At the same time, we change the defaults for both of them to "date" (they were
"recency" and "alphabetical", respectively, before). This is the reason we need
to touch so many integration tests. For some of them I decided to adapt the test
assertions to the changed sort order; for others, I added a SetupConfig step to
set the order back to "recency" so that I don't have to change what the test
does (e.g. how many SelectNextItem() calls are needed to get to a certain
branch).
When toggling the value in the UI we simply overwrite the value in UserConfig;
this would be bad if there was ever a chance that we want to write the user
config back to disk, but it is very unlikely that we can do that, because
currently we have no way to tell which parts of the config come from the global
config file and which ones come from a repo-local one.
While it's true that the behavior is a little different from the staging panel,
where the staged lines are actually removed from the view and in many cases the
selection stays more or less in the same place, it is still very useful to move
to the next stageable thing in the custom patch building view too.
This improves the experience when selecting a hunk generously with the mouse, by
dragging over it including some context lines above and below. Previously we
would consider the "moving end" of the selection range for whether things need
to be added or removed, but this doesn't make sense if it's a context line. Now
we consider the first actual change line that is included in the range.
It is confusing to get header lines, hunk headers, or context lines rendered as
being included in a custom patch, when including these makes no difference to
the patch.
This is only a visual change; internally, we still record these non-patch lines
as being included in the patch. It doesn't matter though; you can press space on
a header line and nothing happens.
It would probably be cleaner to only record + and - lines in the includedLines
array, but that would be a bit more work, and doesn't seem worth it.
I took the set of enabled checks from revive's recommended configuration [1],
and removed some that I didn't like. There might be other useful checks in
revive that we might want to enable, but this is a nice improvement already.
The bulk of the changes here are removing unnecessary else statements after
returns, but there are a few others too.
[1] https://github.com/mgechev/revive?tab=readme-ov-file#recommended-configuration
The function would return "head/branchname" when there was either a tag or a
remote with the same name.
While fixing this we slightly change the semantic of the function (and of
determineCheckedOutBranchName, which calls it): for a detached head it now
returns an empty string rather than the commit hash. I actually think this is
better.
This would crash with an index-out-of-range error.
I double-checked that all other callers of PrepareInteractiveRebaseCommand
already call getBaseHashOrRoot, so this was the only one that was broken.
I decided not to add a test for this as the scenario is not a very common one.
Pretty basic fix, didn't seem to have any complications.
I only added the refs/ prefix to the FullRefName() method
to align with other similar methods, and to make this change
not impact any user facing modals.
Fixes: https://github.com/jesseduffield/lazygit/issues/4634
Also adds a test demonstrating that the stash show behavior is now fixed
In the unlikely scenario that you have a remote branch on `origin` called
`foo`, and a local tag called `origin/foo`, git changes the behavior of
the previous command such that it produces
```
$ git for-each-ref --sort=refname --format=%(refname:short) refs/remotes
origin/branch1
remotes/origin/foo
```
with `remotes/` prepended. Presumably this is to disambiguate it from
the local tag `origin/foo`. Unfortunately, this breaks the existing
behavior of this function, so the remote branch is never shown.
By changing the command, we now get
```
$ git for-each-ref --sort=refname --format=%(refname) refs/remotes
refs/remotes/origin/branch1
refs/remotes/origin/foo
```
This allows easy parsing based on the `/`, and none of the code outside
this function has to change.
----
We previously were not showing remote HEADs for modern git versions
based on how they were formatted from "%(refname:short)".
We have decided that this is a feature, not a bug, so we are building
that into the code here.
Previously we would enter a newline at the password prompt, which would cause
the fetch to fail. The problem with this was that if you have many remotes, the
fetch would sometimes hang for some reason; I don't totally understand how that
happened, but I guess the many ssh processes requesting passwords would somehow
interfere with each other. Avoid this by simply killing the git fetch process
the moment it requests the first password.
This is a regression introduced with a199ed1396c; it is important to use a PTY
even with credentialStrategy=FAIL, otherwise the fetch command will spew the
credentials request into the UI and then hang.
This fixes the problem that background fetching makes lazygit hang when the
fetch request needs to prompt for a passphrase. For Mac users who use the
keychain to store their ssh passphrases, this can happen when lazygit is running
while the machine goes to sleep, because macOS looks the keychain in that case.
This now allows for leaving the status panel and returning back to the
same log command. Previously any return to the status panel would result
in the next command in the list being shown. Now, you need to press `a`,
with a log command being rendered, to rotate to the next
allBranchesLogCmd.
BeginInteractiveRebaseForCommit is used for all the patch commands, and for
rewording. It works by setting the commit we want to stop at to 'edit'; this
doesn't work for merge commits. This wasn't a problem for the patch commands so
far, because you typically don't use custom patches with merge commits (although
we don't prevent this; maybe we should?).
However, it was a problem when you tried to reword a merge commit; this
previously failed with an error, as the test added in the previous commit
demonstrated.
Also, we want to add a new patch command that has to stop *before* the selected
commit (pull patch to new commit before the original one), and this wouldn't
work for the first commit in a feature branch, because it would have to set the
last commit before that to 'edit', which isn't possible if that's a merge (which
is likely).
To fix all this, use a 'break' before the selected commit if the commit is a
merge. It is important that we only do it in that case and not always, otherwise
we would break the new regression tests that were added a few commits ago.
This decouples StreamOutput from whether a PTY is used. In most cases we just
want to see the output in the log window, but don't have to use a PTY, e.g. for
the bisect commands.
This has the implication that custom commands that are using "stream: true" no
longer use a PTY. In most cases that's probably a good thing, but we're going to
add a separate pty config for those who really wanted this.
Change the base type of some of our enums from int to uint8, and reorder fields
for better packing. This reduces the size of models.Commit from 152 to 132 bytes
on my machine.
This doesn't improve overall memory usage significantly, but why not save a
little bit of memory if it's easy.
We need to pass %P instead of %p in the format string of the git log command, so
that the parent hashes have the full length and can be shared with the real
hashes.
This in itself is not an improvement, because hashes are unique (they are shared
between real commits and rebase todos, but there are so few of those that it
doesn't matter). However, it becomes an improvement once we also store parent
hashes in the same pool; but the real motivation for this change is to also
reuse the hash pointers in Pipe objects later in the branch. This will be a big
win because in a merge-heavy git repo there are many more Pipe instances than
commits.
