Mercurial > hg
view contrib/base-revsets.txt @ 45239:13814622b3b1
commitctx: extract all the file preparation logic in a new function
Before we actually start to create a new commit we have a large block of logic
that do the necessary file and manifest commit and that determine which files
are been affected by the commit (and how).
This is a complex process on its own. It return a "simple" output that can be
fed to the next step. The output itself is not that simple as we return a lot of
individual items (files, added, removed, ...). My next step (and actual goal for
this cleanup) will be to simplify the return by returning a richer object that
will be more suited for the variation of data we want to store.
After this changeset the `commitctx` is a collection of smaller function with
limited scope. The largest one is still `_filecommit` without about 100 lines of
code.
author | Pierre-Yves David <pierre-yves.david@octobus.net> |
---|---|
date | Thu, 23 Jul 2020 23:52:31 +0200 |
parents | a4483e380c3e |
children | d4ba4d51f85f |
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# Base Revsets to be used with revsetbenchmarks.py script # # The goal of this file is to gather a limited amount of revsets that allow a # good coverage of the internal revsets mechanisms. Revsets included should not # be selected for their individual implementation, but for what they reveal of # the internal implementation of smartsets classes (and their interactions). # # Use and update this file when you change internal implementation of these # smartsets classes. Please include a comment explaining what each of your # addition is testing. Also check if your changes to the smartset class makes # some of the tests inadequate and replace them with a new one testing the same # behavior. # # If you want to benchmark revsets predicate itself, check 'all-revsets.txt'. # # The current content of this file is currently likely not reaching this goal # entirely, feel free, to audit its content and comment on each revset to # highlight what internal mechanisms they test. all() draft() ::tip draft() and ::tip ::tip and draft() 0::tip roots(0::tip) author(lmoscovicz) author(mpm) author(lmoscovicz) or author(mpm) author(mpm) or author(lmoscovicz) tip:0 0:: # those two `roots(...)` inputs are close to what phase movement use. roots((tip~100::) - (tip~100::tip)) roots((0::) - (0::tip)) 42:68 and roots(42:tip) ::p1(p1(tip)):: public() :10000 and public() draft() :10000 and draft() roots((0:tip)::) (not public() - obsolete()) (_intlist('20000\x0020001')) and merge() parents(20000) (20000::) - (20000) # The one below is used by rebase (children(ancestor(tip~5, tip)) and ::(tip~5)):: heads(commonancestors(last(head(), 2))) heads(-10000:-1) roots(-10000:-1) only(max(head()), min(head()))