static void rm_fmt_head(RmSession *session, _UNUSED RmFmtHandler *parent, FILE *out) {
fprintf(out, "[\n");
RmFmtHandlerJSON *self = (RmFmtHandlerJSON *)parent;
self->id_set = g_hash_table_new(NULL, NULL);
if(rm_fmt_get_config_value(session->formats, "json", "oneline")) {
self->pretty = false;
}
if(!rm_fmt_get_config_value(session->formats, "json", "no_header")) {
rm_fmt_json_open(self, out);
{
rm_fmt_json_key(out, "description", "rmlint json-dump of lint files");
rm_fmt_json_sep(self, out);
rm_fmt_json_key(out, "cwd", session->cfg->iwd);
rm_fmt_json_sep(self, out);
rm_fmt_json_key(out, "args", session->cfg->joined_argv);
rm_fmt_json_sep(self, out);
rm_fmt_json_key(out, "version", RM_VERSION);
rm_fmt_json_sep(self, out);
rm_fmt_json_key(out, "rev", RM_VERSION_GIT_REVISION);
rm_fmt_json_sep(self, out);
rm_fmt_json_key_int(out, "progress", 0); /* Header is always first. */
rm_fmt_json_sep(self, out);
rm_fmt_json_key(out, "checksum_type",
rm_digest_type_to_string(session->cfg->checksum_type));
if(session->hash_seed) {
rm_fmt_json_sep(self, out);
rm_fmt_json_key_int(out, "hash_seed", session->hash_seed);
}
}
rm_fmt_json_close(self, out);
}
}
static void rm_fmt_prog(RmSession *session,
RmFmtHandler *parent,
FILE *out,
RmFmtProgressState state) {
RmFmtHandlerProgress *self = (RmFmtHandlerProgress *)parent;
bool force_draw = false;
if(self->timer == NULL) {
self->timer = g_timer_new();
force_draw = true;
}
if(state == RM_PROGRESS_STATE_SUMMARY) {
return;
}
if(session->replay_files.length > 0) {
/* Makes not much sense to print a progressbar with --replay */
return;
}
if(state == RM_PROGRESS_STATE_INIT) {
/* Do initializiation here */
const char *update_interval_str =
rm_fmt_get_config_value(session->formats, "progressbar", "update_interval");
self->plain = true;
if(rm_fmt_get_config_value(session->formats, "progressbar", "fancy") != NULL) {
self->plain = false;
}
self->use_unicode_glyphs = true;
if(rm_fmt_get_config_value(session->formats, "progressbar", "ascii") != NULL) {
self->use_unicode_glyphs = false;
}
if(update_interval_str) {
self->update_interval = g_ascii_strtoull(update_interval_str, NULL, 10);
}
if(self->update_interval == 0) {
self->update_interval = 50; /* milliseconds */
}
fprintf(out, "\e[?25l"); /* Hide the cursor */
fflush(out);
return;
}
if(state == RM_PROGRESS_STATE_PRE_SHUTDOWN || rm_session_was_aborted()) {
fprintf(out, "\e[?25h"); /* show the cursor */
fflush(out);
if(rm_session_was_aborted()) {
return;
}
}
static void rm_fmt_prog(RmSession *session,
RmFmtHandler *parent,
FILE *out,
RmFmtProgressState state) {
RmFmtHandlerProgress *self = (RmFmtHandlerProgress *)parent;
if(state == RM_PROGRESS_STATE_SUMMARY) {
return;
}
if(state == RM_PROGRESS_STATE_INIT) {
/* Do initializiation here */
const char *update_interval_str =
rm_fmt_get_config_value(session->formats, "progressbar", "update_interval");
self->plain = true;
if(rm_fmt_get_config_value(session->formats, "progressbar", "fancy") != NULL) {
self->plain = false;
}
self->use_unicode_glyphs = true;
if(rm_fmt_get_config_value(session->formats, "progressbar", "ascii") != NULL) {
self->use_unicode_glyphs = false;
}
if(update_interval_str) {
self->update_interval = g_ascii_strtoull(update_interval_str, NULL, 10);
}
if(self->update_interval == 0) {
self->update_interval = 50;
}
self->last_unknown_pos = 0;
self->total_lint_bytes = 1;
fprintf(out, "\e[?25l"); /* Hide the cursor */
fflush(out);
return;
}
if(state == RM_PROGRESS_STATE_PRE_SHUTDOWN || rm_session_was_aborted(session)) {
fprintf(out, "\e[?25h"); /* show the cursor */
fflush(out);
if(rm_session_was_aborted(session)) {
return;
}
}
static void rm_fmt_prog(
RmSession *session,
RmFmtHandler *parent,
FILE *out,
RmFmtProgressState state
) {
RmFmtHandlerProgress *self = (RmFmtHandlerProgress *) parent;
if(state == RM_PROGRESS_STATE_INIT) {
/* Do initializiation here */
const char *update_interval_str = rm_fmt_get_config_value(
session->formats, "progressbar", "update_interval"
);
if(update_interval_str) {
self->update_interval = g_ascii_strtoull(update_interval_str, NULL, 10);
}
if(self->update_interval == 0) {
self->update_interval = 50;
}
self->last_unknown_pos = 0;
fprintf(out, "\e[?25l"); /* Hide the cursor */
fflush(out);
return;
}
if(state == RM_PROGRESS_STATE_SUMMARY || rm_session_was_aborted(session)) {
fprintf(out, "\e[?25h"); /* show the cursor */
fflush(out);
}
static void rm_fmt_foot(_UNUSED RmSession *session, RmFmtHandler *parent, FILE *out) {
RmFmtHandlerJSON *self = (RmFmtHandlerJSON *)parent;
if(rm_fmt_get_config_value(session->formats, "json", "no_footer")) {
fprintf(out, "{}");
} else {
rm_fmt_json_open(self, out);
{
rm_fmt_json_key_bool(out, "aborted", rm_session_was_aborted());
rm_fmt_json_sep(self, out);
rm_fmt_json_key_int(out, "progress", 100); /* Footer is always last. */
rm_fmt_json_sep(self, out);
rm_fmt_json_key_int(out, "total_files", session->total_files);
rm_fmt_json_sep(self, out);
rm_fmt_json_key_int(out, "ignored_files", session->ignored_files);
rm_fmt_json_sep(self, out);
rm_fmt_json_key_int(out, "ignored_folders", session->ignored_folders);
rm_fmt_json_sep(self, out);
rm_fmt_json_key_int(out, "duplicates", session->dup_counter);
rm_fmt_json_sep(self, out);
rm_fmt_json_key_int(out, "duplicate_sets", session->dup_group_counter);
rm_fmt_json_sep(self, out);
rm_fmt_json_key_int(out, "total_lint_size", session->total_lint_size);
}
if(self->pretty) {
fprintf(out, "\n}");
} else {
fprintf(out, "}\n");
}
}
fprintf(out, "]\n");
g_hash_table_unref(self->id_set);
}
static void rm_fmt_head(_UNUSED RmSession *session, _UNUSED RmFmtHandler *parent, FILE *out) {
if(rm_fmt_get_config_value(session->formats, "csv", "no_header")) {
return;
}
fprintf(out, "%s%s%s%s%s%s%s\n", "type", CSV_SEP, "path", CSV_SEP, "size", CSV_SEP,
"checksum");
}
static void rm_fmt_prog(RmSession *session,
_U RmFmtHandler *parent,
_U FILE *out,
RmFmtProgressState state) {
if(state != RM_PROGRESS_STATE_INIT) {
return;
}
if(rm_fmt_get_config_value(session->formats, "stamp", "iso8601")) {
char time_buf[256];
memset(time_buf, 0, sizeof(time_buf));
rm_iso8601_format(time(NULL), time_buf, sizeof(time_buf));
fprintf(out, "%s", time_buf);
} else {
/* Just write out current time */
fprintf(out, "%" LLU "", (guint64)time(NULL));
}
}
static void rm_fmt_elem(RmSession *session, _UNUSED RmFmtHandler *parent, FILE *out,
RmFile *file) {
if(rm_fmt_get_config_value(session->formats, "json", "no_body")) {
return;
}
if(file->lint_type == RM_LINT_TYPE_UNIQUE_FILE &&
(!file->digest || !session->cfg->write_unfinished)) {
/* unique file with no partial checksum */
return;
}
char checksum_str[rm_digest_get_bytes(file->digest) * 2 + 1];
rm_fmt_json_cksum(file, checksum_str, sizeof(checksum_str));
RmFmtHandlerJSON *self = (RmFmtHandlerJSON *)parent;
/* Make it look like a json element */
rm_fmt_json_open(self, out);
{
RM_DEFINE_PATH(file);
rm_fmt_json_key_int(out, "id",
rm_fmt_json_generate_id(self, file, file_path, checksum_str));
rm_fmt_json_sep(self, out);
rm_fmt_json_key(out, "type", rm_file_lint_type_to_string(file->lint_type));
rm_fmt_json_sep(self, out);
gdouble progress = 0;
if(session->shred_bytes_after_preprocess) {
progress = CLAMP(100 -
100 * ((gdouble)session->shred_bytes_remaining /
(gdouble)session->shred_bytes_after_preprocess),
0, 100);
}
rm_fmt_json_key_int(out, "progress", progress);
rm_fmt_json_sep(self, out);
if(file->digest) {
rm_fmt_json_key(out, "checksum", checksum_str);
rm_fmt_json_sep(self, out);
}
rm_fmt_json_key_unsafe(out, "path", file_path);
rm_fmt_json_sep(self, out);
if(file->lint_type != RM_LINT_TYPE_UNIQUE_FILE) {
rm_fmt_json_key_int(out, "size", file->actual_file_size);
rm_fmt_json_sep(self, out);
if(file->twin_count >= 0) {
rm_fmt_json_key_int(out, "twins", file->twin_count);
rm_fmt_json_sep(self, out);
}
rm_fmt_json_key_int(out, "depth", file->depth);
rm_fmt_json_sep(self, out);
rm_fmt_json_key_int(out, "inode", file->inode);
rm_fmt_json_sep(self, out);
rm_fmt_json_key_int(out, "disk_id", file->dev);
rm_fmt_json_sep(self, out);
rm_fmt_json_key_bool(out, "is_original", file->is_original);
rm_fmt_json_sep(self, out);
if(session->cfg->find_hardlinked_dupes) {
RmFile *hardlink_head = RM_FILE_HARDLINK_HEAD(file);
if(hardlink_head && hardlink_head != file) {
char orig_checksum_str[rm_digest_get_bytes(file->digest) * 2 + 1];
rm_fmt_json_cksum(hardlink_head, orig_checksum_str,
sizeof(orig_checksum_str));
RM_DEFINE_PATH(hardlink_head);
guint32 orig_id = rm_fmt_json_generate_id(
self, hardlink_head, hardlink_head_path, orig_checksum_str);
rm_fmt_json_key_int(out, "hardlink_of", orig_id);
rm_fmt_json_sep(self, out);
}
}
}
rm_fmt_json_key_float(out, "mtime", file->mtime);
}
rm_fmt_json_close(self, out);
}
