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https://git.proxmox.com/git/libgit2
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f917481ee8
Depending on the operation, we need to consider gitattributes in both the work dir and the index. This adds a parameter to all of the gitattributes related functions that allows user control of attribute reading behavior (i.e. prefer workdir, prefer index, only use index). This fix also covers allowing us to check attributes (and hence do diff and status) on bare repositories. This was a somewhat larger change that I hoped because it had to change the cache key used for gitattributes files.
274 lines
8.8 KiB
C
274 lines
8.8 KiB
C
#include "clar_libgit2.h"
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#include "fileops.h"
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#include "git2/attr.h"
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#include "attr.h"
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#include "attr_expect.h"
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static git_repository *g_repo = NULL;
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void test_attr_repo__initialize(void)
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{
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/* Before each test, instantiate the attr repo from the fixtures and
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* rename the .gitted to .git so it is a repo with a working dir.
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* Also rename gitattributes to .gitattributes, because it contains
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* macro definitions which are only allowed in the root.
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*/
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g_repo = cl_git_sandbox_init("attr");
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}
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void test_attr_repo__cleanup(void)
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{
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cl_git_sandbox_cleanup();
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g_repo = NULL;
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}
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void test_attr_repo__get_one(void)
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{
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struct attr_expected test_cases[] = {
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{ "root_test1", "repoattr", EXPECT_TRUE, NULL },
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{ "root_test1", "rootattr", EXPECT_TRUE, NULL },
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{ "root_test1", "missingattr", EXPECT_UNDEFINED, NULL },
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{ "root_test1", "subattr", EXPECT_UNDEFINED, NULL },
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{ "root_test1", "negattr", EXPECT_UNDEFINED, NULL },
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{ "root_test2", "repoattr", EXPECT_TRUE, NULL },
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{ "root_test2", "rootattr", EXPECT_FALSE, NULL },
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{ "root_test2", "missingattr", EXPECT_UNDEFINED, NULL },
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{ "root_test2", "multiattr", EXPECT_FALSE, NULL },
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{ "root_test3", "repoattr", EXPECT_TRUE, NULL },
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{ "root_test3", "rootattr", EXPECT_UNDEFINED, NULL },
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{ "root_test3", "multiattr", EXPECT_STRING, "3" },
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{ "root_test3", "multi2", EXPECT_UNDEFINED, NULL },
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{ "sub/subdir_test1", "repoattr", EXPECT_TRUE, NULL },
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{ "sub/subdir_test1", "rootattr", EXPECT_TRUE, NULL },
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{ "sub/subdir_test1", "missingattr", EXPECT_UNDEFINED, NULL },
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{ "sub/subdir_test1", "subattr", EXPECT_STRING, "yes" },
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{ "sub/subdir_test1", "negattr", EXPECT_FALSE, NULL },
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{ "sub/subdir_test1", "another", EXPECT_UNDEFINED, NULL },
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{ "sub/subdir_test2.txt", "repoattr", EXPECT_TRUE, NULL },
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{ "sub/subdir_test2.txt", "rootattr", EXPECT_TRUE, NULL },
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{ "sub/subdir_test2.txt", "missingattr", EXPECT_UNDEFINED, NULL },
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{ "sub/subdir_test2.txt", "subattr", EXPECT_STRING, "yes" },
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{ "sub/subdir_test2.txt", "negattr", EXPECT_FALSE, NULL },
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{ "sub/subdir_test2.txt", "another", EXPECT_STRING, "zero" },
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{ "sub/subdir_test2.txt", "reposub", EXPECT_TRUE, NULL },
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{ "sub/sub/subdir.txt", "another", EXPECT_STRING, "one" },
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{ "sub/sub/subdir.txt", "reposubsub", EXPECT_TRUE, NULL },
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{ "sub/sub/subdir.txt", "reposub", EXPECT_UNDEFINED, NULL },
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{ "does-not-exist", "foo", EXPECT_STRING, "yes" },
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{ "sub/deep/file", "deepdeep", EXPECT_TRUE, NULL },
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{ "sub/sub/d/no", "test", EXPECT_STRING, "a/b/d/*" },
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{ "sub/sub/d/yes", "test", EXPECT_UNDEFINED, NULL },
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{ NULL, NULL, 0, NULL }
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}, *scan;
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for (scan = test_cases; scan->path != NULL; scan++) {
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const char *value;
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cl_git_pass(git_attr_get(g_repo, 0, scan->path, scan->attr, &value));
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attr_check_expected(scan->expected, scan->expected_str, value);
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}
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cl_assert(git_attr_cache__is_cached(g_repo, 0, ".git/info/attributes"));
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cl_assert(git_attr_cache__is_cached(g_repo, 0, ".gitattributes"));
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cl_assert(git_attr_cache__is_cached(g_repo, 0, "sub/.gitattributes"));
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}
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void test_attr_repo__get_many(void)
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{
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const char *names[4] = { "repoattr", "rootattr", "missingattr", "subattr" };
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const char *values[4];
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cl_git_pass(git_attr_get_many(g_repo, 0, "root_test1", 4, names, values));
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cl_assert(GIT_ATTR_TRUE(values[0]));
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cl_assert(GIT_ATTR_TRUE(values[1]));
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cl_assert(GIT_ATTR_UNSPECIFIED(values[2]));
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cl_assert(GIT_ATTR_UNSPECIFIED(values[3]));
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cl_git_pass(git_attr_get_many(g_repo, 0, "root_test2", 4, names, values));
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cl_assert(GIT_ATTR_TRUE(values[0]));
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cl_assert(GIT_ATTR_FALSE(values[1]));
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cl_assert(GIT_ATTR_UNSPECIFIED(values[2]));
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cl_assert(GIT_ATTR_UNSPECIFIED(values[3]));
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cl_git_pass(git_attr_get_many(g_repo, 0, "sub/subdir_test1", 4, names, values));
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cl_assert(GIT_ATTR_TRUE(values[0]));
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cl_assert(GIT_ATTR_TRUE(values[1]));
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cl_assert(GIT_ATTR_UNSPECIFIED(values[2]));
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cl_assert_equal_s("yes", values[3]);
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}
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static int count_attrs(
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const char *name,
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const char *value,
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void *payload)
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{
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GIT_UNUSED(name);
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GIT_UNUSED(value);
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*((int *)payload) += 1;
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return 0;
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}
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void test_attr_repo__foreach(void)
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{
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int count;
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count = 0;
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cl_git_pass(git_attr_foreach(
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g_repo, 0, "root_test1", &count_attrs, &count));
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cl_assert(count == 2);
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count = 0;
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cl_git_pass(git_attr_foreach(g_repo, 0, "sub/subdir_test1",
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&count_attrs, &count));
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cl_assert(count == 4); /* repoattr, rootattr, subattr, negattr */
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count = 0;
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cl_git_pass(git_attr_foreach(g_repo, 0, "sub/subdir_test2.txt",
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&count_attrs, &count));
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cl_assert(count == 6); /* repoattr, rootattr, subattr, reposub, negattr, another */
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}
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void test_attr_repo__manpage_example(void)
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{
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const char *value;
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cl_git_pass(git_attr_get(g_repo, 0, "sub/abc", "foo", &value));
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cl_assert(GIT_ATTR_TRUE(value));
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cl_git_pass(git_attr_get(g_repo, 0, "sub/abc", "bar", &value));
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cl_assert(GIT_ATTR_UNSPECIFIED(value));
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cl_git_pass(git_attr_get(g_repo, 0, "sub/abc", "baz", &value));
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cl_assert(GIT_ATTR_FALSE(value));
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cl_git_pass(git_attr_get(g_repo, 0, "sub/abc", "merge", &value));
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cl_assert_equal_s("filfre", value);
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cl_git_pass(git_attr_get(g_repo, 0, "sub/abc", "frotz", &value));
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cl_assert(GIT_ATTR_UNSPECIFIED(value));
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}
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void test_attr_repo__macros(void)
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{
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const char *names[5] = { "rootattr", "binary", "diff", "crlf", "frotz" };
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const char *names2[5] = { "mymacro", "positive", "negative", "rootattr", "another" };
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const char *names3[3] = { "macro2", "multi2", "multi3" };
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const char *values[5];
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cl_git_pass(git_attr_get_many(g_repo, 0, "binfile", 5, names, values));
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cl_assert(GIT_ATTR_TRUE(values[0]));
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cl_assert(GIT_ATTR_TRUE(values[1]));
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cl_assert(GIT_ATTR_FALSE(values[2]));
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cl_assert(GIT_ATTR_FALSE(values[3]));
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cl_assert(GIT_ATTR_UNSPECIFIED(values[4]));
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cl_git_pass(git_attr_get_many(g_repo, 0, "macro_test", 5, names2, values));
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cl_assert(GIT_ATTR_TRUE(values[0]));
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cl_assert(GIT_ATTR_TRUE(values[1]));
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cl_assert(GIT_ATTR_FALSE(values[2]));
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cl_assert(GIT_ATTR_UNSPECIFIED(values[3]));
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cl_assert_equal_s("77", values[4]);
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cl_git_pass(git_attr_get_many(g_repo, 0, "macro_test", 3, names3, values));
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cl_assert(GIT_ATTR_TRUE(values[0]));
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cl_assert(GIT_ATTR_FALSE(values[1]));
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cl_assert_equal_s("answer", values[2]);
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}
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void test_attr_repo__bad_macros(void)
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{
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const char *names[6] = { "rootattr", "positive", "negative",
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"firstmacro", "secondmacro", "thirdmacro" };
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const char *values[6];
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cl_git_pass(git_attr_get_many(g_repo, 0, "macro_bad", 6, names, values));
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/* these three just confirm that the "mymacro" rule ran */
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cl_assert(GIT_ATTR_UNSPECIFIED(values[0]));
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cl_assert(GIT_ATTR_TRUE(values[1]));
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cl_assert(GIT_ATTR_FALSE(values[2]));
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/* file contains:
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* # let's try some malicious macro defs
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* [attr]firstmacro -thirdmacro -secondmacro
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* [attr]secondmacro firstmacro -firstmacro
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* [attr]thirdmacro secondmacro=hahaha -firstmacro
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* macro_bad firstmacro secondmacro thirdmacro
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*
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* firstmacro assignment list ends up with:
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* -thirdmacro -secondmacro
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* secondmacro assignment list expands "firstmacro" and ends up with:
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* -thirdmacro -secondmacro -firstmacro
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* thirdmacro assignment don't expand so list ends up with:
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* secondmacro="hahaha"
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*
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* macro_bad assignment list ends up with:
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* -thirdmacro -secondmacro firstmacro &&
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* -thirdmacro -secondmacro -firstmacro secondmacro &&
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* secondmacro="hahaha" thirdmacro
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*
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* so summary results should be:
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* -firstmacro secondmacro="hahaha" thirdmacro
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*/
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cl_assert(GIT_ATTR_FALSE(values[3]));
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cl_assert_equal_s("hahaha", values[4]);
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cl_assert(GIT_ATTR_TRUE(values[5]));
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}
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#define CONTENT "I'm going to be dynamically processed\r\n" \
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"And my line endings...\r\n" \
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"...are going to be\n" \
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"normalized!\r\n"
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#define GITATTR "* text=auto\n" \
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"*.txt text\n" \
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"*.data binary\n"
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static void add_to_workdir(const char *filename, const char *content)
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{
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git_buf buf = GIT_BUF_INIT;
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cl_git_pass(git_buf_joinpath(&buf, "attr", filename));
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cl_git_rewritefile(git_buf_cstr(&buf), content);
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git_buf_free(&buf);
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}
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static void assert_proper_normalization(git_index *index, const char *filename, const char *expected_sha)
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{
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int index_pos;
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git_index_entry *entry;
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add_to_workdir(filename, CONTENT);
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cl_git_pass(git_index_add(index, filename, 0));
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index_pos = git_index_find(index, filename);
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cl_assert(index_pos >= 0);
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entry = git_index_get(index, index_pos);
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cl_assert_equal_i(0, git_oid_streq(&entry->oid, expected_sha));
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}
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void test_attr_repo__staging_properly_normalizes_line_endings_according_to_gitattributes_directives(void)
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{
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git_index* index;
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cl_git_pass(git_repository_index(&index, g_repo));
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add_to_workdir(".gitattributes", GITATTR);
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assert_proper_normalization(index, "text.txt", "22c74203bace3c2e950278c7ab08da0fca9f4e9b");
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assert_proper_normalization(index, "huh.dunno", "22c74203bace3c2e950278c7ab08da0fca9f4e9b");
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assert_proper_normalization(index, "binary.data", "66eeff1fcbacf589e6d70aa70edd3fce5be2b37c");
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git_index_free(index);
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}
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