dspsys.tcf

使用5509A的usb的程序代码

load(utils.findFile('assert.tci'));	 // load assert support

// seed file for E:\2008work\DMCA\AQ\usbReal\DspSys.cdb.a01344: d:\ti\c5500\bios\include\4.80.208\c55xx.cdb
prog.load("d:/ti/c5500/bios/include/c55xx.cdb");

// value changed:
//    old  SARAM.len = 131072
//    new  SARAM.len = 86016
prog.module("MEM").instance("SARAM").len = 86016

// add instance MEM.SARAM0
SARAM0 = prog.module("MEM").create("SARAM0");

// value changed:
//    old  SARAM0.create a heap in this memory = 1
//    new  SARAM0.create a heap in this memory = 0
prog.module("MEM").instance("SARAM0").createHeap = 0

// value changed:
//    old  SARAM0.len = 0
//    new  SARAM0.len = 4096
prog.module("MEM").instance("SARAM0").len = 4096

// value changed:
//    old  SARAM0.base = 0
//    new  SARAM0.base = 118784
prog.module("MEM").instance("SARAM0").base = 118784

// add instance MEM.SARAM1
SARAM1 = prog.module("MEM").create("SARAM1");

// value changed:
//    old  SARAM1.create a heap in this memory = 1
//    new  SARAM1.create a heap in this memory = 0
prog.module("MEM").instance("SARAM1").createHeap = 0

// value changed:
//    old  SARAM1.len = 0
//    new  SARAM1.len = 4096
prog.module("MEM").instance("SARAM1").len = 4096

// value changed:
//    old  SARAM1.base = 0
//    new  SARAM1.base = 122880
prog.module("MEM").instance("SARAM1").base = 122880

// add instance MEM.SARAM2
SARAM2 = prog.module("MEM").create("SARAM2");

// value changed:
//    old  SARAM2.create a heap in this memory = 1
//    new  SARAM2.create a heap in this memory = 0
prog.module("MEM").instance("SARAM2").createHeap = 0

// value changed:
//    old  SARAM2.len = 0
//    new  SARAM2.len = 4096
prog.module("MEM").instance("SARAM2").len = 4096

// value changed:
//    old  SARAM2.base = 0
//    new  SARAM2.base = 126976
prog.module("MEM").instance("SARAM2").base = 126976

// add instance SWI.bulkOut_SWI
bulkOut_SWI = prog.module("SWI").create("bulkOut_SWI");

// add instance SWI.bulkIn_SWI
bulkIn_SWI = prog.module("SWI").create("bulkIn_SWI");

// add instance SWI.readFIFO_SWI
readFIFO_SWI = prog.module("SWI").create("readFIFO_SWI");

// add instance TSK.TSK_initBoard
TSK_initBoard = prog.module("TSK").create("TSK_initBoard");

// add instance LOG.trace
trace = prog.module("LOG").create("trace");

// add instance DMA.dmaCfg0
dmaCfg0 = prog.module("DMA").create("dmaCfg0");

// add instance DMA.dmaCfg1
dmaCfg1 = prog.module("DMA").create("dmaCfg1");

// add instance DMA.dmaCfg2
dmaCfg2 = prog.module("DMA").create("dmaCfg2");

// add instance EMIF.emifCfg0
emifCfg0 = prog.module("EMIF").create("emifCfg0");

// add instance TIMER.timerCfg0
timerCfg0 = prog.module("TIMER").create("timerCfg0");

// add instance USB.usbEpObjOut0
usbEpObjOut0 = prog.module("USB").create("usbEpObjOut0");

// add instance USB.usbEpObjIn0
usbEpObjIn0 = prog.module("USB").create("usbEpObjIn0");

// add instance USB.usbEpObjOut2
usbEpObjOut2 = prog.module("USB").create("usbEpObjOut2");

// add instance USB.usbEpObjIn2
usbEpObjIn2 = prog.module("USB").create("usbEpObjIn2");

// value changed:
//    old  GBL.Memory Model = "SMALL"
//    new  GBL.Memory Model = "LARGE"
prog.module("GBL").MEMORYMODEL = "LARGE"

// value changed:
//    old  GBL.CLKMD - (PLL) Clock Mode Register = 9106
//    new  GBL.CLKMD - (PLL) Clock Mode Register = 11319
prog.module("GBL").CLKMD = 11319

// value changed:
//    old  GBL.CPU Revision = "2.2"
//    new  GBL.CPU Revision = "1.2"
prog.module("GBL").CPUREVISION = "1.2"

// value changed:
//    old  GBL.Chip Support Library (CSL) = "5510PG2_2"
//    new  GBL.Chip Support Library (CSL) = "5509"
prog.module("GBL").CHIPTYPE = "5509"

// value changed:
//    old  GBL.DSP Speed In MHz (CLKOUT) = 140.0000
//    new  GBL.DSP Speed In MHz (CLKOUT) = 144.0000
prog.module("GBL").CLKOUT = 144.0000

// value changed:
//    old  MEM.User .cmd File For Non-DSP/BIOS Sections = 0
//    new  MEM.User .cmd File For Non-DSP/BIOS Sections = 1
prog.module("MEM").USERCOMMANDFILE = 1

// value changed:
//    old  TSK_initBoard.Task function = prog.decl("FXN_F_nop")
//    new  TSK_initBoard.Task function = prog.decl("init_board")
prog.module("TSK").instance("TSK_initBoard").fxn = prog.decl("init_board")

// value changed:
//    old  LOG_system.logtype = "circular"
//    new  LOG_system.logtype = "fixed"
prog.module("LOG").instance("LOG_system").logType = "fixed"

// value changed:
//    old  LOG_system.buflen (words) = 64
//    new  LOG_system.buflen (words) = 512
prog.module("LOG").instance("LOG_system").bufLen = 512

// value changed:
//    old  trace.buflen (words) = 64
//    new  trace.buflen (words) = 512
prog.module("LOG").instance("trace").bufLen = 512

// value changed:
//    old  dmaCfg0.Number of Elements (CEN) = 1
//    new  dmaCfg0.Number of Elements (CEN) = 2048
prog.module("DMA").instance("dmaCfg0").dmaCen = 2048

// value changed:
//    old  dmaCfg0.Frame complete (FRAME IE) = "Disabled"
//    new  dmaCfg0.Frame complete (FRAME IE) = "Enabled"
prog.module("DMA").instance("dmaCfg0").dmaCicrFrameIe = "Enabled"

// value changed:
//    old  dmaCfg0.Channel Priority (PRIO) = "Low"
//    new  dmaCfg0.Channel Priority (PRIO) = "High"
prog.module("DMA").instance("dmaCfg0").dmaCcrPrio = "High"

// value changed:
//    old  dmaCfg0.Frame Synchronization (FS) = "Disabled"
//    new  dmaCfg0.Frame Synchronization (FS) = "Enabled"
prog.module("DMA").instance("dmaCfg0").dmaCcrFs = "Enabled"

// value changed:
//    old  dmaCfg0.Addressing Mode (DST AMODE) = "Constant"
//    new  dmaCfg0.Addressing Mode (DST AMODE) = "Post-incremented"
prog.module("DMA").instance("dmaCfg0").dmaCcrDstAmode = "Post-incremented"

// value changed:
//    old  dmaCfg0.Start Address (CDSA) - Symbolic(Byte Address) = "NULL"
//    new  dmaCfg0.Start Address (CDSA) - Symbolic(Byte Address) = "databuffer0"
prog.module("DMA").instance("dmaCfg0").dmaCdsaSymbolic = "databuffer0"

// value changed:
//    old  dmaCfg0.Transfer Source (SRC) = "SARAM"
//    new  dmaCfg0.Transfer Source (SRC) = "EMIF"
prog.module("DMA").instance("dmaCfg0").dmaCsdpSrc = "EMIF"

// value changed:
//    old  dmaCfg0.Source Address Format = "Symbolic"
//    new  dmaCfg0.Source Address Format = "Numeric"
prog.module("DMA").instance("dmaCfg0").dmaSrcAddrFormat = "Numeric"

// value changed:
//    old  dmaCfg0.DATA TYPE = "8-bit"
//    new  dmaCfg0.DATA TYPE = "16-bit"
prog.module("DMA").instance("dmaCfg0").dmaCsdpDataType = "16-bit"

// value changed:
//    old  dmaCfg1.Number of Elements (CEN) = 1
//    new  dmaCfg1.Number of Elements (CEN) = 2048
prog.module("DMA").instance("dmaCfg1").dmaCen = 2048

// value changed:
//    old  dmaCfg1.End block (BLOCK IE) = "Disabled"
//    new  dmaCfg1.End block (BLOCK IE) = "Enabled"
prog.module("DMA").instance("dmaCfg1").dmaCicrBlockIe = "Enabled"

// value changed:
//    old  dmaCfg1.Repetitive Operations (REPEAT) = "Only if END PROG = 1"
//    new  dmaCfg1.Repetitive Operations (REPEAT) = "Unconditionally"
prog.module("DMA").instance("dmaCfg1").dmaCcrRepeat = "Unconditionally"

// value changed:
//    old  dmaCfg1.Addressing Mode (DST AMODE) = "Constant"
//    new  dmaCfg1.Addressing Mode (DST AMODE) = "Post-incremented"
prog.module("DMA").instance("dmaCfg1").dmaCcrDstAmode = "Post-incremented"

// value changed:
//    old  dmaCfg1.Start Address (CDSA) - Symbolic(Byte Address) = "NULL"
//    new  dmaCfg1.Start Address (CDSA) - Symbolic(Byte Address) = "databuffer1"
prog.module("DMA").instance("dmaCfg1").dmaCdsaSymbolic = "databuffer1"

// value changed:
//    old  dmaCfg1.Transfer Source (SRC) = "SARAM"
//    new  dmaCfg1.Transfer Source (SRC) = "EMIF"
prog.module("DMA").instance("dmaCfg1").dmaCsdpSrc = "EMIF"

// value changed:
//    old  dmaCfg1.Source Address Format = "Symbolic"
//    new  dmaCfg1.Source Address Format = "Numeric"
prog.module("DMA").instance("dmaCfg1").dmaSrcAddrFormat = "Numeric"

// value changed:
//    old  dmaCfg1.DATA TYPE = "8-bit"
//    new  dmaCfg1.DATA TYPE = "16-bit"
prog.module("DMA").instance("dmaCfg1").dmaCsdpDataType = "16-bit"

// value changed:
//    old  dmaCfg2.Number of Elements (CEN) = 1
//    new  dmaCfg2.Number of Elements (CEN) = 2048
prog.module("DMA").instance("dmaCfg2").dmaCen = 2048

// value changed:
//    old  dmaCfg2.Frame complete (FRAME IE) = "Disabled"
//    new  dmaCfg2.Frame complete (FRAME IE) = "Enabled"
prog.module("DMA").instance("dmaCfg2").dmaCicrFrameIe = "Enabled"

// value changed:
//    old  dmaCfg2.Channel Priority (PRIO) = "Low"
//    new  dmaCfg2.Channel Priority (PRIO) = "High"
prog.module("DMA").instance("dmaCfg2").dmaCcrPrio = "High"

// value changed:
//    old  dmaCfg2.Frame Synchronization (FS) = "Disabled"
//    new  dmaCfg2.Frame Synchronization (FS) = "Enabled"
prog.module("DMA").instance("dmaCfg2").dmaCcrFs = "Enabled"

// value changed:
//    old  dmaCfg2.Start Address (CDSA) - Symbolic(Byte Address) = "NULL"
//    new  dmaCfg2.Start Address (CDSA) - Symbolic(Byte Address) = "databuffer2"
prog.module("DMA").instance("dmaCfg2").dmaCdsaSymbolic = "databuffer2"

// value changed:
//    old  dmaCfg2.Transfer Source (SRC) = "SARAM"
//    new  dmaCfg2.Transfer Source (SRC) = "EMIF"
prog.module("DMA").instance("dmaCfg2").dmaCsdpSrc = "EMIF"

// value changed:
//    old  dmaCfg2.Source Address Format = "Symbolic"
//    new  dmaCfg2.Source Address Format = "Numeric"
prog.module("DMA").instance("dmaCfg2").dmaSrcAddrFormat = "Numeric"

// value changed:
//    old  dmaCfg2.DATA TYPE = "8-bit"
//    new  dmaCfg2.DATA TYPE = "16-bit"
prog.module("DMA").instance("dmaCfg2").dmaCsdpDataType = "16-bit"

// value changed:
//    old  DMA0.Open Handle to DMA  = 0
//    new  DMA0.Open Handle to DMA  = 1
prog.module("HDMA").instance("DMA0").dmaHandleEnable = 1

// value changed:
//    old  DMA1.Open Handle to DMA  = 0
//    new  DMA1.Open Handle to DMA  = 1
prog.module("HDMA").instance("DMA1").dmaHandleEnable = 1

// value changed:
//    old  DMA2.Open Handle to DMA  = 0
//    new  DMA2.Open Handle to DMA  = 1
prog.module("HDMA").instance("DMA2").dmaHandleEnable = 1

// value changed:
//    old  emifCfg0.Delay from ACTV to ACTV Command [(Tactv2actv /SDCLK) - 1]  = 15
//    new  emifCfg0.Delay from ACTV to ACTV Command [(Tactv2actv /SDCLK) - 1]  = 1
prog.module("EMIF").instance("emifCfg0").emifSdcr2Tactv = 1

// value changed:
//    old  emifCfg0.TMRD Value [(Tmrd /SDCLK) - 1]  = 3
//    new  emifCfg0.TMRD Value [(Tmrd /SDCLK) - 1]  = 1
prog.module("EMIF").instance("emifCfg0").emifSdcr2Tmrd = 1

// value changed:
//    old  emifCfg0.TRAS Value [(Tras /SDCLK) - 1]  = 15
//    new  emifCfg0.TRAS Value [(Tras /SDCLK) - 1]  = 3
prog.module("EMIF").instance("emifCfg0").emifSdcr2Tras = 3

// value changed:
//    old  emifCfg0.TRCD Value [(Trcd /SDCLK) - 1]  = 4
//    new  emifCfg0.TRCD Value [(Trcd /SDCLK) - 1]  = 1
prog.module("EMIF").instance("emifCfg0").emifSdcr1Trcd = 1

// value changed:
//    old  emifCfg0.TRC Value [(Trc /SDCLK) - 1]  = 31
//    new  emifCfg0.TRC Value [(Trc /SDCLK) - 1]  = 5
prog.module("EMIF").instance("emifCfg0").emifSdcr1Trc = 5

// value changed:
//    old  emifCfg0.TRP Value [(Trp /SDCLK) - 1]  = 8
//    new  emifCfg0.TRP Value [(Trp /SDCLK) - 1]  = 1
prog.module("EMIF").instance("emifCfg0").emifSdcr1Trp = 1

// value changed:
//    old  emifCfg0.Refresh Period  = 128
//    new  emifCfg0.Refresh Period  = 1040
prog.module("EMIF").instance("emifCfg0").emifSdperiod = 1040

// value changed:
//    old  emifCfg0.Memory Type  = "32-bit wide Asynchronous"
//    new  emifCfg0.Memory Type  = "32-bit wide SDRAM"