Age | Commit message (Collapse) | Author | Files | Lines | |
---|---|---|---|---|---|
2004-01-30 | [lcd4linux @ 2004-01-30 20:57:55 by reinelt] | reinelt | 1 | -1/+9 | |
HD44780 patch from Martin Hejl dmalloc integrated | |||||
2004-01-09 | [lcd4linux @ 2004-01-09 04:16:06 by reinelt] | reinelt | 1 | -2/+5 | |
added 'section' argument to cfg_get(), but NULLed it on all calls by now. | |||||
2003-10-05 | [lcd4linux @ 2003-10-05 17:58:50 by reinelt] | reinelt | 1 | -4/+9 | |
libtool junk; copyright messages cleaned up | |||||
2003-09-29 | [lcd4linux @ 2003-09-29 06:12:56 by reinelt] | reinelt | 1 | -4/+7 | |
changed default HD44780 wiring: unused signals are GND | |||||
2003-09-13 | [lcd4linux @ 2003-09-13 06:45:43 by reinelt] | reinelt | 1 | -1/+24 | |
icons for all remaining drivers | |||||
2003-08-16 | [lcd4linux @ 2003-08-16 07:31:35 by reinelt] | reinelt | 1 | -3/+4 | |
double buffering in all drivers | |||||
2003-08-15 | [lcd4linux @ 2003-08-15 07:54:07 by reinelt] | reinelt | 1 | -5/+8 | |
HD44780 4 bit mode implemented | |||||
2003-08-01 | [lcd4linux @ 2003-08-01 05:15:42 by reinelt] | reinelt | 1 | -2/+6 | |
last cleanups for 0.9.9 | |||||
2003-07-24 | [lcd4linux @ 2003-07-24 04:48:09 by reinelt] | reinelt | 1 | -15/+21 | |
'soft clear' needed for virtual rows | |||||
2003-04-07 | [lcd4linux @ 2003-04-07 06:02:58 by reinelt] | reinelt | 1 | -161/+98 | |
further parallel port abstraction | |||||
2003-02-22 | [lcd4linux @ 2003-02-22 07:53:09 by reinelt] | reinelt | 1 | -2/+5 | |
cfg_get(key,defval) | |||||
2002-08-21 | [lcd4linux @ 2002-08-21 06:09:53 by reinelt] | reinelt | 1 | -8/+39 | |
some T6963 fixes, ndelay wrap | |||||
2002-08-19 | [lcd4linux @ 2002-08-19 04:41:20 by reinelt] | reinelt | 1 | -1/+5 | |
introduced bar.c, moved bar stuff from display.h to bar.h | |||||
2002-08-17 | [lcd4linux @ 2002-08-17 12:54:08 by reinelt] | reinelt | 1 | -7/+23 | |
minor T6963 changes | |||||
2002-04-29 | [lcd4linux @ 2002-04-29 11:00:25 by reinelt] | reinelt | 1 | -0/+464 | |
added Toshiba T6963 driver added ndelay() with nanosecond resolution |