s3c2410bsp_ce400_v100
所属分类：嵌入式/单片机/硬件编程
开发工具：Unix_Linux
文件大小：3936KB
下载次数：343
上传日期：2006-08-10 17:14:57
上 传 者：
okman1999
说明： 三星2410的BSP开发包，是资源相当丰富的软件包，包括官方开发板软件支持，驱动资源十分丰富。有完善的文档说明。是学习2410的好东西！
(BSP development kits, is very rich in resources package, including official development board software support, the drive is very rich in resources. A perfect document shows. Learning 2410 is a good thing!)
文件列表:
b.bat (217, 2002-05-16)
DIRS (135, 2002-09-14)
Doc\DotNET400Guide.htm (91106, 2002-10-08)
Doc\DotNET410Guide_1.files\filelist.xml (2446, 2002-10-08)
Doc\DotNET410Guide_1.files\image001.jpg (100886, 2002-10-08)
Doc\DotNET410Guide_1.files\image002.jpg (17055, 2002-10-08)
Doc\DotNET410Guide_1.files\image003.jpg (55908, 2002-10-08)
Doc\DotNET410Guide_1.files\image004.jpg (33575, 2002-10-08)
Doc\DotNET410Guide_1.files\image005.jpg (119237, 2002-10-08)
Doc\DotNET410Guide_1.files\image006.jpg (37573, 2002-10-08)
Doc\DotNET410Guide_1.files\image007.jpg (36140, 2002-10-08)
Doc\DotNET410Guide_1.files\image008.jpg (21463, 2002-10-08)
Doc\DotNET410Guide_1.files\image009.jpg (87053, 2002-10-08)
Doc\DotNET410Guide_1.files\image010.jpg (23089, 2002-10-08)
Doc\DotNET410Guide_1.files\image011.jpg (97813, 2002-10-08)
Doc\DotNET410Guide_1.files\image012.jpg (26700, 2002-10-08)
Doc\DotNET410Guide_1.files\image013.jpg (54261, 2002-10-08)
Doc\DotNET410Guide_1.files\image014.jpg (31647, 2002-10-08)
Doc\DotNET410Guide_1.files\image015.jpg (49841, 2002-10-08)
Doc\DotNET410Guide_1.files\image016.jpg (29266, 2002-10-08)
Doc\DotNET410Guide_1.files\image017.jpg (60829, 2002-10-08)
Doc\DotNET410Guide_1.files\image018.jpg (38574, 2002-10-08)
Doc\DotNET410Guide_1.files\image019.jpg (42468, 2002-10-08)
Doc\DotNET410Guide_1.files\image020.jpg (25283, 2002-10-08)
Doc\DotNET410Guide_1.files\image021.jpg (48415, 2002-10-08)
Doc\DotNET410Guide_1.files\image022.jpg (29389, 2002-10-08)
Doc\DotNET410Guide_1.files\image023.jpg (43577, 2002-10-08)
Doc\DotNET410Guide_1.files\image024.jpg (26210, 2002-10-08)
Doc\DotNET410Guide_1.files\image025.jpg (43663, 2002-10-08)
Doc\DotNET410Guide_1.files\image026.jpg (27007, 2002-10-08)
Doc\DotNET410Guide_1.files\image027.jpg (140466, 2002-10-08)
Doc\DotNET410Guide_1.files\image028.jpg (39004, 2002-10-08)
Doc\DotNET410Guide_1.files\image029.jpg (142330, 2002-10-08)
Doc\DotNET410Guide_1.files\image030.jpg (42272, 2002-10-08)
Doc\DotNET410Guide_1.files\image031.jpg (115918, 2002-10-08)
Doc\DotNET410Guide_1.files\image032.jpg (39735, 2002-10-08)
Doc\DotNET410Guide_1.files\image033.jpg (32943, 2002-10-08)
Doc\DotNET410Guide_1.files\image034.jpg (34294, 2002-10-08)
Doc\DotNET410Guide_1.files\image035.jpg (31592, 2002-10-08)
Doc\DotNET410Guide_1.files\image036.jpg (14241, 2002-10-08)
... ...
Notes on the Windows CE PCMCIA driver for CEPC:
INIT.C:
- The values for the IRQ and the I/O ports are read from the registry key
HKEY_LOCAL_MACHINE\Drivers\PCMCIA.
MEMORY.C:
- The memory access functions are not exported for use by client drivers.
The PCMCIA MDD is the only caller of these functions. On the CEPC platform,
a client driver should use the port access functions of CEDDK.DLL for I/O.
SOCKET.C:
- The socket controller is programmed to use one IRQ for both sockets, both
for status change interrupts and IREQ interrupts. The PCMCIA MDD performs the
necessary multiplexing to route the interrupt event to the correct client drivers.
WINDOW.C:
- An Intel compatible socket controller has 5 memory windows and 2 I/O windows
per socket. The Windows CE PCMCIA driver uses 4 of the memory windows and both
of the I/O windows. The memory windows are mapped starting at 0xD0000 and each
has a length of 8K. The memory windows can be programmed for either attribute
or common memory access.
- Since the I/O windows are mapped onto one ISA I/O port address space, the
PCMCIA PDD must check for I/O range collisions among the other I/O windows.
The collision detection is done in PDCardSetWindow. If a client driver gets a
failure from CardMapWindow, it may be able to use a different I/O range without
colliding with other I/O client drivers. The ATA driver has this capability.
- Since each memory window has its own 8K range, the collision detection done
by the PCMCIA MDD portion is sufficient to detect address range collisions.
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