Mercurial > hg
view tests/test-convert-cvs-branch.t @ 44216:281b6690e646
packaging: add support for PyOxidizer
I've successfully built Mercurial on the development tip of
PyOxidizer on Linux and Windows. It mostly "just works" on Linux.
Windows is a bit more finicky.
In-memory resource files are probably not all working correctly
due to bugs in PyOxidizer's naming of modules. PyOxidizer now
now supports installing files next to the produced binary. (We
do this for templates in the added file.) So a workaround
should be available.
Also, since the last time I submitted support for PyOxidizer,
PyOxidizer gained the ability to auto-generate Rust projects
to build executables. So we don't need to worry about vendoring
any Rust code to initially support PyOxidizer. However, at some
point we will likely want to write our own command line driver
that embeds a Python interpreter via PyOxidizer so we can run
Rust code outside the confines of a Python interpreter. But that
will be a follow-up.
I would also like to add packaging.py CLI commands to build
PyOxidizer distributions. This can come later, if ever.
PyOxidizer's new "targets" feature makes it really easy to define
packaging tasks in its Starlark configuration file. While not
much is implemented yet, eventually we should be able to produce
MSIs, etc using a `pyoxidizer build` one-liner. We'll get there...
Differential Revision: https://phab.mercurial-scm.org/D7450
author | Gregory Szorc <gregory.szorc@gmail.com> |
---|---|
date | Sun, 26 Jan 2020 16:23:57 -0800 |
parents | 2fc86d92c4a9 |
children | e5e5ee2b60e4 |
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#require cvs This is https://bz.mercurial-scm.org/1148 and https://bz.mercurial-scm.org/1447 $ cvscall() > { > cvs -f "$@" > /dev/null > } $ cat <<EOF >> $HGRCPATH > [extensions] > convert = > [convert] > cvsps.cache = 0 > EOF create cvs repository $ mkdir cvsrepo $ cd cvsrepo $ CVSROOT=`pwd` $ export CVSROOT $ CVS_OPTIONS=-f $ export CVS_OPTIONS $ cd .. $ rmdir cvsrepo $ cvscall -q -d "$CVSROOT" init Create a new project $ mkdir src $ cd src $ echo "1" > a $ echo "1" > b $ cvscall import -m "init" src v0 r0 | sort $ cd .. $ cvscall co src cvs checkout: Updating src $ cd src Branch the project $ cvscall tag -b BRANCH cvs tag: Tagging . $ cvscall up -r BRANCH > /dev/null cvs update: Updating . Modify file a, then b, then a $ sleep 1 $ echo "2" > a $ cvscall ci -m "mod a" cvs commit: Examining . $ echo "2" > b $ cvscall ci -m "mod b" cvs commit: Examining . $ sleep 1 $ echo "3" > a $ cvscall ci -m "mod a again" cvs commit: Examining . Convert $ cd .. $ hg convert src assuming destination src-hg initializing destination src-hg repository connecting to $TESTTMP/cvsrepo scanning source... collecting CVS rlog 7 log entries creating changesets 5 changeset entries sorting... converting... 4 Initial revision 3 init 2 mod a 1 mod b 0 mod a again updating tags Check the result $ hg -R src-hg log -G --template '{rev} ({branches}) {desc} files: {files}\n' o 5 () update tags files: .hgtags | | o 4 (BRANCH) mod a again files: a | | | o 3 (BRANCH) mod b files: b | | | o 2 (BRANCH) mod a files: a | | | o 1 (v0) init files: |/ o 0 () Initial revision files: a b issue 1447 $ cvscall() > { > cvs -f "$@" > /dev/null > sleep 1 > } $ cvsci() > { > cvs -f ci "$@" >/dev/null > sleep 1 > } $ cvscall -Q -d `pwd`/cvsmaster2 init $ cd cvsmaster2 $ CVSROOT=`pwd` $ export CVSROOT $ mkdir foo $ cd .. $ cvscall -Q co -d cvswork2 foo $ cd cvswork2 $ echo foo > a.txt $ echo bar > b.txt $ cvscall -Q add a.txt b.txt $ cvsci -m "Initial commit" cvs commit: Examining . $ echo foo > b.txt $ cvsci -m "Fix b on HEAD" cvs commit: Examining . $ echo bar > a.txt $ cvsci -m "Small fix in a on HEAD" cvs commit: Examining . $ cvscall -Q tag -b BRANCH $ cvscall -Q up -P -rBRANCH $ echo baz > b.txt $ cvsci -m "Change on BRANCH in b" cvs commit: Examining . $ hg debugcvsps -x --parents foo collecting CVS rlog 5 log entries creating changesets 4 changeset entries --------------------- PatchSet 1 Date: * (glob) Author: * (glob) Branch: HEAD Tag: (none) Log: Initial commit Members: a.txt:INITIAL->1.1 b.txt:INITIAL->1.1 --------------------- PatchSet 2 Date: * (glob) Author: * (glob) Branch: HEAD Tag: (none) Branchpoints: BRANCH Parent: 1 Log: Fix b on HEAD Members: b.txt:1.1->1.2 --------------------- PatchSet 3 Date: * (glob) Author: * (glob) Branch: HEAD Tag: (none) Branchpoints: BRANCH Parent: 2 Log: Small fix in a on HEAD Members: a.txt:1.1->1.2 --------------------- PatchSet 4 Date: * (glob) Author: * (glob) Branch: BRANCH Tag: (none) Parent: 3 Log: Change on BRANCH in b Members: b.txt:1.2->1.2.2.1 $ cd ..