Mercurial > hg
view tests/test-annotate.py @ 40417:49c7b701fdc2 stable
phase: add an archived phase
This phase allows for hidden changesets in the "user space". It differs from
the "internal" phase which is intended for internal by-product only. There
have been discussions at the 4.8 sprint to use such phase to speedup cleanup
after history rewriting operation.
Shipping it in the same release as the 'internal-phase' groups the associated
`requires` entry. The important bit is to have support for this phase in the
earliest version of mercurial possible. Adding the UI to manipulate this new
phase later seems fine.
The current plan for archived usage and user interface are as follow. On a
repository with internal-phase on and evolution off:
* history rewriting command set rewritten changeset in the archived phase.
(This mean updating the cleanupnodes method).
* keep `hg unbundle .hg/strip-backup/X.hg` as a way to restore changeset for
now
(backup bundle need to contains phase data)
* [maybe] add a `hg strip --soft` advance flag
(a light way to expose the feature without getting in the way of a better
UI)
Mercurial 4.8 freeze is too close to get the above in by then.
We don't introduce a new repository `requirement` as we reuse the one
introduced with the 'archived' phase during the 4.8 cycle.
author | Boris Feld <boris.feld@octobus.net> |
---|---|
date | Wed, 17 Oct 2018 14:47:01 +0200 |
parents | 434e520adb8c |
children | 2372284d9457 |
line wrap: on
line source
from __future__ import absolute_import from __future__ import print_function import unittest from mercurial import ( mdiff, pycompat, ) from mercurial.dagop import ( annotateline, _annotatedfile, _annotatepair, ) def tr(a): return [annotateline(fctx, lineno, skip) for fctx, lineno, skip in zip(a.fctxs, a.linenos, a.skips)] class AnnotateTests(unittest.TestCase): """Unit tests for annotate code.""" def testannotatepair(self): self.maxDiff = None # camelcase-required oldfctx = b'old' p1fctx, p2fctx, childfctx = b'p1', b'p2', b'c' olddata = b'a\nb\n' p1data = b'a\nb\nc\n' p2data = b'a\nc\nd\n' childdata = b'a\nb2\nc\nc2\nd\n' diffopts = mdiff.diffopts() def decorate(text, fctx): n = text.count(b'\n') linenos = pycompat.rangelist(1, n + 1) return _annotatedfile([fctx] * n, linenos, [False] * n, text) # Basic usage oldann = decorate(olddata, oldfctx) p1ann = decorate(p1data, p1fctx) p1ann = _annotatepair([oldann], p1fctx, p1ann, False, diffopts) self.assertEqual(tr(p1ann), [ annotateline(b'old', 1), annotateline(b'old', 2), annotateline(b'p1', 3), ]) p2ann = decorate(p2data, p2fctx) p2ann = _annotatepair([oldann], p2fctx, p2ann, False, diffopts) self.assertEqual(tr(p2ann), [ annotateline(b'old', 1), annotateline(b'p2', 2), annotateline(b'p2', 3), ]) # Test with multiple parents (note the difference caused by ordering) childann = decorate(childdata, childfctx) childann = _annotatepair([p1ann, p2ann], childfctx, childann, False, diffopts) self.assertEqual(tr(childann), [ annotateline(b'old', 1), annotateline(b'c', 2), annotateline(b'p2', 2), annotateline(b'c', 4), annotateline(b'p2', 3), ]) childann = decorate(childdata, childfctx) childann = _annotatepair([p2ann, p1ann], childfctx, childann, False, diffopts) self.assertEqual(tr(childann), [ annotateline(b'old', 1), annotateline(b'c', 2), annotateline(b'p1', 3), annotateline(b'c', 4), annotateline(b'p2', 3), ]) # Test with skipchild (note the difference caused by ordering) childann = decorate(childdata, childfctx) childann = _annotatepair([p1ann, p2ann], childfctx, childann, True, diffopts) self.assertEqual(tr(childann), [ annotateline(b'old', 1), annotateline(b'old', 2, True), # note that this line was carried over from earlier so it is *not* # marked skipped annotateline(b'p2', 2), annotateline(b'p2', 2, True), annotateline(b'p2', 3), ]) childann = decorate(childdata, childfctx) childann = _annotatepair([p2ann, p1ann], childfctx, childann, True, diffopts) self.assertEqual(tr(childann), [ annotateline(b'old', 1), annotateline(b'old', 2, True), annotateline(b'p1', 3), annotateline(b'p1', 3, True), annotateline(b'p2', 3), ]) if __name__ == '__main__': import silenttestrunner silenttestrunner.main(__name__)