view tests/test-update-branches.t @ 15812:0cc4ad757c77

sslutil: verify that wrap_socket really wrapped the socket

This works around that ssl.wrap_socket silently skips ssl negotiation on
sockets that was connected but since then has been reset by the peer but not
yet closed at the Python level. That leaves the socket in a state where
.getpeercert() fails with an AttributeError on None. See
http://bugs.python.org/issue13721 .

A call to .cipher() is now used to verify that the wrapping really did succeed.
Otherwise it aborts with "ssl connection failed".

# Construct the following history tree:
#
# @  5:e1bb631146ca  b1
# |
# o  4:a4fdb3b883c4 0:b608b9236435  b1
# |
# | o  3:4b57d2520816 1:44592833ba9f
# | |
# | | o  2:063f31070f65
# | |/
# | o  1:44592833ba9f
# |/
# o  0:b608b9236435

  $ hg init
  $ echo foo > foo
  $ echo zero > a
  $ hg ci -qAm0
  $ echo one > a ; hg ci -m1
  $ echo two > a ; hg ci -m2
  $ hg up -q 1
  $ echo three > a ; hg ci -qm3
  $ hg up -q 0
  $ hg branch -q b1
  $ echo four > a ; hg ci -qm4
  $ echo five > a ; hg ci -qm5

Initial repo state:

  $ hg --config 'extensions.graphlog=' \
  >    glog --template '{rev}:{node|short} {parents} {branches}\n'
  @  5:e1bb631146ca  b1
  |
  o  4:a4fdb3b883c4 0:b608b9236435  b1
  |
  | o  3:4b57d2520816 1:44592833ba9f
  | |
  | | o  2:063f31070f65
  | |/
  | o  1:44592833ba9f
  |/
  o  0:b608b9236435
  

Test helper functions:

  $ revtest () {
  >     msg=$1
  >     dirtyflag=$2   # 'clean' or 'dirty'
  >     startrev=$3
  >     targetrev=$4
  >     opt=$5
  >     hg up -qC $startrev
  >     test $dirtyflag = dirty && echo dirty > foo
  >     hg up $opt $targetrev
  >     hg parent --template 'parent={rev}\n'
  >     hg stat
  > }    

  $ norevtest () {
  >     msg=$1
  >     dirtyflag=$2   # 'clean' or 'dirty'
  >     startrev=$3
  >     opt=$4
  >     hg up -qC $startrev
  >     test $dirtyflag = dirty && echo dirty > foo
  >     hg up $opt
  >     hg parent --template 'parent={rev}\n'
  >     hg stat
  > }    

Test cases are documented in a table in the update function of merge.py.
Cases are run as shown in that table, row by row.

  $ norevtest 'none clean linear' clean 4
  1 files updated, 0 files merged, 0 files removed, 0 files unresolved
  parent=5

  $ norevtest 'none clean same'   clean 2
  abort: crosses branches (merge branches or update --check to force update)
  parent=2


  $ revtest 'none clean linear' clean 1 2
  1 files updated, 0 files merged, 0 files removed, 0 files unresolved
  parent=2

  $ revtest 'none clean same'   clean 2 3
  1 files updated, 0 files merged, 0 files removed, 0 files unresolved
  parent=3

  $ revtest 'none clean cross'  clean 3 4
  1 files updated, 0 files merged, 0 files removed, 0 files unresolved
  parent=4


  $ revtest 'none dirty linear' dirty 1 2
  1 files updated, 0 files merged, 0 files removed, 0 files unresolved
  parent=2
  M foo

  $ revtest 'none dirty same'   dirty 2 3
  abort: crosses branches (merge branches or use --clean to discard changes)
  parent=2
  M foo

  $ revtest 'none dirty cross'  dirty 3 4
  abort: crosses branches (merge branches or use --clean to discard changes)
  parent=3
  M foo


  $ revtest '-C dirty linear'   dirty 1 2 -C
  2 files updated, 0 files merged, 0 files removed, 0 files unresolved
  parent=2

  $ revtest '-c dirty linear'   dirty 1 2 -c
  abort: uncommitted local changes
  parent=1
  M foo

  $ norevtest '-c clean same'   clean 2 -c
  1 files updated, 0 files merged, 0 files removed, 0 files unresolved
  parent=3

  $ revtest '-cC dirty linear'  dirty 1 2 -cC
  abort: cannot specify both -c/--check and -C/--clean
  parent=1
  M foo