tests/lazy-optimize-reorder.sh

   1 #!/usr/bin/env bash
   2
   3 set -ev
   4 not () { "$@" && exit 1 || :; }
   5
   6 rm -rf temp1 temp2 temp3
   7 mkdir temp1
   8 cd temp1
   9 darcs init
  10
  11 # this test only applies to hashed formats
  12 if cat _darcs/inventory; then exit 0; fi
  13
  14 date > f1
  15 darcs add f1
  16 darcs record -am 'add f1'
  17
  18 darcs tag -m 'tag f1'
  19
  20 date > f2
  21 darcs add f2
  22 darcs record -am 'add f2'
  23 cd ..
  24
  25 darcs get --lazy temp1 temp2
  26
  27 darcs get --lazy temp2 temp3
  28
  29 cd temp2
  30
  31 # Run darcs changes so we pull in the inventories (but no the patches)
  32 darcs changes
  33
  34 # Remove original repository, so we have no references to changes f1 and f2.
  35 rm -rf ../temp1
  36
  37 # Now we should be unable to read some of the history
  38 darcs changes -s > out
  39 cat out
  40 grep unavailable out
  41
  42 date > f3
  43 darcs add f3
  44 darcs record -am 'add f3'
  45
  46 darcs tag -m 'tag 123'
  47 cd ..
  48
  49 cd temp3
  50 date > f4
  51 darcs add f4
  52 darcs record -am 'add f4'
  53 darcs pull -av
  54
  55 # Here's the point of this test: we should be able to optimize
  56 # --reorder without being able to read all the patches in the
  57 # repository.
  58 darcs optimize --reorder
  59
  60 # Just a double-check: we shouldn't be able to check in this case.
  61 not darcs check
  62
  63 cd ..
  64
  65 rm -rf temp1 temp2 temp3 temp4