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-rw-r--r--cache.c359
-rw-r--r--cache.h33
-rw-r--r--cgit.c166
-rw-r--r--cgit.h1
-rwxr-xr-xtests/setup.sh2
-rwxr-xr-xtests/t0020-validate-cache.sh67
6 files changed, 418 insertions, 210 deletions
diff --git a/cache.c b/cache.c
index 89f7ecd..e590d7b 100644
--- a/cache.c
+++ b/cache.c
@@ -6,2 +6,9 @@
6 * (see COPYING for full license text) 6 * (see COPYING for full license text)
7 *
8 *
9 * The cache is just a directory structure where each file is a cache slot,
10 * and each filename is based on the hash of some key (e.g. the cgit url).
11 * Each file contains the full key followed by the cached content for that
12 * key.
13 *
7 */ 14 */
@@ -11,110 +18,326 @@
11 18
12const int NOLOCK = -1; 19#define CACHE_BUFSIZE (1024 * 4)
20
21struct cache_slot {
22 const char *key;
23 int keylen;
24 int ttl;
25 cache_fill_fn fn;
26 void *cbdata;
27 int cache_fd;
28 int lock_fd;
29 const char *cache_name;
30 const char *lock_name;
31 int match;
32 struct stat cache_st;
33 struct stat lock_st;
34 int bufsize;
35 char buf[CACHE_BUFSIZE];
36};
13 37
14char *cache_safe_filename(const char *unsafe) 38/* Open an existing cache slot and fill the cache buffer with
39 * (part of) the content of the cache file. Return 0 on success
40 * and errno otherwise.
41 */
42static int open_slot(struct cache_slot *slot)
15{ 43{
16 static char buf[4][PATH_MAX]; 44 char *bufz;
17 static int bufidx; 45 int bufkeylen = -1;
18 char *s; 46
19 char c; 47 slot->cache_fd = open(slot->cache_name, O_RDONLY);
20 48 if (slot->cache_fd == -1)
21 bufidx++; 49 return errno;
22 bufidx &= 3; 50
23 s = buf[bufidx]; 51 if (fstat(slot->cache_fd, &slot->cache_st))
24 52 return errno;
25 while(unsafe && (c = *unsafe++) != 0) { 53
26 if (c == '/' || c == ' ' || c == '&' || c == '|' || 54 slot->bufsize = read(slot->cache_fd, slot->buf, sizeof(slot->buf));
27 c == '>' || c == '<' || c == '.') 55 if (slot->bufsize == 0)
28 c = '_'; 56 return errno;
29 *s++ = c; 57
30 } 58 bufz = memchr(slot->buf, 0, slot->bufsize);
31 *s = '\0'; 59 if (bufz)
32 return buf[bufidx]; 60 bufkeylen = bufz - slot->buf;
61
62 slot->match = bufkeylen == slot->keylen &&
63 !memcmp(slot->key, slot->buf, bufkeylen + 1);
64
65 return 0;
33} 66}
34 67
35int cache_exist(struct cacheitem *item) 68/* Close the active cache slot */
69static void close_slot(struct cache_slot *slot)
36{ 70{
37 if (stat(item->name, &item->st)) { 71 if (slot->cache_fd > 0) {
38 item->st.st_mtime = 0; 72 close(slot->cache_fd);
39 return 0; 73 slot->cache_fd = -1;
40 } 74 }
41 return 1;
42} 75}
43 76
44int cache_create_dirs() 77/* Print the content of the active cache slot (but skip the key). */
78static int print_slot(struct cache_slot *slot)
45{ 79{
46 char *path; 80 ssize_t i, j = 0;
81
82 i = lseek(slot->cache_fd, slot->keylen + 1, SEEK_SET);
83 if (i != slot->keylen + 1)
84 return errno;
47 85
48 path = fmt("%s", ctx.cfg.cache_root); 86 while((i=read(slot->cache_fd, slot->buf, sizeof(slot->buf))) > 0)
49 if (mkdir(path, S_IRWXU) && errno!=EEXIST) 87 j = write(STDOUT_FILENO, slot->buf, i);
88
89 if (j < 0)
90 return errno;
91 else
50 return 0; 92 return 0;
93}
51 94
52 if (!ctx.repo) 95/* Check if the slot has expired */
96static int is_expired(struct cache_slot *slot)
97{
98 if (slot->ttl < 0)
53 return 0; 99 return 0;
100 else
101 return slot->cache_st.st_mtime + slot->ttl*60 < time(NULL);
102}
54 103
55 path = fmt("%s/%s", ctx.cfg.cache_root, 104/* Check if the slot has been modified since we opened it.
56 cache_safe_filename(ctx.repo->url)); 105 * NB: If stat() fails, we pretend the file is modified.
106 */
107static int is_modified(struct cache_slot *slot)
108{
109 struct stat st;
57 110
58 if (mkdir(path, S_IRWXU) && errno!=EEXIST) 111 if (stat(slot->cache_name, &st))
59 return 0; 112 return 1;
113 return (st.st_ino != slot->cache_st.st_ino ||
114 st.st_mtime != slot->cache_st.st_mtime ||
115 st.st_size != slot->cache_st.st_size);
116}
60 117
61 if (ctx.qry.page) { 118/* Close an open lockfile */
62 path = fmt("%s/%s/%s", ctx.cfg.cache_root, 119static void close_lock(struct cache_slot *slot)
63 cache_safe_filename(ctx.repo->url), 120{
64 ctx.qry.page); 121 if (slot->lock_fd > 0) {
65 if (mkdir(path, S_IRWXU) && errno!=EEXIST) 122 close(slot->lock_fd);
66 return 0; 123 slot->lock_fd = -1;
67 } 124 }
68 return 1;
69} 125}
70 126
71int cache_refill_overdue(const char *lockfile) 127/* Create a lockfile used to store the generated content for a cache
128 * slot, and write the slot key + \0 into it.
129 * Returns 0 on success and errno otherwise.
130 */
131static int lock_slot(struct cache_slot *slot)
72{ 132{
73 struct stat st; 133 slot->lock_fd = open(slot->lock_name, O_RDWR|O_CREAT|O_EXCL,
134 S_IRUSR|S_IWUSR);
135 if (slot->lock_fd == -1)
136 return errno;
137 write(slot->lock_fd, slot->key, slot->keylen + 1);
138 return 0;
139}
74 140
75 if (stat(lockfile, &st)) 141/* Release the current lockfile. If `replace_old_slot` is set the
76 return 0; 142 * lockfile replaces the old cache slot, otherwise the lockfile is
143 * just deleted.
144 */
145static int unlock_slot(struct cache_slot *slot, int replace_old_slot)
146{
147 int err;
148
149 if (replace_old_slot)
150 err = rename(slot->lock_name, slot->cache_name);
77 else 151 else
78 return (time(NULL) - st.st_mtime > ctx.cfg.cache_max_create_time); 152 err = unlink(slot->lock_name);
153 return err;
79} 154}
80 155
81int cache_lock(struct cacheitem *item) 156/* Generate the content for the current cache slot by redirecting
157 * stdout to the lock-fd and invoking the callback function
158 */
159static int fill_slot(struct cache_slot *slot)
82{ 160{
83 int i = 0; 161 int tmp;
84 char *lockfile = xstrdup(fmt("%s.lock", item->name));
85 162
86 top: 163 /* Preserve stdout */
87 if (++i > ctx.cfg.max_lock_attempts) 164 tmp = dup(STDOUT_FILENO);
88 die("cache_lock: unable to lock %s: %s", 165 if (tmp == -1)
89 item->name, strerror(errno)); 166 return errno;
90 167
91 item->fd = open(lockfile, O_WRONLY|O_CREAT|O_EXCL, S_IRUSR|S_IWUSR); 168 /* Redirect stdout to lockfile */
169 if (dup2(slot->lock_fd, STDOUT_FILENO) == -1)
170 return errno;
92 171
93 if (item->fd == NOLOCK && errno == ENOENT && cache_create_dirs()) 172 /* Generate cache content */
94 goto top; 173 slot->fn(slot->cbdata);
95 174
96 if (item->fd == NOLOCK && errno == EEXIST && 175 /* Restore stdout */
97 cache_refill_overdue(lockfile) && !unlink(lockfile)) 176 if (dup2(tmp, STDOUT_FILENO) == -1)
98 goto top; 177 return errno;
99 178
100 free(lockfile); 179 /* Close the temporary filedescriptor */
101 return (item->fd > 0); 180 close(tmp);
181 return 0;
102} 182}
103 183
104int cache_unlock(struct cacheitem *item) 184/* Crude implementation of 32-bit FNV-1 hash algorithm,
185 * see http://www.isthe.com/chongo/tech/comp/fnv/ for details
186 * about the magic numbers.
187 */
188#define FNV_OFFSET 0x811c9dc5
189#define FNV_PRIME 0x01000193
190
191unsigned long hash_str(const char *str)
105{ 192{
106 close(item->fd); 193 unsigned long h = FNV_OFFSET;
107 return (rename(fmt("%s.lock", item->name), item->name) == 0); 194 unsigned char *s = (unsigned char *)str;
195
196 if (!s)
197 return h;
198
199 while(*s) {
200 h *= FNV_PRIME;
201 h ^= *s++;
202 }
203 return h;
108} 204}
109 205
110int cache_cancel_lock(struct cacheitem *item) 206static int process_slot(struct cache_slot *slot)
111{ 207{
112 return (unlink(fmt("%s.lock", item->name)) == 0); 208 int err;
209
210 err = open_slot(slot);
211 if (!err && slot->match) {
212 if (is_expired(slot)) {
213 if (!lock_slot(slot)) {
214 /* If the cachefile has been replaced between
215 * `open_slot` and `lock_slot`, we'll just
216 * serve the stale content from the original
217 * cachefile. This way we avoid pruning the
218 * newly generated slot. The same code-path
219 * is chosen if fill_slot() fails for some
220 * reason.
221 *
222 * TODO? check if the new slot contains the
223 * same key as the old one, since we would
224 * prefer to serve the newest content.
225 * This will require us to open yet another
226 * file-descriptor and read and compare the
227 * key from the new file, so for now we're
228 * lazy and just ignore the new file.
229 */
230 if (is_modified(slot) || fill_slot(slot)) {
231 unlock_slot(slot, 0);
232 close_lock(slot);
233 } else {
234 close_slot(slot);
235 unlock_slot(slot, 1);
236 slot->cache_fd = slot->lock_fd;
237 }
238 }
239 }
240 print_slot(slot);
241 close_slot(slot);
242 return 0;
243 }
244
245 /* If the cache slot does not exist (or its key doesn't match the
246 * current key), lets try to create a new cache slot for this
247 * request. If this fails (for whatever reason), lets just generate
248 * the content without caching it and fool the caller to belive
249 * everything worked out (but print a warning on stdout).
250 */
251
252 close_slot(slot);
253 if ((err = lock_slot(slot)) != 0) {
254 cache_log("[cgit] Unable to lock slot %s: %s (%d)\n",
255 slot->lock_name, strerror(err), err);
256 slot->fn(slot->cbdata);
257 return 0;
258 }
259
260 if ((err = fill_slot(slot)) != 0) {
261 cache_log("[cgit] Unable to fill slot %s: %s (%d)\n",
262 slot->lock_name, strerror(err), err);
263 unlock_slot(slot, 0);
264 close_lock(slot);
265 slot->fn(slot->cbdata);
266 return 0;
267 }
268 // We've got a valid cache slot in the lock file, which
269 // is about to replace the old cache slot. But if we
270 // release the lockfile and then try to open the new cache
271 // slot, we might get a race condition with a concurrent
272 // writer for the same cache slot (with a different key).
273 // Lets avoid such a race by just printing the content of
274 // the lock file.
275 slot->cache_fd = slot->lock_fd;
276 unlock_slot(slot, 1);
277 err = print_slot(slot);
278 close_slot(slot);
279 return err;
113} 280}
114 281
115int cache_expired(struct cacheitem *item) 282/* Print cached content to stdout, generate the content if necessary. */
283int cache_process(int size, const char *path, const char *key, int ttl,
284 cache_fill_fn fn, void *cbdata)
116{ 285{
117 if (item->ttl < 0) 286 unsigned long hash;
287 int len, i;
288 char filename[1024];
289 char lockname[1024 + 5]; /* 5 = ".lock" */
290 struct cache_slot slot;
291
292 /* If the cache is disabled, just generate the content */
293 if (size <= 0) {
294 fn(cbdata);
118 return 0; 295 return 0;
119 return item->st.st_mtime + item->ttl * 60 < time(NULL); 296 }
297
298 /* Verify input, calculate filenames */
299 if (!path) {
300 cache_log("[cgit] Cache path not specified, caching is disabled\n");
301 fn(cbdata);
302 return 0;
303 }
304 len = strlen(path);
305 if (len > sizeof(filename) - 10) { /* 10 = "/01234567\0" */
306 cache_log("[cgit] Cache path too long, caching is disabled: %s\n",
307 path);
308 fn(cbdata);
309 return 0;
310 }
311 if (!key)
312 key = "";
313 hash = hash_str(key) % size;
314 strcpy(filename, path);
315 if (filename[len - 1] != '/')
316 filename[len++] = '/';
317 for(i = 0; i < 8; i++) {
318 sprintf(filename + len++, "%x",
319 (unsigned char)(hash & 0xf));
320 hash >>= 4;
321 }
322 filename[len] = '\0';
323 strcpy(lockname, filename);
324 strcpy(lockname + len, ".lock");
325 slot.fn = fn;
326 slot.cbdata = cbdata;
327 slot.ttl = ttl;
328 slot.cache_name = filename;
329 slot.lock_name = lockname;
330 slot.key = key;
331 slot.keylen = strlen(key);
332 return process_slot(&slot);
120} 333}
334
335/* Print a message to stdout */
336void cache_log(const char *format, ...)
337{
338 va_list args;
339 va_start(args, format);
340 vfprintf(stderr, format, args);
341 va_end(args);
342}
343
diff --git a/cache.h b/cache.h
index 4dcbea3..5f2178d 100644
--- a/cache.h
+++ b/cache.h
@@ -8,15 +8,24 @@
8 8
9struct cacheitem { 9typedef void (*cache_fill_fn)(void *cbdata);
10 char *name;
11 struct stat st;
12 int ttl;
13 int fd;
14};
15 10
16extern char *cache_safe_filename(const char *unsafe); 11
17extern int cache_lock(struct cacheitem *item); 12/* Print cached content to stdout, generate the content if necessary.
18extern int cache_unlock(struct cacheitem *item); 13 *
19extern int cache_cancel_lock(struct cacheitem *item); 14 * Parameters
20extern int cache_exist(struct cacheitem *item); 15 * size max number of cache files
21extern int cache_expired(struct cacheitem *item); 16 * path directory used to store cache files
17 * key the key used to lookup cache files
18 * ttl max cache time in seconds for this key
19 * fn content generator function for this key
20 * cbdata user-supplied data to the content generator function
21 *
22 * Return value
23 * 0 indicates success, everyting else is an error
24 */
25extern int cache_process(int size, const char *path, const char *key, int ttl,
26 cache_fill_fn fn, void *cbdata);
27
28
29/* Print a message to stdout */
30extern void cache_log(const char *format, ...);
22 31
diff --git a/cgit.c b/cgit.c
index 38b0ba5..4dc8eec 100644
--- a/cgit.c
+++ b/cgit.c
@@ -47,2 +47,4 @@ void config_cb(const char *name, const char *value)
47 ctx.cfg.enable_log_linecount = atoi(value); 47 ctx.cfg.enable_log_linecount = atoi(value);
48 else if (!strcmp(name, "cache-size"))
49 ctx.cfg.cache_size = atoi(value);
48 else if (!strcmp(name, "cache-root")) 50 else if (!strcmp(name, "cache-root"))
@@ -145,2 +147,4 @@ static void prepare_context(struct cgit_context *ctx)
145 ctx->cfg.agefile = "info/web/last-modified"; 147 ctx->cfg.agefile = "info/web/last-modified";
148 ctx->cfg.nocache = 0;
149 ctx->cfg.cache_size = 0;
146 ctx->cfg.cache_dynamic_ttl = 5; 150 ctx->cfg.cache_dynamic_ttl = 5;
@@ -165,43 +169,4 @@ static void prepare_context(struct cgit_context *ctx)
165 ctx->page.filename = NULL; 169 ctx->page.filename = NULL;
166} 170 ctx->page.modified = time(NULL);
167 171 ctx->page.expires = ctx->page.modified;
168static int cgit_prepare_cache(struct cacheitem *item)
169{
170 if (!ctx.repo && ctx.qry.repo) {
171 ctx.page.title = fmt("%s - %s", ctx.cfg.root_title,
172 "Bad request");
173 cgit_print_http_headers(&ctx);
174 cgit_print_docstart(&ctx);
175 cgit_print_pageheader(&ctx);
176 cgit_print_error(fmt("Unknown repo: %s", ctx.qry.repo));
177 cgit_print_docend();
178 return 0;
179 }
180
181 if (!ctx.repo) {
182 item->name = xstrdup(fmt("%s/index.%s.html",
183 ctx.cfg.cache_root,
184 cache_safe_filename(ctx.qry.raw)));
185 item->ttl = ctx.cfg.cache_root_ttl;
186 return 1;
187 }
188
189 if (!ctx.qry.page) {
190 item->name = xstrdup(fmt("%s/%s/index.%s.html", ctx.cfg.cache_root,
191 cache_safe_filename(ctx.repo->url),
192 cache_safe_filename(ctx.qry.raw)));
193 item->ttl = ctx.cfg.cache_repo_ttl;
194 } else {
195 item->name = xstrdup(fmt("%s/%s/%s/%s.html", ctx.cfg.cache_root,
196 cache_safe_filename(ctx.repo->url),
197 ctx.qry.page,
198 cache_safe_filename(ctx.qry.raw)));
199 if (ctx.qry.has_symref)
200 item->ttl = ctx.cfg.cache_dynamic_ttl;
201 else if (ctx.qry.has_sha1)
202 item->ttl = ctx.cfg.cache_static_ttl;
203 else
204 item->ttl = ctx.cfg.cache_repo_ttl;
205 }
206 return 1;
207} 172}
@@ -290,4 +255,5 @@ static int prepare_repo_cmd(struct cgit_context *ctx)
290 255
291static void process_request(struct cgit_context *ctx) 256static void process_request(void *cbdata)
292{ 257{
258 struct cgit_context *ctx = cbdata;
293 struct cgit_cmd *cmd; 259 struct cgit_cmd *cmd;
@@ -321,78 +287,2 @@ static void process_request(struct cgit_context *ctx)
321 287
322static long ttl_seconds(long ttl)
323{
324 if (ttl<0)
325 return 60 * 60 * 24 * 365;
326 else
327 return ttl * 60;
328}
329
330static void cgit_fill_cache(struct cacheitem *item, int use_cache)
331{
332 int stdout2;
333
334 if (use_cache) {
335 stdout2 = chk_positive(dup(STDOUT_FILENO),
336 "Preserving STDOUT");
337 chk_zero(close(STDOUT_FILENO), "Closing STDOUT");
338 chk_positive(dup2(item->fd, STDOUT_FILENO), "Dup2(cachefile)");
339 }
340
341 ctx.page.modified = time(NULL);
342 ctx.page.expires = ctx.page.modified + ttl_seconds(item->ttl);
343 process_request(&ctx);
344
345 if (use_cache) {
346 chk_zero(close(STDOUT_FILENO), "Close redirected STDOUT");
347 chk_positive(dup2(stdout2, STDOUT_FILENO),
348 "Restoring original STDOUT");
349 chk_zero(close(stdout2), "Closing temporary STDOUT");
350 }
351}
352
353static void cgit_check_cache(struct cacheitem *item)
354{
355 int i = 0;
356
357 top:
358 if (++i > ctx.cfg.max_lock_attempts) {
359 die("cgit_refresh_cache: unable to lock %s: %s",
360 item->name, strerror(errno));
361 }
362 if (!cache_exist(item)) {
363 if (!cache_lock(item)) {
364 sleep(1);
365 goto top;
366 }
367 if (!cache_exist(item)) {
368 cgit_fill_cache(item, 1);
369 cache_unlock(item);
370 } else {
371 cache_cancel_lock(item);
372 }
373 } else if (cache_expired(item) && cache_lock(item)) {
374 if (cache_expired(item)) {
375 cgit_fill_cache(item, 1);
376 cache_unlock(item);
377 } else {
378 cache_cancel_lock(item);
379 }
380 }
381}
382
383static void cgit_print_cache(struct cacheitem *item)
384{
385 static char buf[4096];
386 ssize_t i;
387
388 int fd = open(item->name, O_RDONLY);
389 if (fd<0)
390 die("Unable to open cached file %s", item->name);
391
392 while((i=read(fd, buf, sizeof(buf))) > 0)
393 write(STDOUT_FILENO, buf, i);
394
395 close(fd);
396}
397
398static void cgit_parse_args(int argc, const char **argv) 288static void cgit_parse_args(int argc, const char **argv)
@@ -431,9 +321,25 @@ static void cgit_parse_args(int argc, const char **argv)
431 321
322static int calc_ttl()
323{
324 if (!ctx.repo)
325 return ctx.cfg.cache_root_ttl;
326
327 if (!ctx.qry.page)
328 return ctx.cfg.cache_repo_ttl;
329
330 if (ctx.qry.has_symref)
331 return ctx.cfg.cache_dynamic_ttl;
332
333 if (ctx.qry.has_sha1)
334 return ctx.cfg.cache_static_ttl;
335
336 return ctx.cfg.cache_repo_ttl;
337}
338
432int main(int argc, const char **argv) 339int main(int argc, const char **argv)
433{ 340{
434 struct cacheitem item;
435 const char *cgit_config_env = getenv("CGIT_CONFIG"); 341 const char *cgit_config_env = getenv("CGIT_CONFIG");
342 int err, ttl;
436 343
437 prepare_context(&ctx); 344 prepare_context(&ctx);
438 item.st.st_mtime = time(NULL);
439 cgit_repolist.length = 0; 345 cgit_repolist.length = 0;
@@ -451,11 +357,13 @@ int main(int argc, const char **argv)
451 http_parse_querystring(ctx.qry.raw, querystring_cb); 357 http_parse_querystring(ctx.qry.raw, querystring_cb);
452 if (!cgit_prepare_cache(&item)) 358
453 return 0; 359 ttl = calc_ttl();
454 if (ctx.cfg.nocache) { 360 ctx.page.expires += ttl*60;
455 cgit_fill_cache(&item, 0); 361 if (ctx.cfg.nocache)
456 } else { 362 ctx.cfg.cache_size = 0;
457 cgit_check_cache(&item); 363 err = cache_process(ctx.cfg.cache_size, ctx.cfg.cache_root,
458 cgit_print_cache(&item); 364 ctx.qry.raw, ttl, process_request, &ctx);
459 } 365 if (err)
460 return 0; 366 cache_log("[cgit] error %d - %s\n",
367 err, strerror(err));
368 return err;
461} 369}
diff --git a/cgit.h b/cgit.h
index a3b6535..f04d227 100644
--- a/cgit.h
+++ b/cgit.h
@@ -136,2 +136,3 @@ struct cgit_config {
136 char *virtual_root; 136 char *virtual_root;
137 int cache_size;
137 int cache_dynamic_ttl; 138 int cache_dynamic_ttl;
diff --git a/tests/setup.sh b/tests/setup.sh
index 66bf406..e37306e 100755
--- a/tests/setup.sh
+++ b/tests/setup.sh
@@ -46,3 +46,3 @@ cache-root=$PWD/trash/cache
46 46
47nocache=0 47cache-size=1021
48snapshots=tar.gz tar.bz zip 48snapshots=tar.gz tar.bz zip
diff --git a/tests/t0020-validate-cache.sh b/tests/t0020-validate-cache.sh
new file mode 100755
index 0000000..53ec2eb
--- a/dev/null
+++ b/tests/t0020-validate-cache.sh
@@ -0,0 +1,67 @@
1#!/bin/sh
2
3. ./setup.sh
4
5prepare_tests 'Validate cache'
6
7run_test 'verify cache-size=0' '
8
9 rm -f trash/cache/* &&
10 sed -i -e "s/cache-size=1021$/cache-size=0/" trash/cgitrc &&
11 cgit_url "" &&
12 cgit_url "foo" &&
13 cgit_url "foo/refs" &&
14 cgit_url "foo/tree" &&
15 cgit_url "foo/log" &&
16 cgit_url "foo/diff" &&
17 cgit_url "foo/patch" &&
18 cgit_url "bar" &&
19 cgit_url "bar/refs" &&
20 cgit_url "bar/tree" &&
21 cgit_url "bar/log" &&
22 cgit_url "bar/diff" &&
23 cgit_url "bar/patch" &&
24 test 0 -eq $(ls trash/cache | wc -l)
25'
26
27run_test 'verify cache-size=1' '
28
29 rm -f trash/cache/* &&
30 sed -i -e "s/cache-size=0$/cache-size=1/" trash/cgitrc &&
31 cgit_url "" &&
32 cgit_url "foo" &&
33 cgit_url "foo/refs" &&
34 cgit_url "foo/tree" &&
35 cgit_url "foo/log" &&
36 cgit_url "foo/diff" &&
37 cgit_url "foo/patch" &&
38 cgit_url "bar" &&
39 cgit_url "bar/refs" &&
40 cgit_url "bar/tree" &&
41 cgit_url "bar/log" &&
42 cgit_url "bar/diff" &&
43 cgit_url "bar/patch" &&
44 test 1 -eq $(ls trash/cache | wc -l)
45'
46
47run_test 'verify cache-size=1021' '
48
49 rm -f trash/cache/* &&
50 sed -i -e "s/cache-size=1$/cache-size=1021/" trash/cgitrc &&
51 cgit_url "" &&
52 cgit_url "foo" &&
53 cgit_url "foo/refs" &&
54 cgit_url "foo/tree" &&
55 cgit_url "foo/log" &&
56 cgit_url "foo/diff" &&
57 cgit_url "foo/patch" &&
58 cgit_url "bar" &&
59 cgit_url "bar/refs" &&
60 cgit_url "bar/tree" &&
61 cgit_url "bar/log" &&
62 cgit_url "bar/diff" &&
63 cgit_url "bar/patch" &&
64 test 13 -eq $(ls trash/cache | wc -l)
65'
66
67tests_done