Switch to Linux kernel coding style
Convert our code base to adhere to Linux kernel coding style using Lindent, with the following exceptions: * Use spaces, instead of tabs, for indentation. * Use 2-character indentations (instead of 8 characters). Rationale: We currently have too much levels of indentation. Using 8-character tabs would make huge code parts unreadable. These need to be cleaned up before we can switch to 8 characters. Signed-off-by: Lukas Fleischer <calcurse@cryptocrack.de>
This commit is contained in:
Lukas Fleischer
368
src/pcal.c
368
src/pcal.c
@@ -39,279 +39,253 @@
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#include "calcurse.h"
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/* Static functions used to add export functionalities. */
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static void pcal_export_header (FILE *);
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static void pcal_export_recur_events (FILE *);
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static void pcal_export_events (FILE *);
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static void pcal_export_recur_apoints (FILE *);
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static void pcal_export_apoints (FILE *);
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static void pcal_export_todo (FILE *);
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static void pcal_export_footer (FILE *);
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static void pcal_export_header(FILE *);
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static void pcal_export_recur_events(FILE *);
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static void pcal_export_events(FILE *);
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static void pcal_export_recur_apoints(FILE *);
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static void pcal_export_apoints(FILE *);
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static void pcal_export_todo(FILE *);
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static void pcal_export_footer(FILE *);
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/* Type definition for callbacks to export functions. */
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typedef void (*cb_dump_t)(FILE *, long, long, char *);
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typedef void (*cb_dump_t) (FILE *, long, long, char *);
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/*
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* Travel through each occurence of an item, and execute the given callback
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* (mainly used to export data).
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*/
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static void
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foreach_date_dump (const long date_end, struct rpt *rpt, llist_t *exc,
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long item_first_date, long item_dur, char *item_mesg,
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cb_dump_t cb_dump, FILE *stream)
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foreach_date_dump(const long date_end, struct rpt *rpt, llist_t * exc,
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long item_first_date, long item_dur, char *item_mesg,
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cb_dump_t cb_dump, FILE * stream)
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{
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long date, item_time;
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struct tm lt;
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time_t t;
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t = item_first_date;
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lt = *localtime (&t);
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lt = *localtime(&t);
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lt.tm_hour = lt.tm_min = lt.tm_sec = 0;
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lt.tm_isdst = -1;
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date = mktime (<);
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date = mktime(<);
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item_time = item_first_date - date;
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while (date <= date_end && date <= rpt->until)
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{
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if (recur_item_inday (item_first_date, item_dur, exc, rpt->type,
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rpt->freq, rpt->until, date))
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{
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(*cb_dump)(stream, date + item_time, item_dur, item_mesg);
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}
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switch (rpt->type)
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{
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case RECUR_DAILY:
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date = date_sec_change (date, 0, rpt->freq);
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break;
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case RECUR_WEEKLY:
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date = date_sec_change (date, 0, rpt->freq * WEEKINDAYS);
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break;
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case RECUR_MONTHLY:
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date = date_sec_change (date, rpt->freq, 0);
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break;
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case RECUR_YEARLY:
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date = date_sec_change (date, rpt->freq * 12, 0);
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break;
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default:
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EXIT (_("incoherent repetition type"));
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/* NOTREACHED */
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break;
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}
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while (date <= date_end && date <= rpt->until) {
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if (recur_item_inday(item_first_date, item_dur, exc, rpt->type,
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rpt->freq, rpt->until, date)) {
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(*cb_dump) (stream, date + item_time, item_dur, item_mesg);
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}
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switch (rpt->type) {
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case RECUR_DAILY:
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date = date_sec_change(date, 0, rpt->freq);
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break;
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case RECUR_WEEKLY:
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date = date_sec_change(date, 0, rpt->freq * WEEKINDAYS);
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break;
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case RECUR_MONTHLY:
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date = date_sec_change(date, rpt->freq, 0);
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break;
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case RECUR_YEARLY:
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date = date_sec_change(date, rpt->freq * 12, 0);
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break;
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default:
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EXIT(_("incoherent repetition type"));
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/* NOTREACHED */
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break;
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}
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}
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}
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static void
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pcal_export_header (FILE *stream)
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static void pcal_export_header(FILE * stream)
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{
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fputs ("# calcurse pcal export\n", stream);
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fputs ("\n# =======\n# options\n# =======\n", stream);
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fprintf (stream, "opt -A -K -l -m -F %s\n",
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calendar_week_begins_on_monday () ? "Monday" : "Sunday");
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fputs ("# Display week number (i.e. 1-52) on every Monday\n", stream);
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fprintf (stream, "all monday in all %s %%w\n", _("Week"));
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fputc ('\n', stream);
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fputs("# calcurse pcal export\n", stream);
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fputs("\n# =======\n# options\n# =======\n", stream);
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fprintf(stream, "opt -A -K -l -m -F %s\n",
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calendar_week_begins_on_monday()? "Monday" : "Sunday");
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fputs("# Display week number (i.e. 1-52) on every Monday\n", stream);
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fprintf(stream, "all monday in all %s %%w\n", _("Week"));
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fputc('\n', stream);
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}
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static void
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pcal_export_footer (FILE *stream)
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static void pcal_export_footer(FILE * stream)
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{
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}
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/* Format and dump event data to a pcal formatted file. */
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static void
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pcal_dump_event (FILE *stream, long event_date, long event_dur,
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char *event_mesg)
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pcal_dump_event(FILE * stream, long event_date, long event_dur,
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char *event_mesg)
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{
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char pcal_date[BUFSIZ];
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date_sec2date_fmt (event_date, "%b %d", pcal_date);
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fprintf (stream, "%s %s\n", pcal_date, event_mesg);
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date_sec2date_fmt(event_date, "%b %d", pcal_date);
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fprintf(stream, "%s %s\n", pcal_date, event_mesg);
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}
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/* Format and dump appointment data to a pcal formatted file. */
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static void
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pcal_dump_apoint (FILE *stream, long apoint_date, long apoint_dur,
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char *apoint_mesg)
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pcal_dump_apoint(FILE * stream, long apoint_date, long apoint_dur,
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char *apoint_mesg)
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{
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char pcal_date[BUFSIZ], pcal_beg[BUFSIZ], pcal_end[BUFSIZ];
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date_sec2date_fmt (apoint_date, "%b %d", pcal_date);
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date_sec2date_fmt (apoint_date, "%R", pcal_beg);
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date_sec2date_fmt (apoint_date + apoint_dur, "%R", pcal_end);
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fprintf (stream, "%s ", pcal_date);
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fprintf (stream, "(%s -> %s) %s\n", pcal_beg, pcal_end, apoint_mesg);
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date_sec2date_fmt(apoint_date, "%b %d", pcal_date);
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date_sec2date_fmt(apoint_date, "%R", pcal_beg);
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date_sec2date_fmt(apoint_date + apoint_dur, "%R", pcal_end);
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fprintf(stream, "%s ", pcal_date);
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fprintf(stream, "(%s -> %s) %s\n", pcal_beg, pcal_end, apoint_mesg);
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}
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static void
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pcal_export_recur_events (FILE *stream)
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static void pcal_export_recur_events(FILE * stream)
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{
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llist_item_t *i;
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char pcal_date[BUFSIZ];
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fputs ("\n# =============", stream);
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fputs ("\n# Recur. Events", stream);
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fputs ("\n# =============\n", stream);
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fputs ("# (pcal does not support from..until dates specification\n", stream);
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fputs("\n# =============", stream);
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fputs("\n# Recur. Events", stream);
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fputs("\n# =============\n", stream);
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fputs("# (pcal does not support from..until dates specification\n", stream);
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LLIST_FOREACH (&recur_elist, i)
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{
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struct recur_event *rev = LLIST_GET_DATA (i);
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if (rev->rpt->until == 0 && rev->rpt->freq == 1)
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{
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switch (rev->rpt->type)
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{
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case RECUR_DAILY:
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date_sec2date_fmt (rev->day, "%b %d", pcal_date);
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fprintf (stream, "all day on_or_after %s %s\n", pcal_date,
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rev->mesg);
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break;
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case RECUR_WEEKLY:
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date_sec2date_fmt (rev->day, "%a", pcal_date);
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fprintf (stream, "all %s on_or_after ", pcal_date);
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date_sec2date_fmt (rev->day, "%b %d", pcal_date);
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fprintf (stream, "%s %s\n", pcal_date, rev->mesg);
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break;
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case RECUR_MONTHLY:
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date_sec2date_fmt (rev->day, "%d", pcal_date);
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fprintf (stream, "day on all %s %s\n", pcal_date, rev->mesg);
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break;
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case RECUR_YEARLY:
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date_sec2date_fmt (rev->day, "%b %d", pcal_date);
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fprintf (stream, "%s %s\n", pcal_date, rev->mesg);
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break;
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default:
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EXIT (_("incoherent repetition type"));
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}
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}
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else
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{
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const long YEAR_START = calendar_start_of_year ();
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const long YEAR_END = calendar_end_of_year ();
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LLIST_FOREACH(&recur_elist, i) {
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struct recur_event *rev = LLIST_GET_DATA(i);
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if (rev->rpt->until == 0 && rev->rpt->freq == 1) {
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switch (rev->rpt->type) {
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case RECUR_DAILY:
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date_sec2date_fmt(rev->day, "%b %d", pcal_date);
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fprintf(stream, "all day on_or_after %s %s\n", pcal_date, rev->mesg);
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break;
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case RECUR_WEEKLY:
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date_sec2date_fmt(rev->day, "%a", pcal_date);
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fprintf(stream, "all %s on_or_after ", pcal_date);
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date_sec2date_fmt(rev->day, "%b %d", pcal_date);
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fprintf(stream, "%s %s\n", pcal_date, rev->mesg);
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break;
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case RECUR_MONTHLY:
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date_sec2date_fmt(rev->day, "%d", pcal_date);
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fprintf(stream, "day on all %s %s\n", pcal_date, rev->mesg);
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break;
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case RECUR_YEARLY:
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date_sec2date_fmt(rev->day, "%b %d", pcal_date);
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fprintf(stream, "%s %s\n", pcal_date, rev->mesg);
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break;
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default:
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EXIT(_("incoherent repetition type"));
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}
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} else {
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const long YEAR_START = calendar_start_of_year();
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const long YEAR_END = calendar_end_of_year();
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if (rev->day < YEAR_END && rev->day > YEAR_START)
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foreach_date_dump (YEAR_END, rev->rpt, &rev->exc, rev->day, 0,
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rev->mesg, (cb_dump_t) pcal_dump_event, stream);
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}
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if (rev->day < YEAR_END && rev->day > YEAR_START)
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foreach_date_dump(YEAR_END, rev->rpt, &rev->exc, rev->day, 0,
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rev->mesg, (cb_dump_t) pcal_dump_event, stream);
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}
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}
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}
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static void
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pcal_export_events (FILE *stream)
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static void pcal_export_events(FILE * stream)
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{
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llist_item_t *i;
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fputs ("\n# ======\n# Events\n# ======\n", stream);
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LLIST_FOREACH (&eventlist, i)
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{
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struct event *ev = LLIST_TS_GET_DATA (i);
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pcal_dump_event (stream, ev->day, 0, ev->mesg);
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}
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fputc ('\n', stream);
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fputs("\n# ======\n# Events\n# ======\n", stream);
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LLIST_FOREACH(&eventlist, i) {
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struct event *ev = LLIST_TS_GET_DATA(i);
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pcal_dump_event(stream, ev->day, 0, ev->mesg);
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}
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fputc('\n', stream);
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}
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static void
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pcal_export_recur_apoints (FILE *stream)
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static void pcal_export_recur_apoints(FILE * stream)
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{
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llist_item_t *i;
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char pcal_date[BUFSIZ], pcal_beg[BUFSIZ], pcal_end[BUFSIZ];
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fputs ("\n# ==============", stream);
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fputs ("\n# Recur. Apoints", stream);
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fputs ("\n# ==============\n", stream);
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fputs ("# (pcal does not support from..until dates specification\n", stream);
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fputs("\n# ==============", stream);
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fputs("\n# Recur. Apoints", stream);
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fputs("\n# ==============\n", stream);
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fputs("# (pcal does not support from..until dates specification\n", stream);
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LLIST_TS_FOREACH (&recur_alist_p, i)
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{
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struct recur_apoint *rapt = LLIST_TS_GET_DATA (i);
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LLIST_TS_FOREACH(&recur_alist_p, i) {
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struct recur_apoint *rapt = LLIST_TS_GET_DATA(i);
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if (rapt->rpt->until == 0 && rapt->rpt->freq == 1)
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{
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date_sec2date_fmt (rapt->start, "%R", pcal_beg);
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date_sec2date_fmt (rapt->start + rapt->dur, "%R", pcal_end);
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switch (rapt->rpt->type)
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{
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case RECUR_DAILY:
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date_sec2date_fmt (rapt->start, "%b %d", pcal_date);
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fprintf (stream, "all day on_or_after %s (%s -> %s) %s\n",
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pcal_date, pcal_beg, pcal_end, rapt->mesg);
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break;
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case RECUR_WEEKLY:
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date_sec2date_fmt (rapt->start, "%a", pcal_date);
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fprintf (stream, "all %s on_or_after ", pcal_date);
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date_sec2date_fmt (rapt->start, "%b %d", pcal_date);
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fprintf (stream, "%s (%s -> %s) %s\n", pcal_date, pcal_beg,
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pcal_end, rapt->mesg);
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break;
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case RECUR_MONTHLY:
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date_sec2date_fmt (rapt->start, "%d", pcal_date);
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fprintf (stream, "day on all %s (%s -> %s) %s\n", pcal_date,
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pcal_beg, pcal_end, rapt->mesg);
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break;
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case RECUR_YEARLY:
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date_sec2date_fmt (rapt->start, "%b %d", pcal_date);
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fprintf (stream, "%s (%s -> %s) %s\n", pcal_date, pcal_beg,
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pcal_end, rapt->mesg);
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break;
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default:
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EXIT (_("incoherent repetition type"));
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}
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}
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else
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{
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const long YEAR_START = calendar_start_of_year ();
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const long YEAR_END = calendar_end_of_year ();
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if (rapt->rpt->until == 0 && rapt->rpt->freq == 1) {
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date_sec2date_fmt(rapt->start, "%R", pcal_beg);
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date_sec2date_fmt(rapt->start + rapt->dur, "%R", pcal_end);
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switch (rapt->rpt->type) {
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case RECUR_DAILY:
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date_sec2date_fmt(rapt->start, "%b %d", pcal_date);
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fprintf(stream, "all day on_or_after %s (%s -> %s) %s\n",
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pcal_date, pcal_beg, pcal_end, rapt->mesg);
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break;
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case RECUR_WEEKLY:
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date_sec2date_fmt(rapt->start, "%a", pcal_date);
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fprintf(stream, "all %s on_or_after ", pcal_date);
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date_sec2date_fmt(rapt->start, "%b %d", pcal_date);
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fprintf(stream, "%s (%s -> %s) %s\n", pcal_date, pcal_beg,
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pcal_end, rapt->mesg);
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break;
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case RECUR_MONTHLY:
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date_sec2date_fmt(rapt->start, "%d", pcal_date);
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fprintf(stream, "day on all %s (%s -> %s) %s\n", pcal_date,
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pcal_beg, pcal_end, rapt->mesg);
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break;
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case RECUR_YEARLY:
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date_sec2date_fmt(rapt->start, "%b %d", pcal_date);
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fprintf(stream, "%s (%s -> %s) %s\n", pcal_date, pcal_beg,
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pcal_end, rapt->mesg);
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break;
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default:
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EXIT(_("incoherent repetition type"));
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}
|
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} else {
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const long YEAR_START = calendar_start_of_year();
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const long YEAR_END = calendar_end_of_year();
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if (rapt->start < YEAR_END && rapt->start > YEAR_START)
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foreach_date_dump (YEAR_END, rapt->rpt, &rapt->exc, rapt->start,
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rapt->dur, rapt->mesg,
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(cb_dump_t)pcal_dump_apoint, stream);
|
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}
|
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if (rapt->start < YEAR_END && rapt->start > YEAR_START)
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foreach_date_dump(YEAR_END, rapt->rpt, &rapt->exc, rapt->start,
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rapt->dur, rapt->mesg,
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(cb_dump_t) pcal_dump_apoint, stream);
|
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}
|
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}
|
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}
|
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|
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static void
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pcal_export_apoints (FILE *stream)
|
||||
static void pcal_export_apoints(FILE * stream)
|
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{
|
||||
llist_item_t *i;
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|
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fputs ("\n# ============\n# Appointments\n# ============\n", stream);
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LLIST_TS_LOCK (&alist_p);
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LLIST_TS_FOREACH (&alist_p, i)
|
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{
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struct apoint *apt = LLIST_TS_GET_DATA (i);
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pcal_dump_apoint (stream, apt->start, apt->dur, apt->mesg);
|
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}
|
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LLIST_TS_UNLOCK (&alist_p);
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fputc ('\n', stream);
|
||||
fputs("\n# ============\n# Appointments\n# ============\n", stream);
|
||||
LLIST_TS_LOCK(&alist_p);
|
||||
LLIST_TS_FOREACH(&alist_p, i) {
|
||||
struct apoint *apt = LLIST_TS_GET_DATA(i);
|
||||
pcal_dump_apoint(stream, apt->start, apt->dur, apt->mesg);
|
||||
}
|
||||
LLIST_TS_UNLOCK(&alist_p);
|
||||
fputc('\n', stream);
|
||||
}
|
||||
|
||||
static void
|
||||
pcal_export_todo (FILE *stream)
|
||||
static void pcal_export_todo(FILE * stream)
|
||||
{
|
||||
llist_item_t *i;
|
||||
|
||||
fputs ("#\n# Todos\n#\n", stream);
|
||||
LLIST_FOREACH (&todolist, i)
|
||||
{
|
||||
struct todo *todo = LLIST_TS_GET_DATA (i);
|
||||
if (todo->id < 0) /* completed items */
|
||||
continue;
|
||||
fputs("#\n# Todos\n#\n", stream);
|
||||
LLIST_FOREACH(&todolist, i) {
|
||||
struct todo *todo = LLIST_TS_GET_DATA(i);
|
||||
if (todo->id < 0) /* completed items */
|
||||
continue;
|
||||
|
||||
fputs ("note all ", stream);
|
||||
fprintf (stream, "%d. %s\n", todo->id, todo->mesg);
|
||||
}
|
||||
fputc ('\n', stream);
|
||||
fputs("note all ", stream);
|
||||
fprintf(stream, "%d. %s\n", todo->id, todo->mesg);
|
||||
}
|
||||
fputc('\n', stream);
|
||||
}
|
||||
|
||||
/* Export calcurse data. */
|
||||
void
|
||||
pcal_export_data (FILE *stream)
|
||||
void pcal_export_data(FILE * stream)
|
||||
{
|
||||
pcal_export_header (stream);
|
||||
pcal_export_recur_events (stream);
|
||||
pcal_export_events (stream);
|
||||
pcal_export_recur_apoints (stream);
|
||||
pcal_export_apoints (stream);
|
||||
pcal_export_todo (stream);
|
||||
pcal_export_footer (stream);
|
||||
pcal_export_header(stream);
|
||||
pcal_export_recur_events(stream);
|
||||
pcal_export_events(stream);
|
||||
pcal_export_recur_apoints(stream);
|
||||
pcal_export_apoints(stream);
|
||||
pcal_export_todo(stream);
|
||||
pcal_export_footer(stream);
|
||||
}
|
||||
|
||||
|
||||
Reference in New Issue
Block a user