/* notmuch - Not much of an email program, (just index and search) * * Copyright © 2009 Carl Worth * * This program is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation, either version 3 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program. If not, see http://www.gnu.org/licenses/ . * * Author: Carl Worth */ #include "notmuch-client.h" #include "tag-util.h" #include typedef struct _filename_node { char *filename; time_t mtime; struct _filename_node *next; } _filename_node_t; typedef struct _filename_list { unsigned count; _filename_node_t *head; _filename_node_t **tail; } _filename_list_t; enum verbosity { VERBOSITY_QUIET, VERBOSITY_NORMAL, VERBOSITY_VERBOSE, }; typedef struct { int output_is_a_tty; enum verbosity verbosity; notmuch_bool_t debug; const char **new_tags; size_t new_tags_length; const char **new_ignore; size_t new_ignore_length; int total_files; int processed_files; int added_messages, removed_messages, renamed_messages; struct timeval tv_start; _filename_list_t *removed_files; _filename_list_t *removed_directories; _filename_list_t *directory_mtimes; notmuch_bool_t synchronize_flags; } add_files_state_t; static volatile sig_atomic_t do_print_progress = 0; static void handle_sigalrm (unused (int signal)) { do_print_progress = 1; } static volatile sig_atomic_t interrupted; static void handle_sigint (unused (int sig)) { static char msg[] = "Stopping... \n"; /* This write is "opportunistic", so it's okay to ignore the * result. It is not required for correctness, and if it does * fail or produce a short write, we want to get out of the signal * handler as quickly as possible, not retry it. */ IGNORE_RESULT (write (2, msg, sizeof(msg)-1)); interrupted = 1; } static _filename_list_t * _filename_list_create (const void *ctx) { _filename_list_t *list; list = talloc (ctx, _filename_list_t); if (list == NULL) return NULL; list->head = NULL; list->tail = &list->head; list->count = 0; return list; } static _filename_node_t * _filename_list_add (_filename_list_t *list, const char *filename) { _filename_node_t *node = talloc (list, _filename_node_t); list->count++; node->filename = talloc_strdup (list, filename); node->next = NULL; *(list->tail) = node; list->tail = &node->next; return node; } static void generic_print_progress (const char *action, const char *object, struct timeval tv_start, unsigned processed, unsigned total) { struct timeval tv_now; double elapsed_overall, rate_overall; gettimeofday (&tv_now, NULL); elapsed_overall = notmuch_time_elapsed (tv_start, tv_now); rate_overall = processed / elapsed_overall; printf ("%s %d ", action, processed); if (total) { printf ("of %d %s", total, object); if (processed > 0 && elapsed_overall > 0.5) { double time_remaining = ((total - processed) / rate_overall); printf (" ("); notmuch_time_print_formatted_seconds (time_remaining); printf (" remaining)"); } } else { printf ("%s", object); if (elapsed_overall > 0.5) printf (" (%d %s/sec.)", (int) rate_overall, object); } printf (".\033[K\r"); fflush (stdout); } static int dirent_sort_inode (const struct dirent **a, const struct dirent **b) { return ((*a)->d_ino < (*b)->d_ino) ? -1 : 1; } static int dirent_sort_strcmp_name (const struct dirent **a, const struct dirent **b) { return strcmp ((*a)->d_name, (*b)->d_name); } /* Return the type of a directory entry relative to path as a stat(2) * mode. Like stat, this follows symlinks. Returns -1 and sets errno * if the file's type cannot be determined (which includes dangling * symlinks). */ static int dirent_type (const char *path, const struct dirent *entry) { struct stat statbuf; char *abspath; int err, saved_errno; #if HAVE_D_TYPE /* Mapping from d_type to stat mode_t. We omit DT_LNK so that * we'll fall through to stat and get the real file type. */ static const mode_t modes[] = { [DT_BLK] = S_IFBLK, [DT_CHR] = S_IFCHR, [DT_DIR] = S_IFDIR, [DT_FIFO] = S_IFIFO, [DT_REG] = S_IFREG, [DT_SOCK] = S_IFSOCK }; if (entry->d_type < ARRAY_SIZE(modes) && modes[entry->d_type]) return modes[entry->d_type]; #endif abspath = talloc_asprintf (NULL, "%s/%s", path, entry->d_name); if (!abspath) { errno = ENOMEM; return -1; } err = stat(abspath, &statbuf); saved_errno = errno; talloc_free (abspath); if (err < 0) { errno = saved_errno; return -1; } return statbuf.st_mode & S_IFMT; } /* Test if the directory looks like a Maildir directory. * * Search through the array of directory entries to see if we can find all * three subdirectories typical for Maildir, that is "new", "cur", and "tmp". * * Return 1 if the directory looks like a Maildir and 0 otherwise. */ static int _entries_resemble_maildir (const char *path, struct dirent **entries, int count) { int i, found = 0; for (i = 0; i < count; i++) { if (dirent_type (path, entries[i]) != S_IFDIR) continue; if (strcmp(entries[i]->d_name, "new") == 0 || strcmp(entries[i]->d_name, "cur") == 0 || strcmp(entries[i]->d_name, "tmp") == 0) { found++; if (found == 3) return 1; } } return 0; } /* Test if the file/directory is to be ignored. */ static notmuch_bool_t _entry_in_ignore_list (const char *entry, add_files_state_t *state) { size_t i; for (i = 0; i < state->new_ignore_length; i++) if (strcmp (entry, state->new_ignore[i]) == 0) return TRUE; return FALSE; } /* Add a single file to the database. */ static notmuch_status_t add_file (notmuch_database_t *notmuch, const char *filename, add_files_state_t *state) { notmuch_message_t *message = NULL; const char **tag; notmuch_status_t status; status = notmuch_database_begin_atomic (notmuch); if (status) goto DONE; status = notmuch_database_add_message (notmuch, filename, &message); switch (status) { /* Success. */ case NOTMUCH_STATUS_SUCCESS: state->added_messages++; notmuch_message_freeze (message); for (tag = state->new_tags; *tag != NULL; tag++) notmuch_message_add_tag (message, *tag); if (state->synchronize_flags) notmuch_message_maildir_flags_to_tags (message); notmuch_message_thaw (message); break; /* Non-fatal issues (go on to next file). */ case NOTMUCH_STATUS_DUPLICATE_MESSAGE_ID: if (state->synchronize_flags) notmuch_message_maildir_flags_to_tags (message); break; case NOTMUCH_STATUS_FILE_NOT_EMAIL: fprintf (stderr, "Note: Ignoring non-mail file: %s\n", filename); break; /* Fatal issues. Don't process anymore. */ case NOTMUCH_STATUS_READ_ONLY_DATABASE: case NOTMUCH_STATUS_XAPIAN_EXCEPTION: case NOTMUCH_STATUS_OUT_OF_MEMORY: fprintf (stderr, "Error: %s. Halting processing.\n", notmuch_status_to_string (status)); goto DONE; default: INTERNAL_ERROR ("add_message returned unexpected value: %d", status); goto DONE; } status = notmuch_database_end_atomic (notmuch); DONE: if (message) notmuch_message_destroy (message); return status; } /* Examine 'path' recursively as follows: * * o Ask the filesystem for the mtime of 'path' (fs_mtime) * o Ask the database for its timestamp of 'path' (db_mtime) * * o Ask the filesystem for files and directories within 'path' * (via scandir and stored in fs_entries) * * o Pass 1: For each directory in fs_entries, recursively call into * this same function. * * o Compare fs_mtime to db_mtime. If they are equivalent, terminate * the algorithm at this point, (this directory has not been * updated in the filesystem since the last database scan of PASS * 2). * * o Ask the database for files and directories within 'path' * (db_files and db_subdirs) * * o Pass 2: Walk fs_entries simultaneously with db_files and * db_subdirs. Look for one of three interesting cases: * * 1. Regular file in fs_entries and not in db_files * This is a new file to add_message into the database. * * 2. Filename in db_files not in fs_entries. * This is a file that has been removed from the mail store. * * 3. Directory in db_subdirs not in fs_entries * This is a directory that has been removed from the mail store. * * Note that the addition of a directory is not interesting here, * since that will have been taken care of in pass 1. Also, we * don't immediately act on file/directory removal since we must * ensure that in the case of a rename that the new filename is * added before the old filename is removed, (so that no * information is lost from the database). * * o Tell the database to update its time of 'path' to 'fs_mtime' * if fs_mtime isn't the current wall-clock time. */ static notmuch_status_t add_files (notmuch_database_t *notmuch, const char *path, add_files_state_t *state) { DIR *dir = NULL; struct dirent *entry = NULL; char *next = NULL; time_t fs_mtime, db_mtime; notmuch_status_t status, ret = NOTMUCH_STATUS_SUCCESS; struct dirent **fs_entries = NULL; int i, num_fs_entries = 0, entry_type; notmuch_directory_t *directory; notmuch_filenames_t *db_files = NULL; notmuch_filenames_t *db_subdirs = NULL; time_t stat_time; struct stat st; notmuch_bool_t is_maildir; if (stat (path, &st)) { fprintf (stderr, "Error reading directory %s: %s\n", path, strerror (errno)); return NOTMUCH_STATUS_FILE_ERROR; } stat_time = time (NULL); if (! S_ISDIR (st.st_mode)) { fprintf (stderr, "Error: %s is not a directory.\n", path); return NOTMUCH_STATUS_FILE_ERROR; } fs_mtime = st.st_mtime; status = notmuch_database_get_directory (notmuch, path, &directory); if (status) { ret = status; goto DONE; } db_mtime = directory ? notmuch_directory_get_mtime (directory) : 0; /* If the directory is unchanged from our last scan and has no * sub-directories, then return without scanning it at all. In * some situations, skipping the scan can substantially reduce the * cost of notmuch new, especially since the huge numbers of files * in Maildirs make scans expensive, but all files live in leaf * directories. * * To check for sub-directories, we borrow a trick from find, * kpathsea, and many other UNIX tools: since a directory's link * count is the number of sub-directories (specifically, their * '..' entries) plus 2 (the link from the parent and the link for * '.'). This check is safe even on weird file systems, since * file systems that can't compute this will return 0 or 1. This * is safe even on *really* weird file systems like HFS+ that * mistakenly return the total number of directory entries, since * that only inflates the count beyond 2. */ if (directory && fs_mtime == db_mtime && st.st_nlink == 2) { /* There's one catch: pass 1 below considers symlinks to * directories to be directories, but these don't increase the * file system link count. So, only bail early if the * database agrees that there are no sub-directories. */ db_subdirs = notmuch_directory_get_child_directories (directory); if (!notmuch_filenames_valid (db_subdirs)) goto DONE; notmuch_filenames_destroy (db_subdirs); db_subdirs = NULL; } /* If the database knows about this directory, then we sort based * on strcmp to match the database sorting. Otherwise, we can do * inode-based sorting for faster filesystem operation. */ num_fs_entries = scandir (path, &fs_entries, 0, directory ? dirent_sort_strcmp_name : dirent_sort_inode); if (num_fs_entries == -1) { fprintf (stderr, "Error opening directory %s: %s\n", path, strerror (errno)); /* We consider this a fatal error because, if a user moved a * message from another directory that we were able to scan * into this directory, skipping this directory will cause * that message to be lost. */ ret = NOTMUCH_STATUS_FILE_ERROR; goto DONE; } /* Pass 1: Recurse into all sub-directories. */ is_maildir = _entries_resemble_maildir (path, fs_entries, num_fs_entries); for (i = 0; i < num_fs_entries; i++) { if (interrupted) break; entry = fs_entries[i]; /* Ignore any files/directories the user has configured to * ignore. We do this before dirent_type both for performance * and because we don't care if dirent_type fails on entries * that are explicitly ignored. */ if (_entry_in_ignore_list (entry->d_name, state)) { if (state->debug) printf ("(D) add_files_recursive, pass 1: explicitly ignoring %s/%s\n", path, entry->d_name); continue; } /* We only want to descend into directories (and symlinks to * directories). */ entry_type = dirent_type (path, entry); if (entry_type == -1) { /* Be pessimistic, e.g. so we don't lose lots of mail just * because a user broke a symlink. */ fprintf (stderr, "Error reading file %s/%s: %s\n", path, entry->d_name, strerror (errno)); return NOTMUCH_STATUS_FILE_ERROR; } else if (entry_type != S_IFDIR) { continue; } /* Ignore special directories to avoid infinite recursion. * Also ignore the .notmuch directory and any "tmp" directory * that appears within a maildir. */ if (strcmp (entry->d_name, ".") == 0 || strcmp (entry->d_name, "..") == 0 || (is_maildir && strcmp (entry->d_name, "tmp") == 0) || strcmp (entry->d_name, ".notmuch") == 0) continue; next = talloc_asprintf (notmuch, "%s/%s", path, entry->d_name); status = add_files (notmuch, next, state); if (status) { ret = status; goto DONE; } talloc_free (next); next = NULL; } /* If the directory's modification time in the filesystem is the * same as what we recorded in the database the last time we * scanned it, then we can skip the second pass entirely. * * We test for strict equality here to avoid a bug that can happen * if the system clock jumps backward, (preventing new mail from * being discovered until the clock catches up and the directory * is modified again). */ if (directory && fs_mtime == db_mtime) goto DONE; /* If the database has never seen this directory before, we can * simply leave db_files and db_subdirs NULL. */ if (directory) { db_files = notmuch_directory_get_child_files (directory); db_subdirs = notmuch_directory_get_child_directories (directory); } /* Pass 2: Scan for new files, removed files, and removed directories. */ for (i = 0; i < num_fs_entries; i++) { if (interrupted) break; entry = fs_entries[i]; /* Ignore files & directories user has configured to be ignored */ if (_entry_in_ignore_list (entry->d_name, state)) { if (state->debug) printf ("(D) add_files_recursive, pass 2: explicitly ignoring %s/%s\n", path, entry->d_name); continue; } /* Check if we've walked past any names in db_files or * db_subdirs. If so, these have been deleted. */ while (notmuch_filenames_valid (db_files) && strcmp (notmuch_filenames_get (db_files), entry->d_name) < 0) { char *absolute = talloc_asprintf (state->removed_files, "%s/%s", path, notmuch_filenames_get (db_files)); if (state->debug) printf ("(D) add_files_recursive, pass 2: queuing passed file %s for deletion from database\n", absolute); _filename_list_add (state->removed_files, absolute); notmuch_filenames_move_to_next (db_files); } while (notmuch_filenames_valid (db_subdirs) && strcmp (notmuch_filenames_get (db_subdirs), entry->d_name) <= 0) { const char *filename = notmuch_filenames_get (db_subdirs); if (strcmp (filename, entry->d_name) < 0) { char *absolute = talloc_asprintf (state->removed_directories, "%s/%s", path, filename); if (state->debug) printf ("(D) add_files_recursive, pass 2: queuing passed directory %s for deletion from database\n", absolute); _filename_list_add (state->removed_directories, absolute); } notmuch_filenames_move_to_next (db_subdirs); } /* Only add regular files (and symlinks to regular files). */ entry_type = dirent_type (path, entry); if (entry_type == -1) { fprintf (stderr, "Error reading file %s/%s: %s\n", path, entry->d_name, strerror (errno)); return NOTMUCH_STATUS_FILE_ERROR; } else if (entry_type != S_IFREG) { continue; } /* Don't add a file that we've added before. */ if (notmuch_filenames_valid (db_files) && strcmp (notmuch_filenames_get (db_files), entry->d_name) == 0) { notmuch_filenames_move_to_next (db_files); continue; } /* We're now looking at a regular file that doesn't yet exist * in the database, so add it. */ next = talloc_asprintf (notmuch, "%s/%s", path, entry->d_name); state->processed_files++; if (state->verbosity >= VERBOSITY_VERBOSE) { if (state->output_is_a_tty) printf("\r\033[K"); printf ("%i/%i: %s", state->processed_files, state->total_files, next); putchar((state->output_is_a_tty) ? '\r' : '\n'); fflush (stdout); } status = add_file (notmuch, next, state); if (status) { ret = status; goto DONE; } if (do_print_progress) { do_print_progress = 0; generic_print_progress ("Processed", "files", state->tv_start, state->processed_files, state->total_files); } talloc_free (next); next = NULL; } if (interrupted) goto DONE; /* Now that we've walked the whole filesystem list, anything left * over in the database lists has been deleted. */ while (notmuch_filenames_valid (db_files)) { char *absolute = talloc_asprintf (state->removed_files, "%s/%s", path, notmuch_filenames_get (db_files)); if (state->debug) printf ("(D) add_files_recursive, pass 3: queuing leftover file %s for deletion from database\n", absolute); _filename_list_add (state->removed_files, absolute); notmuch_filenames_move_to_next (db_files); } while (notmuch_filenames_valid (db_subdirs)) { char *absolute = talloc_asprintf (state->removed_directories, "%s/%s", path, notmuch_filenames_get (db_subdirs)); if (state->debug) printf ("(D) add_files_recursive, pass 3: queuing leftover directory %s for deletion from database\n", absolute); _filename_list_add (state->removed_directories, absolute); notmuch_filenames_move_to_next (db_subdirs); } /* If the directory's mtime is the same as the wall-clock time * when we stat'ed the directory, we skip updating the mtime in * the database because a message could be delivered later in this * same second. This may lead to unnecessary re-scans, but it * avoids overlooking messages. */ if (fs_mtime != stat_time) _filename_list_add (state->directory_mtimes, path)->mtime = fs_mtime; DONE: if (next) talloc_free (next); if (dir) closedir (dir); if (fs_entries) { for (i = 0; i < num_fs_entries; i++) free (fs_entries[i]); free (fs_entries); } if (db_subdirs) notmuch_filenames_destroy (db_subdirs); if (db_files) notmuch_filenames_destroy (db_files); if (directory) notmuch_directory_destroy (directory); return ret; } static void setup_progress_printing_timer (void) { struct sigaction action; struct itimerval timerval; /* Set up our handler for SIGALRM */ memset (&action, 0, sizeof (struct sigaction)); action.sa_handler = handle_sigalrm; sigemptyset (&action.sa_mask); action.sa_flags = SA_RESTART; sigaction (SIGALRM, &action, NULL); /* Then start a timer to send SIGALRM once per second. */ timerval.it_interval.tv_sec = 1; timerval.it_interval.tv_usec = 0; timerval.it_value.tv_sec = 1; timerval.it_value.tv_usec = 0; setitimer (ITIMER_REAL, &timerval, NULL); } static void stop_progress_printing_timer (void) { struct sigaction action; struct itimerval timerval; /* Now stop the timer. */ timerval.it_interval.tv_sec = 0; timerval.it_interval.tv_usec = 0; timerval.it_value.tv_sec = 0; timerval.it_value.tv_usec = 0; setitimer (ITIMER_REAL, &timerval, NULL); /* And disable the signal handler. */ action.sa_handler = SIG_IGN; sigaction (SIGALRM, &action, NULL); } /* XXX: This should be merged with the add_files function since it * shares a lot of logic with it. */ /* Recursively count all regular files in path and all sub-directories * of path. The result is added to *count (which should be * initialized to zero by the top-level caller before calling * count_files). */ static void count_files (const char *path, int *count, add_files_state_t *state) { struct dirent *entry = NULL; char *next; struct dirent **fs_entries = NULL; int num_fs_entries = scandir (path, &fs_entries, 0, dirent_sort_inode); int entry_type, i; if (num_fs_entries == -1) { fprintf (stderr, "Warning: failed to open directory %s: %s\n", path, strerror (errno)); goto DONE; } for (i = 0; i < num_fs_entries && ! interrupted; i++) { entry = fs_entries[i]; /* Ignore special directories to avoid infinite recursion. * Also ignore the .notmuch directory and files/directories * the user has configured to be ignored. */ if (strcmp (entry->d_name, ".") == 0 || strcmp (entry->d_name, "..") == 0 || strcmp (entry->d_name, ".notmuch") == 0 || _entry_in_ignore_list (entry->d_name, state)) { if (state->debug && _entry_in_ignore_list (entry->d_name, state)) printf ("(D) count_files: explicitly ignoring %s/%s\n", path, entry->d_name); continue; } if (asprintf (&next, "%s/%s", path, entry->d_name) == -1) { next = NULL; fprintf (stderr, "Error descending from %s to %s: Out of memory\n", path, entry->d_name); continue; } entry_type = dirent_type (path, entry); if (entry_type == S_IFREG) { *count = *count + 1; if (*count % 1000 == 0 && state->verbosity >= VERBOSITY_NORMAL) { printf ("Found %d files so far.\r", *count); fflush (stdout); } } else if (entry_type == S_IFDIR) { count_files (next, count, state); } free (next); } DONE: if (fs_entries) { for (i = 0; i < num_fs_entries; i++) free (fs_entries[i]); free (fs_entries); } } static void upgrade_print_progress (void *closure, double progress) { add_files_state_t *state = closure; printf ("Upgrading database: %.2f%% complete", progress * 100.0); if (progress > 0) { struct timeval tv_now; double elapsed, time_remaining; gettimeofday (&tv_now, NULL); elapsed = notmuch_time_elapsed (state->tv_start, tv_now); time_remaining = (elapsed / progress) * (1.0 - progress); printf (" ("); notmuch_time_print_formatted_seconds (time_remaining); printf (" remaining)"); } printf (". \r"); fflush (stdout); } /* Remove one message filename from the database. */ static notmuch_status_t remove_filename (notmuch_database_t *notmuch, const char *path, add_files_state_t *add_files_state) { notmuch_status_t status; notmuch_message_t *message; status = notmuch_database_begin_atomic (notmuch); if (status) return status; status = notmuch_database_find_message_by_filename (notmuch, path, &message); if (status || message == NULL) goto DONE; status = notmuch_database_remove_message (notmuch, path); if (status == NOTMUCH_STATUS_DUPLICATE_MESSAGE_ID) { add_files_state->renamed_messages++; if (add_files_state->synchronize_flags == TRUE) notmuch_message_maildir_flags_to_tags (message); status = NOTMUCH_STATUS_SUCCESS; } else if (status == NOTMUCH_STATUS_SUCCESS) { add_files_state->removed_messages++; } notmuch_message_destroy (message); DONE: notmuch_database_end_atomic (notmuch); return status; } /* Recursively remove all filenames from the database referring to * 'path' (or to any of its children). */ static notmuch_status_t _remove_directory (void *ctx, notmuch_database_t *notmuch, const char *path, add_files_state_t *add_files_state) { notmuch_status_t status = NOTMUCH_STATUS_SUCCESS; notmuch_directory_t *directory; notmuch_filenames_t *files, *subdirs; char *absolute; status = notmuch_database_get_directory (notmuch, path, &directory); if (status || !directory) return status; for (files = notmuch_directory_get_child_files (directory); notmuch_filenames_valid (files); notmuch_filenames_move_to_next (files)) { absolute = talloc_asprintf (ctx, "%s/%s", path, notmuch_filenames_get (files)); status = remove_filename (notmuch, absolute, add_files_state); talloc_free (absolute); if (status) goto DONE; } for (subdirs = notmuch_directory_get_child_directories (directory); notmuch_filenames_valid (subdirs); notmuch_filenames_move_to_next (subdirs)) { absolute = talloc_asprintf (ctx, "%s/%s", path, notmuch_filenames_get (subdirs)); status = _remove_directory (ctx, notmuch, absolute, add_files_state); talloc_free (absolute); if (status) goto DONE; } /* * XXX: The library does not have a function to remove a directory * document for a path. Usually this doesn't matter except for a * slight waste of space. However, if the directory gets added to * the filesystem again, the old directory document is found with * the old mtime. Reset the directory mtime to avoid problems. */ notmuch_directory_set_mtime (directory, 0); DONE: notmuch_directory_destroy (directory); return status; } static void print_results (const add_files_state_t *state) { double elapsed; struct timeval tv_now; gettimeofday (&tv_now, NULL); elapsed = notmuch_time_elapsed (state->tv_start, tv_now); if (state->processed_files) { printf ("Processed %d %s in ", state->processed_files, state->processed_files == 1 ? "file" : "total files"); notmuch_time_print_formatted_seconds (elapsed); if (elapsed > 1) printf (" (%d files/sec.).\033[K\n", (int) (state->processed_files / elapsed)); else printf (".\033[K\n"); } if (state->added_messages) printf ("Added %d new %s to the database.", state->added_messages, state->added_messages == 1 ? "message" : "messages"); else printf ("No new mail."); if (state->removed_messages) printf (" Removed %d %s.", state->removed_messages, state->removed_messages == 1 ? "message" : "messages"); if (state->renamed_messages) printf (" Detected %d file %s.", state->renamed_messages, state->renamed_messages == 1 ? "rename" : "renames"); printf ("\n"); } int notmuch_new_command (notmuch_config_t *config, int argc, char *argv[]) { notmuch_database_t *notmuch; add_files_state_t add_files_state = { .verbosity = VERBOSITY_NORMAL, .debug = FALSE, .output_is_a_tty = isatty (fileno (stdout)), }; struct timeval tv_start; int ret = 0; struct stat st; const char *db_path; char *dot_notmuch_path; struct sigaction action; _filename_node_t *f; int opt_index; unsigned int i; notmuch_bool_t timer_is_active = FALSE; notmuch_bool_t no_hooks = FALSE; notmuch_bool_t quiet = FALSE, verbose = FALSE; notmuch_status_t status; notmuch_opt_desc_t options[] = { { NOTMUCH_OPT_BOOLEAN, &quiet, "quiet", 'q', 0 }, { NOTMUCH_OPT_BOOLEAN, &verbose, "verbose", 'v', 0 }, { NOTMUCH_OPT_BOOLEAN, &add_files_state.debug, "debug", 'd', 0 }, { NOTMUCH_OPT_BOOLEAN, &no_hooks, "no-hooks", 'n', 0 }, { NOTMUCH_OPT_INHERIT, (void *) ¬much_shared_options, NULL, 0, 0 }, { 0, 0, 0, 0, 0 } }; opt_index = parse_arguments (argc, argv, options, 1); if (opt_index < 0) return EXIT_FAILURE; notmuch_process_shared_options (argv[0]); /* quiet trumps verbose */ if (quiet) add_files_state.verbosity = VERBOSITY_QUIET; else if (verbose) add_files_state.verbosity = VERBOSITY_VERBOSE; add_files_state.new_tags = notmuch_config_get_new_tags (config, &add_files_state.new_tags_length); add_files_state.new_ignore = notmuch_config_get_new_ignore (config, &add_files_state.new_ignore_length); add_files_state.synchronize_flags = notmuch_config_get_maildir_synchronize_flags (config); db_path = notmuch_config_get_database_path (config); for (i = 0; i < add_files_state.new_tags_length; i++) { const char *error_msg; error_msg = illegal_tag (add_files_state.new_tags[i], FALSE); if (error_msg) { fprintf (stderr, "Error: tag '%s' in new.tags: %s\n", add_files_state.new_tags[i], error_msg); return EXIT_FAILURE; } } if (!no_hooks) { ret = notmuch_run_hook (db_path, "pre-new"); if (ret) return EXIT_FAILURE; } dot_notmuch_path = talloc_asprintf (config, "%s/%s", db_path, ".notmuch"); if (stat (dot_notmuch_path, &st)) { int count; count = 0; count_files (db_path, &count, &add_files_state); if (interrupted) return EXIT_FAILURE; if (add_files_state.verbosity >= VERBOSITY_NORMAL) printf ("Found %d total files (that's not much mail).\n", count); if (notmuch_database_create (db_path, ¬much)) return EXIT_FAILURE; add_files_state.total_files = count; } else { char *status_string = NULL; if (notmuch_database_open_verbose (db_path, NOTMUCH_DATABASE_MODE_READ_WRITE, ¬much, &status_string)) { if (status_string) { fputs (status_string, stderr); free (status_string); } return EXIT_FAILURE; } notmuch_exit_if_unmatched_db_uuid (notmuch); if (notmuch_database_needs_upgrade (notmuch)) { time_t now = time (NULL); struct tm *gm_time = gmtime (&now); /* since dump files are written atomically, the amount of * harm from overwriting one within a second seems * relatively small. */ const char *backup_name = talloc_asprintf (notmuch, "%s/dump-%04d%02d%02dT%02d%02d%02d.gz", dot_notmuch_path, gm_time->tm_year + 1900, gm_time->tm_mon + 1, gm_time->tm_mday, gm_time->tm_hour, gm_time->tm_min, gm_time->tm_sec); if (add_files_state.verbosity >= VERBOSITY_NORMAL) { printf ("Welcome to a new version of notmuch! Your database will now be upgraded.\n"); printf ("This process is safe to interrupt.\n"); printf ("Backing up tags to %s...\n", backup_name); } if (notmuch_database_dump (notmuch, backup_name, "", DUMP_FORMAT_BATCH_TAG, TRUE)) { fprintf (stderr, "Backup failed. Aborting upgrade."); return EXIT_FAILURE; } gettimeofday (&add_files_state.tv_start, NULL); status = notmuch_database_upgrade ( notmuch, add_files_state.verbosity >= VERBOSITY_NORMAL ? upgrade_print_progress : NULL, &add_files_state); if (status) { printf ("Upgrade failed: %s\n", notmuch_status_to_string (status)); notmuch_database_destroy (notmuch); return EXIT_FAILURE; } if (add_files_state.verbosity >= VERBOSITY_NORMAL) printf ("Your notmuch database has now been upgraded.\n"); } add_files_state.total_files = 0; } if (notmuch == NULL) return EXIT_FAILURE; /* Set up our handler for SIGINT. We do this after having * potentially done a database upgrade we this interrupt handler * won't support. */ memset (&action, 0, sizeof (struct sigaction)); action.sa_handler = handle_sigint; sigemptyset (&action.sa_mask); action.sa_flags = SA_RESTART; sigaction (SIGINT, &action, NULL); talloc_free (dot_notmuch_path); dot_notmuch_path = NULL; gettimeofday (&add_files_state.tv_start, NULL); add_files_state.removed_files = _filename_list_create (config); add_files_state.removed_directories = _filename_list_create (config); add_files_state.directory_mtimes = _filename_list_create (config); if (add_files_state.verbosity == VERBOSITY_NORMAL && add_files_state.output_is_a_tty && ! debugger_is_active ()) { setup_progress_printing_timer (); timer_is_active = TRUE; } ret = add_files (notmuch, db_path, &add_files_state); if (ret) goto DONE; gettimeofday (&tv_start, NULL); for (f = add_files_state.removed_files->head; f && !interrupted; f = f->next) { ret = remove_filename (notmuch, f->filename, &add_files_state); if (ret) goto DONE; if (do_print_progress) { do_print_progress = 0; generic_print_progress ("Cleaned up", "messages", tv_start, add_files_state.removed_messages + add_files_state.renamed_messages, add_files_state.removed_files->count); } } gettimeofday (&tv_start, NULL); for (f = add_files_state.removed_directories->head, i = 0; f && !interrupted; f = f->next, i++) { ret = _remove_directory (config, notmuch, f->filename, &add_files_state); if (ret) goto DONE; if (do_print_progress) { do_print_progress = 0; generic_print_progress ("Cleaned up", "directories", tv_start, i, add_files_state.removed_directories->count); } } for (f = add_files_state.directory_mtimes->head; f && !interrupted; f = f->next) { notmuch_directory_t *directory; status = notmuch_database_get_directory (notmuch, f->filename, &directory); if (status == NOTMUCH_STATUS_SUCCESS && directory) { notmuch_directory_set_mtime (directory, f->mtime); notmuch_directory_destroy (directory); } } DONE: talloc_free (add_files_state.removed_files); talloc_free (add_files_state.removed_directories); talloc_free (add_files_state.directory_mtimes); if (timer_is_active) stop_progress_printing_timer (); if (add_files_state.verbosity >= VERBOSITY_NORMAL) print_results (&add_files_state); if (ret) fprintf (stderr, "Note: A fatal error was encountered: %s\n", notmuch_status_to_string (ret)); notmuch_database_destroy (notmuch); if (!no_hooks && !ret && !interrupted) ret = notmuch_run_hook (db_path, "post-new"); return ret || interrupted ? EXIT_FAILURE : EXIT_SUCCESS; }