single_producer_ixp2800.dwp

这是一个intel网络处理器ixp24xx系列中微码例子。用汇编写的。可以参考一下。

# Developer Workbench Project File
# Format Version 33.18
#********  Do not edit this file ***********

# Begin Project single_producer_ixp2800
CHIP_FAMILY = 0x4
CHIP_REVISION_NUMBER = 0x20
DEBUG_ONLY = FALSE
PROJECT_PATH = C:\IXA_SDK_4.2\src\EXAMPLES\microcode\scratch_ring\single_producer\
MIN_REVISION_NUM = 0
MAX_REVISION_NUM = -1
INCLUDE_STANDARD_LIBRARIES = FALSE

# Begin Group Source Files

# Begin Source File
PATH = .\consumer.uc
# End Source File

# Begin Source File
PATH = .\single_producer.uc
# End Source File
# End Group Source Files

# Begin Group Script Files
# End Group Script Files

# Begin Debug Startup Options
SIM_PROFILE_STARTED = TRUE
# End Debug Startup Options

# Begin Chip 

# Begin Chip Configuration Info

# Begin Clock Frequencies
USE_STANDARD_FREQ = TRUE
STANDARD_FREQ_INDEX = 2
CUSTOM_CLK_FREQ = 2800
SRAM0_DIVISOR = 0
SRAM1_DIVISOR = 0
SRAM2_DIVISOR = 0
SRAM3_DIVISOR = 0
DRAM_DIVISOR = 0
MSF_DIVISOR = 0
APB_DIVISOR = 0
PCI_BUS_CLK_FREQ = 66
MSF_EXT1_CLK_FREQ = 0
MSF_EXT2_CLK_FREQ = 0
MSF_EXT3_CLK_FREQ = 0
USE_MSF_EXT_CLOCK = FALSE
# End Clock Frequencies

# Begin Memory Configuration Info
DRAM_CHANNEL_COUNT = 3
DRAM_CHANNEL_SIZE = 64
SRAM_CHANNEL0_PART_COUNT = 1
SRAM_CHANNEL0_PART_SIZE = 64
SRAM_CHANNEL1_PART_COUNT = 1
SRAM_CHANNEL1_PART_SIZE = 64
SRAM_CHANNEL2_PART_COUNT = 1
SRAM_CHANNEL2_PART_SIZE = 64
SRAM_CHANNEL3_PART_COUNT = 1
SRAM_CHANNEL3_PART_SIZE = 64
# End Memory Configuration Info
# End Chip Configuration Info

# Begin MicroEngine 0
# End MicroEngine

# Begin MicroEngine 1
# End MicroEngine

# Begin MicroEngine 2
# End MicroEngine

# Begin MicroEngine 3
# End MicroEngine

# Begin MicroEngine 4
# End MicroEngine

# Begin MicroEngine 5
# End MicroEngine

# Begin MicroEngine 6
# End MicroEngine

# Begin MicroEngine 7
# End MicroEngine

# Begin MicroEngine 8
# End MicroEngine

# Begin MicroEngine 9
# End MicroEngine

# Begin MicroEngine 10
# End MicroEngine

# Begin MicroEngine 11
# End MicroEngine

# Begin MicroEngine 12
# End MicroEngine

# Begin MicroEngine 13
# End MicroEngine

# Begin MicroEngine 14
# End MicroEngine

# Begin MicroEngine 15
# End MicroEngine
# End Chip

# Begin Assembler Settings
ASSEMBLY_REQUIRED = FALSE
ROOT_FILE = .\single_producer.uc
OPTIMIZE = 0
WARNING_LEVEL = 3
CONVERT_WARNINGS = FALSE
REQUIRE_REG_DECLARATIONS = TRUE
CASE_SENSITIVE = FALSE
GENERATE_REG_USAGE_DATA = FALSE
DEBUG_INFO = TRUE
AUTO_FIX_BANK_CONFLICTS = FALSE
AUTO_SPILL_GPRS = FALSE
OUTPUT = .\single_producer_ixp2800.list
LOCAL_MEMORY_START = 0
ADDITIONAL_OPTIONS = 
# Begin List File to ME Entry 
NAME = single_producer_ixp2800.list
CHIP_NUM = 0
ME_ADDR = 
MODE = 2
TYPE = 1
LIST_FILE_PATH = .\single_producer_ixp2800.list
# End List File to ME Entry
# End Assembler Settings

# Begin Assembler Settings
ASSEMBLY_REQUIRED = FALSE
ROOT_FILE = .\consumer.uc
OPTIMIZE = 0
WARNING_LEVEL = 3
CONVERT_WARNINGS = FALSE
REQUIRE_REG_DECLARATIONS = TRUE
CASE_SENSITIVE = FALSE
GENERATE_REG_USAGE_DATA = FALSE
DEBUG_INFO = TRUE
AUTO_FIX_BANK_CONFLICTS = FALSE
AUTO_SPILL_GPRS = FALSE
OUTPUT = .\consumer_ixp2800.list
LOCAL_MEMORY_START = 0
ADDITIONAL_OPTIONS = 
# Begin List File to ME Entry 
NAME = consumer_ixp2800.list
CHIP_NUM = 0
ME_ADDR = 
MODE = 2
TYPE = 1
LIST_FILE_PATH = .\consumer_ixp2800.list
# End List File to ME Entry
# End Assembler Settings

# Begin Linker Settings
LINK_REQUIRED = FALSE
CHIP_NAME = 
OUTPUT = .\single_producer_ixp2800
DEBUG_INFO = TRUE
GEN_PROFILE_INFO = TRUE
GEN_HEX_C_FILE = FALSE
SCRATCH_BASE_ADDR = 0x00000004
SCRATCH_SIZE = 0x00000FFC
SDRAM_BASE_ADDR = 0x00000010
SDRAM_SIZE = 0x7FFFFFF0
SRAM_BANK0_BASE_ADDR = 0x00000004
SRAM_BANK0_SIZE = 0x03FFFFFC
SRAM_BANK1_BASE_ADDR = 0x00000004
SRAM_BANK1_SIZE = 0x03FFFFFC
SRAM_BANK2_BASE_ADDR = 0x00000004
SRAM_BANK2_SIZE = 0x03FFFFFC
SRAM_BANK3_BASE_ADDR = 0x00000004
SRAM_BANK3_SIZE = 0x03FFFFFC
GEN_SEG_H_FILE = FALSE
GEN_MEM_MAP_FILE = FALSE
MAP_FILE = .\single_producer_ixp2800.map
# Begin List File to ME Mapper
# Begin List File to ME Entry 
NAME = single_producer_ixp2800.list
CHIP_NUM = 0
ME_ADDR = 0:0
MODE = 2
TYPE = 1
LIST_FILE_PATH = .\single_producer_ixp2800.list
# End List File to ME Entry
# Begin List File to ME Entry 
NAME = consumer_ixp2800.list
CHIP_NUM = 0
ME_ADDR = 0:1
MODE = 2
TYPE = 1
LIST_FILE_PATH = .\consumer_ixp2800.list
# End List File to ME Entry
# Begin List File to ME Entry 
NAME = <none>
CHIP_NUM = 0
ME_ADDR = 0:2
MODE = 0
TYPE = 0
LIST_FILE_PATH = 
# End List File to ME Entry
# Begin List File to ME Entry 
NAME = <none>
CHIP_NUM = 0
ME_ADDR = 0:3
MODE = 0
TYPE = 0
LIST_FILE_PATH = 
# End List File to ME Entry
# Begin List File to ME Entry 
NAME = <none>
CHIP_NUM = 0
ME_ADDR = 0:4
MODE = 0
TYPE = 0
LIST_FILE_PATH = 
# End List File to ME Entry
# Begin List File to ME Entry 
NAME = <none>
CHIP_NUM = 0
ME_ADDR = 0:5
MODE = 0
TYPE = 0
LIST_FILE_PATH = 
# End List File to ME Entry
# Begin List File to ME Entry 
NAME = <none>
CHIP_NUM = 0
ME_ADDR = 0:6
MODE = 0
TYPE = 0
LIST_FILE_PATH = 
# End List File to ME Entry
# Begin List File to ME Entry 
NAME = <none>
CHIP_NUM = 0
ME_ADDR = 0:7
MODE = 0
TYPE = 0
LIST_FILE_PATH = 
# End List File to ME Entry
# Begin List File to ME Entry 
NAME = <none>
CHIP_NUM = 0
ME_ADDR = 1:0
MODE = 0
TYPE = 0
LIST_FILE_PATH = 
# End List File to ME Entry
# Begin List File to ME Entry 
NAME = <none>
CHIP_NUM = 0
ME_ADDR = 1:1
MODE = 0
TYPE = 0
LIST_FILE_PATH = 
# End List File to ME Entry
# Begin List File to ME Entry 
NAME = <none>
CHIP_NUM = 0
ME_ADDR = 1:2
MODE = 0
TYPE = 0
LIST_FILE_PATH = 
# End List File to ME Entry
# Begin List File to ME Entry 
NAME = <none>
CHIP_NUM = 0
ME_ADDR = 1:3
MODE = 0
TYPE = 0
LIST_FILE_PATH = 
# End List File to ME Entry
# Begin List File to ME Entry 
NAME = <none>
CHIP_NUM = 0
ME_ADDR = 1:4
MODE = 0
TYPE = 0
LIST_FILE_PATH = 
# End List File to ME Entry
# Begin List File to ME Entry 
NAME = <none>
CHIP_NUM = 0
ME_ADDR = 1:5
MODE = 0
TYPE = 0
LIST_FILE_PATH = 
# End List File to ME Entry
# Begin List File to ME Entry 
NAME = <none>
CHIP_NUM = 0
ME_ADDR = 1:6
MODE = 0
TYPE = 0
LIST_FILE_PATH = 
# End List File to ME Entry
# Begin List File to ME Entry 
NAME = <none>
CHIP_NUM = 0
ME_ADDR = 1:7
MODE = 0
TYPE = 0
LIST_FILE_PATH = 
# End List File to ME Entry
# End List File to ME Mapper
# End Linker Settings
# End Project