write_flash.tcf

dsp5509a 读写SPI25f1024程序, 配合上面的DEvice ID的读取,验证连线是否正确

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

// seed file for G:\EVM_ALL\use_program22\write_flash\write_flash.cdb.a00772: c:\ti\c5500\bios\include\4.60.22\c55xx.cdb
prog.load("c:/ti/c5500/bios/include/c55xx.cdb");

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

// add instance MCBSP.mcbspCfg0
mcbspCfg0 = prog.module("MCBSP").create("mcbspCfg0");

// add instance PLL.pllCfg0
pllCfg0 = prog.module("PLL").create("pllCfg0");

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

// 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"

// Warning GBL.MIPS tags do not match 
// value changed:
//    old  GBL.DSP Speed In MHz (CLKOUT) = 140.0000
//    new  GBL.DSP Speed In MHz (CLKOUT) = 140
prog.module("GBL").CLKOUT = 140

// value changed:
//    old  MEM.RTDX Text Segment (.rtdx_text) = prog.get("SARAM")
//    new  MEM.RTDX Text Segment (.rtdx_text) = prog.get("DARAM")
prog.module("MEM").RTDXTEXTSEG = prog.get("DARAM")

// value changed:
//    old  MEM.Function Stub Memory (.hwi) = prog.get("SARAM")
//    new  MEM.Function Stub Memory (.hwi) = prog.get("DARAM")
prog.module("MEM").HWISEG = prog.get("DARAM")

// value changed:
//    old  MEM.C Function Initialization Table (.pinit) = prog.get("SARAM")
//    new  MEM.C Function Initialization Table (.pinit) = prog.get("DARAM")
prog.module("MEM").PINITSEG = prog.get("DARAM")

// value changed:
//    old  MEM.Data Initialization Section (.cinit) = prog.get("SARAM")
//    new  MEM.Data Initialization Section (.cinit) = prog.get("DARAM")
prog.module("MEM").CINITSEG = prog.get("DARAM")

// value changed:
//    old  MEM.Switch Jump Tables (.switch) = prog.get("SARAM")
//    new  MEM.Switch Jump Tables (.switch) = prog.get("DARAM")
prog.module("MEM").SWITCHSEG = prog.get("DARAM")

// value changed:
//    old  MEM.Text Section (.text) = prog.get("SARAM")
//    new  MEM.Text Section (.text) = prog.get("DARAM")
prog.module("MEM").TEXTSEG = prog.get("DARAM")

// value changed:
//    old  MEM.TRC Initial Value (.trcdata) = prog.get("SARAM")
//    new  MEM.TRC Initial Value (.trcdata) = prog.get("DARAM")
prog.module("MEM").TRCDATASEG = prog.get("DARAM")

// value changed:
//    old  MEM.DSP/BIOS Init Tables (.gblinit) = prog.get("SARAM")
//    new  MEM.DSP/BIOS Init Tables (.gblinit) = prog.get("DARAM")
prog.module("MEM").GBLINITSEG = prog.get("DARAM")

// value changed:
//    old  MEM.Startup Code Section (.sysinit) = prog.get("SARAM")
//    new  MEM.Startup Code Section (.sysinit) = prog.get("DARAM")
prog.module("MEM").SYSINITSEG = prog.get("DARAM")

// value changed:
//    old  MEM.BIOS Code Section (.bios) = prog.get("SARAM")
//    new  MEM.BIOS Code Section (.bios) = prog.get("DARAM")
prog.module("MEM").BIOSSEG = prog.get("DARAM")

// value changed:
//    old  LOG_system.buflen (words) = 64
//    new  LOG_system.buflen (words) = 32
prog.module("LOG").instance("LOG_system").bufLen = 32

// 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  emifCfg0.Memory Type  = "32-bit wide Asynchronous"
//    new  emifCfg0.Memory Type  = "16-bit wide Asynchronous"
prog.module("EMIF").instance("emifCfg0").emifCe3Mtype = "16-bit wide Asynchronous"

// value changed:
//    old  hEMIF0.Enable pre-initialization  = 0
//    new  hEMIF0.Enable pre-initialization  = 1
prog.module("HEMIF").instance("hEMIF0").emifEnablePreInit = 1

// value changed:
//    old  mcbspCfg0.Clock Divider (1-256) (CLKGDV)  = 1
//    new  mcbspCfg0.Clock Divider (1-256) (CLKGDV)  = 100
prog.module("MCBSP").instance("mcbspCfg0").mcbspSrgr1Clkgdv = 100

// value changed:
//    old  mcbspCfg0.SRG Clock Source (CLKSM)  = "CLKS Pin"
//    new  mcbspCfg0.SRG Clock Source (CLKSM)  = "CPU Clock"
prog.module("MCBSP").instance("mcbspCfg0").mcbspSrgr2Clksm = "CPU Clock"

// value changed:
//    old  mcbspCfg0.SPI Mode (CLKSTP)  = "Disable"
//    new  mcbspCfg0.SPI Mode (CLKSTP)  = "Rising Edge w/ Delay"
prog.module("MCBSP").instance("mcbspCfg0").mcbspSpcr1Clkstp = "Rising Edge w/ Delay"

// value changed:
//    old  mcbspCfg0.Early Frame Sync Response (RFIG)  = "Restart Transfer"
//    new  mcbspCfg0.Early Frame Sync Response (RFIG)  = "Ignore"
prog.module("MCBSP").instance("mcbspCfg0").mcbspRcr2Rfig = "Ignore"

// value changed:
//    old  mcbspCfg0.Words/Frame Phase1 (RFRLEN1)  = 1
//    new  mcbspCfg0.Words/Frame Phase1 (RFRLEN1)  = 8
prog.module("MCBSP").instance("mcbspCfg0").mcbspRcr1Rfrlen1 = 8

// value changed:
//    old  mcbspCfg0.Receive Delay (RDATDLY)  = "0-bit"
//    new  mcbspCfg0.Receive Delay (RDATDLY)  = "1-bit"
prog.module("MCBSP").instance("mcbspCfg0").mcbspRcr2Rdatdly = "1-bit"

// value changed:
//    old  mcbspCfg0.Frame-Sync Polarity (FSRP)  = "Active High"
//    new  mcbspCfg0.Frame-Sync Polarity (FSRP)  = "Active Low"
prog.module("MCBSP").instance("mcbspCfg0").mcbspPcrFsrp = "Active Low"

// value changed:
//    old  mcbspCfg0.Clock Polarity (CLKRP)  = "Falling Edge"
//    new  mcbspCfg0.Clock Polarity (CLKRP)  = "Rising Edge"
prog.module("MCBSP").instance("mcbspCfg0").mcbspPcrClkrp = "Rising Edge"

// value changed:
//    old  mcbspCfg0.Transmit Frame-Sync Source  = "External"
//    new  mcbspCfg0.Transmit Frame-Sync Source  = "DXR[1/2]-to-XSR[1/2] Copy"
prog.module("MCBSP").instance("mcbspCfg0").mcbspPcrFsxm = "DXR[1/2]-to-XSR[1/2] Copy"

// value changed:
//    old  mcbspCfg0.Early Frame Sync Response (XFIG)  = "Restart Transfer"
//    new  mcbspCfg0.Early Frame Sync Response (XFIG)  = "Ignore"
prog.module("MCBSP").instance("mcbspCfg0").mcbspXcr2Xfig = "Ignore"

// value changed:
//    old  mcbspCfg0.Words/Frame Phase1 (XFRLEN1)  = 1
//    new  mcbspCfg0.Words/Frame Phase1 (XFRLEN1)  = 8
prog.module("MCBSP").instance("mcbspCfg0").mcbspXcr1Xfrlen1 = 8

// value changed:
//    old  mcbspCfg0.Transmit Delay (XDATDLY)  = "0-bit"
//    new  mcbspCfg0.Transmit Delay (XDATDLY)  = "1-bit"
prog.module("MCBSP").instance("mcbspCfg0").mcbspXcr2Xdatdly = "1-bit"

// value changed:
//    old  mcbspCfg0.Frame-Sync Polarity (FSXP)  = "Active High"
//    new  mcbspCfg0.Frame-Sync Polarity (FSXP)  = "Active Low"
prog.module("MCBSP").instance("mcbspCfg0").mcbspPcrFsxp = "Active Low"

// value changed:
//    old  mcbspCfg0.SPI Clock Mode (CLKXM)  = "Slave"
//    new  mcbspCfg0.SPI Clock Mode (CLKXM)  = "Master"
prog.module("MCBSP").instance("mcbspCfg0").mcbspPcrClkxmSpi = "Master"

// value changed:
//    old  hMCBSP0.Open Handle to McBSP  = 0
//    new  hMCBSP0.Open Handle to McBSP  = 1
prog.module("HMCBSP").instance("hMCBSP0").mcbspHandleEnable = 1

// value changed:
//    old  pllCfg0.PLL Divide Value (PLL_DIV)  = "CLKOUT = CLKIN"
//    new  pllCfg0.PLL Divide Value (PLL_DIV)  = "CLKOUT = CLKIN/2"
prog.module("PLL").instance("pllCfg0").pllClkmdPlldiv = "CLKOUT = CLKIN/2"

// value changed:
//    old  pllCfg0.PLL Multiply Value (PLL_MULT)  = 0
//    new  pllCfg0.PLL Multiply Value (PLL_MULT)  = 1
prog.module("PLL").instance("pllCfg0").pllClkmdPllmult = 1

// value changed:
//    old  PLL0.Enable Configuration of PLL  = 0
//    new  PLL0.Enable Configuration of PLL  = 1
prog.module("HPLL").instance("PLL0").pllEnablePreInit = 1

// value changed:
//    old  endptObj.USB PLL Input Clock Frequency  = "3 MHz"
//    new  endptObj.USB PLL Input Clock Frequency  = "48 MHz"
prog.module("USB").usbPllInit = "48 MHz"

// value changed:
//    old  CLK.Microseconds/Int = 1000.0071
//    new  CLK.Microseconds/Int = 999.9857
prog.module("CLK").MICROSECONDS = 999.9857

// value changed:
//    old  hEMIF0.Pre-initialize  = prog.get("EMIF_NOTHING")
//    new  hEMIF0.Pre-initialize  = prog.get("emifCfg0")
prog.module("HEMIF").instance("hEMIF0").emifPreInit = prog.get("emifCfg0")

// value changed:
//    old  hMCBSP0.Enable pre-initialization = 0
//    new  hMCBSP0.Enable pre-initialization = 1
prog.module("HMCBSP").instance("hMCBSP0").mcbspEnablePreInit = 1

// value changed:
//    old  PLL0.Pre-initialize = prog.get("PLL_NOTHING")
//    new  PLL0.Pre-initialize = prog.get("pllCfg0")
prog.module("HPLL").instance("PLL0").pllPreInit = prog.get("pllCfg0")

// value changed:
//    old  hMCBSP0.Pre-initialize  = prog.get("MCBSP_NOTHING")
//    new  hMCBSP0.Pre-initialize  = prog.get("mcbspCfg0")
prog.module("HMCBSP").instance("hMCBSP0").mcbspPreInit = prog.get("mcbspCfg0")

assert.add('prog.module("CHIP").chipXbsrPPMode == "Data EMIF"')

assert.add('prog.module("CHIP").chipXbsrSp1Mode == "McBSP1"')

assert.add('prog.module("CHIP").chipXbsrSp2Mode == "McBSP2"')

assert.add('prog.module("HDMA").dmaModeSelect == "Same index for src/dst"')

// check any and all asserts added in the script above
assert.check();

prog.gen("write_flash");