Mercurial > hg
view tests/test-convert-cvsnt-mergepoints.t @ 33766:4c706037adef
wireproto: overhaul iterating batcher code (API)
The remote batching code is difficult to read. Let's improve it.
As part of the refactor, the future returned by method calls on
batchiter() instances is now populated. However, you still need to
consume the results() generator for the future to be set. But at
least now we can stuff the future somewhere and not have to worry
about aligning method call order with result order since you can
use a future to hold the result.
Also as part of the change, we now verify that @batchable generators
yield exactly 2 values. In other words, we enforce their API.
The non-iter batcher has been unused since b6e71f8af5b8. And to my
surprise we had no explicit unit test coverage of it! test-batching.py
has been overhauled to use the iterating batcher.
Since the iterating batcher doesn't allow non-batchable method
calls nor local calls, tests have been updated to reflect reality.
The iterating batcher has been used for multiple releases apparently
without major issue. So this shouldn't cause alarm.
.. api::
@peer.batchable functions must now yield exactly 2 values
Differential Revision: https://phab.mercurial-scm.org/D319
author | Gregory Szorc <gregory.szorc@gmail.com> |
---|---|
date | Wed, 09 Aug 2017 23:29:30 -0700 |
parents | 96529f81e2e9 |
children | e5e5ee2b60e4 |
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#require cvs $ filterpath() > { > eval "$@" | sed "s:$CVSROOT:*REPO*:g" > } $ cvscall() > { > cvs -f "$@" > } output of 'cvs ci' varies unpredictably, so discard most of it -- just keep the part that matters $ cvsci() > { > cvs -f ci -f "$@" > /dev/null > } $ hgcat() > { > hg --cwd src-hg cat -r tip "$1" > } $ echo "[extensions]" >> $HGRCPATH $ echo "convert = " >> $HGRCPATH create cvs repository $ mkdir cvsmaster $ cd cvsmaster $ CVSROOT=`pwd` $ export CVSROOT $ CVS_OPTIONS=-f $ export CVS_OPTIONS $ cd .. $ rmdir cvsmaster $ filterpath cvscall -Q -d "$CVSROOT" init checkout #1: add foo.txt $ cvscall -Q checkout -d cvsworktmp . $ cd cvsworktmp $ mkdir foo $ cvscall -Q add foo $ cd foo $ echo foo > foo.txt $ cvscall -Q add foo.txt $ cvsci -m "add foo.txt" foo.txt $ cd ../.. $ rm -rf cvsworktmp checkout #2: create MYBRANCH1 and modify foo.txt on it $ cvscall -Q checkout -d cvswork foo $ cd cvswork $ cvscall -q rtag -b -R MYBRANCH1 foo $ cvscall -Q update -P -r MYBRANCH1 $ echo bar > foo.txt $ cvsci -m "bar" foo.txt $ echo baz > foo.txt $ cvsci -m "baz" foo.txt create MYBRANCH1_2 and modify foo.txt some more $ cvscall -q rtag -b -R -r MYBRANCH1 MYBRANCH1_2 foo $ cvscall -Q update -P -r MYBRANCH1_2 $ echo bazzie > foo.txt $ cvsci -m "bazzie" foo.txt create MYBRANCH1_1 and modify foo.txt yet again $ cvscall -q rtag -b -R MYBRANCH1_1 foo $ cvscall -Q update -P -r MYBRANCH1_1 $ echo quux > foo.txt $ cvsci -m "quux" foo.txt merge MYBRANCH1 to MYBRANCH1_1 $ filterpath cvscall -Q update -P -jMYBRANCH1 rcsmerge: warning: conflicts during merge RCS file: *REPO*/foo/foo.txt,v retrieving revision 1.1 retrieving revision 1.1.2.2 Merging differences between 1.1 and 1.1.2.2 into foo.txt carefully placed sleep to dodge cvs bug (optimization?) where it sometimes ignores a "commit" command if it comes too fast (the -f option in cvsci seems to work for all the other commits in this script) $ sleep 1 $ echo xyzzy > foo.txt $ cvsci -m "merge1+clobber" foo.txt #if unix-permissions return to trunk and merge MYBRANCH1_2 $ cvscall -Q update -P -A $ filterpath cvscall -Q update -P -jMYBRANCH1_2 RCS file: *REPO*/foo/foo.txt,v retrieving revision 1.1 retrieving revision 1.1.2.2.2.1 Merging differences between 1.1 and 1.1.2.2.2.1 into foo.txt $ cvsci -m "merge2" foo.txt $ REALCVS=`which cvs` $ echo "for x in \$*; do if [ \"\$x\" = \"rlog\" ]; then echo \"RCS file: $CVSROOT/foo/foo.txt,v\"; cat \"$TESTDIR/test-convert-cvsnt-mergepoints.rlog\"; exit 0; fi; done; $REALCVS \$*" > ../cvs $ chmod +x ../cvs $ PATH=..:${PATH} hg debugcvsps --parents foo collecting CVS rlog 7 log entries creating changesets 7 changeset entries --------------------- PatchSet 1 Date: * (glob) Author: user Branch: HEAD Tag: (none) Branchpoints: MYBRANCH1, MYBRANCH1_1 Log: foo.txt Members: foo.txt:INITIAL->1.1 --------------------- PatchSet 2 Date: * (glob) Author: user Branch: MYBRANCH1 Tag: (none) Parent: 1 Log: bar Members: foo.txt:1.1->1.1.2.1 --------------------- PatchSet 3 Date: * (glob) Author: user Branch: MYBRANCH1 Tag: (none) Branchpoints: MYBRANCH1_2 Parent: 2 Log: baz Members: foo.txt:1.1.2.1->1.1.2.2 --------------------- PatchSet 4 Date: * (glob) Author: user Branch: MYBRANCH1_1 Tag: (none) Parent: 1 Log: quux Members: foo.txt:1.1->1.1.4.1 --------------------- PatchSet 5 Date: * (glob) Author: user Branch: MYBRANCH1_2 Tag: (none) Parent: 3 Log: bazzie Members: foo.txt:1.1.2.2->1.1.2.2.2.1 --------------------- PatchSet 6 Date: * (glob) Author: user Branch: HEAD Tag: (none) Parents: 1,5 Log: merge Members: foo.txt:1.1->1.2 --------------------- PatchSet 7 Date: * (glob) Author: user Branch: MYBRANCH1_1 Tag: (none) Parents: 4,3 Log: merge Members: foo.txt:1.1.4.1->1.1.4.2 #endif $ cd ..