27   struct tm *now;  in GLOBALS()
33 static char *calstrings(char *buf, struct tm *tm)
39   len = strftime(temp, 21, "%B %Y", tm);
47   if (tm->tm_mday>1)
48     start = (36+tm->tm_wday-tm->tm_mday)%7;
49   else start = tm->tm_wday;
53   if (tm->tm_mon == 1) {
54     int year = tm->tm_year;
57   } else if ((tm->tm_mon+(tm->tm_mon>6 ? 1 : 0)) & 1) len = 30;
64         if (!FLAG(h) && tm->tm_year == TT.now->tm_year &&
65             tm->tm_mon == TT.now->tm_mon && mday == TT.now->tm_mday-1) {
85   struct tm *tm = localtime(&now);  in cal_main()  local
88   TT.now = tm;  in cal_main()
93     tm = (struct tm *)toybuf;  in cal_main()
94     buf += sizeof(struct tm);  in cal_main()
97     tm->tm_year = atolx_range(toys.optargs[--toys.optc], 1, 9999);  in cal_main()
98     tm->tm_year -= 1900;  in cal_main()
99     tm->tm_mday = 1;  in cal_main()
100     tm->tm_hour = 12;  // noon to avoid timezone weirdness  in cal_main()
102       tm->tm_mon = atolx_range(toys.optargs[--toys.optc], 1, 12);  in cal_main()
103       tm->tm_mon--;  in cal_main()
112         tm->tm_mon=i;  in cal_main()
113         mktime(tm);  in cal_main()
114         buf = calstrings(bufs[i]=buf, tm);  in cal_main()
131     mktime(tm);  in cal_main()
134   calstrings(buf, tm);  in cal_main()