The initial patch series that introduced Rust into the core of Git only
cared about macOS and Linux. This specifically leaves out Windows, which
indeed fails to build right now due to two issues:
- The Rust runtime requires `GetUserProfileDirectoryW()`, but we don't
link against "userenv.dll".
- The path of the Rust library built on Windows is different than on
most other systems systems.
Fix both of these issues to support Windows.
Note that this commit fixes the Meson-based job in GitHub's CI. Meson
auto-detects the availability of Rust, and as the Windows runner has
Rust installed by default it already enabled Rust support there. But due
to the above issues that job fails consistently.
Install Rust on GitLab CI, as well, to improve test coverage there.
Based-on-patch-by: Johannes Schindelin <johannes.schindelin@gmx.de>
Based-on-patch-by: Ezekiel Newren <ezekielnewren@gmail.com>
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
In the current state of our Rust code base we don't really have any
requirements for the minimum supported Rust version yet, as we don't use
any features introduced by a recent version of Rust. Consequently, we
have decided that we want to aim for a rather old version and edition of
Rust, where the hope is that using an old version will make alternatives
like gccrs viable earlier for compiling Git.
But while we specify the Rust edition, we don't yet specify a Rust
version. And even if we did, the Rust version would only be enforced for
our own code, but not for any of our dependencies.
We don't yet have any dependencies at the current point in time. But
let's add some safeguards by specifying the minimum supported Rust
version and using cargo-msrv(1) to verify that this version can be
satisfied for all of our dependencies.
Note that we fix the version of cargo-msrv(1) at v0.18.1. This is the
latest release supported by Ubuntu's Rust version.
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
Introduce a CI check that uses Clippy to perform checks for common
mistakes and suggested code improvements. Clippy is the official static
analyser of the Rust project and thus the de-facto standard.
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
The `decode_varint()` and `encode_varint()` functions in our Rust crate
are reimplementations of the respective C functions. As such, we are
naturally forced to use the same interface in both Rust and C, which
makes use of raw pointers. The consequence is that the code needs to be
marked as unsafe in Rust.
It is common practice in Rust to provide safety documentation for every
block that is marked as unsafe. This common practice is also enforced by
Clippy, Rust's static analyser. We don't have Clippy wired up yet, and
we could of course just disable this check. But we're about to wire it
up, and it is reasonable to always enforce documentation for unsafe
blocks.
Add such safety comments to already squelch those warnings now. While at
it, also document the functions' behaviour.
Helped-by: "brian m. carlson" <sandals@crustytoothpaste.net>
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
Introduce a CI check that verifies that our Rust code is well-formatted.
This check uses `cargo fmt`, which is a wrapper around rustfmt(1) that
executes formatting for all Rust source files. rustfmt(1) itself is the
de-facto standard for formatting code in the Rust ecosystem.
The rustfmt(1) tool allows to tweak the final format in theory. In
practice though, the Rust ecosystem has aligned on style "editions".
These editions only exist to ensure that any potential changes to the
style don't cause reformats to existing code bases. Other than that,
most Rust projects out there accept this default style of a specific
edition.
Let's do the same and use that default style. It may not be anyone's
favorite, but it is consistent and by making it part of our CI we also
enforce it right from the start.
Note that we don't have to pick a specific style edition here, as the
edition is automatically derived from the edition we have specified in
our "Cargo.toml" file.
The implemented script looks somewhat weird as we perfom manual error
handling instead of using something like `set -e`. The intent here is
that subsequent commits will add more checks, and we want to execute all
of these checks regardless of whether or not a previous check failed.
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
When installing dependencies we first check for the distribution that is
in use and then we check for the specific job. In the first step we
already install all dependencies required to build and test Git, whereas
the second step installs a couple of additional dependencies that are
only required to perform job-specific tasks.
In both steps we use `apt-get update` to update our repository sources.
This is unnecessary though: all platforms that use Aptitude would have
already executed this command in the distro-specific step anyway.
Drop the redundant calls.
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
* ps/gitlab-ci-windows-improvements:
t8020: fix test failure due to indeterministic tag sorting
gitlab-ci: upload Meson test logs as JUnit reports
gitlab-ci: drop workaround for Python certificate store on Windows
gitlab-ci: ignore failures to disable realtime monitoring
gitlab-ci: dedup instructions to disable realtime monitoring
* ps/rust-balloon:
ci: enable Rust for breaking-changes jobs
ci: convert "pedantic" job into full build with breaking changes
BreakingChanges: announce Rust becoming mandatory
varint: reimplement as test balloon for Rust
varint: use explicit width for integers
help: report on whether or not Rust is enabled
Makefile: introduce infrastructure to build internal Rust library
Makefile: reorder sources after includes
meson: add infrastructure to build internal Rust library
* 'master' of https://github.com/j6t/gitk:
gitk: set minimum size on configuration dialog
gitk: separate code blocks for configuration dialog
gitk: make configuration dialog resizing useful
gitk: add theme selection to color configuration page
gitk: add proc run_themeloader
gitk: eliminate unused ui color variables
gitk: eliminate Interface color option from gui
gitk: use text labels for next/prev search buttons
gitk: use text labels for commit ID buttons
gitk: do not invoke tk_setPalette
gitk: use config variables to define and load a theme
gitk: make sha1but a ttk::button
gitk: use themed spinboxes
gitk: fix MacOS 10.14 "Mojave" crash on launch
gitk: fix error when remote tracking branch is deleted
* ml/themes:
gitk: set minimum size on configuration dialog
gitk: separate code blocks for configuration dialog
gitk: make configuration dialog resizing useful
gitk: add theme selection to color configuration page
gitk: add proc run_themeloader
gitk: eliminate unused ui color variables
gitk: eliminate Interface color option from gui
gitk: use text labels for next/prev search buttons
gitk: use text labels for commit ID buttons
gitk: do not invoke tk_setPalette
gitk: use config variables to define and load a theme
gitk: make sha1but a ttk::button
gitk: use themed spinboxes
Signed-off-by: Johannes Sixt <j6t@kdbg.org>
gitk sets no size limit on its configuration dialog, allowing the user
to collapse the window so almost nothing is visible. The geometry
manager sets an initial size so all the widgets are visible, though
ignores the potentially very long text in the entry widgets in doing so.
Let's use this initial size as the minimum. The size information is
computed in Tk's idle processing queue, so a wait is required.
Signed-off-by: Mark Levedahl <mlevedahl@gmail.com>
gitk's configuration dialog uses a large number of widgets, and this
code is hard to read as there is no easily recognizable grouping or
breaks. Help this by adding space between items that occupy a single row
in the dialog.
Signed-off-by: Mark Levedahl <mlevedahl@gmail.com>
gitk's configuration dialog can be resized, but this does not expand the
space allocated to any widgets. Some items may have long lines of text
that would be visible if the widgets expanded, but this does not happen.
The top-level container uses a two column grid and allocates any space
change equally to both columns. However, the configuration pages are
contained in one cell so half the additional space is wasted if
expanding. Also, the individual configuration pages do not mark any
column or widgets to expand, so any additional space given is just used
as padding.
Collapse the top-level page to have one column, placing the "OK" and
"Cancel" buttons in a non-resizing frame in column 1 (this keeps the
buttons in constant geometry as the dialog is expanded). This makes all
additional space go to the configuration page.
Mark column 3 of the individual pages to get all additional space, and
mark the text widgets in that column so they will expand to use the
space. While we're at it, eliminate or simplify use of frames to contain
column 2 content, and harmonize the indents of that content.
prefspage_general adds a special "spacer" label in row 2, column 1, that
causes all of the subsequent rows with no column 1 content to indent,
and this carries over to the next notebook tab (prefspage_color) through
some undocumented feature. The fonts page has a different indent, again
for unknown reason. The documented approach would be to use -padx
explicitly on all the rows to set the indents.
Signed-off-by: Mark Levedahl <mlevedahl@gmail.com>
The "do you still use it?" message given by a command that is
deeply deprecated and allow us to suggest alternatives has been
updated.
* kh/you-still-use-whatchanged-fix:
BreakingChanges: remove claim about whatchanged reports
whatchanged: remove not-even-shorter clause
whatchanged: hint about git-log(1) and aliasing
you-still-use-that??: help the user help themselves
t0014: test shadowing of aliases for a sample of builtins
git: allow alias-shadowing deprecated builtins
git: move seen-alias bookkeeping into handle_alias(...)
git: add `deprecated` category to --list-cmds
Makefile: don’t add whatchanged after it has been removed
The build procedure based on meson learned a target to only build
documentation, similar to "make doc".
* ps/meson-build-docs:
ci: don't compile whole project when testing docs with Meson
meson: print docs backend as part of the summary
meson: introduce a "docs" alias to compile documentation only
The use of "git config get" command to learn how ANSI color
sequence is for a particular type, e.g., "git config get
--type=color --default=reset no.such.thing", isn't very ergonomic.
* ps/config-get-color-fixes:
builtin/config: do not spawn pager when printing color codes
builtin/config: special-case retrieving colors without a key
builtin/config: do not die in `get_color()`
t1300: small style fixups
t1300: write test expectations in the test's body
"git fast-import" learned that "--signed-commits=<how>" option that
corresponds to that of "git fast-export".
* cc/fast-import-strip-signed-commits:
fast-import: add '--signed-commits=<mode>' option
gpg-interface: refactor 'enum sign_mode' parsing
"git refs optimize" is added for not very well explained reason
despite it does the same thing as "git pack-refs"...
* ms/refs-optimize:
t: add test for git refs optimize subcommand
t0601: refactor tests to be shareable
builtin/refs: add optimize subcommand
doc: pack-refs: factor out common options
builtin/pack-refs: factor out core logic into a shared library
builtin/pack-refs: convert to use the generic refs_optimize() API
reftable-backend: implement 'optimize' action
files-backend: implement 'optimize' action
refs: add a generic 'optimize' API
The work to build on the bulk-checkin infrastructure to create many
objects at once in a transaction and to abstract it into the
generic object layer continues.
* jt/odb-transaction:
odb: add transaction interface
object-file: update naming from bulk-checkin
object-file: relocate ODB transaction code
bulk-checkin: drop flush_odb_transaction()
builtin/update-index: end ODB transaction when --verbose is specified
bulk-checkin: remove ODB transaction nesting
In e6c06e87a2 (last-modified: fix bug when some paths remain unhandled,
2025-09-18), we have fixed a bug where under certain circumstances,
git-last-modified(1) would BUG because there's still some unhandled
paths. The fix claims that the root cause here is criss-cross merges,
and it adds a test case that seemingly exercises this.
Curiously, this test case fails on some systems because the actual
output does not match our expectations:
diff --git a/expect b/actual
index 5271607..bdc620e 100644
--- a/expect
--- b/actual
@@ -1,3 +1,3 @@
km3 a
-k2 k
+km2 k
1 file
error: last command exited with $?=1
not ok 15 - last-modified with subdir and criss-cross merge
The output we see is git-name-rev(1) with `--annotate-stdin`. What it
does is to take the output of git-last-modified(1), which contains
object IDs of the blamed commits, and convert those object IDs into the
names of the corresponding tags. Interestingly, we indeed have both "k2"
and "km2" as tags, and even more interestingly both of these tags point
to the same commit. So the output we get isn't _wrong_, as the tags are
ambiguous.
But why do both of these tags point to the same commit? "km2" really is
supposed to be a merge, but due to the way the test is constructed the
merge turns into a fast-forward merge. Which means that the resulting
commit-graph does not even contain a criss-cross merge in the first place!
A quick test though shows that the test indeed triggers the bug, so
the initial analysis that the behaviour is triggered by such merges
must be wrong.
And it is: seemingly, the issue isn't with criss-cross merges, but
rather with a graph where different files in the same directory were
modified on both sides of a merge.
Refactor the test so that we explicitly test for this specific situation
instead of mentioning the "criss-cross merge" red herring. As the test
is very specific to the actual layout of the repository we also adapt it
to use its own standalone repository.
Note that this requires us to drop the `test_when_finished` call in
`check_last_modified` because it's not supported to execute that
function in a subshell.
This refactoring also fixes the original tag ambiguity that caused us to
fail on some platforms.
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
When running tests, Meson knows to output both a test log as well as a
JUnit test report that collates results. We don't currently upload these
results in our GitLab CI at all, which makes it hard to see which tests
ran, but also which of our tests may have failed.
Upload these JUnit reports as artifacts to make this information more
accessible. Note that we also do this for some jobs that don't use Meson
and thus don't generate these reports in the first place. GitLab CI
handles missing reports gracefully though, so there is no reason to
special-case those jobs that don't use Meson.
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
On Windows, we have been running into some issues in the past where the
certificate store for Python is broken on the GitLab CI runners using
Windows. The consequence was that we weren't able to establish any SSL
connections via Python, but we need that feature so that we can download
the Meson wraps. The workaround we employed was to import certificates
from the cURL project into the certificate store via OpenSSL.
This is obviously an ugly workaround. But even more importantly, this
workaround fails every time Chocolatey updates its OpenSSL packages. The
problem here is that the old OpenSSL package installer will be removed
immediately once the newer version was published, But the Chocolatey
community repository may not yet have propagated the new version of this
package to all of its caches. The result is that for a couple hours (or
sometimes even one or two days) we always fail to install OpenSSL until
the new version was propagated.
Luckily though, it turns out that the workaround doesn't seem to be
required anymore. Drop it to work around the intermittent failures and
to clean up some now-unneeded legacy cruft.
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
We have recently introduced a change to disable realtime monitoring for
Windows job in GitLab CI. This change led (and still leads) to a quite
significant speedup.
But there's a catch: seemingly, some of the runners we use already have
realtime monitoring disabled. On such a machine, trying to disable the
feature again leads to an error that causes the whole job to fail.
Safeguard against such failures by explicitly ignoring them.
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
The instruction to disable realtime monitoring are shared across all of
our Windows-based jobs. Deduplicate it so that we can more readily
iterate on it.
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
Enable Rust for our breaking-changes jobs so that we can verify that the
build infrastructure and the converted Rust subsystems work as expected.
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
The "pedantic" CI job is building on Fedora with `DEVOPTS=pedantic`.
This build flag doesn't do anything anymore starting with 6a8cbc41ba
(developer: enable pedantic by default, 2021-09-03), where we have
flipped the default so that developers have to opt-out of pedantic
builds via the "no-pedantic" option. As such, all this job really does
is to do a normal build on Fedora, which isn't all that interesting.
Convert that job into a full build-and-test job that uses Meson with
breaking changes enabled. This plugs two gaps:
- We now test on another distro that we didn't run tests on
beforehand.
- We verify that breaking changes work as expected with Meson.
Furthermore, in a subsequent commit we'll modify both jobs that use
breaking changes to also enable Rust. By converting the Fedora job to
use Meson, we ensure that we test our Rust build infrastructure for both
build systems.
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
Over the last couple of years the appetite for bringing Rust into the
codebase has grown significantly across the developer base. Introducing
Rust is a major change though and has ramifications for the whole
ecosystem:
- Some platforms have a Rust toolchain available, but have not yet
integrated it into their build infrastructure.
- Some platforms don't have any support for Rust at all.
- Some platforms may have to figure out how to fit Rust into their
bootstrapping sequence.
Due to this, and given that Git is a critical piece of infrastructure
for the whole industry, we cannot just introduce such a heavyweight
dependency without doing our due diligence.
Instead, preceding commits have introduced a test balloon into our build
infrastructure that convert one tiny subsystem to use Rust. For now,
using Rust to build that subsystem is entirely optional -- if no Rust
support is available, we continue to use the C implementation. This test
balloon has the intention to give distributions time and let them ease
into our adoption of Rust.
Having multiple implementations of the same subsystem is not sustainable
though, and the plan is to eventually be able to use Rust freely all
across our codebase. As such, there is the intent to make Rust become a
mandatory part of our build process.
Add an announcement to our breaking changes that Rust will become
mandatory in Git 3.0. A (very careful and non-binding) estimate might be
that this major release might be released in the second half of next
year, which should give distributors enough time to prepare for the
change.
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
Implement a trivial test balloon for our Rust build infrastructure by
reimplementing the "varint.c" subsystem in Rust. This subsystem is
chosen because it is trivial to convert and because it doesn't have any
dependencies to other components of Git.
If support for Rust is enabled, we stop compiling "varint.c" and instead
compile and use "src/varint.rs".
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
The varint subsystem currently uses implicit widths for integers. On the
one hand we use `uintmax_t` for the actual value. On the other hand, we
use `int` for the length of the encoded varint.
Both of these have known maximum values, as we only support at most 16
bytes when encoding varints. Thus, we know that we won't ever exceed
`uint64_t` for the actual value and `uint8_t` for the prefix length.
Refactor the code to use explicit widths. Besides making the logic
platform-independent, it also makes our life a bit easier in the next
commit, where we reimplement "varint.c" in Rust.
Suggested-by: Ezekiel Newren <ezekielnewren@gmail.com>
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
We're about to introduce support for Rust into the core of Git, where
some (trivial) subsystems are converted to Rust. These subsystems will
also retain a C implementation though as Rust is not yet mandatory.
Consequently, it now becomes possible for a Git version to have bugs
that are specific to whether or not it is built with Rust support
overall.
Expose information about whether or not Git was built with Rust via our
build info. This means that both `git version --build-options`, but also
`git bugreport` will now expose that bit of information. Hopefully, this
should make it easier for us to discover any Rust-specific issues.
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
Introduce infrastructure to build the internal Rust library. This
mirrors the infrastructure we have added to Meson in the preceding
commit. Developers can enable the infrastructure by passing the new
`WITH_RUST` build toggle.
Inspired-by: Ezekiel Newren <ezekielnewren@gmail.com>
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
In an upcoming change we'll make some of the sources compile
conditionally based on whether or not `WITH_RUST` is defined. To let
developers specify that flag in their "config.mak" we'll thus have to
reorder our sources so that they come after the include of that file.
Do so.
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
Add the infrastructure into Meson to build an internal Rust library.
Building the Rust parts of Git are for now entirely optional, as they
are mostly intended as a test balloon for both Git developers, but also
for distributors of Git. So for now, they may contain:
- New features that are not mission critical to Git and that users can
easily live without.
- Alternative implementations of small subsystems.
If these test balloons are successful, we will eventually make Rust a
mandatory dependency for our build process in Git 3.0.
The availability of a Rust toolchain will be auto-detected by Meson at
setup time. This behaviour can be tweaked via the `-Drust=` feature
toggle.
Next to the linkable Rust library, also wire up tests that can be
executed via `meson test`. This allows us to use the native unit testing
capabilities of Rust.
Note that the Rust edition is currently set to 2018. This edition is
supported by Rust 1.49, which is the target for the upcoming gcc-rs
backend. For now we don't use any features of Rust that would require a
newer version, so settling on this old version makes sense so that
gcc-rs may become an alternative backend for compiling Git. If we _do_
want to introduce features that were added in more recent editions of
Rust though we should reevaluate that choice.
Inspired-by: Ezekiel Newren <ezekielnewren@gmail.com>
Signed-off-by: Patrick Steinhardt <ps@pks.im>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
gitk allows configuring a particular theme in its configuration file
(default on linux: ~/.config/git/gitk), but offers no ability to modify
this from gitk's configuration editor. Let's add this to the color
configuration page.
Present the offered themes in a list, and allow choosing / modifying a
theme definition file ($themeloader). Update the list of themes if the
theme file is modified, and update the theme if specifically requested
(by default, just change the value for use after gitk is restarted).
Any theme definition file can change the global options database,
affecting potentially any theme. So, the ultimate configuration should
have either
- no theme definition file (themeloader = {}), and a native Tk, theme,
or
- themeloader naming a valid file, and $theme naming a theme defined by
that file.
But, there is no trivial way to enforce the above. Shrug.
Helped-by: Johannes Sixt <j6t@kdbg.org>
Signed-off-by: Mark Levedahl <mlevedahl@gmail.com>
gitk currently accepts a single themeloader file via the config file,
and will source this with errors reported to the console. This is fine
for simple configuration, but will not support interactive theme
exploration from the gui. In particular, a themeloader file must be
sourced only once as the themes defined cannot be re-defined. Also,
errors must be handled rather than just aborting while printing to the
console. So, add a proc to handle the above, supporting expansion of
the gui config pages.
Signed-off-by: Mark Levedahl <mlevedahl@gmail.com>
gitk has a number of variables used in setting up colors for the classic
(non-themed) widget set. These variables are unused with ttk, so let's
eliminate them. But, leave the variables in the config file for now -
those can be eliminated after this change is merged.
Signed-off-by: Mark Levedahl <mlevedahl@gmail.com>
gitk offers to change the ui color on the colors prefs page, but the
variable set has no effect because gitk is using themes. Let's eliminate
the "Interface" color selection option from that page.
Signed-off-by: Mark Levedahl <mlevedahl@gmail.com>
gitk allows searching for commits with various criteria, and provides
up/down search buttons to facilitate this search. These buttons are
labelled with bitmaps, and those bitmaps are not always recolored
correctly for the ui scheme as the theme colors are not known. Let's
just use text labels on these, allowing the styles to handle any
coloring needed. Use utf codepoints for the arrows, presuming that these
code points are available in the selected font.
Signed-off-by: Mark Levedahl <mlevedahl@gmail.com>
gitk maintains a stack of commit ids visited, and allows navigating
these using a pair of buttons shown with arrows using bitmaps. An attempt
is made to recolor these bitmaps to handle different color schemes, but
this is unreliable across multiple themes as the required colors are not
universally known. Let's just use text labels for these buttons,
allowing the themes to recolor the text along with everything else. Use
utf code points for the text, presuming that these arrow glyphs are
available in the selected font.
Signed-off-by: Mark Levedahl <mlevedahl@gmail.com>
gitk uses themed widgets with a user selected theme, but also invokes
tk_setPalette to configure colors for the non-themed widgets including
the menubar. However, themes in general are expected to configure
those colors already. The builtin themes (default, alt, clam, classic on
unix/X11) all have compatible colors, and need no such reconfiguration,
and (most, if not all) available themes set the options database for this
purpose as well. Furthermore, gitk in the past avoided invoking
tk_setPalette on Windows to avoid some issues.
So, let's stop calling tk_setPalette everywhere, and just rely upon the
selected theme (possibly user installed) to have set all needed colors.
Note: if a user installs more than one theme using $themeloader, the last
one installed will have defined the colors to be used. Those colors will
probably be incorrect for any other set, including Tk's builtin set.
Signed-off-by: Mark Levedahl <mlevedahl@gmail.com>
gitk uses themed tk, but has no capability to alter the theme defined
by Tk. While there are documented ways to install other themes, and
to make one the default, these methods are obscure at best. Instead,
let's offer two config variables:
- theme this is the name of the theme to use, and must be available.
- themeloader - this is the full pathname of a tcl script that
will load one or more themes into the Tk namespace.
By default, theme is set to the theme active when Tk is started, and
themeloader = {}. These variables must be defined to something else to
have any user visible effect.
Signed-off-by: Mark Levedahl <mlevedahl@gmail.com>
"git last-modified" operating in non-recursive mode used to trigger
a BUG(), which has been corrected.
* tc/last-modified-recursive-fix:
last-modified: fix bug when some paths remain unhandled
Deal more gracefully with directory / file conflicts when the files
backend is used for ref storage, by failing only the ones that are
involved in the conflict while allowing others.
* kn/refs-files-case-insensitive:
refs/files: handle D/F conflicts during locking
refs/files: handle F/D conflicts in case-insensitive FS
refs/files: use correct error type when lock exists
refs/files: catch conflicts on case-insensitive file-systems
Some places in the code confused a variable that is *not* a boolean
to enable color but is an enum that records what the user requested
to do about color. A couple of bugs of this sort have been fixed,
while the code has been cleaned up to prevent similar bugs in the
future.
* jk/color-variable-fixes:
config: store want_color() result in a separate bool
add-interactive: retain colorbool values longer
color: return bool from want_color()
color: use git_colorbool enum type to store colorbools
pretty: use format_commit_context.auto_color as colorbool
diff: stop passing ecbdata->use_color as boolean
diff: pass o->use_color directly to fill_metainfo()
diff: don't use diff_options.use_color as a strict bool
diff: simplify color_moved check when flushing
grep: don't treat grep_opt.color as a strict bool
color: return enum from git_config_colorbool()
color: use GIT_COLOR_* instead of numeric constants
The stash.index configuration variable can be set to make "git stash
pop/apply" pretend that it was invoked with "--index".
* dk/stash-apply-index:
stash: honor stash.index in apply, pop modes
stash: refactor private config globals
t3905: remove unneeded blank line
t3903: reduce dependencies on previous tests
Patrick Steinhardt