video2video.tcf

wintech DAM 6416图像处理平台图像实时采集显示程序

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

// seed file for C:\DAM6416P\examples\video2video\video2video.cdb.a02876: c:\ti\c6000\bios\include\4.80.208\c64xx.cdb
prog.load("c:/ti/c6000/bios/include/c64xx.cdb");

// value changed:
//    old  ISRAM.enter a user defined heap identifier label = 0
//    new  ISRAM.enter a user defined heap identifier label = 1
prog.module("MEM").instance("ISRAM").enableHeapLabel = 1

// value changed:
//    old  ISRAM.heap size = 32768
//    new  ISRAM.heap size = 262144
prog.module("MEM").instance("ISRAM").heapSize = 262144

// value changed:
//    old  ISRAM.len = 1048576
//    new  ISRAM.len = 1047552
prog.module("MEM").instance("ISRAM").len = 1047552

// value changed:
//    old  ISRAM.base = 0
//    new  ISRAM.base = 1024
prog.module("MEM").instance("ISRAM").base = 1024

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

// value changed:
//    old  SDRAMA.space = "data"
//    new  SDRAMA.space = "code/data"
prog.module("MEM").instance("SDRAMA").space = "code/data"

// value changed:
//    old  SDRAMA.enter a user defined heap identifier label = 0
//    new  SDRAMA.enter a user defined heap identifier label = 1
prog.module("MEM").instance("SDRAMA").enableHeapLabel = 1

// value changed:
//    old  SDRAMA.heap size = 32768
//    new  SDRAMA.heap size = 16777216
prog.module("MEM").instance("SDRAMA").heapSize = 16777216

// value changed:
//    old  SDRAMA.len = 0
//    new  SDRAMA.len = 268435456
prog.module("MEM").instance("SDRAMA").len = 268435456

// value changed:
//    old  SDRAMA.base = 0
//    new  SDRAMA.base = -2147483648
prog.module("MEM").instance("SDRAMA").base = -2147483648

// value changed:
//    old  SDRAMA.comment = "<add comments here>"
//    new  SDRAMA.comment = "external SDRAM EMIF A  256MB"
prog.module("MEM").instance("SDRAMA").comment = "external SDRAM EMIF A  256MB"

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

// value changed:
//    old  SDRAMB.space = "data"
//    new  SDRAMB.space = "code/data"
prog.module("MEM").instance("SDRAMB").space = "code/data"

// value changed:
//    old  SDRAMB.enter a user defined heap identifier label = 0
//    new  SDRAMB.enter a user defined heap identifier label = 1
prog.module("MEM").instance("SDRAMB").enableHeapLabel = 1

// value changed:
//    old  SDRAMB.heap size = 32768
//    new  SDRAMB.heap size = 4194304
prog.module("MEM").instance("SDRAMB").heapSize = 4194304

// value changed:
//    old  SDRAMB.len = 0
//    new  SDRAMB.len = 8388608
prog.module("MEM").instance("SDRAMB").len = 8388608

// value changed:
//    old  SDRAMB.base = 0
//    new  SDRAMB.base = 1610612736
prog.module("MEM").instance("SDRAMB").base = 1610612736

// value changed:
//    old  SDRAMB.comment = "<add comments here>"
//    new  SDRAMB.comment = "external SDRAM EMIF B 8MB"
prog.module("MEM").instance("SDRAMB").comment = "external SDRAM EMIF B 8MB"

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

// value changed:
//    old  BOOTLOADER.space = "data"
//    new  BOOTLOADER.space = "code/data"
prog.module("MEM").instance("BOOTLOADER").space = "code/data"

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

// value changed:
//    old  BOOTLOADER.len = 0
//    new  BOOTLOADER.len = 448
prog.module("MEM").instance("BOOTLOADER").len = 448

// value changed:
//    old  BOOTLOADER.base = 0
//    new  BOOTLOADER.base = 512
prog.module("MEM").instance("BOOTLOADER").base = 512

// value changed:
//    old  BOOTLOADER.comment = "<add comments here>"
//    new  BOOTLOADER.comment = "Bootloader reserved space"
prog.module("MEM").instance("BOOTLOADER").comment = "Bootloader reserved space"

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

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

// value changed:
//    old  COMMDESC.len = 0
//    new  COMMDESC.len = 64
prog.module("MEM").instance("COMMDESC").len = 64

// value changed:
//    old  COMMDESC.base = 0
//    new  COMMDESC.base = 960
prog.module("MEM").instance("COMMDESC").base = 960

// value changed:
//    old  COMMDESC.comment = "<add comments here>"
//    new  COMMDESC.comment = "PCI Communication Descriptor Tables"
prog.module("MEM").instance("COMMDESC").comment = "PCI Communication Descriptor Tables"

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

// value changed:
//    old  VECTORS.space = "data"
//    new  VECTORS.space = "code/data"
prog.module("MEM").instance("VECTORS").space = "code/data"

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

// value changed:
//    old  VECTORS.len = 0
//    new  VECTORS.len = 512
prog.module("MEM").instance("VECTORS").len = 512

// value changed:
//    old  VECTORS.comment = "<add comments here>"
//    new  VECTORS.comment = "reset and Interrupt Vector Table"
prog.module("MEM").instance("VECTORS").comment = "reset and Interrupt Vector Table"

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

// value changed:
//    old  ISRAM.heap identifier label = prog.decl("segment_name", "asm")
//    new  ISRAM.heap identifier label = prog.decl("seg_isram")
prog.module("MEM").instance("ISRAM").heapLabel = prog.decl("seg_isram")

// value changed:
//    old  SDRAMA.heap identifier label = prog.decl("segment_name", "asm")
//    new  SDRAMA.heap identifier label = prog.decl("seg_sdrama")
prog.module("MEM").instance("SDRAMA").heapLabel = prog.decl("seg_sdrama")

// value changed:
//    old  SDRAMB.heap identifier label = prog.decl("segment_name", "asm")
//    new  SDRAMB.heap identifier label = prog.decl("seg_sdramb")
prog.module("MEM").instance("SDRAMB").heapLabel = prog.decl("seg_sdramb")

// value changed:
//    old  GBL.MAR128-143 - bitmask controls EMIFA CE0 space = 0
//    new  GBL.MAR128-143 - bitmask controls EMIFA CE0 space = 65535
prog.module("GBL").C641XMARCE0 = 65535

// value changed:
//    old  GBL.MAR96-111 - bitmask controls EMIFB CE space = 0
//    new  GBL.MAR96-111 - bitmask controls EMIFB CE space = 1
prog.module("GBL").C641XMAREMIFB = 1

// value changed:
//    old  MEM.Interrupt Service Table Memory (.hwi_vec) = prog.get("ISRAM")
//    new  MEM.Interrupt Service Table Memory (.hwi_vec) = prog.get("VECTORS")
prog.module("MEM").HWIVECSEG = prog.get("VECTORS")

// value changed:
//    old  MEM.C Variables Section (.far) = prog.get("ISRAM")
//    new  MEM.C Variables Section (.far) = prog.get("SDRAMA")
prog.module("MEM").FARSEG = prog.get("SDRAMA")

// value changed:
//    old  TSK.Stack segment for dynamic tasks = prog.get("ISRAM")
//    new  TSK.Stack segment for dynamic tasks = prog.get("MEM_NULL")
prog.module("TSK").STACKSEG = prog.get("MEM_NULL")

// value changed:
//    old  HWI_INT7.Use Dispatcher = 0
//    new  HWI_INT7.Use Dispatcher = 1
prog.module("HWI").instance("HWI_INT7").useDispatcher = 1

// value changed:
//    old  HWI_INT7.function = prog.decl("HWI_unused", "asm")
//    new  HWI_INT7.function = prog.decl("INTR_dispatchExtInt")
prog.module("HWI").instance("HWI_INT7").fxn = prog.decl("INTR_dispatchExtInt")

// value changed:
//    old  HWI_INT8.Use Dispatcher = 0
//    new  HWI_INT8.Use Dispatcher = 1
prog.module("HWI").instance("HWI_INT8").useDispatcher = 1

// value changed:
//    old  HWI_INT8.function = prog.decl("HWI_unused", "asm")
//    new  HWI_INT8.function = prog.decl("INTR_dispatchEdma")
prog.module("HWI").instance("HWI_INT8").fxn = prog.decl("INTR_dispatchEdma")

// value changed:
//    old  HWI_INT13.Use Dispatcher = 0
//    new  HWI_INT13.Use Dispatcher = 1
prog.module("HWI").instance("HWI_INT13").useDispatcher = 1

// value changed:
//    old  HWI_INT13.Interrupt Mask = "self"
//    new  HWI_INT13.Interrupt Mask = "all"
prog.module("HWI").instance("HWI_INT13").interruptMask = "all"

assert.add('prog.module("HWI").instance("HWI_INT9").useDispatcher == 1')

assert.add('prog.module("HWI").instance("HWI_INT9").fxn == prog.decl("RTDX_Poll")')

assert.add('prog.module("HWI").instance("HWI_INT9").interruptSource == prog.get("JTAGRTDX9")')

assert.add('prog.module("HWI").instance("HWI_INT14").interruptSource == prog.get("Timer_0")')

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

prog.gen("video2video");