SZL-ID W#16#xy00, you obtain the
1905 * SZL-IDs supported by the module.
1907 * The SZL-ID of the partial list extract
1908 * W#16#0000H: all SZL partial lists of the module
1909 * W#16#0100H: a partial list with all partial list extracts
1910 * W#16#0200H: a partial list extract
1911 * W#16#0300H: possible indexes of a partial list extract
1912 * W#16#0F00H: only partial list header information
1914 *******************************************************************************************************/
1916 s7comm_szl_0000_0000_register(int proto
)
1918 static hf_register_info hf
[] = {
1919 { &hf_s7comm_szl_0000_0000_szl_id
,
1920 { "SZL ID that exists", "s7comm.szl.0000.0000.szl_id", FT_UINT16
, BASE_HEX
| BASE_EXT_STRING
, &szl_id_partlist_ex_names_ext
, 0x0,
1922 { &hf_s7comm_szl_0000_0000_module_type_class
,
1923 { "Module type class", "s7comm.szl.0000.0000.module_type_class", FT_UINT16
, BASE_HEX
, NULL
, 0xf000,
1925 { &hf_s7comm_szl_0000_0000_partlist_extr_nr
,
1926 { "Number of the SZL partial list extract", "s7comm.szl.0000.0000.partlist_extr_nr", FT_UINT16
, BASE_HEX
, NULL
, 0x0f00,
1928 { &hf_s7comm_szl_0000_0000_partlist_nr
,
1929 { "Number of the SZL partial list", "s7comm.szl.0000.0000.partlist_nr", FT_UINT16
, BASE_HEX
, NULL
, 0x00ff,
1932 proto_register_field_array(proto
, hf
, array_length(hf
));
1935 /*----------------------------------------------------------------------------------------------------*/
1937 s7comm_decode_szl_id_xy00(tvbuff_t
*tvb
,
1943 if (id
== 0 && idx
== 0) {
1944 proto_tree_add_item(tree
, hf_s7comm_szl_0000_0000_szl_id
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
1946 } else if (id
== 0x0100) {
1947 proto_tree_add_item(tree
, hf_s7comm_szl_0000_0000_module_type_class
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
1948 proto_tree_add_item(tree
, hf_s7comm_szl_0000_0000_partlist_nr
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
1950 } else if (id
== 0x0200 || id
== 0x0300) {
1951 proto_tree_add_item(tree
, hf_s7comm_szl_0000_0000_module_type_class
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
1952 proto_tree_add_item(tree
, hf_s7comm_szl_0000_0000_partlist_extr_nr
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
1953 proto_tree_add_item(tree
, hf_s7comm_szl_0000_0000_partlist_nr
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
1956 /* 0x0f00 / 0x000: Partial list header information (number of all SZL-IDs of the module */
1957 proto_tree_add_item(tree
, hf_s7comm_szl_0000_0000_szl_id
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
1964 /*******************************************************************************************************
1969 * If you read the partial list with SZL-ID W#16#xy13, you obtain information
1970 * about the memory areas of the module.
1972 * The SZL-ID of the partial list extract
1973 * W#16#0013: data records of all memory areas
1974 * W#16#0113: data record for one memory area, You specify the memory area with the INDEX parameter.
1975 * W#16#0F13: only partial list header information
1977 *******************************************************************************************************/
1979 s7comm_szl_0013_0000_register(int proto
)
1981 static hf_register_info hf
[] = {
1982 { &hf_s7comm_szl_0013_0000_index
,
1983 { "Index", "s7comm.szl.0013.0000.index", FT_UINT16
, BASE_HEX
, VALS(szl_0113_index_names
), 0x0,
1984 "Index of an identification data record", HFILL
}},
1985 { &hf_s7comm_szl_0013_0000_code
,
1986 { "Code (Memory type)", "s7comm.szl.0013.0000.code", FT_UINT16
, BASE_HEX
, VALS(szl_memory_type_names
), 0x0,
1988 { &hf_s7comm_szl_0013_0000_size
,
1989 { "Size (Total size of the selected memory, total of area 1 and area 2)", "s7comm.szl.0013.0000.size", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
1991 { &hf_s7comm_szl_0013_0000_mode
,
1992 { "Mode (Logical mode of the memory)", "s7comm.szl.0013.0000.mode", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
1994 { &hf_s7comm_szl_0013_0000_mode_0
,
1995 { "Volatile memory area", "s7comm.szl.0013.0000.mode.vol_mem", FT_BOOLEAN
, 8, NULL
, 0x01,
1996 "Bit 0: Volatile memory area", HFILL
}},
1997 { &hf_s7comm_szl_0013_0000_mode_1
,
1998 { "Non-volatile memory area", "s7comm.szl.0013.0000.mode.nvol_mem", FT_BOOLEAN
, 8, NULL
, 0x02,
1999 "Bit 1: Non-volatile memory area", HFILL
}},
2000 { &hf_s7comm_szl_0013_0000_mode_2
,
2001 { "Mixed memory area", "s7comm.szl.0013.0000.mode.mixed_mem", FT_BOOLEAN
, 8, NULL
, 0x04,
2002 "Bit 2: Mixed memory area", HFILL
}},
2003 { &hf_s7comm_szl_0013_0000_mode_3
,
2004 { "Code and data separate (for work memory)", "s7comm.szl.0013.0000.mode.cd_sep", FT_BOOLEAN
, 8, NULL
, 0x08,
2005 "Bit 3: Code and data separate (for work memory)", HFILL
}},
2006 { &hf_s7comm_szl_0013_0000_mode_4
,
2007 { "Code and data together (for work memory)", "s7comm.szl.0013.0000.mode.cd_tog", FT_BOOLEAN
, 8, NULL
, 0x10,
2008 "Bit 4: Code and data together (for work memory)", HFILL
}},
2009 { &hf_s7comm_szl_0013_0000_granu
,
2010 { "Granu", "s7comm.szl.0013.0000.granu", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
2011 "Granu (Always has the value 0)", HFILL
}},
2012 { &hf_s7comm_szl_0013_0000_ber1
,
2013 { "ber1 (Size of the volatile memory area in bytes)", "s7comm.szl.0013.0000.ber1", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
2015 { &hf_s7comm_szl_0013_0000_belegt1
,
2016 { "belegt1 (Size of the volatile memory area being used)", "s7comm.szl.0013.0000.belegt1", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
2018 { &hf_s7comm_szl_0013_0000_block1
,
2019 { "block1 (Largest free block in the volatile memory area)", "s7comm.szl.0013.0000.block1", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
2021 { &hf_s7comm_szl_0013_0000_ber2
,
2022 { "ber2 (Size of the non-volatile memory area in bytes)", "s7comm.szl.0013.0000.ber2", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
2024 { &hf_s7comm_szl_0013_0000_belegt2
,
2025 { "belegt2 (Size of the non-volatile memory area being used)", "s7comm.szl.0013.0000.belegt2", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
2027 { &hf_s7comm_szl_0013_0000_block2
,
2028 { "block2 (Largest free block in the non-volatile memory area)", "s7comm.szl.0013.0000.block2", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
2031 proto_register_field_array(proto
, hf
, array_length(hf
));
2034 /*----------------------------------------------------------------------------------------------------*/
2036 s7comm_decode_szl_id_0013_idx_0000(tvbuff_t
*tvb
,
2040 proto_tree_add_item(tree
, hf_s7comm_szl_0013_0000_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2042 proto_tree_add_item(tree
, hf_s7comm_szl_0013_0000_code
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2044 proto_tree_add_item(tree
, hf_s7comm_szl_0013_0000_size
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
2046 proto_tree_add_item(tree
, hf_s7comm_szl_0013_0000_mode
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2047 proto_tree_add_item(tree
, hf_s7comm_szl_0013_0000_mode_0
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2048 proto_tree_add_item(tree
, hf_s7comm_szl_0013_0000_mode_1
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2049 proto_tree_add_item(tree
, hf_s7comm_szl_0013_0000_mode_2
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2050 proto_tree_add_item(tree
, hf_s7comm_szl_0013_0000_mode_3
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2051 proto_tree_add_item(tree
, hf_s7comm_szl_0013_0000_mode_4
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2053 proto_tree_add_item(tree
, hf_s7comm_szl_0013_0000_granu
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2055 proto_tree_add_item(tree
, hf_s7comm_szl_0013_0000_ber1
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
2057 proto_tree_add_item(tree
, hf_s7comm_szl_0013_0000_belegt1
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
2059 proto_tree_add_item(tree
, hf_s7comm_szl_0013_0000_block1
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
2061 proto_tree_add_item(tree
, hf_s7comm_szl_0013_0000_ber2
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
2063 proto_tree_add_item(tree
, hf_s7comm_szl_0013_0000_belegt2
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
2065 proto_tree_add_item(tree
, hf_s7comm_szl_0013_0000_block2
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
2071 /*******************************************************************************************************
2076 * If you read the system status list with SZL-ID W#16#xy14, you obtain
2077 * information about the system areas of the module.
2079 *******************************************************************************************************/
2081 s7comm_szl_xy14_000x_register(int proto
)
2083 static hf_register_info hf
[] = {
2084 { &hf_s7comm_szl_xy14_000x_index
,
2085 { "Index", "s7comm.szl.xy14.000x.index", FT_UINT16
, BASE_HEX
, VALS(szl_0114_index_names
), 0x0,
2086 "Index of the system area", HFILL
}},
2087 { &hf_s7comm_szl_xy14_000x_code
,
2088 { "Code (Memory type)", "s7comm.szl.xy14.000x.code", FT_UINT16
, BASE_HEX
, VALS(szl_memory_type_names
), 0x0,
2090 { &hf_s7comm_szl_xy14_000x_quantity
,
2091 { "Quantity (Number of elements of the system area)", "s7comm.szl.xy14.000x.quantity", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
2093 { &hf_s7comm_szl_xy14_000x_reman
,
2094 { "Reman (Number of retentive elements)", "s7comm.szl.xy14.000x.reman", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
2097 proto_register_field_array(proto
, hf
, array_length(hf
));
2100 /*----------------------------------------------------------------------------------------------------*/
2102 s7comm_decode_szl_id_xy14_idx_000x(tvbuff_t
*tvb
,
2106 proto_tree_add_item(tree
, hf_s7comm_szl_xy14_000x_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2108 proto_tree_add_item(tree
, hf_s7comm_szl_xy14_000x_code
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2110 proto_tree_add_item(tree
, hf_s7comm_szl_xy14_000x_quantity
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2112 proto_tree_add_item(tree
, hf_s7comm_szl_xy14_000x_reman
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2118 /*******************************************************************************************************
2123 * If you read the system status list with SZL-ID W#16#xy14, you obtain
2124 * the block types that exist on the module.
2126 *******************************************************************************************************/
2128 s7comm_szl_xy15_000x_register(int proto
)
2130 static hf_register_info hf
[] = {
2131 { &hf_s7comm_szl_xy15_000x_index
,
2132 { "Index", "s7comm.szl.xy15.000x.index", FT_UINT16
, BASE_HEX
, VALS(szl_0115_index_names
), 0x0,
2133 "Block type number", HFILL
}},
2134 { &hf_s7comm_szl_xy15_000x_maxanz
,
2135 { "MaxAnz (Maximum number of blocks of the type)", "s7comm.szl.xy15.000x.maxanz", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
2137 { &hf_s7comm_szl_xy15_000x_maxlng
,
2138 { "MaxLng (Maximum total size of the object to be loaded in Kbytes)", "s7comm.szl.xy15.000x.maxlng", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
2140 { &hf_s7comm_szl_xy15_000x_maxabl
,
2141 { "MaxAbl (Maximum length of the work memory part of a block in bytes)", "s7comm.szl.xy15.000x.maxabl", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
2144 proto_register_field_array(proto
, hf
, array_length(hf
));
2147 /*----------------------------------------------------------------------------------------------------*/
2149 s7comm_decode_szl_id_xy15_idx_000x(tvbuff_t
*tvb
,
2153 proto_tree_add_item(tree
, hf_s7comm_szl_xy15_000x_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2155 proto_tree_add_item(tree
, hf_s7comm_szl_xy15_000x_maxanz
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2157 proto_tree_add_item(tree
, hf_s7comm_szl_xy15_000x_maxlng
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2159 proto_tree_add_item(tree
, hf_s7comm_szl_xy15_000x_maxabl
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
2165 /*******************************************************************************************************
2170 * If you read the system status list with SZL-ID W#16#xy11, you obtain the
2171 * module identification of the module.
2173 *******************************************************************************************************/
2175 s7comm_szl_xy11_0001_register(int proto
)
2177 static hf_register_info hf
[] = {
2178 { &hf_s7comm_szl_xy11_0001_index
,
2179 { "Index", "s7comm.szl.xy11.0001.index", FT_UINT16
, BASE_HEX
, VALS(szl_0111_index_names
), 0x0,
2180 "Index of an identification data record", HFILL
}},
2181 { &hf_s7comm_szl_xy11_0001_mlfb
,
2182 { "MlfB (Order number of the module)", "s7comm.szl.xy11.0001.anz", FT_STRING
, BASE_NONE
, NULL
, 0x0,
2184 { &hf_s7comm_szl_xy11_0001_bgtyp
,
2185 { "BGTyp (Module type ID)", "s7comm.szl.xy11.0001.bgtyp", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
2187 { &hf_s7comm_szl_xy11_0001_ausbg
,
2188 { "Ausbg (Version of the module or release of the operating system)", "s7comm.szl.xy11.0001.ausbg", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
2190 { &hf_s7comm_szl_xy11_0001_ausbe
,
2191 { "Ausbe (Release of the PG description file)", "s7comm.szl.xy11.0001.ausbe", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
2194 proto_register_field_array(proto
, hf
, array_length(hf
));
2197 /*----------------------------------------------------------------------------------------------------*/
2199 s7comm_decode_szl_id_0111_idx_0001(tvbuff_t
*tvb
,
2203 proto_tree_add_item(tree
, hf_s7comm_szl_xy11_0001_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2205 proto_tree_add_item(tree
, hf_s7comm_szl_xy11_0001_mlfb
, tvb
, offset
, 20, ENC_ASCII
);
2207 proto_tree_add_item(tree
, hf_s7comm_szl_xy11_0001_bgtyp
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2209 proto_tree_add_item(tree
, hf_s7comm_szl_xy11_0001_ausbg
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2211 proto_tree_add_item(tree
, hf_s7comm_szl_xy11_0001_ausbe
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2217 /*******************************************************************************************************
2222 * Contains information about the current status of interrupt
2223 * processing and interrupt generation in the module.
2225 *******************************************************************************************************/
2227 s7comm_szl_xy22_00xx_register(int proto
)
2229 static hf_register_info hf
[] = {
2230 { &hf_s7comm_szl_xy22_00xx_info
,
2231 { "Start info for the given OB", "s7comm.szl.xy22.00xx.info", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
2233 { &hf_s7comm_szl_xy22_00xx_al1
,
2234 { "al1 (Processing identifiers)", "s7comm.szl.xy22.00xx.al1", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
2236 { &hf_s7comm_szl_xy22_00xx_al1_0
,
2237 { "Interrupt event is caused by parameters disabled", "s7comm.szl.xy22.00xx.al1.evpd", FT_BOOLEAN
, 16, NULL
, 0x0001,
2238 "Bit 0: Interrupt event is caused by parameters, 0=Enabled, 1=Disabled", HFILL
}},
2239 { &hf_s7comm_szl_xy22_00xx_al1_1
,
2240 { "Interrupt event as per SFC 39 locked", "s7comm.szl.xy22.00xx.al1.iel", FT_BOOLEAN
, 16, NULL
, 0x0002,
2241 "Bit 1: Interrupt event as per SFC 39, 0=Not locked, 1=Locked", HFILL
}},
2242 { &hf_s7comm_szl_xy22_00xx_al1_2
,
2243 { "Interrupt source is active", "s7comm.szl.xy22.00xx.al1.isia", FT_BOOLEAN
, 16, NULL
, 0x0004,
2244 "Bit 2: Interrupt source is active", HFILL
}},
2245 { &hf_s7comm_szl_xy22_00xx_al1_4
,
2246 { "Interrupt OB is loaded", "s7comm.szl.xy22.00xx.al1.ioil", FT_BOOLEAN
, 16, NULL
, 0x0010,
2247 "Bit 4: Interrupt OB, 0=Is not loaded, 1=Is loaded", HFILL
}},
2248 { &hf_s7comm_szl_xy22_00xx_al1_5
,
2249 { "Interrupt OB is locked by TIS", "s7comm.szl.xy22.00xx.al1.ioilbt", FT_BOOLEAN
, 16, NULL
, 0x0020,
2250 "Bit 5: Interrupt OB is by TIS, 1=Locked", HFILL
}},
2251 { &hf_s7comm_szl_xy22_00xx_al1_6
,
2252 { "Entry in diagnostic buffer locked", "s7comm.szl.xy22.00xx.al1.eidbl", FT_BOOLEAN
, 16, NULL
, 0x0040,
2253 "Bit 6: Entry in diagnostic buffer, 1=Locked", HFILL
}},
2254 { &hf_s7comm_szl_xy22_00xx_al2
,
2255 { "al2 (Reaction with not loaded/locked OB)", "s7comm.szl.xy22.00xx.al2", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
2257 { &hf_s7comm_szl_xy22_00xx_al2_0
,
2258 { "Lock interrupt source", "s7comm.szl.xy22.00xx.al2.lis", FT_BOOLEAN
, 16, NULL
, 0x0001,
2259 "Bit 0: Lock interrupt source", HFILL
}},
2260 { &hf_s7comm_szl_xy22_00xx_al2_1
,
2261 { "Generate interrupt event error", "s7comm.szl.xy22.00xx.al2.giee", FT_BOOLEAN
, 16, NULL
, 0x0002,
2262 "Bit 1: Generate interrupt event error", HFILL
}},
2263 { &hf_s7comm_szl_xy22_00xx_al2_2
,
2264 { "CPU goes into STOP mode", "s7comm.szl.xy22.00xx.al2.gism", FT_BOOLEAN
, 16, NULL
, 0x0004,
2265 "Bit 2: CPU goes into STOP mode", HFILL
}},
2266 { &hf_s7comm_szl_xy22_00xx_al2_3
,
2267 { "Interrupt only discarded", "s7comm.szl.xy22.00xx.al2.iod", FT_BOOLEAN
, 16, NULL
, 0x0008,
2268 "Bit 3: Interrupt only discarded", HFILL
}},
2269 { &hf_s7comm_szl_xy22_00xx_al3
,
2270 { "al3 (Discarded by TIS functions)", "s7comm.szl.xy22.00xx.al3", FT_UINT32
, BASE_HEX
, NULL
, 0x0,
2273 proto_register_field_array(proto
, hf
, array_length(hf
));
2276 /*----------------------------------------------------------------------------------------------------*/
2278 s7comm_decode_szl_id_xy22_idx_00xx(tvbuff_t
*tvb
,
2282 proto_tree_add_item(tree
, hf_s7comm_szl_xy22_00xx_info
, tvb
, offset
, 20, ENC_NA
);
2284 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_xy22_00xx_al1
,
2285 ett_s7comm_szl_xy22_00xx_al1
, s7comm_szl_xy22_00xx_al1_fields
, ENC_BIG_ENDIAN
);
2287 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_xy22_00xx_al2
,
2288 ett_s7comm_szl_xy22_00xx_al2
, s7comm_szl_xy22_00xx_al2_fields
, ENC_BIG_ENDIAN
);
2290 proto_tree_add_item(tree
, hf_s7comm_szl_xy22_00xx_al3
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
2296 /*******************************************************************************************************
2301 * The partial list extract with SZL-ID W#16#0131 and the index W#16#0001
2302 * contains general data about the communication of a communication unit.
2304 *******************************************************************************************************/
2306 s7comm_szl_0131_0001_register(int proto
)
2308 static hf_register_info hf
[] = {
2309 { &hf_s7comm_szl_0131_0001_index
,
2310 { "Index", "s7comm.szl.0131.0001.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
2311 "W#16#0001: Index for general communication data", HFILL
}},
2312 { &hf_s7comm_szl_0131_0001_pdu
,
2313 { "pdu (Maximum PDU size in bytes)", "s7comm.szl.0131.0001.pdu", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
2314 "Maximum PDU size in bytes", HFILL
}},
2315 { &hf_s7comm_szl_0131_0001_anz
,
2316 { "anz (Maximum number of communication connections)", "s7comm.szl.0131.0001.anz", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
2317 "Maximum number of communication connections", HFILL
}},
2318 { &hf_s7comm_szl_0131_0001_mpi_bps
,
2319 { "mpi_bps (Maximum data rate of the MPI in hexadecimal format)", "s7comm.szl.0131.0001.mpi_bps", FT_UINT32
, BASE_HEX
, NULL
, 0x0,
2320 "Maximum data rate of the MPI in hexadecimal format, Example: 0x2DC6C corresponds to 187500 bps", HFILL
}},
2321 { &hf_s7comm_szl_0131_0001_kbus_bps
,
2322 { "mkbus_bps (Maximum data rate of the communication bus)", "s7comm.szl.0131.0001.kbus_bps", FT_UINT32
, BASE_HEX
, NULL
, 0x0,
2323 "Maximum data rate of the communication bus", HFILL
}},
2324 { &hf_s7comm_szl_0131_0001_res
,
2325 { "res (Reserved)", "s7comm.szl.0131.0001.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
2326 "Reserved", HFILL
}}
2328 proto_register_field_array(proto
, hf
, array_length(hf
));
2331 /*----------------------------------------------------------------------------------------------------*/
2333 s7comm_decode_szl_id_0131_idx_0001(tvbuff_t
*tvb
,
2337 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0001_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2339 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0001_pdu
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2341 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0001_anz
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2343 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0001_mpi_bps
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
2345 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0001_kbus_bps
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
2347 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0001_res
, tvb
, offset
, 26, ENC_NA
);
2353 /*******************************************************************************************************
2358 * The partial list extract with SZL-ID W#16#0131 and the index W#16#0002
2359 * contains information about the test and installation constants of the module.
2361 *******************************************************************************************************/
2363 s7comm_szl_0131_0002_register(int proto
)
2365 static hf_register_info hf
[] = {
2366 { &hf_s7comm_szl_0131_0002_index
,
2367 { "Index", "s7comm.szl.0131.0002.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
2368 "W#16#0002: test and installation", HFILL
}},
2369 { &hf_s7comm_szl_0131_0002_funkt_0
,
2370 { "funkt_0", "s7comm.szl.0131.0002.funkt_0", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2371 "Permitted TIS (Test and Installation) functions (bit = 1: function exists)", HFILL
}},
2372 { &hf_s7comm_szl_0131_0002_funkt_0_0
,
2373 { "Reserved", "s7comm.szl.0131.0002.funkt_0.bit0_res", FT_BOOLEAN
, 8, NULL
, 0x01,
2374 "Bit 0: Reserved", HFILL
}},
2375 { &hf_s7comm_szl_0131_0002_funkt_0_1
,
2376 { "Block status", "s7comm.szl.0131.0002.funkt_0.block_stat", FT_BOOLEAN
, 8, NULL
, 0x02,
2377 "Bit 1: Block status", HFILL
}},
2378 { &hf_s7comm_szl_0131_0002_funkt_0_2
,
2379 { "Variable status", "s7comm.szl.0131.0002.funkt_0.var_stat", FT_BOOLEAN
, 8, NULL
, 0x04,
2380 "Bit 2: Variable status", HFILL
}},
2381 { &hf_s7comm_szl_0131_0002_funkt_0_3
,
2382 { "Output ISTACK", "s7comm.szl.0131.0002.funkt_0.outp_istack", FT_BOOLEAN
, 8, NULL
, 0x08,
2383 "Bit 3: Output ISTACK", HFILL
}},
2384 { &hf_s7comm_szl_0131_0002_funkt_0_4
,
2385 { "Output BSTACK", "s7comm.szl.0131.0002.funkt_0.outp_bstack", FT_BOOLEAN
, 8, NULL
, 0x10,
2386 "Bit 4: Output BSTACK", HFILL
}},
2387 { &hf_s7comm_szl_0131_0002_funkt_0_5
,
2388 { "Output LSTACK", "s7comm.szl.0131.0002.funkt_0.outp_lstack", FT_BOOLEAN
, 8, NULL
, 0x20,
2389 "Bit 5: Output LSTACK", HFILL
}},
2390 { &hf_s7comm_szl_0131_0002_funkt_0_6
,
2391 { "Time measurement from ... to ...", "s7comm.szl.0131.0002.funkt_0.time_meas", FT_BOOLEAN
, 8, NULL
, 0x40,
2392 "Bit 6: Time measurement from ... to ...", HFILL
}},
2393 { &hf_s7comm_szl_0131_0002_funkt_0_7
,
2394 { "Force selection", "s7comm.szl.0131.0002.funkt_0.force_sel", FT_BOOLEAN
, 8, NULL
, 0x80,
2395 "Bit 7: Force selection", HFILL
}},
2396 { &hf_s7comm_szl_0131_0002_funkt_1
,
2397 { "funkt_1", "s7comm.szl.0131.0002.funkt_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2398 "Permitted TIS (Test and Installation) functions (bit = 1: function exists)", HFILL
}},
2399 { &hf_s7comm_szl_0131_0002_funkt_1_0
,
2400 { "Modify variable", "s7comm.szl.0131.0002.funkt_1.mod_var", FT_BOOLEAN
, 8, NULL
, 0x01,
2401 "Bit 0: Modify variable", HFILL
}},
2402 { &hf_s7comm_szl_0131_0002_funkt_1_1
,
2403 { "Force", "s7comm.szl.0131.0002.funkt_1.force", FT_BOOLEAN
, 8, NULL
, 0x02,
2404 "Bit 1: Force", HFILL
}},
2405 { &hf_s7comm_szl_0131_0002_funkt_1_2
,
2406 { "Breakpoint", "s7comm.szl.0131.0002.funkt_1.breakp", FT_BOOLEAN
, 8, NULL
, 0x04,
2407 "Bit 2: Breakpoint", HFILL
}},
2408 { &hf_s7comm_szl_0131_0002_funkt_1_3
,
2409 { "Exit HOLD", "s7comm.szl.0131.0002.funkt_1.exit_hold", FT_BOOLEAN
, 8, NULL
, 0x08,
2410 "Bit 3: Exit HOLD", HFILL
}},
2411 { &hf_s7comm_szl_0131_0002_funkt_1_4
,
2412 { "Memory reset", "s7comm.szl.0131.0002.funkt_1.mem_res", FT_BOOLEAN
, 8, NULL
, 0x10,
2413 "Bit 4: Memory reset", HFILL
}},
2414 { &hf_s7comm_szl_0131_0002_funkt_1_5
,
2415 { "Disable job", "s7comm.szl.0131.0002.funkt_1.dis_job", FT_BOOLEAN
, 8, NULL
, 0x20,
2416 "Bit 5: Disable job", HFILL
}},
2417 { &hf_s7comm_szl_0131_0002_funkt_1_6
,
2418 { "Enable job", "s7comm.szl.0131.0002.funkt_1.en_job", FT_BOOLEAN
, 8, NULL
, 0x40,
2419 "Bit 6: Enable job", HFILL
}},
2420 { &hf_s7comm_szl_0131_0002_funkt_1_7
,
2421 { "Delete job", "s7comm.szl.0131.0002.funkt_1.del_job", FT_BOOLEAN
, 8, NULL
, 0x80,
2422 "Bit 7: Delete job", HFILL
}},
2423 { &hf_s7comm_szl_0131_0002_funkt_2
,
2424 { "funkt_2", "s7comm.szl.0131.0002.funkt_2", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2425 "Permitted TIS (Test and Installation) functions (bit = 1: function exists)", HFILL
}},
2426 { &hf_s7comm_szl_0131_0002_funkt_2_0
,
2427 { "Read job list", "s7comm.szl.0131.0002.funkt_2.rd_job_list", FT_BOOLEAN
, 8, NULL
, 0x01,
2428 "Bit 0: Read job list", HFILL
}},
2429 { &hf_s7comm_szl_0131_0002_funkt_2_1
,
2430 { "Read job", "s7comm.szl.0131.0002.funkt_2.rd_job", FT_BOOLEAN
, 8, NULL
, 0x02,
2431 "Bit 1: Read job", HFILL
}},
2432 { &hf_s7comm_szl_0131_0002_funkt_2_2
,
2433 { "Replace job", "s7comm.szl.0131.0002.funkt_2.repl_job", FT_BOOLEAN
, 8, NULL
, 0x04,
2434 "Bit 2: Replace job", HFILL
}},
2435 { &hf_s7comm_szl_0131_0002_funkt_2_3
,
2436 { "Block status v2", "s7comm.szl.0131.0002.funkt_2.block_stat_v2", FT_BOOLEAN
, 8, NULL
, 0x08,
2437 "Bit 3: Block status v2", HFILL
}},
2438 { &hf_s7comm_szl_0131_0002_funkt_2_4
,
2439 { "Reserved", "s7comm.szl.0131.0002.funkt_2.bit4_res", FT_BOOLEAN
, 8, NULL
, 0x10,
2440 "Bit 4: Reserved", HFILL
}},
2441 { &hf_s7comm_szl_0131_0002_funkt_2_5
,
2442 { "Reserved", "s7comm.szl.0131.0002.funkt_2.bit5_res", FT_BOOLEAN
, 8, NULL
, 0x20,
2443 "Bit 5: Reserved", HFILL
}},
2444 { &hf_s7comm_szl_0131_0002_funkt_2_6
,
2445 { "Flash LED", "s7comm.szl.0131.0002.funkt_2.flash_led", FT_BOOLEAN
, 8, NULL
, 0x40,
2446 "Bit 6: Flash LED", HFILL
}},
2447 { &hf_s7comm_szl_0131_0002_funkt_2_7
,
2448 { "Reserved", "s7comm.szl.0131.0002.funkt_2.bit7_res", FT_BOOLEAN
, 8, NULL
, 0x80,
2449 "Bit 7: Reserved", HFILL
}},
2450 { &hf_s7comm_szl_0131_0002_funkt_3
,
2451 { "funkt_3 (Reserved)", "s7comm.szl.0131.0002.funkt_3", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2452 "Permitted TIS (Test and Installation) functions (bit = 1: function exists)", HFILL
}},
2453 { &hf_s7comm_szl_0131_0002_funkt_4
,
2454 { "funkt_4 (Reserved)", "s7comm.szl.0131.0002.funkt_4", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2455 "Permitted TIS (Test and Installation) functions (bit = 1: function exists)", HFILL
}},
2456 { &hf_s7comm_szl_0131_0002_funkt_5
,
2457 { "funkt_5 (Reserved)", "s7comm.szl.0131.0002.funkt_5", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2458 "Permitted TIS (Test and Installation) functions (bit = 1: function exists)", HFILL
}},
2459 { &hf_s7comm_szl_0131_0002_aseg
,
2460 { "aseg", "s7comm.szl.0131.0002.aseg", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
2461 "aseg (Non-relevant system data)", HFILL
}},
2462 { &hf_s7comm_szl_0131_0002_eseg
,
2463 { "eseg", "s7comm.szl.0131.0002.eseg", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
2464 "eseg (Non-relevant system data)", HFILL
}},
2465 { &hf_s7comm_szl_0131_0002_trgereig_0
,
2466 { "trgereig_0 (Permitted trigger events)", "s7comm.szl.0131.0002.trgereig_0", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2468 { &hf_s7comm_szl_0131_0002_trgereig_0_0
,
2469 { "Immediately", "s7comm.szl.0131.0002.trgereig_0.immed", FT_BOOLEAN
, 8, NULL
, 0x01,
2470 "Bit 0: immediately", HFILL
}},
2471 { &hf_s7comm_szl_0131_0002_trgereig_0_1
,
2472 { "System trigger", "s7comm.szl.0131.0002.trgereig_0.sys_trig", FT_BOOLEAN
, 8, NULL
, 0x02,
2473 "Bit 1: System trigger", HFILL
}},
2474 { &hf_s7comm_szl_0131_0002_trgereig_0_2
,
2475 { "System checkpoint main cycle start", "s7comm.szl.0131.0002.trgereig_0.sys_cp_mcs", FT_BOOLEAN
, 8, NULL
, 0x04,
2476 "Bit 2: System checkpoint main cycle start", HFILL
}},
2477 { &hf_s7comm_szl_0131_0002_trgereig_0_3
,
2478 { "System checkpoint main cycle end", "s7comm.szl.0131.0002.trgereig_0.sys_cp_mce", FT_BOOLEAN
, 8, NULL
, 0x08,
2479 "Bit 3: System checkpoint main cycle end", HFILL
}},
2480 { &hf_s7comm_szl_0131_0002_trgereig_0_4
,
2481 { "Mode transition RUN-STOP", "s7comm.szl.0131.0002.trgereig_0.mtrans_rs", FT_BOOLEAN
, 8, NULL
, 0x10,
2482 "Bit 4: Mode transition RUN-STOP", HFILL
}},
2483 { &hf_s7comm_szl_0131_0002_trgereig_0_5
,
2484 { "After code address", "s7comm.szl.0131.0002.trgereig_0.acode_adr", FT_BOOLEAN
, 8, NULL
, 0x20,
2485 "Bit 5: After code address", HFILL
}},
2486 { &hf_s7comm_szl_0131_0002_trgereig_0_6
,
2487 { "Code address area", "s7comm.szl.0131.0002.trgereig_0.code_adr_a", FT_BOOLEAN
, 8, NULL
, 0x40,
2488 "Bit 6: Code address area", HFILL
}},
2489 { &hf_s7comm_szl_0131_0002_trgereig_0_7
,
2490 { "Data address", "s7comm.szl.0131.0002.trgereig_0.data_adr", FT_BOOLEAN
, 8, NULL
, 0x80,
2491 "Bit 7: Data Address", HFILL
}},
2492 { &hf_s7comm_szl_0131_0002_trgereig_1
,
2493 { "trgereig_1 (Permitted trigger events)", "s7comm.szl.0131.0002.trgereig_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2495 { &hf_s7comm_szl_0131_0002_trgereig_1_0
,
2496 { "Data address area", "s7comm.szl.0131.0002.trgereig_1.data_adr_a", FT_BOOLEAN
, 8, NULL
, 0x01,
2497 "Bit 0: Data address area", HFILL
}},
2498 { &hf_s7comm_szl_0131_0002_trgereig_1_1
,
2499 { "Local data address", "s7comm.szl.0131.0002.trgereig_1.loc_adr", FT_BOOLEAN
, 8, NULL
, 0x02,
2500 "Bit 1: Local data address", HFILL
}},
2501 { &hf_s7comm_szl_0131_0002_trgereig_1_2
,
2502 { "Local data address area", "s7comm.szl.0131.0002.trgereig_1.loc_adr_a", FT_BOOLEAN
, 8, NULL
, 0x04,
2503 "Bit 2: Local data address area", HFILL
}},
2504 { &hf_s7comm_szl_0131_0002_trgereig_1_3
,
2505 { "Range trigger", "s7comm.szl.0131.0002.trgereig_1.range_trig", FT_BOOLEAN
, 8, NULL
, 0x08,
2506 "Bit 3: Range trigger", HFILL
}},
2507 { &hf_s7comm_szl_0131_0002_trgereig_1_4
,
2508 { "Before code address", "s7comm.szl.0131.0002.trgereig_1.bcode_adr", FT_BOOLEAN
, 8, NULL
, 0x10,
2509 "Bit 4: Before code address", HFILL
}},
2510 { &hf_s7comm_szl_0131_0002_trgereig_1_5
,
2511 { "Reserved", "s7comm.szl.0131.0002.trgereig_1.bit5_res", FT_BOOLEAN
, 8, NULL
, 0x20,
2512 "Bit 5: Reserved", HFILL
}},
2513 { &hf_s7comm_szl_0131_0002_trgereig_1_6
,
2514 { "Reserved", "s7comm.szl.0131.0002.trgereig_1.bit6_res", FT_BOOLEAN
, 8, NULL
, 0x40,
2515 "Bit 6: Reserved", HFILL
}},
2516 { &hf_s7comm_szl_0131_0002_trgereig_1_7
,
2517 { "Reserved", "s7comm.szl.0131.0002.trgereig_1.bit7_res", FT_BOOLEAN
, 8, NULL
, 0x80,
2518 "Bit 7: Reserved", HFILL
}},
2519 { &hf_s7comm_szl_0131_0002_trgereig_2
,
2520 { "trgereig_2 (Permitted trigger events, reserved)", "s7comm.szl.0131.0002.trgereig_2", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2522 { &hf_s7comm_szl_0131_0002_trgbed
,
2523 { "trgbed (System data with no relevance)", "s7comm.szl.0131.0002.trgbed", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2525 { &hf_s7comm_szl_0131_0002_pfad
,
2526 { "pfad (System data with no relevance)", "s7comm.szl.0131.0002.pfad", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
2528 { &hf_s7comm_szl_0131_0002_tiefe
,
2529 { "tiefe (System data with no relevance)", "s7comm.szl.0131.0002.tiefe", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
2531 { &hf_s7comm_szl_0131_0002_systrig
,
2532 { "systrig (System data with no relevance)", "s7comm.szl.0131.0002.systrig", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2534 { &hf_s7comm_szl_0131_0002_erg_par
,
2535 { "erg par (System data with no relevance)", "s7comm.szl.0131.0002.erg_par", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2537 { &hf_s7comm_szl_0131_0002_erg_pat_1
,
2538 { "erg pat 1 (System data with no relevance)", "s7comm.szl.0131.0002.erg_pat_1", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
2540 { &hf_s7comm_szl_0131_0002_erg_pat_2
,
2541 { "erg pat 2 (System data with no relevance)", "s7comm.szl.0131.0002.erg_pat_2", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
2543 { &hf_s7comm_szl_0131_0002_force
,
2544 { "force (Number of modifiable Variables)", "s7comm.szl.0131.0002.force", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
2546 { &hf_s7comm_szl_0131_0002_time
,
2547 { "time", "s7comm.szl.0131.0002.time", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
2548 "time (Upper time limit run-time meas, Format: bits 0 to 11 contain the time value (0 to 4K-1); bits 12 to 15 contain the time base: 0H= 10^-10s, 1H = 10^-9s,...,AH = 100s, ... FH = 105s)", HFILL
}},
2549 { &hf_s7comm_szl_0131_0002_res
,
2550 { "res (Reserved)", "s7comm.szl.0131.0002.res", FT_UINT32
, BASE_HEX
, NULL
, 0x0,
2553 proto_register_field_array(proto
, hf
, array_length(hf
));
2556 /*----------------------------------------------------------------------------------------------------*/
2558 s7comm_decode_szl_id_0131_idx_0002(tvbuff_t
*tvb
,
2562 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2564 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0002_funkt_0
,
2565 ett_s7comm_szl_0131_0002_funkt_0
, s7comm_szl_0131_0002_funkt_0_fields
, ENC_BIG_ENDIAN
);
2567 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0002_funkt_1
,
2568 ett_s7comm_szl_0131_0002_funkt_1
, s7comm_szl_0131_0002_funkt_1_fields
, ENC_BIG_ENDIAN
);
2570 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0002_funkt_2
,
2571 ett_s7comm_szl_0131_0002_funkt_2
, s7comm_szl_0131_0002_funkt_2_fields
, ENC_BIG_ENDIAN
);
2573 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_funkt_3
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
2575 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_funkt_4
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
2577 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_funkt_5
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
2579 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_aseg
, tvb
, offset
, 6, ENC_NA
);
2581 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_eseg
, tvb
, offset
, 6, ENC_NA
);
2583 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0002_trgereig_0
,
2584 ett_s7comm_szl_0131_0002_trgereig_0
, s7comm_szl_0131_0002_trgereig_0_fields
, ENC_BIG_ENDIAN
);
2586 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0002_trgereig_1
,
2587 ett_s7comm_szl_0131_0002_trgereig_1
, s7comm_szl_0131_0002_trgereig_1_fields
, ENC_BIG_ENDIAN
);
2589 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_trgereig_2
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
2591 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_trgbed
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
2593 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_pfad
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
2595 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_tiefe
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
2597 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_systrig
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
2599 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_erg_par
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
2601 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_erg_pat_1
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2603 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_erg_pat_2
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2605 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_force
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2607 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_time
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2609 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0002_res
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
2615 /*******************************************************************************************************
2620 * The partial list extract with SZL-ID W#16#0131 and the index W#16#0003
2621 * contains information about the communication parameters of the module for
2622 * connection to a unit for operator interface functions.
2624 *******************************************************************************************************/
2626 s7comm_szl_0131_0003_register(int proto
)
2628 static hf_register_info hf
[] = {
2629 { &hf_s7comm_szl_0131_0003_index
,
2630 { "Index", "s7comm.szl.0131.0003.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
2631 "W#16#0003: Index for operator interface functions", HFILL
}},
2632 { &hf_s7comm_szl_0131_0003_funkt_0
,
2633 { "funkt_0", "s7comm.szl.0131.0003.funkt_0", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2634 "Bits indicating the available functions (bit = 1: function exists)", HFILL
}},
2635 { &hf_s7comm_szl_0131_0003_funkt_0_0
,
2636 { "Read once", "s7comm.szl.0131.0003.funkt_0.read_once", FT_BOOLEAN
, 8, NULL
, 0x01,
2637 "Bit 0: Read once", HFILL
}},
2638 { &hf_s7comm_szl_0131_0003_funkt_0_1
,
2639 { "Write once", "s7comm.szl.0131.0003.funkt_0.write_once", FT_BOOLEAN
, 8, NULL
, 0x02,
2640 "Bit 1: Write once", HFILL
}},
2641 { &hf_s7comm_szl_0131_0003_funkt_0_2
,
2642 { "Initialize cyclic reading (start implicitly)", "s7comm.szl.0131.0003.funkt_0.init_cycl_read_impl", FT_BOOLEAN
, 8, NULL
, 0x04,
2643 "Bit 2: Initialize cyclic reading (start implicitly)", HFILL
}},
2644 { &hf_s7comm_szl_0131_0003_funkt_0_3
,
2645 { "Initialize cyclic reading (start explicitly)", "s7comm.szl.0131.0003.funkt_0.init_cycl_read_expl", FT_BOOLEAN
, 8, NULL
, 0x08,
2646 "Bit 3: Initialize cyclic reading (start explicitly)", HFILL
}},
2647 { &hf_s7comm_szl_0131_0003_funkt_0_4
,
2648 { "Start cyclic reading", "s7comm.szl.0131.0003.funkt_0.start_cycl_read", FT_BOOLEAN
, 8, NULL
, 0x10,
2649 "Bit 4: Start cyclic reading", HFILL
}},
2650 { &hf_s7comm_szl_0131_0003_funkt_0_5
,
2651 { "Stop cyclic reading", "s7comm.szl.0131.0003.funkt_0.stop_cycl_read", FT_BOOLEAN
, 8, NULL
, 0x20,
2652 "Bit 5: Stop cyclic reading", HFILL
}},
2653 { &hf_s7comm_szl_0131_0003_funkt_0_6
,
2654 { "Clear cyclic reading", "s7comm.szl.0131.0002.funkt_0.clr_cycl_read", FT_BOOLEAN
, 8, NULL
, 0x40,
2655 "Bit 6: Clear cyclic reading", HFILL
}},
2656 { &hf_s7comm_szl_0131_0003_funkt_0_7
,
2657 { "Reserved", "s7comm.szl.0131.0002.funkt_0.bit7_res", FT_BOOLEAN
, 8, NULL
, 0x80,
2658 "Bit 7: Reserved", HFILL
}},
2659 { &hf_s7comm_szl_0131_0003_funkt_1
,
2660 { "funkt_1", "s7comm.szl.0131.0003.funkt_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2661 "Bits indicating the available functions (bit = 1: function exists)", HFILL
}},
2662 { &hf_s7comm_szl_0131_0003_funkt_1_0
,
2663 { "Reserved", "s7comm.szl.0131.0003.funkt_1.bit0_res", FT_BOOLEAN
, 8, NULL
, 0x01,
2664 "Bit 0: Reserved", HFILL
}},
2665 { &hf_s7comm_szl_0131_0003_funkt_1_1
,
2666 { "Reserved", "s7comm.szl.0131.0003.funkt_1.bit1_res", FT_BOOLEAN
, 8, NULL
, 0x02,
2667 "Bit 1: Reserved", HFILL
}},
2668 { &hf_s7comm_szl_0131_0003_funkt_1_2
,
2669 { "Reserved", "s7comm.szl.0131.0003.funkt_1.bit2_res", FT_BOOLEAN
, 8, NULL
, 0x04,
2670 "Bit 2: Reserved", HFILL
}},
2671 { &hf_s7comm_szl_0131_0003_funkt_1_3
,
2672 { "Reserved", "s7comm.szl.0131.0003.funkt_1.bit3_res", FT_BOOLEAN
, 8, NULL
, 0x08,
2673 "Bit 3: Reserved", HFILL
}},
2674 { &hf_s7comm_szl_0131_0003_funkt_1_4
,
2675 { "Peripheral I/Os", "s7comm.szl.0131.0003.funkt_1.periph_io", FT_BOOLEAN
, 8, NULL
, 0x10,
2676 "Bit 4: Peripheral I/Os", HFILL
}},
2677 { &hf_s7comm_szl_0131_0003_funkt_1_5
,
2678 { "Inputs", "s7comm.szl.0131.0003.funkt_1.inputs", FT_BOOLEAN
, 8, NULL
, 0x20,
2679 "Bit 5: Inputs", HFILL
}},
2680 { &hf_s7comm_szl_0131_0003_funkt_1_6
,
2681 { "Outputs", "s7comm.szl.0131.0002.funkt_1.outputs", FT_BOOLEAN
, 8, NULL
, 0x40,
2682 "Bit 6: Outputs", HFILL
}},
2683 { &hf_s7comm_szl_0131_0003_funkt_1_7
,
2684 { "Bit memory", "s7comm.szl.0131.0002.funkt_1.bit_mem", FT_BOOLEAN
, 8, NULL
, 0x80,
2685 "Bit 7: Bit memory", HFILL
}},
2686 { &hf_s7comm_szl_0131_0003_funkt_2
,
2687 { "funkt_2", "s7comm.szl.0131.0003.funkt_2", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2688 "Bits indicating the available functions (bit = 1: function exists)", HFILL
}},
2689 { &hf_s7comm_szl_0131_0003_funkt_2_0
,
2690 { "User DB", "s7comm.szl.0131.0003.funkt_2.user_db", FT_BOOLEAN
, 8, NULL
, 0x01,
2691 "Bit 0: User DB", HFILL
}},
2692 { &hf_s7comm_szl_0131_0003_funkt_2_1
,
2693 { "Data record", "s7comm.szl.0131.0003.funkt_2.data_rec", FT_BOOLEAN
, 8, NULL
, 0x02,
2694 "Bit 1: Data record", HFILL
}},
2695 { &hf_s7comm_szl_0131_0003_funkt_2_2
,
2696 { "Reserved", "s7comm.szl.0131.0003.funkt_2.bit2_res", FT_BOOLEAN
, 8, NULL
, 0x04,
2697 "Bit 2: Reserved", HFILL
}},
2698 { &hf_s7comm_szl_0131_0003_funkt_2_3
,
2699 { "Reserved", "s7comm.szl.0131.0003.funkt_2.bit3_res", FT_BOOLEAN
, 8, NULL
, 0x08,
2700 "Bit 3: Reserved", HFILL
}},
2701 { &hf_s7comm_szl_0131_0003_funkt_2_4
,
2702 { "Reserved", "s7comm.szl.0131.0003.funkt_2.bit4_res", FT_BOOLEAN
, 8, NULL
, 0x10,
2703 "Bit 4: Reserved", HFILL
}},
2704 { &hf_s7comm_szl_0131_0003_funkt_2_5
,
2705 { "Reserved", "s7comm.szl.0131.0003.funkt_2.bit5_res", FT_BOOLEAN
, 8, NULL
, 0x20,
2706 "Bit 5: Reserved", HFILL
}},
2707 { &hf_s7comm_szl_0131_0003_funkt_2_6
,
2708 { "Reserved", "s7comm.szl.0131.0002.funkt_2.bit6_res", FT_BOOLEAN
, 8, NULL
, 0x40,
2709 "Bit 6: Reserved", HFILL
}},
2710 { &hf_s7comm_szl_0131_0003_funkt_2_7
,
2711 { "S7 counter", "s7comm.szl.0131.0002.funkt_2.s7_counter", FT_BOOLEAN
, 8, NULL
, 0x80,
2712 "Bit 7: S7 counter", HFILL
}},
2713 { &hf_s7comm_szl_0131_0003_funkt_3
,
2714 { "funkt_3", "s7comm.szl.0131.0003.funkt_3", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2715 "Bits indicating the available functions (bit = 1: function exists)", HFILL
}},
2716 { &hf_s7comm_szl_0131_0003_funkt_3_0
,
2717 { "S7 timer", "s7comm.szl.0131.0003.funkt_3.s7_timer", FT_BOOLEAN
, 8, NULL
, 0x01,
2718 "Bit 0: S7 timer", HFILL
}},
2719 { &hf_s7comm_szl_0131_0003_funkt_3_1
,
2720 { "IEC counter", "s7comm.szl.0131.0003.funkt_3.iec_counter", FT_BOOLEAN
, 8, NULL
, 0x02,
2721 "Bit 1: IEC counter", HFILL
}},
2722 { &hf_s7comm_szl_0131_0003_funkt_3_2
,
2723 { "IEC timer", "s7comm.szl.0131.0003.funkt_3.iec_timer", FT_BOOLEAN
, 8, NULL
, 0x04,
2724 "Bit 2: IEC timer", HFILL
}},
2725 { &hf_s7comm_szl_0131_0003_funkt_3_3
,
2726 { "High speed counter", "s7comm.szl.0131.0003.funkt_3.hs_counter", FT_BOOLEAN
, 8, NULL
, 0x08,
2727 "Bit 3: High speed counter", HFILL
}},
2728 { &hf_s7comm_szl_0131_0003_funkt_3_4
,
2729 { "Reserved", "s7comm.szl.0131.0003.funkt_3.bit4_res", FT_BOOLEAN
, 8, NULL
, 0x10,
2730 "Bit 4: Reserved", HFILL
}},
2731 { &hf_s7comm_szl_0131_0003_funkt_3_5
,
2732 { "Reserved", "s7comm.szl.0131.0003.funkt_3.bit5_res", FT_BOOLEAN
, 8, NULL
, 0x20,
2733 "Bit 5: Reserved", HFILL
}},
2734 { &hf_s7comm_szl_0131_0003_funkt_3_6
,
2735 { "Reserved", "s7comm.szl.0131.0002.funkt_3.bit6_res", FT_BOOLEAN
, 8, NULL
, 0x40,
2736 "Bit 6: Reserved", HFILL
}},
2737 { &hf_s7comm_szl_0131_0003_funkt_3_7
,
2738 { "Reserved", "s7comm.szl.0131.0002.funkt_3.bit7_res", FT_BOOLEAN
, 8, NULL
, 0x80,
2739 "Bit 7: Reserved", HFILL
}},
2740 { &hf_s7comm_szl_0131_0003_data
,
2741 { "data (Maximum size of consistently readable data)", "s7comm.szl.0131.0003.data", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
2743 { &hf_s7comm_szl_0131_0003_anz
,
2744 { "anz (Maximum number of cyclic read jobs)", "s7comm.szl.0131.0003.anz", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
2746 { &hf_s7comm_szl_0131_0003_per_min
,
2747 { "per min (Minimum period for cyclic read jobs (n x 100 ms))", "s7comm.szl.0131.0003.per_min", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
2749 { &hf_s7comm_szl_0131_0003_per_max
,
2750 { "per max (Maximum period for cyclic read jobs (n x 100 ms))", "s7comm.szl.0131.0003.per_max", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
2752 { &hf_s7comm_szl_0131_0003_res
,
2753 { "res (Reserved)", "s7comm.szl.0131.0003.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
2756 proto_register_field_array(proto
, hf
, array_length(hf
));
2759 /*----------------------------------------------------------------------------------------------------*/
2761 s7comm_decode_szl_id_0131_idx_0003(tvbuff_t
*tvb
,
2765 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0003_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2767 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0003_funkt_0
,
2768 ett_s7comm_szl_0131_0003_funkt_0
, s7comm_szl_0131_0003_funkt_0_fields
, ENC_BIG_ENDIAN
);
2770 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0003_funkt_1
,
2771 ett_s7comm_szl_0131_0003_funkt_1
, s7comm_szl_0131_0003_funkt_1_fields
, ENC_BIG_ENDIAN
);
2773 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0003_funkt_2
,
2774 ett_s7comm_szl_0131_0003_funkt_2
, s7comm_szl_0131_0003_funkt_2_fields
, ENC_BIG_ENDIAN
);
2776 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0003_funkt_3
,
2777 ett_s7comm_szl_0131_0003_funkt_3
, s7comm_szl_0131_0003_funkt_3_fields
, ENC_BIG_ENDIAN
);
2779 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0003_data
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2781 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0003_anz
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2783 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0003_per_min
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2785 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0003_per_max
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2787 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0003_res
, tvb
, offset
, 26, ENC_NA
);
2793 /*******************************************************************************************************
2798 * The partial list extract with SZL-ID W#16#0131 and the index W#16#0004
2799 * contains information about the object management system (OMS) of the
2802 *******************************************************************************************************/
2804 s7comm_szl_0131_0004_register(int proto
)
2806 static hf_register_info hf
[] = {
2807 { &hf_s7comm_szl_0131_0004_index
,
2808 { "Index", "s7comm.szl.0131.0004.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
2809 "W#16#0004 Index for OMS", HFILL
}},
2810 { &hf_s7comm_szl_0131_0004_funkt_0
,
2811 { "funkt_0", "s7comm.szl.0131.0004.funkt_0", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2812 "Available object management system functions: (Bit = 1: functions available on the CPU)", HFILL
}},
2813 { &hf_s7comm_szl_0131_0004_funkt_0_0
,
2814 { "Reserved", "s7comm.szl.0131.0004.funkt_0.bit0_res", FT_BOOLEAN
, 8, NULL
, 0x01,
2815 "Bit 0: Reserved", HFILL
}},
2816 { &hf_s7comm_szl_0131_0004_funkt_0_1
,
2817 { "Directory (hierarchy 1)", "s7comm.szl.0131.0004.funkt_0.dir_h1", FT_BOOLEAN
, 8, NULL
, 0x02,
2818 "Bit 1: Directory (hierarchy 1)", HFILL
}},
2819 { &hf_s7comm_szl_0131_0004_funkt_0_2
,
2820 { "Directory (hierarchy 2)", "s7comm.szl.0131.0004.funkt_0.dir_h2", FT_BOOLEAN
, 8, NULL
, 0x04,
2821 "Bit 2: Directory (hierarchy 2)", HFILL
}},
2822 { &hf_s7comm_szl_0131_0004_funkt_0_3
,
2823 { "Directory (hierarchy 3)", "s7comm.szl.0131.0004.funkt_0.dir_h3", FT_BOOLEAN
, 8, NULL
, 0x08,
2824 "Bit 3: Directory (hierarchy 3)", HFILL
}},
2825 { &hf_s7comm_szl_0131_0004_funkt_0_4
,
2826 { "Copy", "s7comm.szl.0131.0004.funkt_0.copy", FT_BOOLEAN
, 8, NULL
, 0x10,
2827 "Bit 4: Copy", HFILL
}},
2828 { &hf_s7comm_szl_0131_0004_funkt_0_5
,
2829 { "Chain (list)", "s7comm.szl.0131.0004.funkt_0.chain_list", FT_BOOLEAN
, 8, NULL
, 0x20,
2830 "Bit 5: Chain (list)", HFILL
}},
2831 { &hf_s7comm_szl_0131_0004_funkt_0_6
,
2832 { "Chain (all copied)", "s7comm.szl.0131.0004.funkt_0.chain_copied", FT_BOOLEAN
, 8, NULL
, 0x40,
2833 "Bit 6: Chain (all copied)", HFILL
}},
2834 { &hf_s7comm_szl_0131_0004_funkt_0_7
,
2835 { "Delete (list)", "s7comm.szl.0131.0004.funkt_0.delete_list", FT_BOOLEAN
, 8, NULL
, 0x80,
2836 "Bit 7: Delete (list)", HFILL
}},
2837 { &hf_s7comm_szl_0131_0004_funkt_1
,
2838 { "funkt_1", "s7comm.szl.0131.0004.funkt_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2839 "Available object management system functions: (Bit = 1: functions available on the CPU)", HFILL
}},
2840 { &hf_s7comm_szl_0131_0004_funkt_1_0
,
2841 { "Upload on PG", "s7comm.szl.0131.0004.funkt_1.upl_on_pg", FT_BOOLEAN
, 8, NULL
, 0x01,
2842 "Bit 0: Upload on PG", HFILL
}},
2843 { &hf_s7comm_szl_0131_0004_funkt_1_1
,
2844 { "Assign parameters when chaining", "s7comm.szl.0131.0004.funkt_1.asgn_w_chain", FT_BOOLEAN
, 8, NULL
, 0x02,
2845 "Bit 1: Assign parameters when chaining", HFILL
}},
2846 { &hf_s7comm_szl_0131_0004_funkt_1_2
,
2847 { "LOAD function when exchanging data with CFBs", "s7comm.szl.0131.0004.funkt_1.load_w_chg", FT_BOOLEAN
, 8, NULL
, 0x04,
2848 "Bit 2: LOAD function when exchanging data with CFBs", HFILL
}},
2849 { &hf_s7comm_szl_0131_0004_funkt_1_3
,
2850 { "Reserved", "s7comm.szl.0131.0004.funkt_1.bit3_res", FT_BOOLEAN
, 8, NULL
, 0x08,
2851 "Bit 3: Reserved", HFILL
}},
2852 { &hf_s7comm_szl_0131_0004_funkt_1_4
,
2853 { "Reserved", "s7comm.szl.0131.0004.funkt_1.bit4_res", FT_BOOLEAN
, 8, NULL
, 0x10,
2854 "Bit 4: Reserved", HFILL
}},
2855 { &hf_s7comm_szl_0131_0004_funkt_1_5
,
2856 { "Reserved", "s7comm.szl.0131.0004.funkt_1.bit5_res", FT_BOOLEAN
, 8, NULL
, 0x20,
2857 "Bit 5: Reserved", HFILL
}},
2858 { &hf_s7comm_szl_0131_0004_funkt_1_6
,
2859 { "Reserved", "s7comm.szl.0131.0004.funkt_1.bit6_res", FT_BOOLEAN
, 8, NULL
, 0x40,
2860 "Bit 6: Reserved", HFILL
}},
2861 { &hf_s7comm_szl_0131_0004_funkt_1_7
,
2862 { "Delete *.*", "s7comm.szl.0131.0004.funkt_1.delete_all", FT_BOOLEAN
, 8, NULL
, 0x80,
2863 "Bit 7: Delete *.*", HFILL
}},
2864 { &hf_s7comm_szl_0131_0004_funkt_2
,
2865 { "funkt_2", "s7comm.szl.0131.0004.funkt_2", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2866 "Available object management system functions: (Bit = 1: functions available on the CPU)", HFILL
}},
2867 { &hf_s7comm_szl_0131_0004_funkt_2_0
,
2868 { "Load user program (RAM)", "s7comm.szl.0131.0004.funkt_2.load_ram", FT_BOOLEAN
, 8, NULL
, 0x01,
2869 "Bit 0: Load user program (RAM)", HFILL
}},
2870 { &hf_s7comm_szl_0131_0004_funkt_2_1
,
2871 { "Load user program (EPROM)", "s7comm.szl.0131.0004.funkt_2.load_eprom", FT_BOOLEAN
, 8, NULL
, 0x02,
2872 "Bit 1: Load user program (EPROM)", HFILL
}},
2873 { &hf_s7comm_szl_0131_0004_funkt_2_2
,
2874 { "Save user program (RAM)", "s7comm.szl.0131.0004.funkt_2.save_ram", FT_BOOLEAN
, 8, NULL
, 0x04,
2875 "Bit 2: Save user program (RAM)", HFILL
}},
2876 { &hf_s7comm_szl_0131_0004_funkt_2_3
,
2877 { "Save user program (EPROM)", "s7comm.szl.0131.0004.funkt_2.save_eprom", FT_BOOLEAN
, 8, NULL
, 0x08,
2878 "Bit 3: Save user program (EPROM)", HFILL
}},
2879 { &hf_s7comm_szl_0131_0004_funkt_2_4
,
2880 { "Save user program (all)", "s7comm.szl.0131.0004.funkt_2.save_all", FT_BOOLEAN
, 8, NULL
, 0x10,
2881 "Bit 4: Save user program (all)", HFILL
}},
2882 { &hf_s7comm_szl_0131_0004_funkt_2_5
,
2883 { "Compress (external)", "s7comm.szl.0131.0004.funkt_2.compress", FT_BOOLEAN
, 8, NULL
, 0x20,
2884 "Bit 5: Compress (external)", HFILL
}},
2885 { &hf_s7comm_szl_0131_0004_funkt_2_6
,
2886 { "Firmware update (using communication)", "s7comm.szl.0131.0004.funkt_2.fw_update", FT_BOOLEAN
, 8, NULL
, 0x40,
2887 "Bit 6: Firmware update (using communication)", HFILL
}},
2888 { &hf_s7comm_szl_0131_0004_funkt_2_7
,
2889 { "Set RAM memory mode", "s7comm.szl.0131.0004.funkt_2.set_ram_mode", FT_BOOLEAN
, 8, NULL
, 0x80,
2890 "Bit 7: Set RAM memory mode", HFILL
}},
2891 { &hf_s7comm_szl_0131_0004_funkt_3
,
2892 { "funkt_3", "s7comm.szl.0131.0004.funkt_3", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2893 "Available object management system functions: (Bit = 1: functions available on the CPU)", HFILL
}},
2894 { &hf_s7comm_szl_0131_0004_funkt_3_0
,
2895 { "Set EPROM memory mode", "s7comm.szl.0131.0004.funkt_3.set_eprom_mode", FT_BOOLEAN
, 8, NULL
, 0x01,
2896 "Bit 0: Set EPROM memory mode", HFILL
}},
2897 { &hf_s7comm_szl_0131_0004_funkt_3_1
,
2898 { "Reserved", "s7comm.szl.0131.0004.funkt_3.bit1_res", FT_BOOLEAN
, 8, NULL
, 0x02,
2899 "Bit 1: Reserved", HFILL
}},
2900 { &hf_s7comm_szl_0131_0004_funkt_3_2
,
2901 { "Reserved", "s7comm.szl.0131.0004.funkt_3.bit2_res", FT_BOOLEAN
, 8, NULL
, 0x04,
2902 "Bit 2: Reserved", HFILL
}},
2903 { &hf_s7comm_szl_0131_0004_funkt_3_3
,
2904 { "Reserved", "s7comm.szl.0131.0004.funkt_3.bit3_res", FT_BOOLEAN
, 8, NULL
, 0x08,
2905 "Bit 3: Reserved", HFILL
}},
2906 { &hf_s7comm_szl_0131_0004_funkt_3_4
,
2907 { "Reserved", "s7comm.szl.0131.0004.funkt_3.bit4_res", FT_BOOLEAN
, 8, NULL
, 0x10,
2908 "Bit 4: Reserved", HFILL
}},
2909 { &hf_s7comm_szl_0131_0004_funkt_3_5
,
2910 { "Reserved", "s7comm.szl.0131.0004.funkt_3.bit5_res", FT_BOOLEAN
, 8, NULL
, 0x20,
2911 "Bit 5: Reserved", HFILL
}},
2912 { &hf_s7comm_szl_0131_0004_funkt_3_6
,
2913 { "Assign parameters to newly plugged in modules", "s7comm.szl.0131.0004.funkt_3.asgn_par_mod", FT_BOOLEAN
, 8, NULL
, 0x40,
2914 "Bit 6: Assign parameters to newly plugged in modules", HFILL
}},
2915 { &hf_s7comm_szl_0131_0004_funkt_3_7
,
2916 { "Assign parameters when evaluating memory card", "s7comm.szl.0131.0004.funkt_3.asgn_par_mc", FT_BOOLEAN
, 8, NULL
, 0x80,
2917 "Bit 7: Assign parameters when evaluating memory card", HFILL
}},
2918 { &hf_s7comm_szl_0131_0004_funkt_4
,
2919 { "funkt_4", "s7comm.szl.0131.0004.funkt_4", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2920 "Available object management system functions: (Bit = 1: functions available on the CPU)", HFILL
}},
2921 { &hf_s7comm_szl_0131_0004_funkt_4_0
,
2922 { "Assign parameters when loading user program", "s7comm.szl.0131.0004.funkt_4.asgn_par_lprog", FT_BOOLEAN
, 8, NULL
, 0x01,
2923 "Bit 0: Assign parameters when loading user program", HFILL
}},
2924 { &hf_s7comm_szl_0131_0004_funkt_4_1
,
2925 { "Assign parameters in complete restart", "s7comm.szl.0131.0004.funkt_4.asgn_par_cres", FT_BOOLEAN
, 8, NULL
, 0x02,
2926 "Bit 1: Assign parameters in complete restart", HFILL
}},
2927 { &hf_s7comm_szl_0131_0004_funkt_4_2
,
2928 { "Assign parameters in restart", "s7comm.szl.0131.0004.funkt_4.asgn_par_res", FT_BOOLEAN
, 8, NULL
, 0x04,
2929 "Bit 2: Assign parameters in restart", HFILL
}},
2930 { &hf_s7comm_szl_0131_0004_funkt_4_3
,
2931 { "Compress (SFC25 COMPRESS)", "s7comm.szl.0131.0004.funkt_4.compress", FT_BOOLEAN
, 8, NULL
, 0x08,
2932 "Bit 3: Compress (SFC25 COMPRESS)", HFILL
}},
2933 { &hf_s7comm_szl_0131_0004_funkt_4_4
,
2934 { "Evaluate memory card after switch setting", "s7comm.szl.0131.0004.funkt_4.ev_mc", FT_BOOLEAN
, 8, NULL
, 0x10,
2935 "Bit 4: Evaluate memory card after switch setting", HFILL
}},
2936 { &hf_s7comm_szl_0131_0004_funkt_4_5
,
2937 { "Firmware update using memory card", "s7comm.szl.0131.0004.funkt_4.fw_update_mc", FT_BOOLEAN
, 8, NULL
, 0x20,
2938 "Bit 5: Firmware update using memory card", HFILL
}},
2939 { &hf_s7comm_szl_0131_0004_funkt_4_6
,
2940 { "Reserved", "s7comm.szl.0131.0004.funkt_4.bit6_res", FT_BOOLEAN
, 8, NULL
, 0x40,
2941 "Bit 6: Reserved", HFILL
}},
2942 { &hf_s7comm_szl_0131_0004_funkt_4_7
,
2943 { "Reserved", "s7comm.szl.0131.0004.funkt_4.bit7_res", FT_BOOLEAN
, 8, NULL
, 0x80,
2944 "Bit 7: Reserved", HFILL
}},
2945 { &hf_s7comm_szl_0131_0004_funkt_5
,
2946 { "funkt_5 (Reserved)", "s7comm.szl.0131.0004.funkt_5", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2947 "Available object management system functions: (Bit = 1: functions available on the CPU)", HFILL
}},
2948 { &hf_s7comm_szl_0131_0004_funkt_6
,
2949 { "funkt_6 (Reserved)", "s7comm.szl.0131.0004.funkt_6", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2950 "Available object management system functions: (Bit = 1: functions available on the CPU)", HFILL
}},
2951 { &hf_s7comm_szl_0131_0004_funkt_7
,
2952 { "funkt_7 (Reserved)", "s7comm.szl.0131.0004.funkt_7", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
2953 "Available object management system functions: (Bit = 1: functions available on the CPU)", HFILL
}},
2954 { &hf_s7comm_szl_0131_0004_kop
,
2955 { "kop (Maximum number of copied blocks)", "s7comm.szl.0131.0004.kop", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
2957 { &hf_s7comm_szl_0131_0004_del
,
2958 { "del (Maximum number of uninterruptable, deletable blocks)", "s7comm.szl.0131.0004.del", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
2960 { &hf_s7comm_szl_0131_0004_kett
,
2961 { "kett (Maximum number of blocks chained in one job)", "s7comm.szl.0131.0004.kett", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
2963 { &hf_s7comm_szl_0131_0004_hoch
,
2964 { "hoch (Maximum number of simultaneous upload procedures)", "s7comm.szl.0131.0004.hoch", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
2966 { &hf_s7comm_szl_0131_0004_ver
,
2967 { "ver (Maximum size (in bytes) of shiftable blocks in RUN)", "s7comm.szl.0131.0004.ver", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
2968 "ver (Maximum size (in bytes) of shiftable blocks in RUN) With an S7-300, this size refers to the entire block,with the S7-400, it refers to the part of the block relevant to running the program.", HFILL
}},
2969 { &hf_s7comm_szl_0131_0004_res
,
2970 { "res (Reserved)", "s7comm.szl.0131.0004.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
2973 proto_register_field_array(proto
, hf
, array_length(hf
));
2976 /*----------------------------------------------------------------------------------------------------*/
2978 s7comm_decode_szl_id_0131_idx_0004(tvbuff_t
*tvb
,
2982 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0004_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
2984 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0004_funkt_0
,
2985 ett_s7comm_szl_0131_0004_funkt_0
, s7comm_szl_0131_0004_funkt_0_fields
, ENC_BIG_ENDIAN
);
2987 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0004_funkt_1
,
2988 ett_s7comm_szl_0131_0004_funkt_1
, s7comm_szl_0131_0004_funkt_1_fields
, ENC_BIG_ENDIAN
);
2990 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0004_funkt_2
,
2991 ett_s7comm_szl_0131_0004_funkt_2
, s7comm_szl_0131_0004_funkt_2_fields
, ENC_BIG_ENDIAN
);
2993 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0004_funkt_3
,
2994 ett_s7comm_szl_0131_0004_funkt_3
, s7comm_szl_0131_0004_funkt_3_fields
, ENC_BIG_ENDIAN
);
2996 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0004_funkt_4
,
2997 ett_s7comm_szl_0131_0004_funkt_4
, s7comm_szl_0131_0004_funkt_4_fields
, ENC_BIG_ENDIAN
);
2999 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0004_funkt_5
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3001 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0004_funkt_6
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3003 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0004_funkt_7
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3005 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0004_kop
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3007 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0004_del
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3009 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0004_kett
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3011 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0004_hoch
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3013 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0004_ver
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3015 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0004_res
, tvb
, offset
, 25, ENC_NA
);
3021 /*******************************************************************************************************
3026 * The partial list extract with SZL-ID W#16#0131 and the index W#16#0005
3027 * contains information about the diagnostic capabilities of the module.
3029 *******************************************************************************************************/
3031 s7comm_szl_0131_0005_register(int proto
)
3033 static hf_register_info hf
[] = {
3034 { &hf_s7comm_szl_0131_0005_index
,
3035 { "Index", "s7comm.szl.0131.0005.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
3036 "W#16#0005 Index for Diagnostics", HFILL
}},
3037 { &hf_s7comm_szl_0131_0005_funkt_0
,
3038 { "funkt_0 (Available diagnostic functions)", "s7comm.szl.0131.0005.funkt_0", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3039 "Available diagnostic functions: (Bit = 1: functions exists)", HFILL
}},
3040 { &hf_s7comm_szl_0131_0005_funkt_0_0
,
3041 { "Reserved", "s7comm.szl.0131.0005.funkt_0.bit0_res", FT_BOOLEAN
, 8, NULL
, 0x01,
3042 "Bit 0: Reserved", HFILL
}},
3043 { &hf_s7comm_szl_0131_0005_funkt_0_1
,
3044 { "Diagnostic buffer exists", "s7comm.szl.0131.0005.funkt_0.diag_buf", FT_BOOLEAN
, 8, NULL
, 0x02,
3045 "Bit 1: Diagnostic buffer exists", HFILL
}},
3046 { &hf_s7comm_szl_0131_0005_funkt_0_2
,
3047 { "Sending system diagnostic data possible", "s7comm.szl.0131.0005.funkt_0.sysdiag", FT_BOOLEAN
, 8, NULL
, 0x04,
3048 "Bit 2: Sending system diagnostic data possible", HFILL
}},
3049 { &hf_s7comm_szl_0131_0005_funkt_0_3
,
3050 { "Sending user-defined diagnostic messages possible", "s7comm.szl.0131.0005.funkt_0.userdiag", FT_BOOLEAN
, 8, NULL
, 0x08,
3051 "Bit 3: Sending user-defined diagnostic messages possible", HFILL
}},
3052 { &hf_s7comm_szl_0131_0005_funkt_0_4
,
3053 { "Sending VMD status possible", "s7comm.szl.0131.0005.funkt_0.vmdstat", FT_BOOLEAN
, 8, NULL
, 0x10,
3054 "Bit 4: Sending VMD status possible", HFILL
}},
3055 { &hf_s7comm_szl_0131_0005_funkt_0_5
,
3056 { "Evaluating diagnostic interrupts", "s7comm.szl.0131.0005.funkt_0.evaldiagint", FT_BOOLEAN
, 8, NULL
, 0x20,
3057 "Bit 5: Evaluating diagnostic interrupts", HFILL
}},
3058 { &hf_s7comm_szl_0131_0005_funkt_0_6
,
3059 { "Diagnostic interrupt exists on module", "s7comm.szl.0131.0005.funkt_0.diagint", FT_BOOLEAN
, 8, NULL
, 0x40,
3060 "Bit 6: Diagnostic interrupt exists on module", HFILL
}},
3061 { &hf_s7comm_szl_0131_0005_funkt_0_7
,
3062 { "Reserved", "s7comm.szl.0131.0005.funkt_0.bit7_res", FT_BOOLEAN
, 8, NULL
, 0x80,
3063 "Bit 7: Reserved", HFILL
}},
3064 { &hf_s7comm_szl_0131_0005_funkt_1
,
3065 { "funkt_1 (Reserved)", "s7comm.szl.0131.0005.funkt_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3067 { &hf_s7comm_szl_0131_0005_funkt_2
,
3068 { "funkt_2 (Reserved)", "s7comm.szl.0131.0005.funkt_2", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3070 { &hf_s7comm_szl_0131_0005_funkt_3
,
3071 { "funkt_3 (Reserved)", "s7comm.szl.0131.0005.funkt_3", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3073 { &hf_s7comm_szl_0131_0005_funkt_4
,
3074 { "funkt_4 (Reserved)", "s7comm.szl.0131.0005.funkt_4", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3076 { &hf_s7comm_szl_0131_0005_funkt_5
,
3077 { "funkt_5 (Reserved)", "s7comm.szl.0131.0005.funkt_5", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3079 { &hf_s7comm_szl_0131_0005_funkt_6
,
3080 { "funkt_6 (Reserved)", "s7comm.szl.0131.0005.funkt_6", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3082 { &hf_s7comm_szl_0131_0005_funkt_7
,
3083 { "funkt_7 (Reserved)", "s7comm.szl.0131.0005.funkt_7", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3085 { &hf_s7comm_szl_0131_0005_anz_sen
,
3086 { "anz_sen (Maximum number of diagnostic data sinks)", "s7comm.szl.0131.0005.anz_sen", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
3088 { &hf_s7comm_szl_0131_0005_anz_ein
,
3089 { "anz_ein (Maximum number of entries in the diagnostic buffer)", "s7comm.szl.0131.0005.anz_ein", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
3091 { &hf_s7comm_szl_0131_0005_anz_mel
,
3092 { "anz_mel (Maximum number of process control group messages)", "s7comm.szl.0131.0005.anz_mel", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
3094 { &hf_s7comm_szl_0131_0005_res
,
3095 { "res (Reserved)", "s7comm.szl.0131.0005.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
3098 proto_register_field_array(proto
, hf
, array_length(hf
));
3101 /*----------------------------------------------------------------------------------------------------*/
3103 s7comm_decode_szl_id_0131_idx_0005(tvbuff_t
*tvb
,
3107 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0005_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3109 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0005_funkt_0
,
3110 ett_s7comm_szl_0131_0005_funkt_0
, s7comm_szl_0131_0005_funkt_0_fields
, ENC_BIG_ENDIAN
);
3112 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0005_funkt_1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3114 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0005_funkt_2
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3116 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0005_funkt_3
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3118 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0005_funkt_4
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3120 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0005_funkt_5
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3122 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0005_funkt_6
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3124 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0005_funkt_7
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3126 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0005_anz_sen
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3128 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0005_anz_ein
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3130 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0005_anz_mel
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3132 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0005_res
, tvb
, offset
, 24, ENC_NA
);
3138 /*******************************************************************************************************
3143 * The partial list extract with SZL-ID W#16#0131 and the index W#16#0006
3144 * contains information about the functions available for data exchange with
3145 * communication SFBs for configured connections on the module.
3147 *******************************************************************************************************/
3149 s7comm_szl_0131_0006_register(int proto
)
3151 static hf_register_info hf
[] = {
3152 { &hf_s7comm_szl_0131_0006_index
,
3153 { "Index", "s7comm.szl.0131.0006.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
3154 "W#16#0006 Data exchange with communication SFBs for configured connections", HFILL
}},
3155 { &hf_s7comm_szl_0131_0006_funkt_0
,
3156 { "funkt_0", "s7comm.szl.0131.0006.funkt_0", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3157 "Block types available for data exchange with communication SFBs for configured connections", HFILL
}},
3158 { &hf_s7comm_szl_0131_0006_funkt_0_0
,
3159 { "Bit 0: USEND", "s7comm.szl.0131.0006.funkt_0.usend", FT_BOOLEAN
, 8, NULL
, 0x01,
3161 { &hf_s7comm_szl_0131_0006_funkt_0_1
,
3162 { "Bit 1: URCV", "s7comm.szl.0131.0006.funkt_0.urcv", FT_BOOLEAN
, 8, NULL
, 0x02,
3164 { &hf_s7comm_szl_0131_0006_funkt_0_2
,
3165 { "Bit 2: SEND", "s7comm.szl.0131.0006.funkt_0.send", FT_BOOLEAN
, 8, NULL
, 0x04,
3167 { &hf_s7comm_szl_0131_0006_funkt_0_3
,
3168 { "Bit 3: RCV", "s7comm.szl.0131.0006.funkt_0.rcv", FT_BOOLEAN
, 8, NULL
, 0x08,
3170 { &hf_s7comm_szl_0131_0006_funkt_0_4
,
3171 { "Bit 4: BSEND", "s7comm.szl.0131.0006.funkt_0.bsend", FT_BOOLEAN
, 8, NULL
, 0x10,
3173 { &hf_s7comm_szl_0131_0006_funkt_0_5
,
3174 { "Bit 5: BRCV", "s7comm.szl.0131.0006.funkt_0.brcv", FT_BOOLEAN
, 8, NULL
, 0x20,
3176 { &hf_s7comm_szl_0131_0006_funkt_0_6
,
3177 { "Bit 6: GET", "s7comm.szl.0131.0006.funkt_0.get", FT_BOOLEAN
, 8, NULL
, 0x40,
3179 { &hf_s7comm_szl_0131_0006_funkt_0_7
,
3180 { "Bit 7: PUT", "s7comm.szl.0131.0006.funkt_0.put", FT_BOOLEAN
, 8, NULL
, 0x80,
3182 { &hf_s7comm_szl_0131_0006_funkt_1
,
3183 { "funkt_1", "s7comm.szl.0131.0006.funkt_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3184 "Block types available for data exchange with communication SFBs for configured connections", HFILL
}},
3185 { &hf_s7comm_szl_0131_0006_funkt_1_0
,
3186 { "Bit 0: PRINT", "s7comm.szl.0131.0006.funkt_1.print", FT_BOOLEAN
, 8, NULL
, 0x01,
3188 { &hf_s7comm_szl_0131_0006_funkt_1_1
,
3189 { "Bit 1: ABORT", "s7comm.szl.0131.0006.funkt_1.abort", FT_BOOLEAN
, 8, NULL
, 0x02,
3191 { &hf_s7comm_szl_0131_0006_funkt_1_2
,
3192 { "Bit 2: INITIATE", "s7comm.szl.0131.0006.funkt_1.initiate", FT_BOOLEAN
, 8, NULL
, 0x04,
3194 { &hf_s7comm_szl_0131_0006_funkt_1_3
,
3195 { "Bit 3: START", "s7comm.szl.0131.0006.funkt_1.start", FT_BOOLEAN
, 8, NULL
, 0x08,
3197 { &hf_s7comm_szl_0131_0006_funkt_1_4
,
3198 { "Bit 4: STOP", "s7comm.szl.0131.0006.funkt_1.stop", FT_BOOLEAN
, 8, NULL
, 0x10,
3200 { &hf_s7comm_szl_0131_0006_funkt_1_5
,
3201 { "Bit 5: RESUME", "s7comm.szl.0131.0006.funkt_1.resume", FT_BOOLEAN
, 8, NULL
, 0x20,
3203 { &hf_s7comm_szl_0131_0006_funkt_1_6
,
3204 { "Bit 6: STATUS", "s7comm.szl.0131.0006.funkt_1.status", FT_BOOLEAN
, 8, NULL
, 0x40,
3206 { &hf_s7comm_szl_0131_0006_funkt_1_7
,
3207 { "Bit 7: USTATUS", "s7comm.szl.0131.0006.funkt_1.ustatus", FT_BOOLEAN
, 8, NULL
, 0x80,
3209 { &hf_s7comm_szl_0131_0006_funkt_2
,
3210 { "funkt_2", "s7comm.szl.0131.0006.funkt_2", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3211 "Block types available for data exchange with communication SFBs for configured connections", HFILL
}},
3212 { &hf_s7comm_szl_0131_0006_funkt_2_0
,
3213 { "Bit 0: PI", "s7comm.szl.0131.0006.funkt_2.pi", FT_BOOLEAN
, 8, NULL
, 0x01,
3215 { &hf_s7comm_szl_0131_0006_funkt_2_1
,
3216 { "Bit 1: READ", "s7comm.szl.0131.0006.funkt_2.read", FT_BOOLEAN
, 8, NULL
, 0x02,
3218 { &hf_s7comm_szl_0131_0006_funkt_2_2
,
3219 { "Bit 2: WRITE", "s7comm.szl.0131.0006.funkt_2.write", FT_BOOLEAN
, 8, NULL
, 0x04,
3221 { &hf_s7comm_szl_0131_0006_funkt_2_3
,
3222 { "Bit 3: LOAD", "s7comm.szl.0131.0006.funkt_2.load", FT_BOOLEAN
, 8, NULL
, 0x08,
3224 { &hf_s7comm_szl_0131_0006_funkt_2_4
,
3225 { "Bit 4: LOAD_ME", "s7comm.szl.0131.0006.funkt_2.load_me", FT_BOOLEAN
, 8, NULL
, 0x10,
3227 { &hf_s7comm_szl_0131_0006_funkt_2_5
,
3228 { "Bit 5: ALARM", "s7comm.szl.0131.0006.funkt_2.alarm", FT_BOOLEAN
, 8, NULL
, 0x20,
3230 { &hf_s7comm_szl_0131_0006_funkt_2_6
,
3231 { "Bit 6: ALARM_8", "s7comm.szl.0131.0006.funkt_2.alarm_8", FT_BOOLEAN
, 8, NULL
, 0x40,
3233 { &hf_s7comm_szl_0131_0006_funkt_2_7
,
3234 { "Bit 7: ALARM_8P", "s7comm.szl.0131.0006.funkt_2.alarm_8p", FT_BOOLEAN
, 8, NULL
, 0x80,
3236 { &hf_s7comm_szl_0131_0006_funkt_3
,
3237 { "funkt_3", "s7comm.szl.0131.0006.funkt_3", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3238 "Block types available for data exchange with communication SFBs for configured connections", HFILL
}},
3239 { &hf_s7comm_szl_0131_0006_funkt_3_0
,
3240 { "Bit 0: NOTIFY", "s7comm.szl.0131.0006.funkt_3.notify", FT_BOOLEAN
, 8, NULL
, 0x01,
3242 { &hf_s7comm_szl_0131_0006_funkt_3_1
,
3243 { "Bit 1: AR_SEND", "s7comm.szl.0131.0006.funkt_3.ar_send", FT_BOOLEAN
, 8, NULL
, 0x02,
3245 { &hf_s7comm_szl_0131_0006_funkt_3_2
,
3246 { "Bit 2: Reserved", "s7comm.szl.0131.0006.funkt_3.bit2_res", FT_BOOLEAN
, 8, NULL
, 0x04,
3248 { &hf_s7comm_szl_0131_0006_funkt_3_3
,
3249 { "Bit 3: Reserved", "s7comm.szl.0131.0006.funkt_3.bit3_res", FT_BOOLEAN
, 8, NULL
, 0x08,
3251 { &hf_s7comm_szl_0131_0006_funkt_3_4
,
3252 { "Bit 4: Reserved", "s7comm.szl.0131.0006.funkt_3.bit4_res", FT_BOOLEAN
, 8, NULL
, 0x10,
3254 { &hf_s7comm_szl_0131_0006_funkt_3_5
,
3255 { "Bit 5: Reserved", "s7comm.szl.0131.0006.funkt_3.bit5_res", FT_BOOLEAN
, 8, NULL
, 0x20,
3257 { &hf_s7comm_szl_0131_0006_funkt_3_6
,
3258 { "Bit 6: Reserved", "s7comm.szl.0131.0006.funkt_3.bit6_res", FT_BOOLEAN
, 8, NULL
, 0x40,
3260 { &hf_s7comm_szl_0131_0006_funkt_3_7
,
3261 { "Bit 7: Reserved", "s7comm.szl.0131.0006.funkt_3.bit7_res", FT_BOOLEAN
, 8, NULL
, 0x80,
3263 { &hf_s7comm_szl_0131_0006_funkt_4
,
3264 { "funkt_4", "s7comm.szl.0131.0006.funkt_4", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3265 "Reserved", HFILL
}},
3266 { &hf_s7comm_szl_0131_0006_funkt_5
,
3267 { "funkt_5", "s7comm.szl.0131.0006.funkt_5", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3268 "Reserved", HFILL
}},
3269 { &hf_s7comm_szl_0131_0006_funkt_6
,
3270 { "funkt_6", "s7comm.szl.0131.0006.funkt_6", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3271 "Block types available for data exchange with communication SFBs for configured connections", HFILL
}},
3272 { &hf_s7comm_szl_0131_0006_funkt_6_0
,
3273 { "Bit 0: X_SEND", "s7comm.szl.0131.0006.funkt_6.x_send", FT_BOOLEAN
, 8, NULL
, 0x01,
3275 { &hf_s7comm_szl_0131_0006_funkt_6_1
,
3276 { "Bit 1: X_RCV", "s7comm.szl.0131.0006.funkt_6.x_rcv", FT_BOOLEAN
, 8, NULL
, 0x02,
3278 { &hf_s7comm_szl_0131_0006_funkt_6_2
,
3279 { "Bit 2: X_GET", "s7comm.szl.0131.0006.funkt_6.x_get", FT_BOOLEAN
, 8, NULL
, 0x04,
3281 { &hf_s7comm_szl_0131_0006_funkt_6_3
,
3282 { "Bit 3: X_PUT", "s7comm.szl.0131.0006.funkt_6.x_put", FT_BOOLEAN
, 8, NULL
, 0x08,
3284 { &hf_s7comm_szl_0131_0006_funkt_6_4
,
3285 { "Bit 4: X_ABORT", "s7comm.szl.0131.0006.funkt_6.x_abort", FT_BOOLEAN
, 8, NULL
, 0x10,
3287 { &hf_s7comm_szl_0131_0006_funkt_6_5
,
3288 { "Bit 5: I_GET", "s7comm.szl.0131.0006.funkt_6.i_get", FT_BOOLEAN
, 8, NULL
, 0x20,
3290 { &hf_s7comm_szl_0131_0006_funkt_6_6
,
3291 { "Bit 6: I_PUT", "s7comm.szl.0131.0006.funkt_6.i_put", FT_BOOLEAN
, 8, NULL
, 0x40,
3293 { &hf_s7comm_szl_0131_0006_funkt_6_7
,
3294 { "Bit 7: I_ABORT", "s7comm.szl.0131.0006.funkt_6.i_abort", FT_BOOLEAN
, 8, NULL
, 0x80,
3296 { &hf_s7comm_szl_0131_0006_funkt_7
,
3297 { "funkt_7", "s7comm.szl.0131.0006.funkt_7", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3298 "Block types available for data exchange with communication SFBs for configured connections", HFILL
}},
3299 { &hf_s7comm_szl_0131_0006_funkt_7_0
,
3300 { "Bit 0: SCAN_SND", "s7comm.szl.0131.0006.funkt_7.scan_snd", FT_BOOLEAN
, 8, NULL
, 0x01,
3302 { &hf_s7comm_szl_0131_0006_funkt_7_1
,
3303 { "Bit 1: ALARM_SQ", "s7comm.szl.0131.0006.funkt_7.alarm_sq", FT_BOOLEAN
, 8, NULL
, 0x02,
3305 { &hf_s7comm_szl_0131_0006_funkt_7_2
,
3306 { "Bit 2: ALARM_S", "s7comm.szl.0131.0006.funkt_7.alarm_s", FT_BOOLEAN
, 8, NULL
, 0x04,
3308 { &hf_s7comm_szl_0131_0006_funkt_7_3
,
3309 { "Bit 3: ALARM_SC", "s7comm.szl.0131.0006.funkt_7.alarm_sc", FT_BOOLEAN
, 8, NULL
, 0x08,
3311 { &hf_s7comm_szl_0131_0006_funkt_7_4
,
3312 { "Bit 4: EN_MSG", "s7comm.szl.0131.0006.funkt_7.en_msg", FT_BOOLEAN
, 8, NULL
, 0x10,
3314 { &hf_s7comm_szl_0131_0006_funkt_7_5
,
3315 { "Bit 5: DIS_MSG", "s7comm.szl.0131.0006.funkt_7.dis_msg", FT_BOOLEAN
, 8, NULL
, 0x20,
3317 { &hf_s7comm_szl_0131_0006_funkt_7_6
,
3318 { "Bit 6: CONTROL", "s7comm.szl.0131.0006.funkt_7.control", FT_BOOLEAN
, 8, NULL
, 0x40,
3320 { &hf_s7comm_szl_0131_0006_funkt_7_7
,
3321 { "Bit 7: Reserved", "s7comm.szl.0131.0006.funkt_7.bit7_res", FT_BOOLEAN
, 8, NULL
, 0x80,
3323 { &hf_s7comm_szl_0131_0006_schnell
,
3324 { "schnell (Fast reaction yes/no)", "s7comm.szl.0131.0006.schnell", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3326 { &hf_s7comm_szl_0131_0006_zugtyp_0
,
3327 { "zugtyp_0", "s7comm.szl.0131.0006.zugtyp_0", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3328 "zugtyp_0 (Permitted module types for fast reaction)", HFILL
}},
3329 { &hf_s7comm_szl_0131_0006_zugtyp_0_0
,
3330 { "Bit 0: USEND", "s7comm.szl.0131.0006.zugtyp_0.usend", FT_BOOLEAN
, 8, NULL
, 0x01,
3332 { &hf_s7comm_szl_0131_0006_zugtyp_0_1
,
3333 { "Bit 1: URCV", "s7comm.szl.0131.0006.zugtyp_0.urcv", FT_BOOLEAN
, 8, NULL
, 0x02,
3335 { &hf_s7comm_szl_0131_0006_zugtyp_0_2
,
3336 { "Bit 2: SEND", "s7comm.szl.0131.0006.zugtyp_0.send", FT_BOOLEAN
, 8, NULL
, 0x04,
3338 { &hf_s7comm_szl_0131_0006_zugtyp_0_3
,
3339 { "Bit 3: RCV", "s7comm.szl.0131.0006.zugtyp_0.rcv", FT_BOOLEAN
, 8, NULL
, 0x08,
3341 { &hf_s7comm_szl_0131_0006_zugtyp_0_4
,
3342 { "Bit 4: BSEND", "s7comm.szl.0131.0006.zugtyp_0.bsend", FT_BOOLEAN
, 8, NULL
, 0x10,
3344 { &hf_s7comm_szl_0131_0006_zugtyp_0_5
,
3345 { "Bit 5: BRCV", "s7comm.szl.0131.0006.zugtyp_0.brcv", FT_BOOLEAN
, 8, NULL
, 0x20,
3347 { &hf_s7comm_szl_0131_0006_zugtyp_0_6
,
3348 { "Bit 6: GET", "s7comm.szl.0131.0006.zugtyp_0.get", FT_BOOLEAN
, 8, NULL
, 0x40,
3350 { &hf_s7comm_szl_0131_0006_zugtyp_0_7
,
3351 { "Bit 7: PUT", "s7comm.szl.0131.0006.zugtyp_0.put", FT_BOOLEAN
, 8, NULL
, 0x80,
3353 { &hf_s7comm_szl_0131_0006_zugtyp_1
,
3354 { "zugtyp_1", "s7comm.szl.0131.0006.zugtyp_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3355 "zugtyp_1 (Permitted module types for fast reaction)", HFILL
}},
3356 { &hf_s7comm_szl_0131_0006_zugtyp_1_0
,
3357 { "Bit 0: PRINT", "s7comm.szl.0131.0006.zugtyp_1.print", FT_BOOLEAN
, 8, NULL
, 0x01,
3359 { &hf_s7comm_szl_0131_0006_zugtyp_1_1
,
3360 { "Bit 1: ABORT", "s7comm.szl.0131.0006.zugtyp_1abort", FT_BOOLEAN
, 8, NULL
, 0x02,
3362 { &hf_s7comm_szl_0131_0006_zugtyp_1_2
,
3363 { "Bit 2: INITIATE", "s7comm.szl.0131.0006.zugtyp_1.initiate", FT_BOOLEAN
, 8, NULL
, 0x04,
3365 { &hf_s7comm_szl_0131_0006_zugtyp_1_3
,
3366 { "Bit 3: START", "s7comm.szl.0131.0006.zugtyp_1.start", FT_BOOLEAN
, 8, NULL
, 0x08,
3368 { &hf_s7comm_szl_0131_0006_zugtyp_1_4
,
3369 { "Bit 4: STOP", "s7comm.szl.0131.0006.zugtyp_1.stop", FT_BOOLEAN
, 8, NULL
, 0x10,
3371 { &hf_s7comm_szl_0131_0006_zugtyp_1_5
,
3372 { "Bit 5: RESUME", "s7comm.szl.0131.0006.zugtyp_1.resume", FT_BOOLEAN
, 8, NULL
, 0x20,
3374 { &hf_s7comm_szl_0131_0006_zugtyp_1_6
,
3375 { "Bit 6: STATUS", "s7comm.szl.0131.0006.zugtyp_1.status", FT_BOOLEAN
, 8, NULL
, 0x40,
3377 { &hf_s7comm_szl_0131_0006_zugtyp_1_7
,
3378 { "Bit 7: USTATUS", "s7comm.szl.0131.0006.zugtyp_1.ustatus", FT_BOOLEAN
, 8, NULL
, 0x80,
3380 { &hf_s7comm_szl_0131_0006_zugtyp_2
,
3381 { "zugtyp_2", "s7comm.szl.0131.0006.zugtyp_2", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3382 "zugtyp_2 (Permitted module types for fast reaction)", HFILL
}},
3383 { &hf_s7comm_szl_0131_0006_zugtyp_2_0
,
3384 { "Bit 0: PI", "s7comm.szl.0131.0006.zugtyp_2.pi", FT_BOOLEAN
, 8, NULL
, 0x01,
3386 { &hf_s7comm_szl_0131_0006_zugtyp_2_1
,
3387 { "Bit 1: READ", "s7comm.szl.0131.0006.zugtyp_2.read", FT_BOOLEAN
, 8, NULL
, 0x02,
3389 { &hf_s7comm_szl_0131_0006_zugtyp_2_2
,
3390 { "Bit 2: WRITE", "s7comm.szl.0131.0006.zugtyp_2.write", FT_BOOLEAN
, 8, NULL
, 0x04,
3392 { &hf_s7comm_szl_0131_0006_zugtyp_2_3
,
3393 { "Bit 3: LOAD", "s7comm.szl.0131.0006.zugtyp_2.load", FT_BOOLEAN
, 8, NULL
, 0x08,
3395 { &hf_s7comm_szl_0131_0006_zugtyp_2_4
,
3396 { "Bit 4: LOAD_ME", "s7comm.szl.0131.0006.zugtyp_2.load_me", FT_BOOLEAN
, 8, NULL
, 0x10,
3398 { &hf_s7comm_szl_0131_0006_zugtyp_2_5
,
3399 { "Bit 5: ALARM", "s7comm.szl.0131.0006.zugtyp_2.alarm", FT_BOOLEAN
, 8, NULL
, 0x20,
3401 { &hf_s7comm_szl_0131_0006_zugtyp_2_6
,
3402 { "Bit 6: ALARM_8", "s7comm.szl.0131.0006.zugtyp_2.alarm_8", FT_BOOLEAN
, 8, NULL
, 0x40,
3404 { &hf_s7comm_szl_0131_0006_zugtyp_2_7
,
3405 { "Bit 7: ALARM_8P", "s7comm.szl.0131.0006.zugtyp_2.alarm_8p", FT_BOOLEAN
, 8, NULL
, 0x80,
3407 { &hf_s7comm_szl_0131_0006_zugtyp_3
,
3408 { "zugtyp_3", "s7comm.szl.0131.0006.zugtyp_3", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3409 "zugtyp_3 (Permitted module types for fast reaction)", HFILL
}},
3410 { &hf_s7comm_szl_0131_0006_zugtyp_3_0
,
3411 { "Bit 0: NOTIFY", "s7comm.szl.0131.0006.zugtyp_3.notify", FT_BOOLEAN
, 8, NULL
, 0x01,
3413 { &hf_s7comm_szl_0131_0006_zugtyp_3_1
,
3414 { "Bit 1: AR_SEND", "s7comm.szl.0131.0006.zugtyp_3.ar_send", FT_BOOLEAN
, 8, NULL
, 0x02,
3416 { &hf_s7comm_szl_0131_0006_zugtyp_3_2
,
3417 { "Bit 2: Reserved", "s7comm.szl.0131.0006.zugtyp_3.bit2_res", FT_BOOLEAN
, 8, NULL
, 0x04,
3419 { &hf_s7comm_szl_0131_0006_zugtyp_3_3
,
3420 { "Bit 3: Reserved", "s7comm.szl.0131.0006.zugtyp_3.bit3_res", FT_BOOLEAN
, 8, NULL
, 0x08,
3422 { &hf_s7comm_szl_0131_0006_zugtyp_3_4
,
3423 { "Bit 4: Reserved", "s7comm.szl.0131.0006.zugtyp_3.bit4_res", FT_BOOLEAN
, 8, NULL
, 0x10,
3425 { &hf_s7comm_szl_0131_0006_zugtyp_3_5
,
3426 { "Bit 5: Reserved", "s7comm.szl.0131.0006.zugtyp_3.bit5_res", FT_BOOLEAN
, 8, NULL
, 0x20,
3428 { &hf_s7comm_szl_0131_0006_zugtyp_3_6
,
3429 { "Bit 6: Reserved", "s7comm.szl.0131.0006.zugtyp_3.bit6_res", FT_BOOLEAN
, 8, NULL
, 0x40,
3431 { &hf_s7comm_szl_0131_0006_zugtyp_3_7
,
3432 { "Bit 7: Reserved", "s7comm.szl.0131.0006.zugtyp_3.bit7_res", FT_BOOLEAN
, 8, NULL
, 0x80,
3434 { &hf_s7comm_szl_0131_0006_zugtyp_4
,
3435 { "zugtyp_4", "s7comm.szl.0131.0006.zugtyp_4", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3436 "zugtyp_4 (Permitted module types for fast reaction)", HFILL
}},
3437 { &hf_s7comm_szl_0131_0006_zugtyp_5
,
3438 { "zugtyp_5", "s7comm.szl.0131.0006.zugtyp_5", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3439 "zugtyp_5 (Permitted module types for fast reaction)", HFILL
}},
3440 { &hf_s7comm_szl_0131_0006_zugtyp_6
,
3441 { "zugtyp_6", "s7comm.szl.0131.0006.zugtyp_6", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3442 "zugtyp_6 (Permitted module types for fast reaction)", HFILL
}},
3443 { &hf_s7comm_szl_0131_0006_zugtyp_6_0
,
3444 { "Bit 0: X_SEND", "s7comm.szl.0131.0006.zugtyp_6.x_send", FT_BOOLEAN
, 8, NULL
, 0x01,
3446 { &hf_s7comm_szl_0131_0006_zugtyp_6_1
,
3447 { "Bit 1: X_RCV", "s7comm.szl.0131.0006.zugtyp_6.x_rcv", FT_BOOLEAN
, 8, NULL
, 0x02,
3449 { &hf_s7comm_szl_0131_0006_zugtyp_6_2
,
3450 { "Bit 2: X_GET", "s7comm.szl.0131.0006.zugtyp_6.x_get", FT_BOOLEAN
, 8, NULL
, 0x04,
3452 { &hf_s7comm_szl_0131_0006_zugtyp_6_3
,
3453 { "Bit 3: X_PUT", "s7comm.szl.0131.0006.zugtyp_6.x_put", FT_BOOLEAN
, 8, NULL
, 0x08,
3455 { &hf_s7comm_szl_0131_0006_zugtyp_6_4
,
3456 { "Bit 4: X_ABORT", "s7comm.szl.0131.0006.zugtyp_6.x_abort", FT_BOOLEAN
, 8, NULL
, 0x10,
3458 { &hf_s7comm_szl_0131_0006_zugtyp_6_5
,
3459 { "Bit 5: I_GET", "s7comm.szl.0131.0006.zugtyp_6.i_get", FT_BOOLEAN
, 8, NULL
, 0x20,
3461 { &hf_s7comm_szl_0131_0006_zugtyp_6_6
,
3462 { "Bit 6: I_PUT", "s7comm.szl.0131.0006.zugtyp_6.i_put", FT_BOOLEAN
, 8, NULL
, 0x40,
3464 { &hf_s7comm_szl_0131_0006_zugtyp_6_7
,
3465 { "Bit 7: I_ABORT", "s7comm.szl.0131.0006.zugtyp_6.i_abort", FT_BOOLEAN
, 8, NULL
, 0x80,
3467 { &hf_s7comm_szl_0131_0006_zugtyp_7
,
3468 { "zugtyp_7", "s7comm.szl.0131.0006.zugtyp_7", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3469 "zugtyp_7 (Permitted module types for fast reaction)", HFILL
}},
3470 { &hf_s7comm_szl_0131_0006_zugtyp_7_0
,
3471 { "Bit 0: SCAN_SND", "s7comm.szl.0131.0006.zugtyp_7.scan_snd", FT_BOOLEAN
, 8, NULL
, 0x01,
3473 { &hf_s7comm_szl_0131_0006_zugtyp_7_1
,
3474 { "Bit 1: ALARM_SQ", "s7comm.szl.0131.0006.zugtyp_7.alarm_sq", FT_BOOLEAN
, 8, NULL
, 0x02,
3476 { &hf_s7comm_szl_0131_0006_zugtyp_7_2
,
3477 { "Bit 2: ALARM_S", "s7comm.szl.0131.0006.zugtyp_7.alarm_s", FT_BOOLEAN
, 8, NULL
, 0x04,
3479 { &hf_s7comm_szl_0131_0006_zugtyp_7_3
,
3480 { "Bit 3: ALARM_SC", "s7comm.szl.0131.0006.zugtyp_7.alarm_sc", FT_BOOLEAN
, 8, NULL
, 0x08,
3482 { &hf_s7comm_szl_0131_0006_zugtyp_7_4
,
3483 { "Bit 4: EN_MSG", "s7comm.szl.0131.0006.zugtyp_7.en_msg", FT_BOOLEAN
, 8, NULL
, 0x10,
3485 { &hf_s7comm_szl_0131_0006_zugtyp_7_5
,
3486 { "Bit 5: DIS_MSG", "s7comm.szl.0131.0006.zugtyp_7.dis_msg", FT_BOOLEAN
, 8, NULL
, 0x20,
3488 { &hf_s7comm_szl_0131_0006_zugtyp_7_6
,
3489 { "Bit 6: CONTROL", "s7comm.szl.0131.0006.zugtyp_7.control", FT_BOOLEAN
, 8, NULL
, 0x40,
3491 { &hf_s7comm_szl_0131_0006_zugtyp_7_7
,
3492 { "Bit 7: Reserved", "s7comm.szl.0131.0006.zugtyp_7.bit7_res", FT_BOOLEAN
, 8, NULL
, 0x80,
3494 { &hf_s7comm_szl_0131_0006_res1
,
3495 { "res1 (Reserved)", "s7comm.szl.0131.0006.res1", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
3497 { &hf_s7comm_szl_0131_0006_max_sd_empf
,
3498 { "max_sd_empf (Maximum number of send and receive parameters per block)", "s7comm.szl.0131.0006.max_sd_empf", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
3500 { &hf_s7comm_szl_0131_0006_max_sd_al8p
,
3501 { "max_sd_al8p (Maximum number of send parameters for ALARM_8P)", "s7comm.szl.0131.0006.max_sd_al8p", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
3503 { &hf_s7comm_szl_0131_0006_max_inst
,
3504 { "max_inst (Maximum number of instances for communication SFBs for configured connections)", "s7comm.szl.0131.0006.max_inst", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
3506 { &hf_s7comm_szl_0131_0006_res2
,
3507 { "res2 (Reserved)", "s7comm.szl.0131.0006.res2", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
3509 { &hf_s7comm_szl_0131_0006_verb_proj
,
3510 { "verb_proj (Connection configured (yes=1) possible)", "s7comm.szl.0131.0006.verb_proj", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3512 { &hf_s7comm_szl_0131_0006_verb_prog
,
3513 { "verb_prog (Connection programmed (yes=1) possible)", "s7comm.szl.0131.0006.verb_prog", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3515 { &hf_s7comm_szl_0131_0006_res3
,
3516 { "res3 (Reserved)", "s7comm.szl.0131.0006.res3", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
3519 proto_register_field_array(proto
, hf
, array_length(hf
));
3522 /*----------------------------------------------------------------------------------------------------*/
3524 s7comm_decode_szl_id_0131_idx_0006(tvbuff_t
*tvb
,
3528 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3530 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0006_funkt_0
,
3531 ett_s7comm_szl_0131_0006_funkt_0
, s7comm_szl_0131_0006_funkt_0_fields
, ENC_BIG_ENDIAN
);
3533 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0006_funkt_1
,
3534 ett_s7comm_szl_0131_0006_funkt_1
, s7comm_szl_0131_0006_funkt_1_fields
, ENC_BIG_ENDIAN
);
3536 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0006_funkt_2
,
3537 ett_s7comm_szl_0131_0006_funkt_2
, s7comm_szl_0131_0006_funkt_2_fields
, ENC_BIG_ENDIAN
);
3539 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0006_funkt_3
,
3540 ett_s7comm_szl_0131_0006_funkt_3
, s7comm_szl_0131_0006_funkt_3_fields
, ENC_BIG_ENDIAN
);
3542 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_4
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3544 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_5
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3546 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0006_funkt_6
,
3547 ett_s7comm_szl_0131_0006_funkt_6
, s7comm_szl_0131_0006_funkt_6_fields
, ENC_BIG_ENDIAN
);
3549 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0006_funkt_7
,
3550 ett_s7comm_szl_0131_0006_funkt_7
, s7comm_szl_0131_0006_funkt_7_fields
, ENC_BIG_ENDIAN
);
3552 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_schnell
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3554 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0006_zugtyp_0
,
3555 ett_s7comm_szl_0131_0006_zugtyp_0
, s7comm_szl_0131_0006_zugtyp_0_fields
, ENC_BIG_ENDIAN
);
3557 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0006_zugtyp_1
,
3558 ett_s7comm_szl_0131_0006_zugtyp_1
, s7comm_szl_0131_0006_zugtyp_1_fields
, ENC_BIG_ENDIAN
);
3560 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0006_zugtyp_2
,
3561 ett_s7comm_szl_0131_0006_zugtyp_2
, s7comm_szl_0131_0006_zugtyp_2_fields
, ENC_BIG_ENDIAN
);
3563 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0006_zugtyp_3
,
3564 ett_s7comm_szl_0131_0006_zugtyp_3
, s7comm_szl_0131_0006_zugtyp_3_fields
, ENC_BIG_ENDIAN
);
3566 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_zugtyp_4
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3568 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_zugtyp_5
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3570 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0006_zugtyp_6
,
3571 ett_s7comm_szl_0131_0006_zugtyp_6
, s7comm_szl_0131_0006_zugtyp_6_fields
, ENC_BIG_ENDIAN
);
3573 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0006_zugtyp_7
,
3574 ett_s7comm_szl_0131_0006_zugtyp_7
, s7comm_szl_0131_0006_zugtyp_7_fields
, ENC_BIG_ENDIAN
);
3576 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_res1
, tvb
, offset
, 1, ENC_NA
);
3578 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_max_sd_empf
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3580 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_max_sd_al8p
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3582 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_max_inst
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3584 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_res2
, tvb
, offset
, 2, ENC_NA
);
3586 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_verb_proj
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3588 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_verb_prog
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3590 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_res3
, tvb
, offset
, 10, ENC_NA
);
3596 /*******************************************************************************************************
3601 * The partial list extract with SZL-ID W#16#0131 and the index W#16#0007
3602 * contains information about the functions available for global data
3603 * communication on the module.
3605 *******************************************************************************************************/
3607 s7comm_szl_0131_0007_register(int proto
)
3609 static hf_register_info hf
[] = {
3610 { &hf_s7comm_szl_0131_0007_index
,
3611 { "Index", "s7comm.szl.0131.0007.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
3612 "W#16#0007 Global data communication", HFILL
}},
3613 { &hf_s7comm_szl_0131_0007_funkt_0
,
3614 { "funkt_0 (Available GD functions)", "s7comm.szl.0131.0007.funkt_0", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3616 { &hf_s7comm_szl_0131_0007_funkt_0_0
,
3617 { "Cyclic", "s7comm.szl.0131.0007.funkt_0.cyclic", FT_BOOLEAN
, 8, NULL
, 0x01,
3618 "Bit 0: Cyclic", HFILL
}},
3619 { &hf_s7comm_szl_0131_0007_funkt_0_1
,
3620 { "GD_SND", "s7comm.szl.0131.0007.funkt_0.gd_snd", FT_BOOLEAN
, 8, NULL
, 0x02,
3621 "Bit 1: GD_SND", HFILL
}},
3622 { &hf_s7comm_szl_0131_0007_funkt_0_2
,
3623 { "GD_RCV", "s7comm.szl.0131.0007.funkt_0.gd_rcv", FT_BOOLEAN
, 8, NULL
, 0x04,
3624 "Bit 2: GD_RCV", HFILL
}},
3625 { &hf_s7comm_szl_0131_0007_funkt_0_3
,
3626 { "Reserved", "s7comm.szl.0131.0007.funkt_0.bit3_res", FT_BOOLEAN
, 8, NULL
, 0x08,
3627 "Bit 3: Reserved", HFILL
}},
3628 { &hf_s7comm_szl_0131_0007_funkt_0_4
,
3629 { "Reserved", "s7comm.szl.0131.0007.funkt_0.bit4_res", FT_BOOLEAN
, 8, NULL
, 0x10,
3630 "Bit 4: Reserved", HFILL
}},
3631 { &hf_s7comm_szl_0131_0007_funkt_0_5
,
3632 { "Reserved", "s7comm.szl.0131.0007.funkt_0.bit5_res", FT_BOOLEAN
, 8, NULL
, 0x20,
3633 "Bit 5: Reserved", HFILL
}},
3634 { &hf_s7comm_szl_0131_0007_funkt_0_6
,
3635 { "Reserved", "s7comm.szl.0131.0007.funkt_0.bit6_res", FT_BOOLEAN
, 8, NULL
, 0x40,
3636 "Bit 6: Reserved", HFILL
}},
3637 { &hf_s7comm_szl_0131_0007_funkt_0_7
,
3638 { "Reserved", "s7comm.szl.0131.0007.funkt_0.bit7_res", FT_BOOLEAN
, 8, NULL
, 0x80,
3639 "Bit 7: Reserved", HFILL
}},
3640 { &hf_s7comm_szl_0131_0007_funkt_1
,
3641 { "funkt_1 (Reserved)", "s7comm.szl.0131.0007.funkt_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3643 { &hf_s7comm_szl_0131_0007_obj_0
,
3644 { "obj_0 (Addressable objects)", "s7comm.szl.0131.0007.obj_0", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3646 { &hf_s7comm_szl_0131_0007_obj_0_0
,
3647 { "M", "s7comm.szl.0131.0007.obj_0.m", FT_BOOLEAN
, 8, NULL
, 0x01,
3648 "Bit 0: M", HFILL
}},
3649 { &hf_s7comm_szl_0131_0007_obj_0_1
,
3650 { "PII", "s7comm.szl.0131.0007.obj_0.pii", FT_BOOLEAN
, 8, NULL
, 0x02,
3651 "Bit 1: PII", HFILL
}},
3652 { &hf_s7comm_szl_0131_0007_obj_0_2
,
3653 { "PIQ", "s7comm.szl.0131.0007.obj_0.piq", FT_BOOLEAN
, 8, NULL
, 0x04,
3654 "Bit 2: PIQ", HFILL
}},
3655 { &hf_s7comm_szl_0131_0007_obj_0_3
,
3656 { "T", "s7comm.szl.0131.0007.obj_0.t", FT_BOOLEAN
, 8, NULL
, 0x08,
3657 "Bit 3: T", HFILL
}},
3658 { &hf_s7comm_szl_0131_0007_obj_0_4
,
3659 { "C", "s7comm.szl.0131.0007.obj_0.c", FT_BOOLEAN
, 8, NULL
, 0x10,
3660 "Bit 4: C", HFILL
}},
3661 { &hf_s7comm_szl_0131_0007_obj_0_5
,
3662 { "DB", "s7comm.szl.0131.0007.obj_0.db", FT_BOOLEAN
, 8, NULL
, 0x20,
3663 "Bit 5: DB", HFILL
}},
3664 { &hf_s7comm_szl_0131_0007_obj_0_6
,
3665 { "Reserved", "s7comm.szl.0131.0007.obj_0.bit6_res", FT_BOOLEAN
, 8, NULL
, 0x40,
3666 "Bit 6: Reserved", HFILL
}},
3667 { &hf_s7comm_szl_0131_0007_obj_0_7
,
3668 { "Reserved", "s7comm.szl.0131.0007.obj_0.bit7_res", FT_BOOLEAN
, 8, NULL
, 0x80,
3669 "Bit 7: Reserved", HFILL
}},
3670 { &hf_s7comm_szl_0131_0007_obj_1
,
3671 { "obj_1 (Reserved)", "s7comm.szl.0131.0007.obj_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3673 { &hf_s7comm_szl_0131_0007_kons
,
3674 { "kons (Consistent length in bytes)", "s7comm.szl.0131.0007.kons", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
3676 { &hf_s7comm_szl_0131_0007_sen
,
3677 { "sen (Minimum scan rate for sending)", "s7comm.szl.0131.0007.sen", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
3679 { &hf_s7comm_szl_0131_0007_rec
,
3680 { "rec (Minimum scan rate for receiving)", "s7comm.szl.0131.0007.rec", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
3682 { &hf_s7comm_szl_0131_0007_time
,
3683 { "time (Time monitoring when receiving yes/no)", "s7comm.szl.0131.0007.time", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
3685 { &hf_s7comm_szl_0131_0007_proj
,
3686 { "proj (Re-configuration possible in RUN yes/no)", "s7comm.szl.0131.0007.proj", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
3688 { &hf_s7comm_szl_0131_0007_alarm
,
3689 { "alarm (Communication interrupt yes/no)", "s7comm.szl.0131.0007.alarm", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
3691 { &hf_s7comm_szl_0131_0007_mode
,
3692 { "mode", "s7comm.szl.0131.0007.mode", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3693 "mode: Party line/MPI, communication bus", HFILL
}},
3694 { &hf_s7comm_szl_0131_0007_mode_0
,
3695 { "Party line/MPI", "s7comm.szl.0131.0007.mode.pl_mpi", FT_BOOLEAN
, 8, NULL
, 0x01,
3696 "Bit 0: Party line/MPI", HFILL
}},
3697 { &hf_s7comm_szl_0131_0007_mode_1
,
3698 { "Communication bus", "s7comm.szl.0131.0007.mode.comm_bus", FT_BOOLEAN
, 8, NULL
, 0x02,
3699 "Bit 1: Communication bus", HFILL
}},
3700 { &hf_s7comm_szl_0131_0007_kreis
,
3701 { "kreis (Maximum number of GD groups of the CPU)", "s7comm.szl.0131.0007.kreis", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
3703 { &hf_s7comm_szl_0131_0007_sk_1
,
3704 { "sk_1 (Maximum number of GD packets to be sent per GD circle of the CPU)", "s7comm.szl.0131.0007.sk_1", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
3706 { &hf_s7comm_szl_0131_0007_sk_2
,
3707 { "sk_2 (Maximum number of GD packets to be sent for all GD circles of the CPU)", "s7comm.szl.0131.0007.sk_2", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
3709 { &hf_s7comm_szl_0131_0007_ek_1
,
3710 { "ek_1 (Maximum number of GD packets to be received per GD circle of the CPU)", "s7comm.szl.0131.0007.ek_1", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
3712 { &hf_s7comm_szl_0131_0007_ek_2
,
3713 { "ek_2 (Maximum number of GD packets to be received for all GD circles of the CPU)", "s7comm.szl.0131.0007.ek_2", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
3715 { &hf_s7comm_szl_0131_0007_len_1
,
3716 { "len_1 (Maximum length of a GD packet)", "s7comm.szl.0131.0007.len_1", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
3718 { &hf_s7comm_szl_0131_0007_len_2
,
3719 { "len_2 (Maximum length of a GD packet header)", "s7comm.szl.0131.0007.len_2", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
3721 { &hf_s7comm_szl_0131_0007_len_3
,
3722 { "len_3 (Length of the object description header)", "s7comm.szl.0131.0007.len_3", FT_UINT8
, BASE_DEC
, NULL
, 0x0,
3724 { &hf_s7comm_szl_0131_0007_res
,
3725 { "res (Reserved)", "s7comm.szl.0131.0007.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
3728 proto_register_field_array(proto
, hf
, array_length(hf
));
3731 /*----------------------------------------------------------------------------------------------------*/
3733 s7comm_decode_szl_id_0131_idx_0007(tvbuff_t
*tvb
,
3737 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3739 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0007_funkt_0
,
3740 ett_s7comm_szl_0131_0007_funkt_0
, s7comm_szl_0131_0007_funkt_0_fields
, ENC_BIG_ENDIAN
);
3742 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_funkt_1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3744 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0007_obj_0
,
3745 ett_s7comm_szl_0131_0007_obj_0
, s7comm_szl_0131_0007_obj_0_fields
, ENC_BIG_ENDIAN
);
3747 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_obj_1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3749 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_kons
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3751 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_sen
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3753 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_rec
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3755 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_time
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3757 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_proj
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3759 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_alarm
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3761 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0007_mode
,
3762 ett_s7comm_szl_0131_0007_mode
, s7comm_szl_0131_0007_mode_fields
, ENC_BIG_ENDIAN
);
3764 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_kreis
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3766 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_sk_1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3768 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_sk_2
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3770 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_ek_1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3772 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_ek_2
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3774 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_len_1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3776 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_len_2
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3778 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_len_3
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
3780 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0007_res
, tvb
, offset
, 19, ENC_NA
);
3786 /*******************************************************************************************************
3791 * The partial list extract with SZL-ID W#16#0131 and the index W#16#0008
3792 * contains information about the time required for test and installation
3795 *******************************************************************************************************/
3797 s7comm_szl_0131_0008_register(int proto
)
3799 static hf_register_info hf
[] = {
3800 { &hf_s7comm_szl_0131_0008_index
,
3801 { "Index", "s7comm.szl.0131.0008.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
3802 "W#16#0008 Test and installation function time information", HFILL
}},
3804 * - Bit 0 to bit 11 contains the time value
3805 * - Bit 12 to bit 15 contains the time base: 0=10e-10 sec, 1=10e-9 sec, 0xa = 10e0 sec, 0xf=10e5 sec
3807 { &hf_s7comm_szl_0131_0008_last_1
,
3808 { "last_1 (Basic overhead for status block) time value", "s7comm.szl.0131.0008.last_1", FT_UINT16
, BASE_DEC
, NULL
, 0x0fff,
3810 { &hf_s7comm_szl_0131_0008_last_1_tb
,
3811 { "last_1 (Basic overhead for status block) time base", "s7comm.szl.0131.0008.last_1_tb", FT_UINT16
, BASE_HEX
, VALS(s7comm_szl_0131_0008_timebase_names
), 0xf000,
3813 { &hf_s7comm_szl_0131_0008_last_2
,
3814 { "last_2 (Basic overhead for monitor variables) time value", "s7comm.szl.0131.0008.last_2", FT_UINT16
, BASE_DEC
, NULL
, 0x0fff,
3816 { &hf_s7comm_szl_0131_0008_last_2_tb
,
3817 { "last_2 (Basic overhead for monitor variables) time base", "s7comm.szl.0131.0008.last_2_tb", FT_UINT16
, BASE_HEX
, VALS(s7comm_szl_0131_0008_timebase_names
), 0xf000,
3819 { &hf_s7comm_szl_0131_0008_last_3
,
3820 { "last_3 (Basic overhead for modify variables) time value", "s7comm.szl.0131.0008.last_3", FT_UINT16
, BASE_DEC
, NULL
, 0x0fff,
3822 { &hf_s7comm_szl_0131_0008_last_3_tb
,
3823 { "last_3 (Basic overhead for modify variables) time base", "s7comm.szl.0131.0008.last_3_tb", FT_UINT16
, BASE_HEX
, VALS(s7comm_szl_0131_0008_timebase_names
), 0xf000,
3825 { &hf_s7comm_szl_0131_0008_merker
,
3826 { "merker (Time for one variable address 'memory bit') time value", "s7comm.szl.0131.0008.merker", FT_UINT16
, BASE_DEC
, NULL
, 0x0fff,
3828 { &hf_s7comm_szl_0131_0008_merker_tb
,
3829 { "merker (Time for one variable address 'memory bit') time base", "s7comm.szl.0131.0008.merker_tb", FT_UINT16
, BASE_HEX
, VALS(s7comm_szl_0131_0008_timebase_names
), 0xf000,
3831 { &hf_s7comm_szl_0131_0008_ea
,
3832 { "ea (Time for one variable address 'input' or 'output') time value", "s7comm.szl.0131.0008.ea", FT_UINT16
, BASE_DEC
, NULL
, 0x0fff,
3834 { &hf_s7comm_szl_0131_0008_ea_tb
,
3835 { "ea (Time for one variable address 'input' or 'output') time base", "s7comm.szl.0131.0008.ea_tb", FT_UINT16
, BASE_HEX
, VALS(s7comm_szl_0131_0008_timebase_names
), 0xf000,
3837 { &hf_s7comm_szl_0131_0008_tz
,
3838 { "tz (Time for one variable address 'timer' or 'counter') time value", "s7comm.szl.0131.0008.tz", FT_UINT16
, BASE_DEC
, NULL
, 0x0fff,
3840 { &hf_s7comm_szl_0131_0008_tz_tb
,
3841 { "tz (Time for one variable address 'timer' or 'counter') time base", "s7comm.szl.0131.0008.tz_tb", FT_UINT16
, BASE_HEX
, VALS(s7comm_szl_0131_0008_timebase_names
), 0xf000,
3843 { &hf_s7comm_szl_0131_0008_db
,
3844 { "db (Time for one variable address 'data block DB') time value", "s7comm.szl.0131.0008.db", FT_UINT16
, BASE_DEC
, NULL
, 0x0fff,
3846 { &hf_s7comm_szl_0131_0008_db_tb
,
3847 { "db (Time for one variable address 'data block DB') time base", "s7comm.szl.0131.0008.db_tb", FT_UINT16
, BASE_HEX
, VALS(s7comm_szl_0131_0008_timebase_names
), 0xf000,
3849 { &hf_s7comm_szl_0131_0008_ld
,
3850 { "ld (Time for one variable address 'ADB' or 'local data') time value", "s7comm.szl.0131.0008.ld", FT_UINT16
, BASE_DEC
, NULL
, 0x0fff,
3852 { &hf_s7comm_szl_0131_0008_ld_tb
,
3853 { "ld (Time for one variable address 'ADB' or 'local data') time base", "s7comm.szl.0131.0008.ld_tb", FT_UINT16
, BASE_HEX
, VALS(s7comm_szl_0131_0008_timebase_names
), 0xf000,
3855 { &hf_s7comm_szl_0131_0008_reg
,
3856 { "reg (Time for one variable address 'register') time value", "s7comm.szl.0131.0008.reg", FT_UINT16
, BASE_DEC
, NULL
, 0x0fff,
3858 { &hf_s7comm_szl_0131_0008_reg_tb
,
3859 { "reg (Time for one variable address 'register') time base", "s7comm.szl.0131.0008.reg_tb", FT_UINT16
, BASE_HEX
, VALS(s7comm_szl_0131_0008_timebase_names
), 0xf000,
3861 { &hf_s7comm_szl_0131_0008_ba_stali1
,
3862 { "ba_stali1 (Basic time for a status list ID of group 1) time value", "s7comm.szl.0131.0008.ba_stali1", FT_UINT16
, BASE_DEC
, NULL
, 0x0fff,
3864 { &hf_s7comm_szl_0131_0008_ba_stali1_tb
,
3865 { "ba_stali1 (Basic time for a status list ID of group 1) time base", "s7comm.szl.0131.0008.ba_stali1_tb", FT_UINT16
, BASE_HEX
, VALS(s7comm_szl_0131_0008_timebase_names
), 0xf000,
3867 { &hf_s7comm_szl_0131_0008_ba_stali2
,
3868 { "ba_stali2 (Basic time for a status list ID of group 2) time value", "s7comm.szl.0131.0008.ba_stali2", FT_UINT16
, BASE_DEC
, NULL
, 0x0fff,
3870 { &hf_s7comm_szl_0131_0008_ba_stali2_tb
,
3871 { "ba_stali2 (Basic time for a status list ID of group 2) time base", "s7comm.szl.0131.0008.ba_stali2_tb", FT_UINT16
, BASE_HEX
, VALS(s7comm_szl_0131_0008_timebase_names
), 0xf000,
3873 { &hf_s7comm_szl_0131_0008_ba_stali3
,
3874 { "ba_stali3 (Basic time for a status list ID of group 3) time value", "s7comm.szl.0131.0008.ba_stali3", FT_UINT16
, BASE_DEC
, NULL
, 0x0fff,
3876 { &hf_s7comm_szl_0131_0008_ba_stali3_tb
,
3877 { "ba_stali3 (Basic time for a status list ID of group 3) time base", "s7comm.szl.0131.0008.ba_stali3_tb", FT_UINT16
, BASE_HEX
, VALS(s7comm_szl_0131_0008_timebase_names
), 0xf000,
3879 { &hf_s7comm_szl_0131_0008_akku
,
3880 { "akku (Accumulators added to basic time when ACCU 1, 2 addressed) time value", "s7comm.szl.0131.0008.akku", FT_UINT16
, BASE_DEC
, NULL
, 0x0fff,
3882 { &hf_s7comm_szl_0131_0008_akku_tb
,
3883 { "akku (Accumulators added to basic time when ACCU 1, 2 addressed) time base", "s7comm.szl.0131.0008.akku_tb", FT_UINT16
, BASE_HEX
, VALS(s7comm_szl_0131_0008_timebase_names
), 0xf000,
3885 { &hf_s7comm_szl_0131_0008_address
,
3886 { "address (Address register added to basic time when AR 1 or AR 2 addressed) time value", "s7comm.szl.0131.0008.address", FT_UINT16
, BASE_DEC
, NULL
, 0x0fff,
3888 { &hf_s7comm_szl_0131_0008_address_tb
,
3889 { "address (Address register added to basic time when AR 1 or AR 2 addressed) time base", "s7comm.szl.0131.0008.address_tb", FT_UINT16
, BASE_HEX
, VALS(s7comm_szl_0131_0008_timebase_names
), 0xf000,
3891 { &hf_s7comm_szl_0131_0008_dbreg
,
3892 { "dbreg (DB register added to basic time when DB register addressed) time value", "s7comm.szl.0131.0008.dbreg", FT_UINT16
, BASE_DEC
, NULL
, 0x0fff,
3894 { &hf_s7comm_szl_0131_0008_dbreg_tb
,
3895 { "dbreg (DB register added to basic time when DB register addressed) time base", "s7comm.szl.0131.0008.dbreg_tb", FT_UINT16
, BASE_HEX
, VALS(s7comm_szl_0131_0008_timebase_names
), 0xf000,
3897 { &hf_s7comm_szl_0131_0008_res
,
3898 { "res (Reserved)", "s7comm.szl.0131.0008.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
3901 proto_register_field_array(proto
, hf
, array_length(hf
));
3904 /*----------------------------------------------------------------------------------------------------*/
3906 s7comm_decode_szl_id_0131_idx_0008(tvbuff_t
*tvb
,
3910 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3912 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_last_1
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3913 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_last_1_tb
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3915 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_last_2
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3916 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_last_2_tb
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3918 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_last_3
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3919 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_last_3_tb
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3921 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_merker
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3922 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_merker_tb
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3924 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_ea
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3925 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_ea_tb
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3927 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_tz
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3928 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_tz_tb
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3930 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_db
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3931 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_db_tb
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3933 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_ld
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3934 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_ld_tb
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3936 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_reg
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3937 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_reg_tb
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3939 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_ba_stali1
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3940 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_ba_stali1_tb
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3942 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_ba_stali2
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3943 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_ba_stali2_tb
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3945 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_ba_stali3
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3946 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_ba_stali3_tb
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3948 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_akku
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3949 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_akku_tb
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3951 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_address
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3952 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_address_tb
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3954 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_dbreg
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3955 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_dbreg_tb
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
3957 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0008_res
, tvb
, offset
, 8, ENC_NA
);
3963 /*******************************************************************************************************
3968 * The partial list extract with SZL-ID W#16#0131 and the index W#16#0009
3969 * contains time-of-day capability parameters.
3971 *******************************************************************************************************/
3973 s7comm_szl_0131_0009_register(int proto
)
3975 static hf_register_info hf
[] = {
3976 { &hf_s7comm_szl_0131_0009_index
,
3977 { "Index", "s7comm.szl.0131.0009.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
3978 "W#16#0009 Time-of-day capability", HFILL
}},
3979 { &hf_s7comm_szl_0131_0009_sync_k
,
3980 { "sync_k (Time synchronization C bus)", "s7comm.szl.0131.0009.sync_k", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3982 { &hf_s7comm_szl_0131_0009_sync_k_0
,
3983 { "Time-of-day synchronization neutral", "s7comm.szl.0131.0009.sync_k.neutral", FT_BOOLEAN
, 8, NULL
, 0x01,
3984 "Bit 0: Time-of-day synchronization neutral", HFILL
}},
3985 { &hf_s7comm_szl_0131_0009_sync_k_1
,
3986 { "Capable of being slave for time-of-day synchronization", "s7comm.szl.0131.0009.sync_k.slave", FT_BOOLEAN
, 8, NULL
, 0x02,
3987 "Bit 1: Capable of being slave for time-of-day synchronization", HFILL
}},
3988 { &hf_s7comm_szl_0131_0009_sync_k_2
,
3989 { "Capable of being master for time-of-day synchronization", "s7comm.szl.0131.0009.sync_k.master", FT_BOOLEAN
, 8, NULL
, 0x04,
3990 "Bit 2: Capable of being master for time-of-day synchronization", HFILL
}},
3991 { &hf_s7comm_szl_0131_0009_sync_mpi
,
3992 { "sync_mpi (Time synchronization via MPI)", "s7comm.szl.0131.0009.sync_mpi", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
3994 { &hf_s7comm_szl_0131_0009_sync_mpi_0
,
3995 { "Time-of-day synchronization neutral", "s7comm.szl.0131.0009.sync_mpi.neutral", FT_BOOLEAN
, 8, NULL
, 0x01,
3996 "Bit 0: Time-of-day synchronization neutral", HFILL
}},
3997 { &hf_s7comm_szl_0131_0009_sync_mpi_1
,
3998 { "Capable of being slave for time-of-day synchronization", "s7comm.szl.0131.0009.sync_mpi.slave", FT_BOOLEAN
, 8, NULL
, 0x02,
3999 "Bit 1: Capable of being slave for time-of-day synchronization", HFILL
}},
4000 { &hf_s7comm_szl_0131_0009_sync_mpi_2
,
4001 { "Capable of being master for time-of-day synchronization", "s7comm.szl.0131.0009.sync_mpi.master", FT_BOOLEAN
, 8, NULL
, 0x04,
4002 "Bit 2: Capable of being master for time-of-day synchronization", HFILL
}},
4003 { &hf_s7comm_szl_0131_0009_sync_mfi
,
4004 { "sync_k (Time synchronization via MFI)", "s7comm.szl.0131.0009.sync_mfi", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4006 { &hf_s7comm_szl_0131_0009_sync_mfi_0
,
4007 { "Time-of-day synchronization neutral", "s7comm.szl.0131.0009.sync_mfi.neutral", FT_BOOLEAN
, 8, NULL
, 0x01,
4008 "Bit 0: Time-of-day synchronization neutral", HFILL
}},
4009 { &hf_s7comm_szl_0131_0009_sync_mfi_1
,
4010 { "Capable of being slave for time-of-day synchronization", "s7comm.szl.0131.0009.sync_mfi.slave", FT_BOOLEAN
, 8, NULL
, 0x02,
4011 "Bit 1: Capable of being slave for time-of-day synchronization", HFILL
}},
4012 { &hf_s7comm_szl_0131_0009_sync_mfi_2
,
4013 { "Capable of being master for time-of-day synchronization", "s7comm.szl.0131.0009.sync_mfi.master", FT_BOOLEAN
, 8, NULL
, 0x04,
4014 "Bit 2: Capable of being master for time-of-day synchronization", HFILL
}},
4015 { &hf_s7comm_szl_0131_0009_res1
,
4016 { "res1 (Reserved)", "s7comm.szl.0131.0009.res1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4018 { &hf_s7comm_szl_0131_0009_abw_puf
,
4019 { "abw_puf (Clock deviation in ms/day when backed up)", "s7comm.szl.0131.0009.abw_puf", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4021 { &hf_s7comm_szl_0131_0009_abw_5v
,
4022 { "abw_5v (Clock deviation in ms/day in 5V operation)", "s7comm.szl.0131.0009.abw_5v", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4024 { &hf_s7comm_szl_0131_0009_anz_bsz
,
4025 { "anz_bsz (Number of run-time meters)", "s7comm.szl.0131.0009.anz_bsz", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4027 { &hf_s7comm_szl_0131_0009_res2
,
4028 { "res2 (Reserved)", "s7comm.szl.0131.0009.res2", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4031 proto_register_field_array(proto
, hf
, array_length(hf
));
4034 /*----------------------------------------------------------------------------------------------------*/
4036 s7comm_decode_szl_id_0131_idx_0009(tvbuff_t
*tvb
,
4040 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0009_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4042 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0009_sync_k
,
4043 ett_s7comm_szl_0131_0009_sync_k
, s7comm_szl_0131_0009_sync_k_fields
, ENC_BIG_ENDIAN
);
4045 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0009_sync_mpi
,
4046 ett_s7comm_szl_0131_0009_sync_mpi
, s7comm_szl_0131_0009_sync_mpi_fields
, ENC_BIG_ENDIAN
);
4048 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0009_sync_mfi
,
4049 ett_s7comm_szl_0131_0009_sync_mfi
, s7comm_szl_0131_0009_sync_mfi_fields
, ENC_BIG_ENDIAN
);
4051 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0009_res1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4053 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0009_abw_puf
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4055 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0009_abw_5v
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4057 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0009_anz_bsz
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4059 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0009_res2
, tvb
, offset
, 28, ENC_NA
);
4065 /*******************************************************************************************************
4070 * The partial list extract with SZL-ID W#16#0131 and index W#16#0010
4071 * contains message parameters.
4073 *******************************************************************************************************/
4075 s7comm_szl_0131_0010_register(int proto
)
4077 static hf_register_info hf
[] = {
4078 { &hf_s7comm_szl_0131_0010_index
,
4079 { "Index", "s7comm.szl.0131.0010.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
4080 "W#16#0010 Message parameter", HFILL
}},
4081 { &hf_s7comm_szl_0131_0010_funk_1
,
4082 { "funk_1", "s7comm.szl.0131.0010.funk_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4083 "Block types available for data exchange with communication SFBs for configured connections", HFILL
}},
4084 { &hf_s7comm_szl_0131_0010_funk_1_0
,
4085 { "Bit 0: Group status messages exist", "s7comm.szl.0131.0010.funk_1.grp_status_msg", FT_BOOLEAN
, 8, NULL
, 0x01,
4087 { &hf_s7comm_szl_0131_0010_funk_1_1
,
4088 { "Bit 1: Scan possible", "s7comm.szl.0131.0010.funk_1.scan_possible", FT_BOOLEAN
, 8, NULL
, 0x02,
4090 { &hf_s7comm_szl_0131_0010_funk_1_2
,
4091 { "Bit 2: NOTIFY, ALARM, ALARM_8P, ALARM_8, (multicast) possible", "s7comm.szl.0131.0010.funk_1.notify_alarm", FT_BOOLEAN
, 8, NULL
, 0x04,
4093 { &hf_s7comm_szl_0131_0010_funk_1_3
,
4094 { "Bit 3: Sending archive data possible", "s7comm.szl.0131.0010.funk_1.send_arc", FT_BOOLEAN
, 8, NULL
, 0x08,
4096 { &hf_s7comm_szl_0131_0010_funk_1_4
,
4097 { "Bit 4: Reserved", "s7comm.szl.0131.0010.funk_1.bit4_res", FT_BOOLEAN
, 8, NULL
, 0x10,
4099 { &hf_s7comm_szl_0131_0010_funk_1_5
,
4100 { "Bit 5: Reserved", "s7comm.szl.0131.0010.funk_1.bit5_res", FT_BOOLEAN
, 8, NULL
, 0x20,
4102 { &hf_s7comm_szl_0131_0010_funk_1_6
,
4103 { "Bit 6: Reserved", "s7comm.szl.0131.0010.funk_1.bit6_res", FT_BOOLEAN
, 8, NULL
, 0x40,
4105 { &hf_s7comm_szl_0131_0010_funk_1_7
,
4106 { "Bit 7: Reserved", "s7comm.szl.0131.0010.funk_1.bit7_res", FT_BOOLEAN
, 8, NULL
, 0x80,
4108 { &hf_s7comm_szl_0131_0010_funk_2
,
4109 { "funk_2", "s7comm.szl.0131.0010.funk_2", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4110 "Reserved", HFILL
}},
4111 { &hf_s7comm_szl_0131_0010_ber_meld_1
,
4112 { "ber_meld_1", "s7comm.szl.0131.0010.ber_meld_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4113 "Permitted address areas for messages (SCAN)", HFILL
}},
4114 { &hf_s7comm_szl_0131_0010_ber_meld_1_0
,
4115 { "Bit 0: PII", "s7comm.szl.0131.0010.ber_meld_1.pii", FT_BOOLEAN
, 8, NULL
, 0x01,
4117 { &hf_s7comm_szl_0131_0010_ber_meld_1_1
,
4118 { "Bit 1: PIQ", "s7comm.szl.0131.0010.ber_meld_1.piq", FT_BOOLEAN
, 8, NULL
, 0x02,
4120 { &hf_s7comm_szl_0131_0010_ber_meld_1_2
,
4121 { "Bit 2: M", "s7comm.szl.0131.0010.ber_meld_1.m", FT_BOOLEAN
, 8, NULL
, 0x04,
4123 { &hf_s7comm_szl_0131_0010_ber_meld_1_3
,
4124 { "Bit 3: DB", "s7comm.szl.0131.0010.ber_meld_1.db", FT_BOOLEAN
, 8, NULL
, 0x08,
4126 { &hf_s7comm_szl_0131_0010_ber_meld_1_4
,
4127 { "Bit 4: Reserved", "s7comm.szl.0131.0010.ber_meld_1.bit4_res", FT_BOOLEAN
, 8, NULL
, 0x10,
4129 { &hf_s7comm_szl_0131_0010_ber_meld_1_5
,
4130 { "Bit 5: Reserved", "s7comm.szl.0131.0010.ber_meld_1.bit5_res", FT_BOOLEAN
, 8, NULL
, 0x20,
4132 { &hf_s7comm_szl_0131_0010_ber_meld_1_6
,
4133 { "Bit 6: Reserved", "s7comm.szl.0131.0010.ber_meld_1.bit6_res", FT_BOOLEAN
, 8, NULL
, 0x40,
4135 { &hf_s7comm_szl_0131_0010_ber_meld_1_7
,
4136 { "Bit 7: Reserved", "s7comm.szl.0131.0010.ber_meld_1.bit7_res", FT_BOOLEAN
, 8, NULL
, 0x80,
4138 { &hf_s7comm_szl_0131_0010_ber_meld_2
,
4139 { "ber_meld_2", "s7comm.szl.0131.0010.ber_meld_2", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4140 "Reserved", HFILL
}},
4141 { &hf_s7comm_szl_0131_0010_ber_zus_1
,
4142 { "ber_zus_1", "s7comm.szl.0131.0010.ber_zus_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4143 "Permitted address areas for messages (SCAN)", HFILL
}},
4144 { &hf_s7comm_szl_0131_0010_ber_zus_1_0
,
4145 { "Bit 0: PII", "s7comm.szl.0131.0010.ber_zus_1.pii", FT_BOOLEAN
, 8, NULL
, 0x01,
4147 { &hf_s7comm_szl_0131_0010_ber_zus_1_1
,
4148 { "Bit 1: PIQ", "s7comm.szl.0131.0010.ber_zus_1.piq", FT_BOOLEAN
, 8, NULL
, 0x02,
4150 { &hf_s7comm_szl_0131_0010_ber_zus_1_2
,
4151 { "Bit 2: M", "s7comm.szl.0131.0010.ber_zus_1.m", FT_BOOLEAN
, 8, NULL
, 0x04,
4153 { &hf_s7comm_szl_0131_0010_ber_zus_1_3
,
4154 { "Bit 3: DB", "s7comm.szl.0131.0010.ber_zus_1.db", FT_BOOLEAN
, 8, NULL
, 0x08,
4156 { &hf_s7comm_szl_0131_0010_ber_zus_1_4
,
4157 { "Bit 4: Reserved", "s7comm.szl.0131.0010.ber_zus_1.bit4_res", FT_BOOLEAN
, 8, NULL
, 0x10,
4159 { &hf_s7comm_szl_0131_0010_ber_zus_1_5
,
4160 { "Bit 5: Reserved", "s7comm.szl.0131.0010.ber_zus_1.bit5_res", FT_BOOLEAN
, 8, NULL
, 0x20,
4162 { &hf_s7comm_szl_0131_0010_ber_zus_1_6
,
4163 { "Bit 6: Reserved", "s7comm.szl.0131.0010.ber_zus_1.bit6_res", FT_BOOLEAN
, 8, NULL
, 0x40,
4165 { &hf_s7comm_szl_0131_0010_ber_zus_1_7
,
4166 { "Bit 7: Reserved", "s7comm.szl.0131.0010.ber_zus_1.bit7_res", FT_BOOLEAN
, 8, NULL
, 0x80,
4168 { &hf_s7comm_szl_0131_0010_ber_zus_2
,
4169 { "ber_zus_2", "s7comm.szl.0131.0010.ber_zus_2", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4170 "Reserved", HFILL
}},
4171 { &hf_s7comm_szl_0131_0010_typ_zus_1
,
4172 { "typ_zus_1", "s7comm.szl.0131.0010.typ_zus_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4173 "Permitted data types for additional values (SCAN)", HFILL
}},
4174 { &hf_s7comm_szl_0131_0010_typ_zus_1_0
,
4175 { "Bit 0: Bit", "s7comm.szl.0131.0010.typ_zus_1.bit", FT_BOOLEAN
, 8, NULL
, 0x01,
4177 { &hf_s7comm_szl_0131_0010_typ_zus_1_1
,
4178 { "Bit 1: Byte", "s7comm.szl.0131.0010.typ_zus_1.byte", FT_BOOLEAN
, 8, NULL
, 0x02,
4180 { &hf_s7comm_szl_0131_0010_typ_zus_1_2
,
4181 { "Bit 2: Word", "s7comm.szl.0131.0010.typ_zus_1.word", FT_BOOLEAN
, 8, NULL
, 0x04,
4183 { &hf_s7comm_szl_0131_0010_typ_zus_1_3
,
4184 { "Bit 3: DWord", "s7comm.szl.0131.0010.typ_zus_1.dword", FT_BOOLEAN
, 8, NULL
, 0x08,
4186 { &hf_s7comm_szl_0131_0010_typ_zus_1_4
,
4187 { "Bit 4: Timer", "s7comm.szl.0131.0010.typ_zus_1.timer", FT_BOOLEAN
, 8, NULL
, 0x10,
4189 { &hf_s7comm_szl_0131_0010_typ_zus_1_5
,
4190 { "Bit 5: Counter", "s7comm.szl.0131.0010.typ_zus_1.counter", FT_BOOLEAN
, 8, NULL
, 0x20,
4192 { &hf_s7comm_szl_0131_0010_typ_zus_1_6
,
4193 { "Bit 6: Array of char[16]", "s7comm.szl.0131.0010.typ_zus_1.array_char", FT_BOOLEAN
, 8, NULL
, 0x40,
4195 { &hf_s7comm_szl_0131_0010_typ_zus_1_7
,
4196 { "Bit 7: Reserved", "s7comm.szl.0131.0010.typ_zus_1.bit7_res", FT_BOOLEAN
, 8, NULL
, 0x80,
4198 { &hf_s7comm_szl_0131_0010_typ_zus_2
,
4199 { "typ_zus_2", "s7comm.szl.0131.0010.typ_zus_2", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4200 "Reserved", HFILL
}},
4201 { &hf_s7comm_szl_0131_0010_maxanz_arch
,
4202 { "maxanz_arch (Maximum number of archives for 'Send Archive')", "s7comm.szl.0132.0010.maxanz_arch", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4204 { &hf_s7comm_szl_0131_0010_res
,
4205 { "res (Reserved)", "s7comm.szl.0131.0010.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4208 proto_register_field_array(proto
, hf
, array_length(hf
));
4211 /*----------------------------------------------------------------------------------------------------*/
4213 s7comm_decode_szl_id_0131_idx_0010(tvbuff_t
*tvb
,
4217 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0010_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4219 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0010_funk_1
,
4220 ett_s7comm_szl_0131_0010_funk_1
, s7comm_szl_0131_0010_funk_1_fields
, ENC_BIG_ENDIAN
);
4222 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0010_funk_2
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4224 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0010_ber_meld_1
,
4225 ett_s7comm_szl_0131_0010_ber_meld_1
, s7comm_szl_0131_0010_ber_meld_1_fields
, ENC_BIG_ENDIAN
);
4227 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0010_ber_meld_2
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4229 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0010_ber_zus_1
,
4230 ett_s7comm_szl_0131_0010_ber_zus_1
, s7comm_szl_0131_0010_ber_zus_1_fields
, ENC_BIG_ENDIAN
);
4232 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0010_ber_zus_2
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4234 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0131_0010_typ_zus_1
,
4235 ett_s7comm_szl_0131_0010_typ_zus_1
, s7comm_szl_0131_0010_typ_zus_1_fields
, ENC_BIG_ENDIAN
);
4237 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0010_typ_zus_2
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4239 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0010_maxanz_arch
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4241 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0010_res
, tvb
, offset
, 28, ENC_NA
);
4247 /*******************************************************************************************************
4252 * The partial list extract with SZL-ID W#16#0132 and index W#16#0001
4253 * contains general communication status data.
4255 *******************************************************************************************************/
4257 s7comm_szl_0132_0001_register(int proto
)
4259 static hf_register_info hf
[] = {
4260 { &hf_s7comm_szl_0132_0001_index
,
4261 { "Index", "s7comm.szl.0132.0001.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
4262 "W#16#0001: General status data for communication", HFILL
}},
4263 { &hf_s7comm_szl_0132_0001_res_pg
,
4264 { "res pg (Guaranteed number of PG connections)", "s7comm.szl.0132.0001.res_pg", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4266 { &hf_s7comm_szl_0132_0001_res_os
,
4267 { "res os (Guaranteed number of OS connections)", "s7comm.szl.0132.0001.res_os", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4269 { &hf_s7comm_szl_0132_0001_u_pg
,
4270 { "u pg (Current number of PG connections)", "s7comm.szl.0132.0001.u_pg", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4272 { &hf_s7comm_szl_0132_0001_u_os
,
4273 { "u os (Current number of OS connections)", "s7comm.szl.0132.0001.u_os", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4275 { &hf_s7comm_szl_0132_0001_proj
,
4276 { "proj (Current number of configured connections)", "s7comm.szl.0132.0001.proj", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4278 { &hf_s7comm_szl_0132_0001_auf
,
4279 { "auf (Current number of connections established by proj)", "s7comm.szl.0132.0001.auf", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4281 { &hf_s7comm_szl_0132_0001_free
,
4282 { "free (Number of free connections)", "s7comm.szl.0132.0001.free", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4284 { &hf_s7comm_szl_0132_0001_used
,
4285 { "used (Number of free connections used)", "s7comm.szl.0132.0001.used", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4287 { &hf_s7comm_szl_0132_0001_last
,
4288 { "last (Maximum selected communication load of the CPU in %)", "s7comm.szl.0132.0001.last", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4290 { &hf_s7comm_szl_0132_0001_res
,
4291 { "res (Reserved)", "s7comm.szl.0132.0001.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4294 proto_register_field_array(proto
, hf
, array_length(hf
));
4297 /*----------------------------------------------------------------------------------------------------*/
4299 s7comm_decode_szl_id_0132_idx_0001(tvbuff_t
*tvb
,
4303 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0001_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4305 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0001_res_pg
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4307 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0001_res_os
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4309 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0001_u_pg
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4311 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0001_u_os
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4313 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0001_proj
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4315 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0001_auf
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4317 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0001_free
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4319 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0001_used
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4321 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0001_last
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4323 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0001_res
, tvb
, offset
, 20, ENC_NA
);
4329 /*******************************************************************************************************
4334 * The partial list extract with SZL-ID W#16#0132 and the index W#16#0002
4335 * contains information about the test and installation function status of the module.
4337 *******************************************************************************************************/
4339 s7comm_szl_0132_0002_register(int proto
)
4341 static hf_register_info hf
[] = {
4342 { &hf_s7comm_szl_0132_0002_index
,
4343 { "Index", "s7comm.szl.0132.0002.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
4344 "W#16#0002: Test and installation status", HFILL
}},
4345 { &hf_s7comm_szl_0132_0002_anz
,
4346 { "anz (Number of initialized test and installation jobs)", "s7comm.szl.0132.0002.anz", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4348 { &hf_s7comm_szl_0132_0002_res
,
4349 { "res (Reserved)", "s7comm.szl.0132.0002.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4352 proto_register_field_array(proto
, hf
, array_length(hf
));
4355 /*----------------------------------------------------------------------------------------------------*/
4357 s7comm_decode_szl_id_0132_idx_0002(tvbuff_t
*tvb
,
4361 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0002_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4363 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0002_anz
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4365 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0002_res
, tvb
, offset
, 36, ENC_NA
);
4371 /*******************************************************************************************************
4376 * The partial list extract with SZL-ID W#16#0132 and the index W#16#0004
4377 * contains information about the protection level of the module.
4379 *******************************************************************************************************/
4381 s7comm_szl_0132_0004_register(int proto
)
4383 static hf_register_info hf
[] = {
4384 { &hf_s7comm_szl_0132_0004_index
,
4385 { "Index", "s7comm.szl.0132.0004.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
4386 "W#16#0004 Protection status data", HFILL
}},
4387 { &hf_s7comm_szl_0132_0004_key
,
4388 { "key (Protection level for the key switch, possible values: 1,2 or 3)", "s7comm.szl.0132.0004.key", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4390 { &hf_s7comm_szl_0132_0004_param
,
4391 { "param (Assigned protection level, possible values: 0, 1, 2 or 3)", "s7comm.szl.0132.0004.param", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4392 "param (Assigned protection level (possible values: 0, 1, 2 or 3;0 means: no password assigned, assigned protection level is not valid)", HFILL
}},
4393 { &hf_s7comm_szl_0132_0004_real
,
4394 { "real (Valid protection level of the CPU, possible values: 1, 2 or 3)", "s7comm.szl.0132.0004.real", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4396 { &hf_s7comm_szl_0132_0004_bart_sch
,
4397 { "bart_sch (Position of the mode switch)", "s7comm.szl.0132.0004.bart_sch", FT_UINT16
, BASE_DEC
, VALS(szl_bart_sch_names
), 0x0,
4399 { &hf_s7comm_szl_0132_0004_crst_wrst
,
4400 { "crst_wrst (Setting of the CRST/WRST switch)", "s7comm.szl.0132.0004.crst_wrst", FT_UINT16
, BASE_DEC
, VALS(szl_crst_wrst_names
), 0x0,
4402 { &hf_s7comm_szl_0132_0004_ken_f
,
4403 { "ken_f (Reserved)", "s7comm.szl.0132.0004.ken_f", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
4405 { &hf_s7comm_szl_0132_0004_ken_rel
,
4406 { "ken_rel (ID for valid version identifications/checksums)", "s7comm.szl.0132.0004.ken_rel", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
4407 "ken_rel (ID for valid version identifications/checksums) 0=invalid", HFILL
}},
4408 { &hf_s7comm_szl_0132_0004_ken_ver1_hw
,
4409 { "ken_ver1_hw (Version ID/checksum 1 of the hardware configuration)", "s7comm.szl.0132.0004.ken_ver1_hw", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
4410 "ken_ver1_hw: Version ID/checksum 1 of the hardware configuration: XOR over the length of all SDBs", HFILL
}},
4411 { &hf_s7comm_szl_0132_0004_ken_ver2_hw
,
4412 { "ken_ver2_hw (Version ID/checksum 2 of the hardware configuration)", "s7comm.szl.0132.0004.ken_ver2_hw", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
4413 "ken_ver2_hw: Version ID/checksum 2 of the hardware configuration: XOR over the checksums of all SDBs", HFILL
}},
4414 { &hf_s7comm_szl_0132_0004_ken_ver1_awp
,
4415 { "ken_ver1_awp (Version ID/checksum 1 of the user program)", "s7comm.szl.0132.0004.ken_ver1_awp", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
4416 "ken_ver1_awp: Version ID/checksum 1 of the user program): XOR over the length of all OBs, DBs, FBs, FCs", HFILL
}},
4417 { &hf_s7comm_szl_0132_0004_ken_ver2_awp
,
4418 { "ken_ver2_awp (Version ID/checksum 2 of the user program)", "s7comm.szl.0132.0004.ken_ver2_awp", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
4419 "ken_ver2_awp: Version ID/checksum 2 of the user program): XOR over the checksums of all OBs, DBs, FBs, FCs", HFILL
}},
4420 { &hf_s7comm_szl_0132_0004_res
,
4421 { "res (Reserved)", "s7comm.szl.0132.0004.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4424 proto_register_field_array(proto
, hf
, array_length(hf
));
4427 /*----------------------------------------------------------------------------------------------------*/
4429 s7comm_decode_szl_id_0132_idx_0004(tvbuff_t
*tvb
,
4433 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0004_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4435 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0004_key
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4437 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0004_param
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4439 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0004_real
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4441 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0004_bart_sch
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4443 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0004_crst_wrst
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4445 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0004_ken_f
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4447 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0004_ken_rel
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4449 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0004_ken_ver1_hw
, tvb
, offset
, 2, ENC_LITTLE_ENDIAN
);
4451 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0004_ken_ver2_hw
, tvb
, offset
, 2, ENC_LITTLE_ENDIAN
);
4453 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0004_ken_ver1_awp
, tvb
, offset
, 2, ENC_LITTLE_ENDIAN
);
4455 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0004_ken_ver2_awp
, tvb
, offset
, 2, ENC_LITTLE_ENDIAN
);
4457 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0004_res
, tvb
, offset
, 16, ENC_NA
);
4463 /*******************************************************************************************************
4468 * The partial list extract with SZL-ID W#16#0132 and index W#16#0005
4469 * contains information about the status of the diagnostics on the module.
4471 *******************************************************************************************************/
4473 s7comm_szl_0132_0005_register(int proto
)
4475 static hf_register_info hf
[] = {
4476 { &hf_s7comm_szl_0132_0005_index
,
4477 { "Index", "s7comm.szl.0132.0005.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
4478 "W#16#0005: Diagnostics", HFILL
}},
4479 { &hf_s7comm_szl_0132_0005_erw
,
4480 { "erw (Extended functions)", "s7comm.szl.0132.0005.erw", FT_UINT16
, BASE_DEC
, VALS(szl_0132_0005_func_exist_names
), 0x0,
4482 { &hf_s7comm_szl_0132_0005_send
,
4483 { "send (Automatic sending)", "s7comm.szl.0132.0005.send", FT_UINT16
, BASE_DEC
, VALS(szl_0132_0005_func_exist_names
), 0x0,
4485 { &hf_s7comm_szl_0132_0005_moeg
,
4486 { "moeg (Sending user-defined diagnostic messages currently possible)", "s7comm.szl.0132.0005.moeg", FT_UINT16
, BASE_DEC
, VALS(szl_0132_0005_func_exist_names
), 0x0,
4488 { &hf_s7comm_szl_0132_0005_ltmerz
,
4489 { "ltmerz (Generation of status message active)", "s7comm.szl.0132.0005.ltmerz", FT_UINT16
, BASE_DEC
, VALS(szl_0132_0005_func_exist_names
), 0x0,
4491 { &hf_s7comm_szl_0132_0005_res
,
4492 { "res (Reserved)", "s7comm.szl.0132.0005.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4495 proto_register_field_array(proto
, hf
, array_length(hf
));
4498 /*----------------------------------------------------------------------------------------------------*/
4500 s7comm_decode_szl_id_0132_idx_0005(tvbuff_t
*tvb
,
4504 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0005_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4506 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0005_erw
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4508 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0005_send
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4510 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0005_moeg
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4512 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0005_ltmerz
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4514 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0005_res
, tvb
, offset
, 30, ENC_NA
);
4520 /*******************************************************************************************************
4525 * The partial list extract with SZL-ID W#16#0132 and index W#16#0006
4526 * contains status data about data exchange with communication SFBs for
4527 * configured connections.
4529 *******************************************************************************************************/
4531 s7comm_szl_0132_0006_register(int proto
)
4533 static hf_register_info hf
[] = {
4534 { &hf_s7comm_szl_0132_0006_index
,
4535 { "Index", "s7comm.szl.0132.0006.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
4536 "W#16#0006: Data exchange with communication SFBs for configured connections", HFILL
}},
4537 { &hf_s7comm_szl_0132_0006_used_0
,
4538 { "used_0 (Blocks used)", "s7comm.szl.0132.0006.used_0", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4540 { &hf_s7comm_szl_0132_0006_used_1
,
4541 { "used_1 (Blocks used)", "s7comm.szl.0132.0006.used_1", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4543 { &hf_s7comm_szl_0132_0006_used_2
,
4544 { "used_2 (Blocks used)", "s7comm.szl.0132.0006.used_2", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4546 { &hf_s7comm_szl_0132_0006_used_3
,
4547 { "used_3 (Blocks used)", "s7comm.szl.0132.0006.used_3", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4549 { &hf_s7comm_szl_0132_0006_used_4
,
4550 { "used_4 (Blocks used)", "s7comm.szl.0132.0006.used_4", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4552 { &hf_s7comm_szl_0132_0006_used_5
,
4553 { "used_5 (Blocks used)", "s7comm.szl.0132.0006.used_5", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4555 { &hf_s7comm_szl_0132_0006_used_6
,
4556 { "used_6 (Blocks used)", "s7comm.szl.0132.0006.used_6", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4558 { &hf_s7comm_szl_0132_0006_used_7
,
4559 { "used_7 (Blocks used)", "s7comm.szl.0132.0006.used_7", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4561 { &hf_s7comm_szl_0132_0006_anz_schnell
,
4562 { "anz_schnell (Reserved)", "s7comm.szl.0132.0006.anz_schnell", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4564 { &hf_s7comm_szl_0132_0006_anz_inst
,
4565 { "anz_inst (Number of loaded SFB instances)", "s7comm.szl.0132.0006.anz_inst", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4567 { &hf_s7comm_szl_0132_0006_anz_multicast
,
4568 { "anz_multicast (Number of blocks used for multicast)", "s7comm.szl.0132.0006.anz_multicast", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4570 { &hf_s7comm_szl_0132_0006_res
,
4571 { "res (Reserved)", "s7comm.szl.0132.0006.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4574 proto_register_field_array(proto
, hf
, array_length(hf
));
4577 /*----------------------------------------------------------------------------------------------------*/
4579 s7comm_decode_szl_id_0132_idx_0006(tvbuff_t
*tvb
,
4583 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0006_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4585 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0006_used_0
, tvb
, offset
, 1, ENC_NA
);
4586 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_0_0
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4587 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_0_1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4588 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_0_2
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4589 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_0_3
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4590 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_0_4
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4591 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_0_5
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4592 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_0_6
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4593 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_0_7
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4595 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0006_used_1
, tvb
, offset
, 1, ENC_NA
);
4596 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_1_0
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4597 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_1_1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4598 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_1_2
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4599 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_1_3
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4600 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_1_4
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4601 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_1_5
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4602 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_1_6
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4603 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_1_7
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4605 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0006_used_2
, tvb
, offset
, 1, ENC_NA
);
4606 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_2_0
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4607 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_2_1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4608 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_2_2
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4609 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_2_3
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4610 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_2_4
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4611 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_2_5
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4612 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_2_6
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4613 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_2_7
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4615 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0006_used_3
, tvb
, offset
, 1, ENC_NA
);
4616 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_3_0
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4617 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_3_1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4618 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_3_2
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4619 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_3_3
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4620 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_3_4
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4621 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_3_5
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4622 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_3_6
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4623 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_3_7
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4625 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0006_used_4
, tvb
, offset
, 1, ENC_NA
);
4627 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0006_used_5
, tvb
, offset
, 1, ENC_NA
);
4629 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0006_used_6
, tvb
, offset
, 1, ENC_NA
);
4630 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_6_0
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4631 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_6_1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4632 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_6_2
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4633 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_6_3
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4634 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_6_4
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4635 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_6_5
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4636 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_6_6
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4637 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_6_7
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4639 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0006_used_7
, tvb
, offset
, 1, ENC_NA
);
4640 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_7_0
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4641 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_7_1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4642 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_7_2
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4643 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_7_3
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4644 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_7_4
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4645 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_7_5
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4646 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_7_6
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4647 proto_tree_add_item(tree
, hf_s7comm_szl_0131_0006_funkt_7_7
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4649 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0006_anz_schnell
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4651 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0006_anz_inst
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4653 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0006_anz_multicast
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4655 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0006_res
, tvb
, offset
, 25, ENC_NA
);
4661 /*******************************************************************************************************
4666 * The partial list extract with SZL-ID W#16#0132 and index W#16#0008
4667 * contains information on the status of the modules time system.
4669 *******************************************************************************************************/
4671 s7comm_szl_0132_0008_register(int proto
)
4673 static hf_register_info hf
[] = {
4674 { &hf_s7comm_szl_0132_0008_index
,
4675 { "Index", "s7comm.szl.0132.0008.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
4676 "W#16#0008: Time system status", HFILL
}},
4677 { &hf_s7comm_szl_0132_0008_zykl
,
4678 { "zykl (Cycle time of the synchronization frames)", "s7comm.szl.0132.0008.zykl", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4680 { &hf_s7comm_szl_0132_0008_korr
,
4681 { "korr (Correction factor for time-of-day)", "s7comm.szl.0132.0008.korr", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4683 { &hf_s7comm_szl_0132_0008_clock0
,
4684 { "clock 0 (Run-time meter 0: Time in hours)", "s7comm.szl.0132.0008.clock0", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4686 { &hf_s7comm_szl_0132_0008_clock1
,
4687 { "clock 1 (Run-time meter 1: Time in hours)", "s7comm.szl.0132.0008.clock1", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4689 { &hf_s7comm_szl_0132_0008_clock2
,
4690 { "clock 2 (Run-time meter 2: Time in hours)", "s7comm.szl.0132.0008.clock2", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4692 { &hf_s7comm_szl_0132_0008_clock3
,
4693 { "clock 3 (Run-time meter 3: Time in hours)", "s7comm.szl.0132.0008.clock3", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4695 { &hf_s7comm_szl_0132_0008_clock4
,
4696 { "clock 4 (Run-time meter 4: Time in hours)", "s7comm.szl.0132.0008.clock4", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4698 { &hf_s7comm_szl_0132_0008_clock5
,
4699 { "clock 5 (Run-time meter 5: Time in hours)", "s7comm.szl.0132.0008.clock5", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4701 { &hf_s7comm_szl_0132_0008_clock6
,
4702 { "clock 6 (Run-time meter 6: Time in hours)", "s7comm.szl.0132.0008.clock6", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4704 { &hf_s7comm_szl_0132_0008_clock7
,
4705 { "clock 7 (Run-time meter 7: Time in hours)", "s7comm.szl.0132.0008.clock7", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
4707 { &hf_s7comm_szl_0132_0008_time
,
4708 { "time (Current date and time)", "s7comm.szl.0132.0008.time", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4709 "time (Current date and time) format: date_and_time", HFILL
}},
4710 { &hf_s7comm_szl_0132_0008_res
,
4711 { "res (Reserved)", "s7comm.szl.0132.0008.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4714 proto_register_field_array(proto
, hf
, array_length(hf
));
4717 /*----------------------------------------------------------------------------------------------------*/
4719 s7comm_decode_szl_id_0132_idx_0008(tvbuff_t
*tvb
,
4723 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0008_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4725 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0008_zykl
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4727 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0008_korr
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4729 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0008_clock0
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4731 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0008_clock1
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4733 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0008_clock2
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4735 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0008_clock3
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4737 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0008_clock4
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4739 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0008_clock5
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4741 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0008_clock6
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4743 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0008_clock7
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4745 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0008_time
, tvb
, offset
, 8, ENC_NA
);
4747 proto_tree_add_item(tree
, hf_s7comm_szl_0132_0008_res
, tvb
, offset
, 10, ENC_NA
);
4753 /*******************************************************************************************************
4758 * The partial list extract with SZL-ID W#16#0132 and index W#16#000B
4759 * contains information about the status of the 32-bit run-time meters 0..7 of the module.
4761 *******************************************************************************************************/
4763 s7comm_szl_0132_000b_register(int proto
)
4765 static hf_register_info hf
[] = {
4766 { &hf_s7comm_szl_0132_000b_index
,
4767 { "Index", "s7comm.szl.0132.000b.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
4768 "W#16#000B: Time system status", HFILL
}},
4769 { &hf_s7comm_szl_0132_000b_bszl_0
,
4770 { "bszl_0 (Status of run-time meter)", "s7comm.szl.0132.000b.bszl_0", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4771 "bszl_0 (Status of run-time meter): Bit = 1: run-time meter is busy" , HFILL
}},
4772 { &hf_s7comm_szl_0132_000b_bszl_1
,
4773 { "bszl_1 (Reserved)", "s7comm.szl.0132.000b.bszl_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4775 { &hf_s7comm_szl_0132_000b_bszu_0
,
4776 { "bszu_0 (Overflow of run-time meter)", "s7comm.szl.0132.000b.bszu_0", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4777 "bszu_0 (Overflow of run-time meter): Bit = 1: overflow", HFILL
}},
4778 { &hf_s7comm_szl_0132_000b_bszu_1
,
4779 { "bszu_1 (Reserved)", "s7comm.szl.0132.000b.bszu_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4781 { &hf_s7comm_szl_0132_000b_clock0
,
4782 { "clock 0 (Run-time meter 0: Time in hours)", "s7comm.szl.0132.000b.clock0", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
4784 { &hf_s7comm_szl_0132_000b_clock1
,
4785 { "clock 1 (Run-time meter 1: Time in hours)", "s7comm.szl.0132.000b.clock1", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
4787 { &hf_s7comm_szl_0132_000b_clock2
,
4788 { "clock 2 (Run-time meter 2: Time in hours)", "s7comm.szl.0132.000b.clock2", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
4790 { &hf_s7comm_szl_0132_000b_clock3
,
4791 { "clock 3 (Run-time meter 3: Time in hours)", "s7comm.szl.0132.000b.clock3", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
4793 { &hf_s7comm_szl_0132_000b_clock4
,
4794 { "clock 4 (Run-time meter 4: Time in hours)", "s7comm.szl.0132.000b.clock4", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
4796 { &hf_s7comm_szl_0132_000b_clock5
,
4797 { "clock 5 (Run-time meter 5: Time in hours)", "s7comm.szl.0132.000b.clock5", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
4799 { &hf_s7comm_szl_0132_000b_clock6
,
4800 { "clock 6 (Run-time meter 6: Time in hours)", "s7comm.szl.0132.000b.clock6", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
4802 { &hf_s7comm_szl_0132_000b_clock7
,
4803 { "clock 7 (Run-time meter 7: Time in hours)", "s7comm.szl.0132.000b.clock7", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
4805 { &hf_s7comm_szl_0132_000b_res
,
4806 { "res (Reserved)", "s7comm.szl.0132.000b.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4809 proto_register_field_array(proto
, hf
, array_length(hf
));
4811 /*----------------------------------------------------------------------------------------------------*/
4813 s7comm_decode_szl_id_0132_idx_000b(tvbuff_t
*tvb
,
4817 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000b_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4819 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000b_bszl_0
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4821 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000b_bszl_1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4823 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000b_bszu_0
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4825 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000b_bszu_1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4827 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000b_clock0
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
4829 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000b_clock1
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
4831 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000b_clock2
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
4833 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000b_clock3
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
4835 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000b_clock4
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
4837 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000b_clock5
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
4839 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000b_clock6
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
4841 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000b_clock7
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
4843 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000b_res
, tvb
, offset
, 2, ENC_NA
);
4849 /*******************************************************************************************************
4854 * The partial list extract with SZL-ID W#16#0132 and index W#16#000C
4855 * contains information about the status of the 32-bit run-time meters 8..15 of the module.
4857 *******************************************************************************************************/
4859 s7comm_szl_0132_000c_register(int proto
)
4861 static hf_register_info hf
[] = {
4862 { &hf_s7comm_szl_0132_000c_index
,
4863 { "Index", "s7comm.szl.0132.000c.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
4864 "W#16#000C: Time system status", HFILL
}},
4865 { &hf_s7comm_szl_0132_000c_bszl_0
,
4866 { "bszl_0 (Status of run-time meter)", "s7comm.szl.0132.000c.bszl_0", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4867 "bszl_0 (Status of run-time meter): Bit = 1: run-time meter is busy" , HFILL
}},
4868 { &hf_s7comm_szl_0132_000c_bszl_1
,
4869 { "bszl_1 (Reserved)", "s7comm.szl.0132.000c.bszl_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4871 { &hf_s7comm_szl_0132_000c_bszu_0
,
4872 { "bszu_0 (Overflow of run-time meter)", "s7comm.szl.0132.000c.bszu_0", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4873 "bszu_0 (Overflow of run-time meter): Bit = 1: overflow", HFILL
}},
4874 { &hf_s7comm_szl_0132_000c_bszu_1
,
4875 { "bszu_1 (Reserved)", "s7comm.szl.0132.000c.bszu_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
4877 { &hf_s7comm_szl_0132_000c_clock8
,
4878 { "clock 8 (Run-time meter 8: Time in hours)", "s7comm.szl.0132.000c.clock8", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
4880 { &hf_s7comm_szl_0132_000c_clock9
,
4881 { "clock 9 (Run-time meter 9: Time in hours)", "s7comm.szl.0132.000c.clock9", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
4883 { &hf_s7comm_szl_0132_000c_clock10
,
4884 { "clock 10 (Run-time meter 10: Time in hours)", "s7comm.szl.0132.000c.clock10", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
4886 { &hf_s7comm_szl_0132_000c_clock11
,
4887 { "clock 11 (Run-time meter 11: Time in hours)", "s7comm.szl.0132.000c.clock11", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
4889 { &hf_s7comm_szl_0132_000c_clock12
,
4890 { "clock 12 (Run-time meter 12: Time in hours)", "s7comm.szl.0132.000c.clock12", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
4892 { &hf_s7comm_szl_0132_000c_clock13
,
4893 { "clock 13 (Run-time meter 13: Time in hours)", "s7comm.szl.0132.000c.clock13", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
4895 { &hf_s7comm_szl_0132_000c_clock14
,
4896 { "clock 14 (Run-time meter 14: Time in hours)", "s7comm.szl.0132.000c.clock14", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
4898 { &hf_s7comm_szl_0132_000c_clock15
,
4899 { "clock 15 (Run-time meter 15: Time in hours)", "s7comm.szl.0132.000c.clock15", FT_UINT32
, BASE_DEC
, NULL
, 0x0,
4901 { &hf_s7comm_szl_0132_000c_res
,
4902 { "res (Reserved)", "s7comm.szl.0132.000c.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
4905 proto_register_field_array(proto
, hf
, array_length(hf
));
4908 /*----------------------------------------------------------------------------------------------------*/
4910 s7comm_decode_szl_id_0132_idx_000c(tvbuff_t
*tvb
,
4914 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000c_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4916 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000c_bszl_0
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4918 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000c_bszl_1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4920 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000c_bszu_0
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4922 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000c_bszu_1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4924 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000c_clock8
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
4926 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000c_clock9
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
4928 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000c_clock10
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
4930 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000c_clock11
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
4932 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000c_clock12
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
4934 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000c_clock13
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
4936 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000c_clock14
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
4938 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000c_clock15
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
4940 proto_tree_add_item(tree
, hf_s7comm_szl_0132_000c_res
, tvb
, offset
, 2, ENC_NA
);
4946 /*******************************************************************************************************
4951 * If you read the partial list SSL-ID W#16#xy74, with standard CPUs (if present) and
4952 * with the H CPUs, you obtain the status of the module LEDs.
4954 *******************************************************************************************************/
4956 s7comm_szl_xy74_0000_register(int proto
)
4958 static hf_register_info hf
[] = {
4959 { &hf_s7comm_szl_xy74_0000_cpu_led_id
,
4960 { "cpu_led_id", "s7comm.szl.xy74.0000.cpu_led_id", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
4962 { &hf_s7comm_szl_xy74_0000_cpu_led_id_rackno
,
4963 { "Bits 0, 1, 2: Rack number", "s7comm.szl.xy74.0000.cpu_led_id.rackno", FT_UINT16
, BASE_DEC
, NULL
, 0x0700,
4965 { &hf_s7comm_szl_xy74_0000_cpu_led_id_cputype
,
4966 { "Bit 3: CPU Type (0=Standby, 1=Master)", "s7comm.szl.xy74.0000.cpu_led_id.cputype", FT_UINT16
, BASE_DEC
, NULL
, 0x0800,
4968 { &hf_s7comm_szl_xy74_0000_cpu_led_id_id
,
4969 { "Byte 1: LED ID", "s7comm.szl.xy74.0000.cpu_led_id.id", FT_UINT16
, BASE_DEC
, VALS(szl_0119_0174_ledid_index_names
), 0x00ff,
4971 { &hf_s7comm_szl_xy74_0000_led_on
,
4972 { "Status of the LED", "s7comm.szl.xy74.0000.led_on", FT_UINT8
, BASE_DEC
, VALS(szl_xy74_0000_led_on_names
), 0x00,
4974 { &hf_s7comm_szl_xy74_0000_led_blink
,
4975 { "Flashing status of the LED", "s7comm.szl.xy74.0000.led_blink", FT_UINT8
, BASE_DEC
, VALS(szl_xy74_0000_led_blink_names
), 0x00,
4978 proto_register_field_array(proto
, hf
, array_length(hf
));
4981 /*----------------------------------------------------------------------------------------------------*/
4983 s7comm_decode_szl_id_xy74_idx_0000(tvbuff_t
*tvb
,
4987 proto_tree_add_item(tree
, hf_s7comm_szl_xy74_0000_cpu_led_id
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4988 proto_tree_add_item(tree
, hf_s7comm_szl_xy74_0000_cpu_led_id_rackno
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4989 proto_tree_add_item(tree
, hf_s7comm_szl_xy74_0000_cpu_led_id_cputype
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4990 proto_tree_add_item(tree
, hf_s7comm_szl_xy74_0000_cpu_led_id_id
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
4992 proto_tree_add_item(tree
, hf_s7comm_szl_xy74_0000_led_on
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
4994 proto_tree_add_item(tree
, hf_s7comm_szl_xy74_0000_led_blink
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
5000 /*******************************************************************************************************
5005 * If you read the partial list SSL-ID W#16#xy1c, you obtain the CPU or PLC identification.
5007 *******************************************************************************************************/
5009 s7comm_szl_xy1c_000x_register(int proto
)
5011 static hf_register_info hf
[] = {
5012 { &hf_s7comm_szl_001c_000x_index
,
5013 { "Index", "s7comm.szl.001c.000x.index", FT_UINT16
, BASE_HEX
, VALS(szl_xy1c_index_names
), 0x0,
5015 { &hf_s7comm_szl_001c_000x_res
,
5016 { "Reserved", "s7comm.szl.001c.000x.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
5018 { &hf_s7comm_szl_001c_0001_name
,
5019 { "Name (Name of the PLC)", "s7comm.szl.001c.0001.name", FT_STRING
, BASE_NONE
, NULL
, 0x0,
5021 { &hf_s7comm_szl_001c_0002_name
,
5022 { "Name (Name of the module)", "s7comm.szl.001c.0002.name", FT_STRING
, BASE_NONE
, NULL
, 0x0,
5024 { &hf_s7comm_szl_001c_0003_tag
,
5025 { "Tag (Plant identification of the module)", "s7comm.szl.001c.0003.tag", FT_STRING
, BASE_NONE
, NULL
, 0x0,
5027 { &hf_s7comm_szl_001c_0004_copyright
,
5028 { "Copyright", "s7comm.szl.001c.0004.copyright", FT_STRING
, BASE_NONE
, NULL
, 0x0,
5030 { &hf_s7comm_szl_001c_0005_serialn
,
5031 { "Serialn (Serialnumber of the module)", "s7comm.szl.001c.0005.serialn", FT_STRING
, BASE_NONE
, NULL
, 0x0,
5033 { &hf_s7comm_szl_001c_0007_cputypname
,
5034 { "Cputypname (Module type namee)", "s7comm.szl.001c.0007.cputypname", FT_STRING
, BASE_NONE
, NULL
, 0x0,
5036 { &hf_s7comm_szl_001c_0008_snmcmmc
,
5037 { "Sn_mc/mmc (Serial number of the Memory Card/Micro Memory Card)", "s7comm.szl.001c.0008.snmcmmc", FT_STRING
, BASE_NONE
, NULL
, 0x0,
5039 { &hf_s7comm_szl_001c_0009_manufacturer_id
,
5040 { "Manufacturer_id", "s7comm.szl.001c.0009.manufacturer_id", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5041 "Manufacturer_id (PROFIBUS / PROFINET Identification & Maintenance)", HFILL
}},
5042 { &hf_s7comm_szl_001c_0009_profile_id
,
5043 { "Profile_id", "s7comm.szl.001c.0009.profile_id", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5044 "Profile_id (PROFIBUS / PROFINET Identification & Maintenance)", HFILL
}},
5045 { &hf_s7comm_szl_001c_0009_profile_spec_typ
,
5046 { "Profile_spec_typ", "s7comm.szl.001c.0009.profile_spec_typ", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5047 "Profile_spec_typ (PROFIBUS / PROFINET Identification & Maintenance)", HFILL
}},
5048 { &hf_s7comm_szl_001c_000a_oem_copyright_string
,
5049 { "Oem_copyright_string (OEM Copyright ID)", "s7comm.szl.001c.000a.oem_copyright_string", FT_STRING
, BASE_NONE
, NULL
, 0x0,
5051 { &hf_s7comm_szl_001c_000a_oem_id
,
5052 { "Oem_id (OEM ID)", "s7comm.szl.001c.000a.oem_id", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5054 { &hf_s7comm_szl_001c_000a_oem_add_id
,
5055 { "Oem_add_id (OEM additional ID)", "s7comm.szl.001c.000a.oem_add_id", FT_UINT32
, BASE_HEX
, NULL
, 0x0,
5057 { &hf_s7comm_szl_001c_000b_loc_id
,
5058 { "Loc_id (Location designation)", "s7comm.szl.001c.000b.loc_id", FT_STRING
, BASE_NONE
, NULL
, 0x0,
5061 proto_register_field_array(proto
, hf
, array_length(hf
));
5064 /*----------------------------------------------------------------------------------------------------*/
5066 s7comm_decode_szl_id_xy1c_idx_000x(tvbuff_t
*tvb
,
5071 proto_tree_add_item_ret_uint(tree
, hf_s7comm_szl_001c_000x_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
, &idx
);
5073 /* For redundant H-CPUs there may be some upper bits set to identify the CPU */
5074 switch (idx
& 0x000f) {
5076 proto_tree_add_item(tree
, hf_s7comm_szl_001c_0001_name
, tvb
, offset
, 24, ENC_ASCII
);
5078 proto_tree_add_item(tree
, hf_s7comm_szl_001c_000x_res
, tvb
, offset
, 8, ENC_NA
);
5082 proto_tree_add_item(tree
, hf_s7comm_szl_001c_0002_name
, tvb
, offset
, 24, ENC_ASCII
);
5084 proto_tree_add_item(tree
, hf_s7comm_szl_001c_000x_res
, tvb
, offset
, 8, ENC_NA
);
5088 proto_tree_add_item(tree
, hf_s7comm_szl_001c_0003_tag
, tvb
, offset
, 32, ENC_ASCII
);
5092 proto_tree_add_item(tree
, hf_s7comm_szl_001c_0004_copyright
, tvb
, offset
, 26, ENC_ASCII
);
5094 proto_tree_add_item(tree
, hf_s7comm_szl_001c_000x_res
, tvb
, offset
, 6, ENC_NA
);
5098 proto_tree_add_item(tree
, hf_s7comm_szl_001c_0005_serialn
, tvb
, offset
, 24, ENC_ASCII
);
5100 proto_tree_add_item(tree
, hf_s7comm_szl_001c_000x_res
, tvb
, offset
, 8, ENC_NA
);
5104 proto_tree_add_item(tree
, hf_s7comm_szl_001c_0007_cputypname
, tvb
, offset
, 32, ENC_ASCII
);
5108 proto_tree_add_item(tree
, hf_s7comm_szl_001c_0008_snmcmmc
, tvb
, offset
, 32, ENC_ASCII
);
5112 proto_tree_add_item(tree
, hf_s7comm_szl_001c_0009_manufacturer_id
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5114 proto_tree_add_item(tree
, hf_s7comm_szl_001c_0009_profile_id
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5116 proto_tree_add_item(tree
, hf_s7comm_szl_001c_0009_profile_spec_typ
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5118 proto_tree_add_item(tree
, hf_s7comm_szl_001c_000x_res
, tvb
, offset
, 26, ENC_NA
);
5122 proto_tree_add_item(tree
, hf_s7comm_szl_001c_000a_oem_copyright_string
, tvb
, offset
, 26, ENC_ASCII
);
5124 proto_tree_add_item(tree
, hf_s7comm_szl_001c_000a_oem_id
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5126 proto_tree_add_item(tree
, hf_s7comm_szl_001c_000a_oem_add_id
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
5130 proto_tree_add_item(tree
, hf_s7comm_szl_001c_000b_loc_id
, tvb
, offset
, 32, ENC_ASCII
);
5134 proto_tree_add_item(tree
, hf_s7comm_szl_001c_000x_res
, tvb
, offset
, 32, ENC_NA
);
5141 /*******************************************************************************************************
5146 * If you read the partial list SSL-ID W#16#xy91, you obtain the status information of modules assigned
5149 *******************************************************************************************************/
5151 s7comm_szl_xy91_0000_register(int proto
)
5153 static hf_register_info hf
[] = {
5154 { &hf_s7comm_szl_0091_0000_adr1
,
5155 { "Adr1", "s7comm.szl.0091.0000.adr1", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5157 { &hf_s7comm_szl_0091_0000_adr2
,
5158 { "Adr2", "s7comm.szl.0091.0000.adr2", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5160 { &hf_s7comm_szl_0091_0000_logadr
,
5161 { "Logadr", "s7comm.szl.0091.0000.logadr", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
5162 "Logadr (First assigned logical I/O address (base address))", HFILL
}},
5163 { &hf_s7comm_szl_0091_0000_solltyp
,
5164 { "Expected type", "s7comm.szl.0091.0000.exptype", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5165 "Solltyp (PROFINET IO: expected (configured) type, otherwise reserved)", HFILL
}},
5166 { &hf_s7comm_szl_0091_0000_isttyp
,
5167 { "Actual type", "s7comm.szl.0091.0000.acttype", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5168 "Isttyp (PROFINET IO: actual type, otherwise reserved)", HFILL
}},
5169 /* Field depends on the first byte of the SZL-ID */
5170 { &hf_s7comm_szl_0091_0000_res1
,
5171 { "Reserved", "s7comm.szl.0091.0000.res1", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5173 { &hf_s7comm_szl_0091_0000_res1_0c_4c_4d
,
5174 { "Reserved (number of actually existing interface modules)", "s7comm.szl.0091.0000.res1_0c_4c_4d", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
5176 { &hf_s7comm_szl_0091_0000_res1_0d
,
5177 { "Reserved (number of interface modules)", "s7comm.szl.0091.0000.res1_0d", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
5179 { &hf_s7comm_szl_0091_0000_eastat
,
5180 { "I/O status", "s7comm.szl.0091.0000.eastat", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5182 { &hf_s7comm_szl_0091_0000_eastat_0
,
5183 { "Module error", "s7comm.szl.0091.0000.eastat.moderror", FT_BOOLEAN
, 16, NULL
, 0x0001,
5184 "Bit 0: Module error", HFILL
}},
5185 { &hf_s7comm_szl_0091_0000_eastat_1
,
5186 { "Module exists", "s7comm.szl.0091.0000.eastat.modexists", FT_BOOLEAN
, 16, NULL
, 0x0002,
5187 "Bit 1: Module exists", HFILL
}},
5188 { &hf_s7comm_szl_0091_0000_eastat_2
,
5189 { "Module not available", "s7comm.szl.0091.0000.eastat.modnotav", FT_BOOLEAN
, 16, NULL
, 0x0004,
5190 "Bit 2: Module not available", HFILL
}},
5191 { &hf_s7comm_szl_0091_0000_eastat_3
,
5192 { "Module disabled", "s7comm.szl.0091.0000.eastat.moddisabl", FT_BOOLEAN
, 16, NULL
, 0x0008,
5193 "Bit 3: Module disabled", HFILL
}},
5194 { &hf_s7comm_szl_0091_0000_eastat_4
,
5195 { "Station error", "s7comm.szl.0091.0000.eastat.staterr", FT_BOOLEAN
, 16, NULL
, 0x0010,
5196 "Bit 4: Station error", HFILL
}},
5197 { &hf_s7comm_szl_0091_0000_eastat_5
,
5198 { "CiR event busy", "s7comm.szl.0091.0000.eastat.cirbusy", FT_BOOLEAN
, 16, NULL
, 0x0020,
5199 "Bit 5: A CiR event at this module/station is busy or not yet completed", HFILL
}},
5200 { &hf_s7comm_szl_0091_0000_eastat_6
,
5201 { "Reserved", "s7comm.szl.0091.0000.eastat.res", FT_BOOLEAN
, 16, NULL
, 0x0040,
5202 "Bit 6: Reserved for S7-400", HFILL
}},
5203 { &hf_s7comm_szl_0091_0000_eastat_7
,
5204 { "Module in local bus segment", "s7comm.szl.0091.0000.eastat.modlocseg", FT_BOOLEAN
, 16, NULL
, 0x0080,
5205 "Bit 7: Module in local bus segment", HFILL
}},
5206 { &hf_s7comm_szl_0091_0000_eastat_dataid
,
5207 { "Data ID for logical address", "s7comm.szl.0091.0000.eastat.dataid", FT_UINT16
, BASE_HEX
, VALS(szl_0091_0000_eastat_dataid_names
), 0xff00,
5208 "Bit 8 to 15: Data ID for logical address", HFILL
}},
5209 { &hf_s7comm_szl_0091_0000_berbgbr
,
5210 { "Ber_bgbr (Area ID/module width)", "s7comm.szl.0091.0000.berbgbr", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5212 { &hf_s7comm_szl_0091_0000_berbgbr_0_2
,
5213 { "Module width", "s7comm.szl.0091.0000.berbgbr.width", FT_UINT16
, BASE_DEC
, NULL
, 0x0007,
5214 "Bit 0 to 2: Module width", HFILL
}},
5215 { &hf_s7comm_szl_0091_0000_berbgbr_3
,
5216 { "Reserved", "s7comm.szl.0091.0000.berbgbr.bit3_res", FT_BOOLEAN
, 16, NULL
, 0x0008,
5217 "Bit 3: Reserved", HFILL
}},
5218 { &hf_s7comm_szl_0091_0000_berbgbr_areaid
,
5219 { "Area ID", "s7comm.szl.0091.0000.berbgbr.areaid", FT_UINT16
, BASE_DEC
, VALS(szl_0091_0000_berbgbr_areaid_names
), 0x0070,
5220 "Bit 4 to 6: Area ID", HFILL
}},
5221 { &hf_s7comm_szl_0091_0000_berbgbr_7
,
5222 { "Reserved", "s7comm.szl.0091.0000.berbgbr.bit7_res", FT_BOOLEAN
, 16, NULL
, 0x0080,
5223 "Bit 7: Reserved", HFILL
}}
5225 proto_register_field_array(proto
, hf
, array_length(hf
));
5228 /*----------------------------------------------------------------------------------------------------*/
5230 s7comm_decode_szl_id_xy91_idx_0000(tvbuff_t
*tvb
,
5235 proto_tree_add_item(tree
, hf_s7comm_szl_0091_0000_adr1
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5237 proto_tree_add_item(tree
, hf_s7comm_szl_0091_0000_adr2
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5239 proto_tree_add_item(tree
, hf_s7comm_szl_0091_0000_logadr
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5241 proto_tree_add_item(tree
, hf_s7comm_szl_0091_0000_solltyp
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5243 proto_tree_add_item(tree
, hf_s7comm_szl_0091_0000_isttyp
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5249 proto_tree_add_item(tree
, hf_s7comm_szl_0091_0000_res1_0c_4c_4d
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5252 proto_tree_add_item(tree
, hf_s7comm_szl_0091_0000_res1_0d
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5255 proto_tree_add_item(tree
, hf_s7comm_szl_0091_0000_res1
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5259 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0091_0000_eastat
,
5260 ett_s7comm_szl_0091_0000_eastat
, s7comm_szl_0091_0000_eastat_fields
, ENC_BIG_ENDIAN
);
5262 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0091_0000_berbgbr
,
5263 ett_s7comm_szl_0091_0000_berbgbr
, s7comm_szl_0091_0000_berbgbr_fields
, ENC_BIG_ENDIAN
);
5269 /*******************************************************************************************************
5274 * If you read the partial list SSL-ID W#16#xy92, you obtain information about the expected and the
5275 * current hardware configuration of centrally installed racks and stations of a DP master system.
5277 *******************************************************************************************************/
5279 s7comm_szl_xy92_xxxx_register(int proto
)
5281 static hf_register_info hf
[] = {
5282 { &hf_s7comm_szl_0092_0xxx_status_0
,
5283 { "status_0", "s7comm.szl.0092.xxxx.status_0", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5284 "status_0: Status of station 1..8", HFILL
}},
5285 { &hf_s7comm_szl_0092_0xxx_status_1
,
5286 { "status_1", "s7comm.szl.0092.xxxx.status_1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5287 "status_1: Status of station 9..16", HFILL
}},
5288 { &hf_s7comm_szl_0092_0xxx_status_2
,
5289 { "status_2", "s7comm.szl.0092.xxxx.status_2", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5290 "status_2: Status of station 17..24", HFILL
}},
5291 { &hf_s7comm_szl_0092_0xxx_status_3
,
5292 { "status_3", "s7comm.szl.0092.xxxx.status_3", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5293 "status_3: Status of station 25..32", HFILL
}},
5294 { &hf_s7comm_szl_0092_0xxx_status_4
,
5295 { "status_4", "s7comm.szl.0092.xxxx.status_4", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5296 "status_4: Status of station 33..40", HFILL
}},
5297 { &hf_s7comm_szl_0092_0xxx_status_5
,
5298 { "status_5", "s7comm.szl.0092.xxxx.status_5", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5299 "status_5: Status of station 41..48", HFILL
}},
5300 { &hf_s7comm_szl_0092_0xxx_status_6
,
5301 { "status_6", "s7comm.szl.0092.xxxx.status_6", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5302 "status_6: Status of station 49..56", HFILL
}},
5303 { &hf_s7comm_szl_0092_0xxx_status_7
,
5304 { "status_7", "s7comm.szl.0092.xxxx.status_7", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5305 "status_7: Status of station 57..64", HFILL
}},
5306 { &hf_s7comm_szl_0092_0xxx_status_8
,
5307 { "status_8", "s7comm.szl.0092.xxxx.status_8", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5308 "status_8: Status of station 65..72", HFILL
}},
5309 { &hf_s7comm_szl_0092_0xxx_status_9
,
5310 { "status_9", "s7comm.szl.0092.xxxx.status_9", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5311 "status_9: Status of station 73..80", HFILL
}},
5312 { &hf_s7comm_szl_0092_0xxx_status_10
,
5313 { "status_10", "s7comm.szl.0092.xxxx.status_10", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5314 "status_0: Status of station 81..88", HFILL
}},
5315 { &hf_s7comm_szl_0092_0xxx_status_11
,
5316 { "status_11", "s7comm.szl.0092.xxxx.status_11", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5317 "status_11: Status of station 89..96", HFILL
}},
5318 { &hf_s7comm_szl_0092_0xxx_status_12
,
5319 { "status_12", "s7comm.szl.0092.xxxx.status_12", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5320 "status_12: Status of station 97..104", HFILL
}},
5321 { &hf_s7comm_szl_0092_0xxx_status_13
,
5322 { "status_13", "s7comm.szl.0092.xxxx.status_13", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5323 "status_13: Status of station 105..112", HFILL
}},
5324 { &hf_s7comm_szl_0092_0xxx_status_14
,
5325 { "status_14", "s7comm.szl.0092.xxxx.status_14", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5326 "status_14: Status of station 113..120", HFILL
}},
5327 { &hf_s7comm_szl_0092_0xxx_status_15
,
5328 { "status_15", "s7comm.szl.0092.xxxx.status_15", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5329 "status_15: Status of station 121..128", HFILL
}},
5331 proto_register_field_array(proto
, hf
, array_length(hf
));
5334 /*----------------------------------------------------------------------------------------------------*/
5336 add_station_byte_with_bitinfo(tvbuff_t
*tvb
,
5339 const char *info_text
,
5343 proto_item
*pi
= NULL
;
5344 proto_item
*pti
= NULL
;
5345 proto_tree
*pt
= NULL
;
5348 pi
= proto_tree_add_item_ret_uint(tree
, hf
, tvb
, offset
, 1, ENC_BIG_ENDIAN
, &val
);
5349 /* Add the rack/station number when information bit is set */
5351 pt
= proto_item_add_subtree(pi
, ett_s7comm_szl_xx9x_station_info
);
5352 for (i
= 0; i
< 8; i
++) {
5354 pti
= proto_tree_add_item(pt
, hf_s7comm_szl_xx9x_station_info
, tvb
, offset
, 1, ENC_NA
);
5355 proto_item_set_text(pti
, "%s: %d", info_text
, start
+ i
);
5364 s7comm_decode_szl_id_xy92_idx_xxxx(tvbuff_t
*tvb
,
5372 txt
= "Rack/Station configured";
5375 txt
= "Station configured";
5378 txt
= "Station configured and activated";
5381 txt
= "Rack/Station exists, activated and not failed";
5384 txt
= "Station exists, activated and not failed";
5387 txt
= "Modules of a station in a expansion rack not OK or station deactivated";
5390 txt
= "Modules of a station not OK or station deactivated";
5393 txt
= "Station info bit set";
5396 offset
= add_station_byte_with_bitinfo(tvb
, tree
, hf_s7comm_szl_0092_0xxx_status_0
, txt
, 1, offset
);
5397 offset
= add_station_byte_with_bitinfo(tvb
, tree
, hf_s7comm_szl_0092_0xxx_status_1
, txt
, 9, offset
);
5398 offset
= add_station_byte_with_bitinfo(tvb
, tree
, hf_s7comm_szl_0092_0xxx_status_2
, txt
, 17, offset
);
5399 offset
= add_station_byte_with_bitinfo(tvb
, tree
, hf_s7comm_szl_0092_0xxx_status_3
, txt
, 25, offset
);
5400 offset
= add_station_byte_with_bitinfo(tvb
, tree
, hf_s7comm_szl_0092_0xxx_status_4
, txt
, 33, offset
);
5401 offset
= add_station_byte_with_bitinfo(tvb
, tree
, hf_s7comm_szl_0092_0xxx_status_5
, txt
, 41, offset
);
5402 offset
= add_station_byte_with_bitinfo(tvb
, tree
, hf_s7comm_szl_0092_0xxx_status_6
, txt
, 49, offset
);
5403 offset
= add_station_byte_with_bitinfo(tvb
, tree
, hf_s7comm_szl_0092_0xxx_status_7
, txt
, 57, offset
);
5404 offset
= add_station_byte_with_bitinfo(tvb
, tree
, hf_s7comm_szl_0092_0xxx_status_8
, txt
, 65, offset
);
5405 offset
= add_station_byte_with_bitinfo(tvb
, tree
, hf_s7comm_szl_0092_0xxx_status_9
, txt
, 73, offset
);
5406 offset
= add_station_byte_with_bitinfo(tvb
, tree
, hf_s7comm_szl_0092_0xxx_status_10
, txt
, 81, offset
);
5407 offset
= add_station_byte_with_bitinfo(tvb
, tree
, hf_s7comm_szl_0092_0xxx_status_11
, txt
, 89, offset
);
5408 offset
= add_station_byte_with_bitinfo(tvb
, tree
, hf_s7comm_szl_0092_0xxx_status_12
, txt
, 97, offset
);
5409 offset
= add_station_byte_with_bitinfo(tvb
, tree
, hf_s7comm_szl_0092_0xxx_status_13
, txt
, 105, offset
);
5410 offset
= add_station_byte_with_bitinfo(tvb
, tree
, hf_s7comm_szl_0092_0xxx_status_14
, txt
, 113, offset
);
5411 offset
= add_station_byte_with_bitinfo(tvb
, tree
, hf_s7comm_szl_0092_0xxx_status_15
, txt
, 121, offset
);
5416 /*******************************************************************************************************
5421 * Partial list SSL-ID W#16#0x94 contains information about the expected and actual
5422 * configuration of module racks in central configurations and stations of a
5423 * PROFIBUS DP mastersystem/PROFINET IO controller system.
5425 *******************************************************************************************************/
5427 s7comm_szl_0x94_xxxx_register(int proto
)
5429 static hf_register_info hf
[] = {
5430 { &hf_s7comm_szl_0094_xxxx_index
,
5431 { "Index", "s7comm.szl.0094.xxxx.index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5432 "Index: 0=central module, 1-32=distributed module on PROFIBUS DP, 100-115=distributed module on PROFINET IO", HFILL
}},
5433 { &hf_s7comm_szl_0094_xxxx_status_0
,
5434 { "status_0 (Group information)", "s7comm.szl.0094.xxxx.status_0", FT_BOOLEAN
, 8, NULL
, 0x01,
5435 "status_0 (Group information): 1=at least one of the following status bis has the value 1", HFILL
}},
5436 { &hf_s7comm_szl_0094_xxxx_status_1_2047
,
5437 { "Status", "s7comm.szl.0094.xxxx.status_1_2047", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
5438 "Status of Station 1 to 2047", HFILL
}},
5440 proto_register_field_array(proto
, hf
, array_length(hf
));
5443 /*----------------------------------------------------------------------------------------------------*/
5445 s7comm_decode_szl_id_0x94_idx_xxxx(tvbuff_t
*tvb
,
5450 proto_item
*pi
= NULL
;
5451 proto_item
*pti
= NULL
;
5452 proto_tree
*pt
= NULL
;
5455 uint32_t offset_tmp
;
5459 proto_tree_add_item(tree
, hf_s7comm_szl_0094_xxxx_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5461 proto_tree_add_item(tree
, hf_s7comm_szl_0094_xxxx_status_0
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
5462 pi
= proto_tree_add_item(tree
, hf_s7comm_szl_0094_xxxx_status_1_2047
, tvb
, offset
, 256, ENC_NA
);
5463 offset_tmp
= offset
;
5464 val
= tvb_get_uint8(tvb
, offset_tmp
);
5465 /* If first bit is set, there is at least one station with active information */
5469 txt
= "Rack/Station configured";
5472 txt
= "Station configured and deactivated";
5475 txt
= "Rack/Station exists, activated and not failed";
5478 txt
= "Rack/Station with at least one module disrupted or deactivated";
5481 txt
= "Rack/Station with problem and/or maintenance requirement/request";
5484 txt
= "Station info bit set";
5487 pt
= proto_item_add_subtree(pi
, ett_s7comm_szl_xx9x_station_info
);
5489 /* Add the rack/station number when information bit is set */
5490 for (i
= 0; i
< 256; i
++) {
5491 val
= tvb_get_uint8(tvb
, offset_tmp
);
5493 for (j
= 0; j
< 8; j
++) {
5494 if ((val
& 1) && !(n
== 0 && j
== 0)) { /* skip group information bit */
5495 pti
= proto_tree_add_item(pt
, hf_s7comm_szl_xx9x_station_info
, tvb
, offset_tmp
, 1, ENC_NA
);
5496 proto_item_set_text(pti
, "%s: %d", txt
, n
+ j
);
5505 return offset
+ 256;
5508 /*******************************************************************************************************
5513 * The partial list SSL-ID W#16#xy96 contains status information on all the modules assigned to the CPU.
5515 *******************************************************************************************************/
5517 s7comm_szl_xy96_xxxx_register(int proto
)
5519 static hf_register_info hf
[] = {
5520 { &hf_s7comm_szl_0096_xxxx_logadr_adr
,
5521 { "logadr (Address of the module)", "s7comm.szl.xx96.xxxx.logadr.adr", FT_UINT16
, BASE_HEX
, NULL
, 0x7fff,
5523 { &hf_s7comm_szl_0096_xxxx_logadr_area
,
5524 { "logadr (Area)", "s7comm.szl.xx96.xxxx.logadr.area", FT_BOOLEAN
, 16, TFS(&tfs_szl_0096_xxx_logadr_area
), 0x8000,
5526 { &hf_s7comm_szl_0096_xxxx_system
,
5527 { "System (Identifier for the central module/DP master system ID /PROFINET IO system ID)", "s7comm.szl.xx96.xxxx.system", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
5528 "System: 0=central module, 1-32=distributed module on PROFIBUS DP, 100-115=distributed module on PROFINET IO", HFILL
}},
5529 { &hf_s7comm_szl_0096_xxxx_api
,
5530 { "API (Configured Application Profile)", "s7comm.szl.xx96.xxxx.api", FT_UINT32
, BASE_HEX
, NULL
, 0x0,
5532 { &hf_s7comm_szl_0096_xxxx_station
,
5533 { "Station (Rack no./station number/device number)", "s7comm.szl.xx96.xxxx.station", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
5535 { &hf_s7comm_szl_0096_xxxx_slot
,
5536 { "Slot (Slot number)", "s7comm.szl.xx96.xxxx.slot", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
5538 { &hf_s7comm_szl_0096_xxxx_subslot
,
5539 { "Subslot (Interface module slot)", "s7comm.szl.xx96.xxxx.subslot", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
5541 { &hf_s7comm_szl_0096_xxxx_offset
,
5542 { "Offset (Offset in the user data address range of the associated module)", "s7comm.szl.xx96.xxxx.offset", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
5544 { &hf_s7comm_szl_0096_xxxx_solltyp1
,
5545 { "Solltyp1 (Expected Type: Manufacturer no. or profile identification)", "s7comm.szl.xx96.xxxx.solltyp1", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5547 { &hf_s7comm_szl_0096_xxxx_solltyp2
,
5548 { "Solltyp2 (Device)", "s7comm.szl.xx96.xxxx.solltyp2", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5550 { &hf_s7comm_szl_0096_xxxx_solltyp3
,
5551 { "Solltyp3 (Sequential number or profile index)", "s7comm.szl.xx96.xxxx.solltyp3", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
5553 { &hf_s7comm_szl_0096_xxxx_solltyp4_5
,
5554 { "Solltyp4_5 (Submodule identification)", "s7comm.szl.xx96.xxxx.solltyp4_5", FT_UINT32
, BASE_HEX
, NULL
, 0x0,
5556 { &hf_s7comm_szl_0096_xxxx_solltyp6_7
,
5557 { "Solltyp6_7 (Interface module identification)", "s7comm.szl.xx96.xxxx.solltyp6_7", FT_UINT32
, BASE_HEX
, NULL
, 0x0,
5559 { &hf_s7comm_szl_0096_xxxx_expactid
,
5560 { "Expected/actual identifier", "s7comm.szl.xx96.xxxx.expactid", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5561 "Expected/actual identifier: Bit0=0 -> Expected the same as actual, Bit0=1 -> Expected not same as actual", HFILL
}},
5562 { &hf_s7comm_szl_0096_xxxx_reserve1
,
5563 { "Reserve 1", "s7comm.szl.xx96.xxxx.reserve1", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5565 /* From here almost identical with ID 0x0091, but there are some differences and it's also convenient to have separate filter fields */
5566 { &hf_s7comm_szl_0096_xxxx_eastat
,
5567 { "I/O status", "s7comm.szl.xx96.xxxx.eastat", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5569 { &hf_s7comm_szl_0096_xxxx_eastat_0
,
5570 { "Module disrupted", "s7comm.szl.xx96.xxxx.eastat.moddisrupt", FT_BOOLEAN
, 16, NULL
, 0x0001,
5571 "Bit 0: Module disrupted (detected over diagnostic interrupt)", HFILL
}},
5572 { &hf_s7comm_szl_0096_xxxx_eastat_1
,
5573 { "Module exists", "s7comm.szl.xx96.xxxx.eastat.modexists", FT_BOOLEAN
, 16, NULL
, 0x0002,
5574 "Bit 1: Module exists", HFILL
}},
5575 { &hf_s7comm_szl_0096_xxxx_eastat_2
,
5576 { "Module not available", "s7comm.szl.xx96.xxxx.eastat.modnotav", FT_BOOLEAN
, 16, NULL
, 0x0004,
5577 "Bit 2: Module not available", HFILL
}},
5578 { &hf_s7comm_szl_0096_xxxx_eastat_3
,
5579 { "Module disabled", "s7comm.szl.xx96.xxxx.eastat.moddisabl", FT_BOOLEAN
, 16, NULL
, 0x0008,
5580 "Bit 3: Module disabled", HFILL
}},
5581 { &hf_s7comm_szl_0096_xxxx_eastat_4
,
5582 { "Problem on station", "s7comm.szl.xx96.xxxx.eastat.statproblem", FT_BOOLEAN
, 16, NULL
, 0x0010,
5583 "Bit 4: Problem on station (representative slot only)", HFILL
}},
5584 { &hf_s7comm_szl_0096_xxxx_eastat_5
,
5585 { "CiR event active", "s7comm.szl.xx96.xxxx.eastat.ciractive", FT_BOOLEAN
, 16, NULL
, 0x0020,
5586 "Bit 5: A CiR event at this module/station is active or not yet completed", HFILL
}},
5587 { &hf_s7comm_szl_0096_xxxx_eastat_6
,
5588 { "Reserved", "s7comm.szl.xx96.xxxx.eastat.res", FT_BOOLEAN
, 16, NULL
, 0x0040,
5589 "Bit 6: Reserved for S7-400", HFILL
}},
5590 { &hf_s7comm_szl_0096_xxxx_eastat_7
,
5591 { "Module in local bus segment", "s7comm.szl.xx96.xxxx.eastat.modlocseg", FT_BOOLEAN
, 16, NULL
, 0x0080,
5592 "Bit 7: Module in local bus segment", HFILL
}},
5593 { &hf_s7comm_szl_0096_xxxx_eastat_8
,
5594 { "Module maintenance required", "s7comm.szl.xx96.xxxx.eastat.modmaintreq", FT_BOOLEAN
, 16, NULL
, 0x0100,
5595 "Bit 8: Module maintenance required (green)", HFILL
}},
5596 { &hf_s7comm_szl_0096_xxxx_eastat_9
,
5597 { "Module maintenance demand", "s7comm.szl.xx96.xxxx.eastat.modmaintdem", FT_BOOLEAN
, 16, NULL
, 0x0200,
5598 "Bit 9: Module maintenance demand (yellow)", HFILL
}},
5599 { &hf_s7comm_szl_0096_xxxx_berbgbr
,
5600 { "Ber_bgbr (Area ID/module width)", "s7comm.szl.xx96.xxxx.berbgbr", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5602 { &hf_s7comm_szl_0096_xxxx_berbgbr_0_2
,
5603 { "Module width", "s7comm.szl.xx96.xxxx.berbgbr.width", FT_UINT16
, BASE_DEC
, NULL
, 0x0007,
5604 "Bit 0 to 2: Module width", HFILL
}},
5605 { &hf_s7comm_szl_0096_xxxx_berbgbr_3
,
5606 { "Reserved", "s7comm.szl.xx96.xxxx.berbgbr.bit3_res", FT_BOOLEAN
, 16, NULL
, 0x0008,
5607 "Bit 3: Reserved", HFILL
}},
5608 { &hf_s7comm_szl_0096_xxxx_berbgbr_areaid
,
5609 { "Area ID", "s7comm.szl.xx96.xxxx.berbgbr.areaid", FT_UINT16
, BASE_DEC
, VALS(szl_0091_0000_berbgbr_areaid_names
), 0x0070,
5610 "Bit 4 to 6: Area ID", HFILL
}},
5611 { &hf_s7comm_szl_0096_xxxx_berbgbr_7
,
5612 { "Reserved", "s7comm.szl.xx96.xxxx.berbgbr.bit7_res", FT_BOOLEAN
, 16, NULL
, 0x0080,
5613 "Bit 7: Reserved", HFILL
}},
5614 { &hf_s7comm_szl_0096_xxxx_reserve2
,
5615 { "res (Reserved)", "s7comm.szl.xx96.xxxx.reserve2", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
5618 proto_register_field_array(proto
, hf
, array_length(hf
));
5621 /*----------------------------------------------------------------------------------------------------*/
5623 s7comm_decode_szl_id_xy96_idx_xxxx(tvbuff_t
*tvb
,
5627 proto_tree_add_item(tree
, hf_s7comm_szl_0096_xxxx_logadr_adr
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5628 proto_tree_add_item(tree
, hf_s7comm_szl_0096_xxxx_logadr_area
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5630 proto_tree_add_item(tree
, hf_s7comm_szl_0096_xxxx_system
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5632 proto_tree_add_item(tree
, hf_s7comm_szl_0096_xxxx_api
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
5634 proto_tree_add_item(tree
, hf_s7comm_szl_0096_xxxx_station
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5636 proto_tree_add_item(tree
, hf_s7comm_szl_0096_xxxx_slot
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5638 proto_tree_add_item(tree
, hf_s7comm_szl_0096_xxxx_subslot
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5640 proto_tree_add_item(tree
, hf_s7comm_szl_0096_xxxx_offset
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5642 proto_tree_add_item(tree
, hf_s7comm_szl_0096_xxxx_solltyp1
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5644 proto_tree_add_item(tree
, hf_s7comm_szl_0096_xxxx_solltyp2
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5646 proto_tree_add_item(tree
, hf_s7comm_szl_0096_xxxx_solltyp3
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5648 proto_tree_add_item(tree
, hf_s7comm_szl_0096_xxxx_solltyp4_5
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
5650 proto_tree_add_item(tree
, hf_s7comm_szl_0096_xxxx_solltyp6_7
, tvb
, offset
, 4, ENC_BIG_ENDIAN
);
5652 proto_tree_add_item(tree
, hf_s7comm_szl_0096_xxxx_expactid
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5654 proto_tree_add_item(tree
, hf_s7comm_szl_0096_xxxx_reserve1
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5656 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0096_xxxx_eastat
,
5657 ett_s7comm_szl_0096_xxxx_eastat
, s7comm_szl_0096_xxxx_eastat_fields
, ENC_BIG_ENDIAN
);
5659 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0096_xxxx_berbgbr
,
5660 ett_s7comm_szl_0096_xxxx_berbgbr
, s7comm_szl_0096_xxxx_berbgbr_fields
, ENC_BIG_ENDIAN
);
5662 proto_tree_add_item(tree
, hf_s7comm_szl_0096_xxxx_reserve2
, tvb
, offset
, 10, ENC_NA
);
5668 /*******************************************************************************************************
5673 * If you read the system status list with SZL-ID W#16#xy24, you obtain
5674 * information about the modes of the module.
5676 *******************************************************************************************************/
5678 s7comm_szl_0424_0000_register(int proto
)
5680 static hf_register_info hf
[] = {
5681 { &hf_s7comm_szl_0424_0000_ereig
,
5682 { "ereig", "s7comm.szl.0424.0000.ereig", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5683 "Event ID", HFILL
}},
5684 { &hf_s7comm_szl_0424_0000_ae
,
5685 { "ae", "s7comm.szl.0424.0000.ae", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5686 "ae (B#16#FF)", HFILL
}},
5687 { &hf_s7comm_szl_0424_0000_bzu_id
,
5688 { "bzu-id", "s7comm.szl.0424.0000.bzu_id", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5689 "bzu-id (ID of the mode change divided into 4 bits, Bit 0 to 3: Requested mode, Bit 4 to 7: Previous mode)", HFILL
}},
5690 { &hf_s7comm_szl_0424_0000_bzu_id_req
,
5691 { "Requested mode", "s7comm.szl.0424.0000.bzu_id.req", FT_UINT8
, BASE_HEX
, VALS(szl_0424_0000_bzu_id_names
), 0x0f,
5692 "bzu-id Requested mode", HFILL
}},
5693 { &hf_s7comm_szl_0424_0000_bzu_id_pre
,
5694 { "Previous mode", "s7comm.szl.0424.0000.bzu_id.pre", FT_UINT8
, BASE_HEX
, VALS(szl_0424_0000_bzu_id_names
), 0xf0,
5695 "bzu-id Previous mode", HFILL
}},
5696 { &hf_s7comm_szl_0424_0000_res
,
5697 { "res (Reserved)", "s7comm.szl.0424.0000.res", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
5699 { &hf_s7comm_szl_0424_0000_anlinfo1
,
5700 { "anlinfo1", "s7comm.szl.0424.0000.anlinfo1", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5702 { &hf_s7comm_szl_0424_0000_anlinfo2
,
5703 { "anlinfo2", "s7comm.szl.0424.0000.anlinfo2", FT_UINT8
, BASE_HEX
, VALS(szl_0424_0000_anlinfo2_names
), 0x0,
5704 "Type of startup just exceeded", HFILL
}},
5705 { &hf_s7comm_szl_0424_0000_anlinfo3
,
5706 { "anlinfo3", "s7comm.szl.0424.0000.anlinfo3", FT_UINT8
, BASE_HEX
, NULL
, 0x0,
5707 "Permissibility of startup types", HFILL
}},
5708 { &hf_s7comm_szl_0424_0000_anlinfo4
,
5709 { "anlinfo4", "s7comm.szl.0424.0000.anlinfo4", FT_UINT8
, BASE_HEX
, VALS(szl_0424_0000_anlinfo4_names
), 0x0,
5710 "Last valid operation or setting of the automatic startup type at power on", HFILL
}},
5711 { &hf_s7comm_szl_0424_0000_time
,
5712 { "time", "s7comm.szl.0424.0000.time", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
5713 "time (Time stamp)", HFILL
}}
5715 proto_register_field_array(proto
, hf
, array_length(hf
));
5718 /*----------------------------------------------------------------------------------------------------*/
5720 s7comm_decode_szl_id_0424_idx_0000(tvbuff_t
*tvb
,
5724 proto_tree_add_item(tree
, hf_s7comm_szl_0424_0000_ereig
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5726 proto_tree_add_item(tree
, hf_s7comm_szl_0424_0000_ae
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
5728 proto_tree_add_bitmask(tree
, tvb
, offset
, hf_s7comm_szl_0424_0000_bzu_id
,
5729 ett_s7comm_szl_0424_0000_bzu_id
, s7comm_szl_0424_0000_bzu_id_fields
, ENC_BIG_ENDIAN
);
5731 proto_tree_add_item(tree
, hf_s7comm_szl_0424_0000_res
, tvb
, offset
, 4, ENC_NA
);
5733 proto_tree_add_item(tree
, hf_s7comm_szl_0424_0000_anlinfo1
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
5735 proto_tree_add_item(tree
, hf_s7comm_szl_0424_0000_anlinfo2
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
5737 proto_tree_add_item(tree
, hf_s7comm_szl_0424_0000_anlinfo3
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
5739 proto_tree_add_item(tree
, hf_s7comm_szl_0424_0000_anlinfo4
, tvb
, offset
, 1, ENC_BIG_ENDIAN
);
5741 proto_tree_add_item(tree
, hf_s7comm_szl_0424_0000_time
, tvb
, offset
, 8, ENC_NA
);
5747 /*******************************************************************************************************
5749 * Register SZL header fields
5751 *******************************************************************************************************/
5753 s7comm_register_szl_types(int proto
)
5755 static hf_register_info hf
[] = {
5756 /*** SZL functions ***/
5757 { &hf_s7comm_userdata_szl_partial_list
,
5758 { "SZL partial list data", "s7comm.param.userdata.szl_part_list", FT_BYTES
, BASE_NONE
, NULL
, 0x0,
5761 { &hf_s7comm_userdata_szl_id
,
5762 { "SZL-ID", "s7comm.data.userdata.szl_id", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5763 "SZL-ID (System Status List) Bits 15-12: Diagnostic type, Bits 11-8: Number of the partial list extract, Bits 7-0: Number of the partial list", HFILL
}},
5765 /* N.B. 2nd member of the bitfield test covers all 16 bits.. */
5766 { &hf_s7comm_userdata_szl_id_type
,
5767 { "Diagnostic type", "s7comm.data.userdata.szl_id.diag_type", FT_UINT16
, BASE_HEX
, VALS(szl_module_type_names
), 0xf000,
5769 { &hf_s7comm_userdata_szl_id_partlist_ex
,
5770 { "Number of the partial list extract", "s7comm.data.userdata.szl_id.partlist_ex", FT_UINT16
, BASE_HEX
| BASE_EXT_STRING
, &szl_id_partlist_ex_names_ext
, 0x0f00,
5772 { &hf_s7comm_userdata_szl_id_partlist_num
,
5773 { "Number of the partial list", "s7comm.data.userdata.szl_id.partlist_num", FT_UINT16
, BASE_HEX
| BASE_EXT_STRING
, &szl_partial_list_names_ext
, 0x00ff,
5777 { &hf_s7comm_userdata_szl_index
,
5778 { "SZL-Index", "s7comm.data.userdata.szl_index", FT_UINT16
, BASE_HEX
, NULL
, 0x0,
5779 "SZL-Index (System Status List)", HFILL
}},
5780 { &hf_s7comm_userdata_szl_tree
,
5781 { "SZL data tree", "s7comm.data.userdata.szl_data_tree", FT_NONE
, BASE_NONE
, NULL
, 0x0,
5783 { &hf_s7comm_userdata_szl_id_partlist_len
,
5784 { "SZL partial list length in bytes", "s7comm.data.userdata.szl_id.partlist_len", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
5786 { &hf_s7comm_userdata_szl_id_partlist_cnt
,
5787 { "SZL partial list count", "s7comm.data.userdata.szl_id.partlist_cnt", FT_UINT16
, BASE_DEC
, NULL
, 0x0,
5788 "SZL partial list count: the number of datasets in the results", HFILL
}},
5790 { &hf_s7comm_szl_xy12_0x00_charac
,
5791 { "Characteristic", "s7comm.szl.xy12.0x00.charac", FT_UINT16
, BASE_HEX
, VALS(szl_xy12_cpu_characteristic_names
), 0x0,
5793 /* For general usage as a station information */
5794 { &hf_s7comm_szl_xx9x_station_info
,
5795 { "Station", "s7comm.szl.xy12.xx9x.station_info", FT_NONE
, BASE_NONE
, NULL
, 0x0,
5799 /* Register Subtrees */
5800 static int *ett
[] = {
5802 &ett_s7comm_userdata_szl_id
,
5803 &ett_s7comm_szl_xy22_00xx_al1
,
5804 &ett_s7comm_szl_xy22_00xx_al2
,
5805 &ett_s7comm_szl_0131_0002_funkt_0
,
5806 &ett_s7comm_szl_0131_0002_funkt_1
,
5807 &ett_s7comm_szl_0131_0002_funkt_2
,
5808 &ett_s7comm_szl_0131_0002_trgereig_0
,
5809 &ett_s7comm_szl_0131_0002_trgereig_1
,
5810 &ett_s7comm_szl_0131_0003_funkt_0
,
5811 &ett_s7comm_szl_0131_0003_funkt_1
,
5812 &ett_s7comm_szl_0131_0003_funkt_2
,
5813 &ett_s7comm_szl_0131_0003_funkt_3
,
5814 &ett_s7comm_szl_0131_0004_funkt_0
,
5815 &ett_s7comm_szl_0131_0004_funkt_1
,
5816 &ett_s7comm_szl_0131_0004_funkt_2
,
5817 &ett_s7comm_szl_0131_0004_funkt_3
,
5818 &ett_s7comm_szl_0131_0004_funkt_4
,
5819 &ett_s7comm_szl_0131_0005_funkt_0
,
5820 &ett_s7comm_szl_0131_0006_funkt_0
,
5821 &ett_s7comm_szl_0131_0006_funkt_1
,
5822 &ett_s7comm_szl_0131_0006_funkt_2
,
5823 &ett_s7comm_szl_0131_0006_funkt_3
,
5824 &ett_s7comm_szl_0131_0006_funkt_6
,
5825 &ett_s7comm_szl_0131_0006_funkt_7
,
5826 &ett_s7comm_szl_0131_0006_zugtyp_0
,
5827 &ett_s7comm_szl_0131_0006_zugtyp_1
,
5828 &ett_s7comm_szl_0131_0006_zugtyp_2
,
5829 &ett_s7comm_szl_0131_0006_zugtyp_3
,
5830 &ett_s7comm_szl_0131_0006_zugtyp_6
,
5831 &ett_s7comm_szl_0131_0006_zugtyp_7
,
5832 &ett_s7comm_szl_0131_0007_funkt_0
,
5833 &ett_s7comm_szl_0131_0007_obj_0
,
5834 &ett_s7comm_szl_0131_0007_mode
,
5835 &ett_s7comm_szl_0131_0009_sync_k
,
5836 &ett_s7comm_szl_0131_0009_sync_mpi
,
5837 &ett_s7comm_szl_0131_0009_sync_mfi
,
5838 &ett_s7comm_szl_0131_0010_funk_1
,
5839 &ett_s7comm_szl_0131_0010_ber_meld_1
,
5840 &ett_s7comm_szl_0131_0010_ber_zus_1
,
5841 &ett_s7comm_szl_0131_0010_typ_zus_1
,
5842 &ett_s7comm_szl_0091_0000_eastat
,
5843 &ett_s7comm_szl_0091_0000_berbgbr
,
5844 &ett_s7comm_szl_0096_xxxx_eastat
,
5845 &ett_s7comm_szl_0096_xxxx_berbgbr
,
5846 &ett_s7comm_szl_xx9x_station_info
,
5847 &ett_s7comm_szl_0424_0000_bzu_id
,
5849 proto_register_subtree_array(ett
, array_length (ett
));
5850 proto_register_field_array(proto
, hf
, array_length(hf
));
5852 /* Register the SZL fields */
5853 s7comm_szl_0000_0000_register(proto
);
5854 s7comm_szl_0013_0000_register(proto
);
5855 s7comm_szl_xy14_000x_register(proto
);
5856 s7comm_szl_xy15_000x_register(proto
);
5857 s7comm_szl_xy11_0001_register(proto
);
5858 s7comm_szl_xy22_00xx_register(proto
);
5859 s7comm_szl_0131_0001_register(proto
);
5860 s7comm_szl_0131_0002_register(proto
);
5861 s7comm_szl_0131_0003_register(proto
);
5862 s7comm_szl_0131_0004_register(proto
);
5863 s7comm_szl_0131_0005_register(proto
);
5864 s7comm_szl_0131_0006_register(proto
);
5865 s7comm_szl_0131_0007_register(proto
);
5866 s7comm_szl_0131_0008_register(proto
);
5867 s7comm_szl_0131_0009_register(proto
);
5868 s7comm_szl_0131_0010_register(proto
);
5869 s7comm_szl_0132_0001_register(proto
);
5870 s7comm_szl_0132_0002_register(proto
);
5871 s7comm_szl_0132_0004_register(proto
);
5872 s7comm_szl_0132_0005_register(proto
);
5873 s7comm_szl_0132_0006_register(proto
);
5874 s7comm_szl_0132_0008_register(proto
);
5875 s7comm_szl_0132_000b_register(proto
);
5876 s7comm_szl_0132_000c_register(proto
);
5877 s7comm_szl_xy1c_000x_register(proto
);
5878 s7comm_szl_xy91_0000_register(proto
);
5879 s7comm_szl_xy92_xxxx_register(proto
);
5880 s7comm_szl_0x94_xxxx_register(proto
);
5881 s7comm_szl_xy96_xxxx_register(proto
);
5882 s7comm_szl_xy74_0000_register(proto
);
5883 s7comm_szl_0424_0000_register(proto
);
5886 /*******************************************************************************************************
5888 * PDU Type: User Data -> Function group 4 -> SZL functions
5890 *******************************************************************************************************/
5892 s7comm_decode_ud_cpu_szl_subfunc(tvbuff_t
*tvb
,
5894 proto_tree
*data_tree
,
5895 uint8_t type
, /* Type of data (request/response) */
5896 uint8_t ret_val
, /* Return value in data part */
5903 uint16_t list_count
;
5905 uint32_t start_offset
;
5906 proto_item
*szl_item
= NULL
;
5907 proto_tree
*szl_item_tree
= NULL
;
5908 proto_item
*szl_item_entry
= NULL
;
5909 const char* szl_index_description
;
5910 bool szl_decoded
= false;
5912 start_offset
= offset
;
5913 if (type
== S7COMM_UD_TYPE_REQ
) {
5914 id
= tvb_get_ntohs(tvb
, offset
);
5915 proto_tree_add_bitmask(data_tree
, tvb
, offset
, hf_s7comm_userdata_szl_id
,
5916 ett_s7comm_userdata_szl_id
, s7comm_userdata_szl_id_fields
, ENC_BIG_ENDIAN
);
5918 idx
= tvb_get_ntohs(tvb
, offset
);
5919 szl_item_entry
= proto_tree_add_item(data_tree
, hf_s7comm_userdata_szl_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5921 szl_index_description
= s7comm_get_szl_id_index_description_text(id
, idx
);
5922 if (szl_index_description
!= NULL
) {
5923 proto_item_append_text(szl_item_entry
, " [%s]", szl_index_description
);
5925 proto_item_append_text(data_tree
, " (SZL-ID: 0x%04x, Index: 0x%04x)", id
, idx
);
5926 col_append_fstr(pinfo
->cinfo
, COL_INFO
, " ID=0x%04x Index=0x%04x" , id
, idx
);
5927 } else if (type
== S7COMM_UD_TYPE_RES
) {
5928 if (ret_val
== S7COMM_ITEM_RETVAL_DATA_OK
) {
5929 id
= tvb_get_ntohs(tvb
, offset
);
5930 proto_tree_add_bitmask(data_tree
, tvb
, offset
, hf_s7comm_userdata_szl_id
,
5931 ett_s7comm_userdata_szl_id
, s7comm_userdata_szl_id_fields
, ENC_BIG_ENDIAN
);
5933 idx
= tvb_get_ntohs(tvb
, offset
);
5934 szl_item_entry
= proto_tree_add_item(data_tree
, hf_s7comm_userdata_szl_index
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5936 szl_index_description
= s7comm_get_szl_id_index_description_text(id
, idx
);
5937 if (szl_index_description
!= NULL
) {
5938 proto_item_append_text(szl_item_entry
, " [%s]", szl_index_description
);
5940 proto_item_append_text(data_tree
, " (SZL-ID: 0x%04x, Index: 0x%04x)", id
, idx
);
5941 col_append_fstr(pinfo
->cinfo
, COL_INFO
, " ID=0x%04x Index=0x%04x" , id
, idx
);
5943 /* SZL-Data, 4 Bytes header, 4 bytes id/index = 8 bytes */
5944 list_len
= tvb_get_ntohs(tvb
, offset
); /* Length of an list set in bytes */
5945 proto_tree_add_uint(data_tree
, hf_s7comm_userdata_szl_id_partlist_len
, tvb
, offset
, 2, list_len
);
5947 list_count
= tvb_get_ntohs(tvb
, offset
); /* count of partlists */
5948 proto_tree_add_uint(data_tree
, hf_s7comm_userdata_szl_id_partlist_cnt
, tvb
, offset
, 2, list_count
);
5950 /* Check the listcount, as in fragmented packets some CPUs (firmware bug?) send 0xffff as list count */
5951 if (((uint32_t)list_count
* (uint32_t)list_len
) > (dlength
- (offset
- start_offset
))) {
5952 /* TODO: Make entry in expert field */
5953 list_count
= (dlength
- (offset
- start_offset
)) / list_len
;
5955 /* Add a Data element for each partlist */
5956 if (dlength
> 8) { /* minimum length of a correct szl data part is 8 bytes */
5957 for (i
= 1; i
<= list_count
&& (list_count
* list_len
!= 0); i
++) {
5958 /* Add a separate tree for the SZL data */
5959 szl_item
= proto_tree_add_item(data_tree
, hf_s7comm_userdata_szl_tree
, tvb
, offset
, list_len
, ENC_NA
);
5960 szl_item_tree
= proto_item_add_subtree(szl_item
, ett_s7comm_szl
);
5961 proto_item_append_text(szl_item
, " (list count no. %d)", i
);
5962 szl_decoded
= false;
5963 /* lets try to decode some known szl-id and indexes */
5966 offset
= s7comm_decode_szl_id_xy00(tvb
, szl_item_tree
, id
, idx
, offset
);
5971 proto_tree_add_item(szl_item_tree
, hf_s7comm_szl_xy12_0x00_charac
, tvb
, offset
, 2, ENC_BIG_ENDIAN
);
5977 if (idx
== 0x0000) {
5978 offset
= s7comm_decode_szl_id_0013_idx_0000(tvb
, szl_item_tree
, offset
);
5984 offset
= s7comm_decode_szl_id_xy14_idx_000x(tvb
, szl_item_tree
, offset
);
5989 offset
= s7comm_decode_szl_id_xy15_idx_000x(tvb
, szl_item_tree
, offset
);
5994 /* It's (almost) the same structure for all possible indexes */
5995 offset
= s7comm_decode_szl_id_0111_idx_0001(tvb
, szl_item_tree
, offset
);
5999 offset
= s7comm_decode_szl_id_xy22_idx_00xx(tvb
, szl_item_tree
, offset
);
6015 /* the data structure is the same as used when CPU is sending online such messages */
6016 offset
= s7comm_decode_ud_cpu_diagnostic_message(tvb
, pinfo
, false, szl_item_tree
, offset
);
6023 offset
= s7comm_decode_szl_id_xy1c_idx_000x(tvb
, szl_item_tree
, offset
);
6029 offset
= s7comm_decode_szl_id_0131_idx_0001(tvb
, szl_item_tree
, offset
);
6033 offset
= s7comm_decode_szl_id_0131_idx_0002(tvb
, szl_item_tree
, offset
);
6037 offset
= s7comm_decode_szl_id_0131_idx_0003(tvb
, szl_item_tree
, offset
);
6041 offset
= s7comm_decode_szl_id_0131_idx_0004(tvb
, szl_item_tree
, offset
);
6045 offset
= s7comm_decode_szl_id_0131_idx_0005(tvb
, szl_item_tree
, offset
);
6049 offset
= s7comm_decode_szl_id_0131_idx_0006(tvb
, szl_item_tree
, offset
);
6053 offset
= s7comm_decode_szl_id_0131_idx_0007(tvb
, szl_item_tree
, offset
);
6057 offset
= s7comm_decode_szl_id_0131_idx_0008(tvb
, szl_item_tree
, offset
);
6061 offset
= s7comm_decode_szl_id_0131_idx_0009(tvb
, szl_item_tree
, offset
);
6065 offset
= s7comm_decode_szl_id_0131_idx_0010(tvb
, szl_item_tree
, offset
);
6073 offset
= s7comm_decode_szl_id_0132_idx_0001(tvb
, szl_item_tree
, offset
);
6077 offset
= s7comm_decode_szl_id_0132_idx_0002(tvb
, szl_item_tree
, offset
);
6081 offset
= s7comm_decode_szl_id_0132_idx_0004(tvb
, szl_item_tree
, offset
);
6085 offset
= s7comm_decode_szl_id_0132_idx_0005(tvb
, szl_item_tree
, offset
);
6089 offset
= s7comm_decode_szl_id_0132_idx_0006(tvb
, szl_item_tree
, offset
);
6093 offset
= s7comm_decode_szl_id_0132_idx_0008(tvb
, szl_item_tree
, offset
);
6097 offset
= s7comm_decode_szl_id_0132_idx_000b(tvb
, szl_item_tree
, offset
);
6101 offset
= s7comm_decode_szl_id_0132_idx_000c(tvb
, szl_item_tree
, offset
);
6110 offset
= s7comm_decode_szl_id_xy74_idx_0000(tvb
, szl_item_tree
, offset
);
6125 offset
= s7comm_decode_szl_id_xy91_idx_0000(tvb
, szl_item_tree
, id
, offset
);
6138 offset
= s7comm_decode_szl_id_xy92_idx_xxxx(tvb
, szl_item_tree
, id
, offset
);
6146 offset
= s7comm_decode_szl_id_0x94_idx_xxxx(tvb
, szl_item_tree
, id
, offset
);
6151 offset
= s7comm_decode_szl_id_xy96_idx_xxxx(tvb
, szl_item_tree
, offset
);
6156 if (idx
== 0x0000) {
6157 offset
= s7comm_decode_szl_id_0424_idx_0000(tvb
, szl_item_tree
, offset
);
6162 szl_decoded
= false;
6165 if (szl_decoded
== false) {
6166 proto_tree_add_item(szl_item_tree
, hf_s7comm_userdata_szl_partial_list
, tvb
, offset
, list_len
, ENC_NA
);
6172 col_append_fstr(pinfo
->cinfo
, COL_INFO
, " Return value:[%s]", val_to_str(ret_val
, s7comm_item_return_valuenames
, "Unknown return value:0x%02x"));
6179 * Editor modelines - https://www.wireshark.org/tools/modelines.html
6184 * indent-tabs-mode: nil
6187 * vi: set shiftwidth=4 tabstop=8 expandtab:
6188 * :indentSize=4:tabSize=8:noTabs=true:
