Kawa_181_pal
所属分类:处理器开发
开发工具:C/C++
文件大小:33527KB
下载次数:11
上传日期:2010-09-16 15:43:28
上 传 者:
jackywy
说明: PIXWORKS芯片资料介绍, PDP开发大有帮助,笔者多年使用
(PIXWORKS information on the chip, PDP development of great help, I used many years)
文件列表:
Kawa_181_pal (0, 2005-04-11)
Kawa_181_pal\Kawa_181_ntscII (0, 2005-04-21)
Kawa_181_pal\Kawa_181_ntscII\Common (0, 2005-04-11)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded (0, 2005-04-11)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\EraseNVRAM (0, 2005-04-11)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\EraseNVRAM\Main.c (12746, 2003-02-19)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\EraseNVRAM\Main.h (5319, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Flasher (0, 2005-04-11)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Flasher\Debug.c (2692, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Flasher\EdidFlasher.c (5950, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Flasher\Flasher.c (71699, 2005-01-19)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Flasher\Flasher.c.bak (71687, 2005-01-19)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Flasher\Flasher.h (4068, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Flasher\flashst.asm (2363, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Flasher\FlashSt_4LAYER.asm (8157, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Flasher\Helper.asm (3068, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Flasher\Main.c (77243, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Flasher\Main.h (6135, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Flasher\StartupConst.h (5822, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\FlasherPlus (0, 2005-04-11)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\FlasherPlus\Debug.c (2692, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\FlasherPlus\Flasher.c (75217, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\FlasherPlus\Flasher.h (4341, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\FlasherPlus\flashst.asm (2363, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\FlasherPlus\FlashSt_4LAYER.asm (8157, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\FlasherPlus\Helper.asm (3068, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\FlasherPlus\Main.c (85209, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\FlasherPlus\Main.h (5957, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\FlasherPlus\StartupConst.h (5822, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Include (0, 2005-04-11)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Include\AMX831CF.H (18061, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Include\AMX831EC.H (6502, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Include\AMX831SD.H (10488, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Include\AmxDef.h (3579, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Include\analyze.h (2280, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Include\c0.inc (2409, 2003-01-09)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Include\Common.h (39937, 2005-01-08)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Include\ConfigDataAPI.h (57533, 2003-04-04)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Include\configSrcControl.h (19966, 2003-03-08)
Kawa_181_pal\Kawa_181_ntscII\Common\Embedded\Include\DataMgrAPI.h (12583, 2003-09-05)
... ...
PJPDREM
-------
1 March 2002
This patch was created for customers using SDK 2.x with Paradigm C++ 6.0 who want to compile and create the PROMJet pjpdrem.hex file.
FILES: c0pdrem_Cpp60.asm, pdrem_Cpp60.ide, target.h
DIFFERENCES:
The differences between the 6.00 pjpdrem and the 5.1 are:
1. Newer startup module
2. Stack set in Options|Project|Linker|16-bit Linker|'Stack size'. I set
the size to 150, which is the max that fits up against your PDREM.CFG
reserved region starting at 0x580.
3. A new TARGET.H is supplied which makes the kernel interrupt driven using
NMI. This requires that you connect the board NMI to the PROMjet INT pin.
It makes debugging much easier since you don't have to use the black box NMI
button to stop execution. Also you can read and write memory, set, clear
breakpoints while the target is running.
NOTE:
In Target.h:
#if 0 /* Define if interrupt-driven serial I/O */
#define COMMINT 0x2 /* Change to desired interrupt vector type */
#endif
Change the "#if 0" to "#if 1" to enable this feature. By default we have turned this option off.
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