This adds the keyword 'current' to the template scope when processing a
bookmark list. The 'current' keyword resolves to the name of the currently
active bookmark in the repo. This allows us to apply special labels to the
current bookmark to distinguish it (especially in the case where there are
multiple bookmarks on the same commit).
Example: "{bookmarks % '{bookmark}{ifeq(bookmark, current, \"*\")} '}"
Results in a space separated list of bookmarks where the current bookmark has
an asterix.
Adds a template function that executes a revset and returns the list of
revisions as the result. It has the signature 'revset(query [, args...])'. The
args are optional and are applied to the query string using the standard
python string.format(args) pattern. This allows things like:
'{revset("parents({0})", rev)}' to produce the parents of each individual
commit in the log output. If no args are specified, the revset result is
cached for the duration of the templater; so it's better to not use args if
performance is a concern.
By itself, revset() can be used to print commit parents, print the common
ancestor of a commit with the main branch, etc.
It can be used with the ifcontains() function to do things like
'{ifcontains(rev, revset('.'), label(...), ...)}' to color the working copy
parent, to color certain branches, to color draft commits, etc.
Adds a template function with the signature 'ifcontains(item, set, then[,
else])'. It can be used to do things like '{ifcontains('.hgignore',
file_mods, label(...), ...)}' to color commits that edit the .hgignore file.
A future patch will add the revset() function which will combine with
ifcontains to allow us to color commits if they are in the revset.
The `metadata` argument only allow to specify metadata for all new markers. We
extension the format of the `relations` argument to support optional metadata
argument.
The first user of this should be the evolve extension who want to store parent
information of pruned changeset in extra (until we make a second version of the
format)
The `obsstore` class have a `create` method that create new obsolescence marker
from node. There is another function in the same module `createmarkers`. This
other function is higher level and automatically missing meta data (ultimately
calling the first one)
We add a new comment in the docstring of `obsstore.create` highlighting that
people writing new code probably want to use the top level one.
Document generation by runrst in "doc" directory may succeed silently,
even though initial indentation is different between msgid and msgstr:
for example, it may be unexpected or missing indentation.
This patch adds the checker to check equality of initial indentation
between msgid and msgstr.
This checker is categorized as "warning" level, because problem
detected by this is not so serious for usual Mercurial usage.
Document generation by runrst in "doc" directory may succeed silently,
even though there is the translated message missing tail '::'. In this
case, it uses "<blockquote>" instead of "<pre>" to surround succeeding
text block unexpectedly in generated HTML file.
This patch adds the checker to check equality of tail '::'-ness
between msgid and msgstr.
To detect also msgstr unexpectedly ending with '::', this checker
doesn't have matching regexp against msgid, and is applied on all
msgid/msgstr pairs.
This checker is categorized as "warning" level, because problem
detected by this is not so serious for usual Mercurial usage.
heredoctest.py directory must be in python path to use heredoctest (>>>) in
out-of-tree extension tests like:
$ cd ext/tests
$ python /some/hg/install/tests/run-tests.py test-ext.t
When a glob is unnecessary, now there's a diff output and 'run-tests.py -i'
works for accepting the output.
On windows, some tests which have "passed" currently (with some info lines
printed) will now be reported as "warned". (I recommend to recognize "warned"
by buildbot before applying this patch.)
A test result is recognized as "warned" when the test runner returns the exit
code False. (False is similar to 0, which is reporting a command has run
sucessfully.)
The only difference in display is that the failure message while running writes
"Warning:" instead of "ERROR:". The diff output is the same as when the test
fails. Runing "run-tests.py -i" asks to accept the changed result also for
tests reported as "warned".
When running tests, a "warned" test would look like this:
..
--- xxxx\tests\test-something.t
+++ xxxx\tests\test-something.t.err
@@ -1279,7 +1279,7 @@
$ echo anything
$ hg commit -S -m whatever
committing subrepository s
- committing subrepository s/sbs
+ committing subrepository s/sbs (glob)
warning: something happened
committing subrepository t
$ echo something
Warning: xxxx\tests\test-sOMETHING.t output changed
~.s...s...s..
Reporting a test result as "warned" will be used in following patches.
While running, a test resulting in 'warned' is shown as '~'.
Test results with state warned are listed between the skipped and the failed
tests. Example:
Skipped test-revert-flags.t: missing feature: executable bit
Skipped test-inotify-lookup.t: missing feature: inotify extension support
Warned test-something.t: output changed
Failed test-largefiles.t: output changed
Failed test-subrepo.t: output changed
# Ran 11 tests, 2 skipped, 1 warned, 2 failed.
The test result "warned" will be used in later patches.
This situation is not necessarily a problem and do not deserve a warning. It is
just some information that can guide the user in understanding what is going
on.
Making it 'debug' would usually not give the hint when it is relevant so we
make it a 'status' message.
This message frequently caused confusion. "unsynced" is not a well established
user-facing concept in Mercurial and the message was not very specific or
helpful.
Instead, show a message like:
remote has heads on branch 'default' that are not known locally: 6c0482d977a3
This message will also (when relevant) be shown before aborting on "push
creates new remote head".
A similar (but actually very different) message was addressed in cbd5a12a601a.
We extract the `tryone` function into the `cmdutil` module. A lot of the command
context have to be passed to the utility function, but having and explicit
declaration will allow extension to wrap it. This will allows use to make
changeset evolution related experiment in dedicated extension.
Improving the API of this function is noble goal but outside of the scope of
this patches.
A missing ancestor expression is any expression of the form (::x - ::y) or
equivalent. Such expressions are remarkably common, and so far have involved
multiple walks down the DAG, followed by a set difference operation.
With this patch, such expressions will be transformed into uses of the fast
algorithm at ancestor.missingancestor.
For a repository with over 600,000 revisions, perfrevset for '::tip - ::-10000'
returns:
Before: ! wall 3.999575 comb 4.000000 user 3.910000 sys 0.090000 (best of 3)
After: ! wall 0.132423 comb 0.130000 user 0.130000 sys 0.000000 (best of 75)
To distinguish between access violaition (process belonging to another user)
and a terminated process, PROCESS_QUERY_INFORMATION must be enabled. But
TerminateProcess still raises error 5 in both cases. Therefore check before if
the process has already terminated.
After kill, wait for the process to terminate. When it does not in time,
write a debug message similar as in other os. But no 2nd forceful attempt
is done.
pull: move changeset pulling in its own function
Now that every necessary information is held in the `pulloperation` object, we
can finally extract the changeset pulling to it's own function.
This changeset is pure code movement only.
Tree discovey use a `fetch` variable to know what is being pulled. We move this
information in the `pulloperation` object. This make it possible to extract the
changeset pulling logic into its own function.
The computation of the subset is simple operation using two useful pull
information (1) the set of common changeset before the pull (2) the set of
pulled changeset. We move this data into the `pulloperation` object since some
phase will need them. And we turn the pulled subset computation behind a
property case as multiple pull phase will need it.
Now that every necessary information is held in the `pulloperation` object, we
can finally extract the phase synchronisation phase to it's own function.
This changeset is pure code movement only.
We compute the set of local changeset that were target of the pull. This is then
used by phases logic to decide which part of the history should have it phase
updated.
We move this information into the object to allow extraction of phase
synchronisation in its own function.
I expect obsolete marker exchange to use it too in the future.
Most local change that occurs during a pull are doing within a `transaction`.
Currently this mean (1) adding new changeset (2) adding obsolescence markers. We
want the two operations to be done in the same transaction. However we do not
want to create a transaction if nothing is added to the repo. Creating an empty
transaction would drop the previous transaction data and confuse tool and people
who are still using rollback.
So the current pull code has some logic to create and handle this transaction on
demand. We are moving this logic in to the `pulloperation` object itself to
simplify this lazy creation logic through all different par of the push.
Note that, in the future, other part of pull (phases, bookmark) will probably
want to be part of the transaction too.
The obsolescence marker exchange code was already extracted during a previous
cycle. We are moving the extracted functio in this module. This function will
read and write data in the `pulloperation` object and I prefer to have all core
function collaborating through this object in the same place.
This changeset is pure code movement only. Code change for direct consumption of
the `pulloperation` object will come later.
