| -rw-r--r-- | cgit.c | 3 | ||||
| -rw-r--r-- | ui-snapshot.c | 2 |
2 files changed, 3 insertions, 2 deletions
@@ -1,168 +1,169 @@ /* cgit.c: cgi for the git scm * * Copyright (C) 2006 Lars Hjemli * * Licensed under GNU General Public License v2 * (see COPYING for full license text) */ #include "cgit.h" static int cgit_prepare_cache(struct cacheitem *item) { if (!cgit_repo && cgit_query_repo) { char *title = fmt("%s - %s", cgit_root_title, "Bad request"); cgit_print_docstart(title, item); cgit_print_pageheader(title, 0); cgit_print_error(fmt("Unknown repo: %s", cgit_query_repo)); cgit_print_docend(); return 0; } if (!cgit_repo) { item->name = xstrdup(fmt("%s/index.html", cgit_cache_root)); item->ttl = cgit_cache_root_ttl; return 1; } if (!cgit_cmd) { item->name = xstrdup(fmt("%s/%s/index.%s.html", cgit_cache_root, cache_safe_filename(cgit_repo->url), cache_safe_filename(cgit_querystring))); item->ttl = cgit_cache_repo_ttl; } else { item->name = xstrdup(fmt("%s/%s/%s/%s.html", cgit_cache_root, cache_safe_filename(cgit_repo->url), cgit_query_page, cache_safe_filename(cgit_querystring))); if (cgit_query_has_symref) item->ttl = cgit_cache_dynamic_ttl; else if (cgit_query_has_sha1) item->ttl = cgit_cache_static_ttl; else item->ttl = cgit_cache_repo_ttl; } return 1; } static void cgit_print_repo_page(struct cacheitem *item) { char *title; int show_search; if (!cgit_query_head) cgit_query_head = cgit_repo->defbranch; if (chdir(cgit_repo->path)) { title = fmt("%s - %s", cgit_root_title, "Bad request"); cgit_print_docstart(title, item); cgit_print_pageheader(title, 0); cgit_print_error(fmt("Unable to scan repository: %s", strerror(errno))); cgit_print_docend(); return; } title = fmt("%s - %s", cgit_repo->name, cgit_repo->desc); show_search = 0; setenv("GIT_DIR", cgit_repo->path, 1); if ((cgit_cmd == CMD_SNAPSHOT) && cgit_repo->snapshots) { cgit_print_snapshot(item, cgit_query_sha1, - cgit_repo->url, cgit_query_name); + cgit_repobasename(cgit_repo->url), + cgit_query_name); return; } if (cgit_cmd == CMD_BLOB) { cgit_print_blob(item, cgit_query_sha1, cgit_query_path); return; } show_search = (cgit_cmd == CMD_LOG); cgit_print_docstart(title, item); if (!cgit_cmd) { cgit_print_pageheader("summary", show_search); cgit_print_summary(); cgit_print_docend(); return; } cgit_print_pageheader(cgit_query_page, show_search); switch(cgit_cmd) { case CMD_LOG: cgit_print_log(cgit_query_sha1, cgit_query_ofs, cgit_max_commit_count, cgit_query_search, cgit_query_path, 1); break; case CMD_TREE: cgit_print_tree(cgit_query_sha1, cgit_query_path); break; case CMD_COMMIT: cgit_print_commit(cgit_query_sha1); break; case CMD_DIFF: cgit_print_diff(cgit_query_sha1, cgit_query_sha2); break; default: cgit_print_error("Invalid request"); } cgit_print_docend(); } static void cgit_fill_cache(struct cacheitem *item, int use_cache) { static char buf[PATH_MAX]; int stdout2; getcwd(buf, sizeof(buf)); item->st.st_mtime = time(NULL); if (use_cache) { stdout2 = chk_positive(dup(STDOUT_FILENO), "Preserving STDOUT"); chk_zero(close(STDOUT_FILENO), "Closing STDOUT"); chk_positive(dup2(item->fd, STDOUT_FILENO), "Dup2(cachefile)"); } if (cgit_repo) cgit_print_repo_page(item); else cgit_print_repolist(item); if (use_cache) { chk_zero(close(STDOUT_FILENO), "Close redirected STDOUT"); chk_positive(dup2(stdout2, STDOUT_FILENO), "Restoring original STDOUT"); chk_zero(close(stdout2), "Closing temporary STDOUT"); } chdir(buf); } static void cgit_check_cache(struct cacheitem *item) { int i = 0; top: if (++i > cgit_max_lock_attempts) { die("cgit_refresh_cache: unable to lock %s: %s", item->name, strerror(errno)); } if (!cache_exist(item)) { if (!cache_lock(item)) { sleep(1); goto top; } if (!cache_exist(item)) { cgit_fill_cache(item, 1); cache_unlock(item); } else { cache_cancel_lock(item); } } else if (cache_expired(item) && cache_lock(item)) { if (cache_expired(item)) { cgit_fill_cache(item, 1); cache_unlock(item); } else { cache_cancel_lock(item); diff --git a/ui-snapshot.c b/ui-snapshot.c index 7076b50..053fd48 100644 --- a/ui-snapshot.c +++ b/ui-snapshot.c @@ -14,103 +14,103 @@ static int write_compressed_tar_archive(struct archiver_args *args,const char *f pid_t gzpid; int stdout2; int status; int rv; stdout2 = chk_non_negative(dup(STDIN_FILENO), "Preserving STDOUT before compressing"); chk_zero(pipe(rw), "Opening pipe from compressor subprocess"); gzpid = chk_non_negative(fork(), "Forking compressor subprocess"); if(gzpid==0) { /* child */ chk_zero(close(rw[1]), "Closing write end of pipe in child"); chk_zero(close(STDIN_FILENO), "Closing STDIN"); chk_non_negative(dup2(rw[0],STDIN_FILENO), "Redirecting compressor input to stdin"); execlp(filter,filter,NULL); _exit(-1); } /* parent */ chk_zero(close(rw[0]), "Closing read end of pipe"); chk_non_negative(dup2(rw[1],STDOUT_FILENO), "Redirecting output to compressor"); rv = write_tar_archive(args); chk_zero(close(STDOUT_FILENO), "Closing STDOUT redirected to compressor"); chk_non_negative(dup2(stdout2,STDOUT_FILENO), "Restoring uncompressed STDOUT"); chk_zero(close(stdout2), "Closing uncompressed STDOUT"); chk_zero(close(rw[1]), "Closing write end of pipe in parent"); chk_positive(waitpid(gzpid,&status,0), "Waiting on compressor process"); if(! ( WIFEXITED(status) && WEXITSTATUS(status)==0 ) ) cgit_print_error("Failed to compress archive"); return rv; } static int write_tar_gzip_archive(struct archiver_args *args) { return write_compressed_tar_archive(args,"gzip"); } static int write_tar_bzip2_archive(struct archiver_args *args) { return write_compressed_tar_archive(args,"bzip2"); } static const struct snapshot_archive_t { const char *suffix; const char *mimetype; write_archive_fn_t write_func; } snapshot_archives[] = { { ".zip", "application/x-zip", write_zip_archive }, { ".tar.gz", "application/x-tar", write_tar_gzip_archive }, { ".tar.bz2", "application/x-tar", write_tar_bzip2_archive }, { ".tar", "application/x-tar", write_tar_archive } }; void cgit_print_snapshot(struct cacheitem *item, const char *hex, const char *prefix, const char *filename) { int fnl = strlen(filename); int f; for(f=0;f<(sizeof(snapshot_archives)/sizeof(*snapshot_archives));++f) { const struct snapshot_archive_t* sat = &snapshot_archives[f]; int sl = strlen(sat->suffix); if(fnl<sl || strcmp(&filename[fnl-sl],sat->suffix)) continue; struct archiver_args args; struct commit *commit; unsigned char sha1[20]; if(get_sha1(hex, sha1)) { cgit_print_error(fmt("Bad object id: %s", hex)); return; } commit = lookup_commit_reference(sha1); if(!commit) { cgit_print_error(fmt("Not a commit reference: %s", hex)); return;; } memset(&args,0,sizeof(args)); args.base = fmt("%s/", prefix); args.tree = commit->tree; cgit_print_snapshot_start(sat->mimetype, filename, item); (*sat->write_func)(&args); return; } cgit_print_error(fmt("Unsupported snapshot format: %s", filename)); } void cgit_print_snapshot_links(const char *repo,const char *hex) { char *filename; int f; for(f=0;f<(sizeof(snapshot_archives)/sizeof(*snapshot_archives));++f) { const struct snapshot_archive_t* sat = &snapshot_archives[f]; - filename = fmt("%s-%s%s",repo,hex,sat->suffix); + filename = fmt("%s-%s%s",cgit_repobasename(repo),hex,sat->suffix); htmlf("<a href='%s'>%s</a><br/>", cgit_fileurl(repo,"snapshot",filename, fmt("id=%s&name=%s",hex,filename)), filename); } } /* vim:set sw=8: */ |