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The only function that is named `issomething` (without underscore) was
`git_oid_iszero`. Rename it to `git_oid_is_zero` for consistency with
the rest of the library.
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Replace fnmatch with wildmatch
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Upstream git has converted to use `wildmatch` instead of
`fnmatch`. Convert our gitattributes logic to use `wildmatch` as
the last user of `fnmatch`. Please, don't expect I know what I'm
doing here: the fnmatch parser is one of the most fun things to
play around with as it has a sh*tload of weird cases. In all
honesty, I'm simply relying on our tests that are by now rather
comprehensive in that area.
The conversion actually fixes compatibility with how git.git
parser "**" patterns when the given path does not contain any
directory separators. Previously, a pattern "**.foo" erroneously
wouldn't match a file "x.foo", while git.git would match.
Remove the new-unused LEADINGDIR/NOLEADINGDIR flags for
`git_attr_fnmatch`.
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We currently use `p_fnmatch` to compute whether a given "gitdir:"
or "gitdir/i:" conditional matches the current configuration file
path. As git.git has moved to use `wildmatch` instead of
`p_fnmatch` throughout its complete codebase, we evaluate
conditionals inconsistently with git.git in some special cases.
Convert `p_fnmatch` to use `wildmatch`. The `FNM_LEADINGDIR` flag
cannot be translated to `wildmatch`, but in fact git.git doesn't
use it here either. And in fact, dropping it while we go
increases compatibility with git.git.
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When evaluating "gitdir:" and "gitdir/i:" conditionals, we
currently compare the given pattern with the value of
`git_repository_path`. Thing is though that `git_repository_path`
returns the gitdir path with trailing '/', while we actually need
to match against the gitdir without it.
Fix this issue by stripping the trailing '/' previous to
matching. Add various tests to ensure we get this right.
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Upstream git.git has converted its codebase to use wildcard in
favor of fnmatch in commit 70a8fc999d (stop using fnmatch (either
native or compat), 2014-02-15). To keep our own regex-matching in
line with what git does, convert all trivial instances of
`fnmatch` usage to use `wildcard`, instead. Trivial usage is
defined to be use of `fnmatch` with either no flags or flags that
have a 1:1 equivalent in wildmatch (PATHNAME, IGNORECASE).
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We're about to phase out our bundled fnmatch implementation as
git.git has moved to wildmatch long ago in 2014. To make it
easier to spot which files are stilll using fnmatch, remove the
implicit "fnmatch.h" include in "posix.h" and instead include it
explicitly.
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In commit 70a8fc999d (stop using fnmatch (either native or
compat), 2014-02-15), upstream git has switched over all code
from their internal fnmatch copy to its new wildmatch code. We
haven't followed suit, and thus have developed some
incompatibilities in how we match regular expressions.
Import git's wildmatch from v2.22.0 and add a test suite based on
their t3070-wildmatch.sh tests.
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By now, we have repeatedly failed to provide a nice
cross-platform implementation of `p_fallocate`. Recent tries to
do that escalated quite fast to a set of different CMake checks,
implementations, fallbacks, etc., which started to look real
awkward to maintain. In fact, `p_fallocate` had only been
introduced in commit 4e3949b73 (tests: test that largefiles can
be read through the tree API, 2019-01-30) to support a test with
large files, but given the maintenance costs it just seems not to
be worht it.
As we have removed the sole user of `p_fallocate` in the previous
commit, let's drop it altogether.
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The `p_fallocate` platform is currently in use in our tests,
only, but it proved to be quite burdensome to get it implemented
in a cross-platform way. The only "real" user is the test
object::tree::read::largefile, where it's used to allocate a
large file in the filesystem only to commit it to the repo and
read its object back again. We can simplify this quite a bit by
just using an in-memory buffer of 4GB. Sure, this cannot be used
on platforms with low resources. But creating 4GB files is not
any better, and we already skip the test if the environment
variable "GITTEST_INVASIVE_FS_SIZE" is not set. So we're arguably
not worse off than before.
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tests: merge::analysis: use test variants to avoid duplicated test suites
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Since commit 394951ad4 (tests: allow for simple data-driven
tests, 2019-06-07), we have the ability to run a given test suite
with multiple variants. Use this new feature to deduplicate the
test suites for merge::{trees,workdir}::analysis into a single
test suite.
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In libgit2 nomenclature, when we need to verb a direct object, we name
a function `git_directobject_verb`. Thus, if we need to init an options
structure named `git_foo_options`, then the name of the function that
does that should be `git_foo_options_init`.
The previous names of `git_foo_init_options` is close - it _sounds_ as
if it's initializing the options of a `foo`, but in fact
`git_foo_options` is its own noun that should be respected.
Deprecate the old names; they'll now call directly to the new ones.
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gitignore with escapes
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When determining the trailing space length, we need to honor
whether spaces are escaped or not. Currently, we do not check
whether the escape itself is escaped, though, which might
generate an off-by-one in that case as we will simply treat the
space as escaped.
Fix this by checking whether the backslashes preceding the space
are themselves escaped.
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When parsing attribute patterns, we will eventually unescape the
parsed pattern. This is required because we require custom
escapes for whitespace characters, as normally they are used to
terminate the current pattern. Thing is, we don't only unescape
those whitespace characters, but in fact all escaped sequences.
So for example if the pattern was "\*", we unescape that to "*".
As this is directly passed to fnmatch(3) later, fnmatch would
treat it as a simple glob matching all files where it should
instead only match a file with name "*".
Fix the issue by unescaping spaces, only. Add a bunch of tests to
exercise escape parsing.
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Windows-based systems treat paths starting with '\' as absolute,
either referring to the current drive's root (e.g. "\foo" might
refer to "C:\foo") or to a network path (e.g. "\\host\foo"). On
the other hand, (most?) systems that are not based on Win32
accept backslashes as valid characters that may be part of the
filename, and thus we cannot treat them to identify absolute
paths.
Change the logic to only paths starting with '\' as absolute on
the Win32 platform. Add tests to avoid regressions and document
behaviour.
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We had several occasions where tests for the gitignore had been
added to status::ignore instead of the easier-to-handle
attr::ignore test suite. This most likely resulted from the fact
that the attr::ignore test suite is not easy to discover inside
of the attr folder. Furthermore, ignore being part of the
attributes code is an implementation detail, only, and thus
shouldn't be stressed as much.
Improve this by moving both attr::ignore and status::ignore tests
into a new ignore test suite.
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The "ignore.c.bak" file has accidentally been checked in via
commit 191649010 (ignore: test that leading whitespace is
significant, 2019-05-19) and should obviously not be part of our
test suites. Delete it.
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Handle URLs with a colon after host but no port
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Core git copes with URLs that have a colon after the port, but no actual
numeric value. eg `http://example.com:/foo.git` or
`http://example.com:`. That's horrible, but RFC 3986 says:
> URI producers and normalizers should omit the port component and its
> ":" delimiter if port is empty or if its value would be the same as
> that of the scheme's default.
Which indicates that they may and therefore we must accept it.
Test that we can handle URLs with a colon but no following port number.
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Merge analysis support for bare repos
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Wrap some missed setup api calls in asserts.
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- whitespace -> tabs
- comment style
- improve repo naming in merge/trees/analysis tests.
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- move duplication between merge/trees/ and merge/workdir/ into merge/analysis{.c,.h}
- remove merge-resolve.git resource, open the existing merge-resolve as a bare repo instead.
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dupe of workdir/analysis.c against a bare repo.
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Add memleak check docs
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Document how to run it locally on macOS & Linux
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Data-driven tests
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The object::cache test module has two tests that do nearly the
same thing: given a cache limit, load a certain set of objects
and verify if those objects have been cached or not.
Convert those tests to the new data-driven initializers to
demonstrate how these are to be used. Furthermore, add some
additional test data. This conversion is mainly done to show this
new facility.
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Right now, we're not able to use data-driven tests at all. E.g.
given a set of tests which we'd like to repeat with different
test data, one has to hand-write any outer loop that iterates
over the test data and then call each of the test functions. Next
to being bothersome, this also has the downside that error
reporting is quite lacking, as one never knows which test data
actually produced failures.
So let's implement the ability to re-run complete test modules
with changing test data. To retain backwards compatibility and
enable trivial addition of new runs with changed test data, we
simply extend clar's generate.py. Instead of scanning for a
single `_initialize` function, each test module may now implement
multiple `_initialize_foo` functions. The generated test harness
will then run all test functions for each of the provided
initializer functions, making it possible to provide different
test data inside of each of the initializer functions. Example:
```
void test_git_example__initialize_with_nonbare_repo(void)
{
g_repo = cl_git_sandbox_init("testrepo");
}
void test_git_example__initialize_with_bare_repo(void)
{
g_repo = cl_git_sandbox_init("testrepo.git");
}
void test_git_example__cleanup(void)
{
cl_git_sandbox_cleanup();
}
void test_git_example__test1(void)
{
test1();
}
void test_git_example__test2(void)
{
test2();
}
```
Executing this test module will cause the following output:
```
$ ./libgit2_clar -sgit::example
git::example (with nonbare repo)..
git::example (with bare repo)..
```
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We did not properly support default credentials for proxies, only for
destination servers. Refactor the credential handling to support sending
either username/password _or_ default credentials to either the proxy or
the destination server.
This actually shares the authentication logic between proxy servers and
destination servers. Due to copy/pasta drift over time, they had
diverged. Now they share a common logic which is: first, use
credentials specified in the URL (if there were any), treating empty
username and password (ie, "http://:@foo.com/") as default credentials,
for compatibility with git. Next, call the credential callbacks.
Finally, fallback to WinHTTP compatibility layers using built-in
authentication like we always have.
Allowing default credentials for proxies requires moving the security
level downgrade into the credential setting routines themselves.
We will update our security level to "high" by default which means that
we will never send default credentials without prompting. (A lower
setting, like the WinHTTP default of "medium" would allow WinHTTP to
handle credentials for us, despite what a user may have requested with
their structures.) Now we start with "high" and downgrade to "low" only
after a user has explicitly requested default credentials.
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There's no reason a git repository couldn't be at the root of a server,
and URLs should have an implicit path of '/' when one is not specified.
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"Connection data" is an imprecise and largely incorrect name; these
structures are actually parsed URLs. Provide a parser that takes a URL
string and produces a URL structure (if it is valid).
Separate the HTTP redirect handling logic from URL parsing, keeping a
`gitno_connection_data_handle_redirect` whose only job is redirect
handling logic and does not parse URLs itself.
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The function `populate_symlink_workdir` creates a new
"symlink.git" repository with a relative path "../symlink.git".
As the current working directory is the sandbox, the new
repository will be created just outside of the sandbox.
Fix this by using `clar_sandbox_path`.
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ignore: handle escaped trailing whitespace
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The gitignore's pattern format specifies that "Trailing spaces
are ignored unless they are quoted with backslash ("\")". We do
not honor this currently and will treat a pattern "foo\ " as if
it was "foo\" only and a pattern "foo\ \ " as "foo\ \".
Fix our code to handle those special cases and add tests to avoid
regressions.
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Ignore: only treat one leading slash as a root identifier
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GitHub recently changed their behavior from returning 401s for private
or nonexistent repositories on a clone to returning 404s. For our tests
that require an auth failure (and 401), move to GitLab to request a
missing repository. This lets us continue to test our auth failure
case, at least until they decide to mimic that decision.
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Unlike ignore files, gitattribute files can have flexible whitespace at
the beginning of the line. Ensure that by adding new ignore rules that
we have not impeded correct parsing of attribute files.
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Comments must have a '#' at the beginning of the line. For
compatibility with git, '#' after a whitespace is a literal part of the
filename.
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Ensure that leading whitespace is treated as being part of the filename,
eg ` foo` in an ignore file indicates that a file literally named ` foo`
is ignored.
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When evicting cache entries, we first retrieve the object that is
to be evicted, delete the object and then finally delete the key
from the cache. In case where the cache eviction caused us to
free the cached object, though, its key will point to invalid
memory now when trying to remove it from the cache map. On my
system, this causes us to not properly remove the key from the
map, as its memory has been overwritten already and thus the key
lookup it will fail and we cannot delete it.
Fix this by only decrementing the refcount of the evictee after
we have removed it from our cache map. Add a test that caused a
segfault previous to that change.
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When we reach a whitespace after a section name, we assume that what
will follow will be a quoted subsection name. Pass the current position
of the line being parsed to the subsection parser, so that it can
validate that subsequent characters are additional whitespace or a
single quote.
Previously we would begin parsing after the section name, looking for
the first quotation mark. This allows invalid characters to embed
themselves between the end of the section name and the first quotation
mark, eg `[section foo "subsection"]`, which is illegal.
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Loosen restriction on wildcard "*" refspecs
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When we transform a refspec with a component containing a glob, then
we simply copy over the component until the next separator from
the matching ref. E.g. if we have a ref "refs/heads/foo/bar" and
a refspec "refs/heads/*/bar:refs/remotes/origin/*/bar", we:
1. Copy over everything until hitting the glob from the <dst>
part: "refs/remotes/origin/".
2. Strip the common prefix of ref and <src> part until the glob,
which is "refs/heads/". This leaves us with a ref of "foo/bar".
3. Copy from the ref until the next "/" separator, resulting in
"refs/remotes/origin/foo".
4. Copy over the remaining part of the <dst> spec, which is
"bar": "refs/remotes/origin/foo/bar".
This worked just fine in a world where globs in refspecs were
restricted such that a globbing component may only contain a
single "*", only. But this restriction has been lifted, so that a
glob component may be nested between other characters, causing
the above algorithm to fail. Most notably the third step, where
we copy until hitting the next "/" separator, might result in a
wrong transformation. Given e.g. a ref "refs/gbranchg/head" and a
refspec "refs/g*g/head:refs/remotes/origin/*", we'd also be
copying the "g" between "branch" and "/" and end up with the
wrong transformed ref "refs/remotes/origin/branchg".
Instead of copying until the next component separator, we should
copy until we hit the pattern after the "*". So in the above
example, we'd copy until hitting the string "g/head".
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