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#include "spm.h"
#include "framework.h"
const char *testFmt = "returned '%s', expected '%s'\n";
struct TestCase testCase[] = {
{.arg[0].sptr = ".", .arg[1].slptr = NULL, .arg[2].unsigned_int = SPM_FSTREE_FLT_NONE},
{.arg[0].sptr = ".", .arg[1].slptr = (char *[]){"world", NULL}, .arg[2].unsigned_int = SPM_FSTREE_FLT_CONTAINS},
{.arg[0].sptr = ".", .arg[1].slptr = (char *[]){"/", NULL}, .arg[2].unsigned_int = SPM_FSTREE_FLT_STARTSWITH},
{.arg[0].sptr = ".", .arg[1].slptr = (char *[]){".txt", NULL}, .arg[2].unsigned_int = SPM_FSTREE_FLT_ENDSWITH},
{.arg[0].sptr = ".", .arg[1].slptr = (char *[]){"./hello", NULL}, .arg[2].unsigned_int = SPM_FSTREE_FLT_STARTSWITH | SPM_FSTREE_FLT_RELATIVE},
};
size_t numCases = sizeof(testCase) / sizeof(struct TestCase);
int main(int argc, char *argv[]) {
const char *hello_world = "hello_world.txt";
char _tmpdir[PATH_MAX];
char _startdir[PATH_MAX];
char *tmpdir = _tmpdir;
char *startdir = _startdir;
// Create strings for local path information populated by the loop below
char _tc_abspath[PATH_MAX] = {0}; // absolute path of working directory post-chdir
char _cwd[PATH_MAX] = {0}; // working directory post-chdir
// Create pointers to local path buffers
char *tc_abspath = _tc_abspath;
char *cwd = _cwd;
// record the starting directory we executed this test from
getcwd(startdir, PATH_MAX);
for (size_t i = 0; i < numCases; i++) {
// pointers to testCase data
const char *tc_path = testCase[i].arg[0].sptr;
char **tc_filter = testCase[i].arg[1].slptr;
unsigned int tc_mode = testCase[i].arg[2].unsigned_int;
// Set up temporary test directory name
sprintf(tmpdir, "fstree_test%zu_XXXXXX", i);
// Create directory
mkdtemp(tmpdir);
// Enter the new temporary directory
chdir(tmpdir); {
// Populate the relative (or untouched) current working directory buffer
getcwd(cwd, PATH_MAX);
// Obtain the absolute path to the current working directory
realpath(tc_path, tc_abspath);
// Generate a mock file and rename it to hello_world.txt
char *tmpfile = mock_size(1 * sizeof(char), "?");
rename(tmpfile, hello_world);
free(tmpfile);
// --- Test begins here
// Read-in directory structure
FSTree *fsdata = fstree(tc_path, tc_filter, tc_mode);
myassert(fsdata != NULL, "FSTree was NULL");
myassert(fsdata->root, "FSTree root path was NULL");
myassert(strcmp(tc_abspath, cwd) == 0, "current directory is '%s', but should have been '%s'\n", tc_abspath, cwd);
myassert(fsdata->num_records > 0, "num_records should be non-zero\n");
myassert(fsdata->_num_alloc > 0, "_num_alloc should be non-zero\n");
for (size_t f = 0; f < fsdata->num_records; f++) {
myassert(fsdata->record[f]->name != NULL, "FSRec name record was NULL");
myassert(fsdata->record[f]->st != NULL, "FSRec stat struct was NULL");
}
fstree_free(fsdata);
}
// Return from temporary directory
chdir(startdir);
// Delete temporary directory
rmdirs(tmpdir);
}
}
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