Hello,
We are developing two products with DM3725: one with 512MBytes and the other with 1GBytes (both POP LPDDR2). The products are pretty the same, using the same Linux kernel 2.6.32 using DSPLink version 1.65.00.03 with PROC and NOTIFY components. Linux sees only the first 128MByte of RAM on both products. The other is reserved for DSP. So it is 384MBytes and 896MBytes.
The ARM application that load the DSP binary passes the DSP configuration to the DSPLink during the PROC_setup(). On both products the PROC_setup () succeeds. But the PROC_attach() fails on the device with 1GBytes of RAM, while it works perfectly on the device with 512MBytes and on the device with 1GBytes, but with the same configuration as the 512MBytes. The error code is 0x8000800c (DSP_EMEMORY). Memory test shows that 1GBytes of RAM works correctly under Linux.
This is the configuration for 1GBytes device passed to PROC_attach(). The only change for 512MByte:
For 512MByte:
#define SHAREDMEMORYSIZE1 (0x18000000 - (RESETCTRLSIZE + CODEMEMORYSIZE + SHAREDMEMORYSIZE0))
For 1GByte
#define SHAREDMEMORYSIZE1 (0x18000000 - (RESETCTRLSIZE + CODEMEMORYSIZE + SHAREDMEMORYSIZE0))
Below there is the DSPLink trace.
Does anyone has a clue of what's going on?
/** ============================================================================
* @file CFG_OMAP3530_SHMEM.c
*
* @path $(DSPLINK)/config/all/
*
* @desc Defines the configuration information for DSP/BIOS LINK for the
* OMAP platform.
*
* @ver 1.61
* ============================================================================
* Copyright (c) Texas Instruments Incorporated 2002-2008
*
* Use of this software is controlled by the terms and conditions found in the
* license agreement under which this software has been supplied or provided.
* ============================================================================
*/
/* ----------------------------------- DSP/BIOS LINK Headers */
#include <dsplink.h>
#include <procdefs.h>
#if defined (__cplusplus)
EXTERN "C" {
#endif /* defined (__cplusplus) */
extern LINKCFG_Gpp LINKCFG_gppObject ;
/** ============================================================================
* DSPLINK MEMORY SECTION DIAGRAM
*
* |--------------[ 0xXXXXXX00 ]---------------------------------|
* | |
* | RESET VECTOR (0x80) |
* | Last two nibbles must be zero |
* | |
* |-------------------------------------------------------------|
* | |
* | DSP CODE/DATA |
* | DSP executable is loaded to this section |
* | |
* |=============================================================|
* | |
* | DSPLINK SHARED MEMORY0 |
* | Shared control structure is loaded here |
* | |
* |-------------------------------------------------------------|
* | |
* | DSPLINK SHARED MEMORY1 |
* | Shared control structure is loaded here |
* | |
* |-------------------------------------------------------------|
*
* ============================================================================
*/
/** ============================================================================
* @name DRVHANDSHAKEPOLLCOUNT
*
* @desc POLL Count for Driver handshake.
* ============================================================================
*/
#define DRVHANDSHAKEPOLLCOUNT ((Uint32) 0xFFFFFFFu)
/** ============================================================================
* @name RESETCTRLADDR
*
* @desc Indicates the start address of Reset Ctrl memory region.
* last two nibbles must be zero i.e. align to 256 boundary.
* ============================================================================
*/
#define RSTENTRYID 0u
#define RESETCTRLADDR 0x88000000
#define RESETCTRLSIZE 0x80u
/** ============================================================================
* @name CODEMEMORYADDR/CODEMEMORYSIZE
*
* @desc Indicates startaddress/size for dsplink code region.
* ============================================================================
*/
#define CODEENTRYID 1u
#define CODEMEMORYADDR (RESETCTRLADDR + RESETCTRLSIZE)
#define CODEMEMORYSIZE 0xFEF80u
/** ============================================================================
* @name SHAREDENTRYID/SHAREDMEMORYADDR/SHAREDMEMORYSIZE
*
* @desc Indicates startaddress/size for dsplink shared memory region.
* ============================================================================
*/
#define SHAREDENTRYID0 2u
#define SHAREDMEMORYADDR0 (CODEMEMORYADDR + CODEMEMORYSIZE)
#define SHAREDMEMORYSIZE0 0x11000u
/** ============================================================================
* @name SHAREDENTRYID/SHAREDMEMORYADDR/SHAREDMEMORYSIZE
*
* @desc Indicates startaddress/size for dsplink shared memory region.
* ============================================================================
*/
#define SHAREDENTRYID1 3u
#define SHAREDMEMORYADDR1 (SHAREDMEMORYADDR0 + SHAREDMEMORYSIZE0)
#define SHAREDMEMORYSIZE1 (0x38000000 - (RESETCTRLSIZE + CODEMEMORYSIZE + SHAREDMEMORYSIZE0))
/** ============================================================================
* @name FXMEMORYADDR/FXMEMORYSIZE
*
* @desc Indicates startaddress/size for dsplink FX memory region.
* ============================================================================
*/
/*
* FX section is not necessary: it can be taken from shared area
#define FXENTRYID 4u
#define FXMEMORYADDR (SHAREDMEMORYADDR1 + SHAREDMEMORYSIZE1)
#define FXMEMORYSIZE DSP_FXSIZE
*/
/** ============================================================================
* @name POOLMEMORYADDR/POOLMEMORYSIZE
*
* @desc Indicates startaddress/size for dsplink POOL memory region.
* ============================================================================
*/
/*
* POOL component is not used
#define POOLENTRYID 5u
#define POOLMEMORYADDR (FXMEMORYADDR + FXMEMORYSIZE)
#define POOLMEMORYSIZE 0x000D0000u
*/
/** ============================================================================
* @name LINKCFG_memTable_00
*
* @desc Memory table ID 0.
* ============================================================================
*/
STATIC LINKCFG_MemEntry LINKCFG_memTable_00 [] =
{
{
RSTENTRYID, /* ENTRY : Entry number */
"RESETCTRL", /* NAME : Name of the memory region */
RESETCTRLADDR, /* ADDRPHYS : Physical address */
RESETCTRLADDR, /* ADDRDSPVIRT : DSP virtual address */
(Uint32) -1u, /* ADDRGPPVIRT : GPP virtual address (if known) */
RESETCTRLSIZE, /* SIZE : Size of the memory region */
TRUE, /* SHARED : Shared access memory? */
FALSE, /* SYNCD : Synchornized? */
},
{
CODEENTRYID, /* ENTRY : Entry number */
"DDR2", /* NAME : Name of the memory region */
CODEMEMORYADDR, /* ADDRPHYS : Physical address */
CODEMEMORYADDR, /* ADDRDSPVIRT : DSP virtual address */
(Uint32) -1u, /* ADDRGPPVIRT : GPP virtual address (if known) */
CODEMEMORYSIZE, /* SIZE : Size of the memory region */
TRUE, /* SHARED : Shared access memory? */
FALSE, /* SYNCD : Synchornized? */
},
{
SHAREDENTRYID0, /* ENTRY : Entry number */
"DSPLINKMEM", /* NAME : Name of the memory region */
SHAREDMEMORYADDR0, /* ADDRPHYS : Physical address */
SHAREDMEMORYADDR0, /* ADDRDSPVIRT : DSP virtual address */
(Uint32) -1u, /* ADDRGPPVIRT : GPP virtual address (if known) */
SHAREDMEMORYSIZE0, /* SIZE : Size of the memory region */
TRUE, /* SHARED : Shared access memory? */
FALSE, /* SYNCD : Synchornized? */
},
{
SHAREDENTRYID1, /* ENTRY : Entry number */
"DSPLINKMEM1", /* NAME : Name of the memory region */
SHAREDMEMORYADDR1, /* ADDRPHYS : Physical address */
SHAREDMEMORYADDR1, /* ADDRDSPVIRT : DSP virtual address */
(Uint32) -1u, /* ADDRGPPVIRT : GPP virtual address (if known) */
SHAREDMEMORYSIZE1, /* SIZE : Size of the memory region */
TRUE, /* SHARED : Shared access memory? */
FALSE, /* SYNCD : Synchornized? */
},
{
4, /* ENTRY : Entry number */
"DSPIRAM", /* NAME : Name of the memory region */
0x5c7f8000, /* ADDRPHYS : Physical address */
0x107f8000, /* ADDRDSPVIRT : DSP virtual address */
(Uint32) -1, /* ADDRGPPVIRT : GPP virtual address (if known) */
0x00018000, /* SIZE : Size of the memory region */
TRUE, /* SHARED : Shared access memory? */
FALSE /* SYNCD : Synchornized? */
},
{
5, /* ENTRY : Entry number */
"DSPL1PRAM", /* NAME : Name of the memory region */
0x5cE00000, /* ADDRPHYS : Physical address */
0x10E00000, /* ADDRDSPVIRT : DSP virtual address */
(Uint32) -1, /* ADDRGPPVIRT : GPP virtual address (if known) */
0x00008000, /* SIZE : Size of the memory region */
TRUE, /* SHARED : Shared access memory? */
FALSE /* SYNCD : Synchornized? */
},
{
6, /* ENTRY : Entry number */
"DSPL1DRAM", /* NAME : Name of the memory region */
0x5cF04000, /* ADDRPHYS : Physical address */
0x10F04000, /* ADDRDSPVIRT : DSP virtual address */
(Uint32) -1, /* ADDRGPPVIRT : GPP virtual address (if known) */
0x00014000, /* SIZE : Size of the memory region */
TRUE, /* SHARED : Shared access memory? */
FALSE /* SYNCD : Synchornized? */
},
{
7, /* ENTRY : Entry number */
"L4_CORE", /* NAME : Name of the memory region */
0x48000000, /* ADDRPHYS : Physical address */
0x48000000, /* ADDRDSPVIRT : DSP virtual address */
(Uint32) -1, /* ADDRGPPVIRT : GPP virtual address (if known) */
0x01000000, /* SIZE : Size of the memory region */
FALSE, /* SHARED : Shared access memory? */
FALSE /* SYNCD : Synchornized? */
},
{
8, /* ENTRY : Entry number */
"L4_PER", /* NAME : Name of the memory region */
0x49000000, /* ADDRPHYS : Physical address */
0x49000000, /* ADDRDSPVIRT : DSP virtual address */
(Uint32) -1, /* ADDRGPPVIRT : GPP virtual address (if known) */
0x00100000, /* SIZE : Size of the memory region */
FALSE, /* SHARED : Shared access memory? */
FALSE /* SYNCD : Synchornized? */
},
} ;
/** ============================================================================
* @name LINKCFG_memTables
*
* @desc Array of memory tables in the system.
* ============================================================================
*/
STATIC LINKCFG_MemEntry * LINKCFG_memTables [] =
{
LINKCFG_memTable_00 /* Memory Table 0 */
} ;
/** ============================================================================
* @name LINKCFG_ipsTable_00
*
* @desc IPS table ID 0.
* ============================================================================
*/
STATIC LINKCFG_Ips LINKCFG_ipsTable_00 [] =
{
{
"IPS", /* NAME : Name of the Inter-Processor-Signaling component */
(Uint32) 32, /* NUMIPSEVENTS : Number of IPS events to be supported */
SHAREDENTRYID0, /* MEMENTRY : Memory entry ID (-1 if not needed) */
(Uint32) 26, /* GPPINTID : Interrupt no. to used by the IPS on GPP-side. (-1 if uni-directional to DSP) */
(Uint32) 55, /* DSPINTID : Interrupt no. to used by the IPS on DSP-side. (-1 if uni-directional to GPP) */
(Uint32) 5, /* DSPINTVECTORID : Interrupt vector no. to used by the IPS on DSP-side. (-1 if uni-directional to GPP) */
(Uint32) 50000000, /* ARGUMENT1 : Poll value for which IPS waits while sending event (-1 if infinite) */
0 /* ARGUMENT2 : Second IPS-specific argument */
}
} ;
/** ============================================================================
* @name LINKCFG_ipsTables
*
* @desc Array of IPS tables in the system.
* ============================================================================
*/
STATIC LINKCFG_Ips * LINKCFG_ipsTables [] =
{
LINKCFG_ipsTable_00 /* IPS Table 0 */
} ;
/** ============================================================================
* @name LINKCFG_poolTable_00
*
* @desc Pool table ID 0.
* ============================================================================
*/
STATIC LINKCFG_Pool LINKCFG_poolTable_00 [] =
{
{
"SMAPOOL", /* NAME : Name of the pool */
(Uint32) -1, /* MEMENTRY : Memory entry ID (-1 if not needed) */
(Uint32) -1, /* POOLSIZE : Size of the pool (-1 if not needed) */
(Uint32) -1, /* IPSID : ID of the IPS used */
(Uint32) -1, /* IPSEVENTNO : IPS Event number associated with POOL */
(Uint32) -1, /* POOLMEMENTRY : Pool memory region section ID */
0x0, /* ARGUMENT1 : First Pool-specific argument */
0x0 /* ARGUMENT2 : Second Pool-specific argument */
}
} ;
/** ============================================================================
* @name LINKCFG_poolTables
*
* @desc Array of Pool tables in the system.
* ============================================================================
*/
STATIC LINKCFG_Pool * LINKCFG_poolTables [] =
{
LINKCFG_poolTable_00 /* Pool Table 0 */
} ;
/** ============================================================================
* @name LINKCFG_dataTable_00
*
* @desc Data driver table ID 0.
* ============================================================================
*/
STATIC LINKCFG_DataDrv LINKCFG_dataTable_00 [] =
{
{
"ZCPYDATA", /* NAME : Name of the data driver */
0, /* BASECHANNELID : Base channel ID for the driver */
16, /* NUMCHANNELS : Number of channels supported */
16384, /* MAXBUFSIZE : Maximum size of buffer supported (-1 if no limit) */
(Uint32) -1, /* MEMENTRY : Memory entry ID (-1 if not needed) */
0, /* POOLID : Pool id for allocating buffers */
1, /* QUEUELENGTH : Queue length for the data driver */
0, /* IPSID : ID of the IPS used */
1, /* IPSEVENTNO : IPS Event number associated with data Driver */
0x0, /* ARGUMENT1 : First data driver specific argument */
0x0 /* ARGUMENT2 : Second data driver specific argument */
}
} ;
/** ============================================================================
* @name LINKCFG_dataTables
*
* @desc Array of Data driver tables in the system.
* ============================================================================
*/
STATIC LINKCFG_DataDrv * LINKCFG_dataTables [] =
{
LINKCFG_dataTable_00 /* Data Table 0 */
} ;
/** ============================================================================
* @name LINKCFG_mqtObjects
*
* @desc Array of Message Queue Transport objects in the system.
* ============================================================================
*/
STATIC LINKCFG_Mqt LINKCFG_mqtObjects [] =
{
{
"ZCPYMQT", /* NAME : Name of the Message Queue Transport */
(Uint32) -1, /* MEMENTRY : Memory entry ID (-1 if not needed) */
(Uint32) -1, /* MAXMSGSIZE : Maximum message size supported (-1 if no limit) */
0, /* IPSID : ID of the IPS used */
0, /* IPSEVENTNO : IPS Event number associated with MQT */
0x0, /* ARGUMENT1 : First MQT-specific argument */
0x0 /* ARGUMENT2 : Second MQT-specific argument */
}
} ;
/** ============================================================================
* @name LINKCFG_ringIoObjects
*
* @desc Array of RINGIO objects in the system.
* ============================================================================
*/
STATIC LINKCFG_RingIo LINKCFG_ringIoObjects [] =
{
{
"RINGIOTABLE", /* NAME : Name of the RingIO Table */
(Uint32) -1, /* MEMENTRY : Memory entry ID (-1 if not needed) */
64, /* NUMENTRIES : Number of RingIO entries supported */
0, /* IPSID : ID of the IPS used */
2 /* IPSEVENTNO : IPS Event number associated with RingIO */
}
} ;
/** ============================================================================
* @name LINKCFG_mplistObjects
*
* @desc Array of MPLIST objects in the system.
* ============================================================================
*/
STATIC LINKCFG_MpList LINKCFG_mplistObjects [] =
{
{
"MPLISTTABLE", /* NAME : Name of the MpList Table */
(Uint32) -1, /* MEMENTRY : Memory entry ID (-1 if not needed) */
64, /* NUMENTRIES : Number of MpList entries supported */
(Uint32) -1, /* IPSID : ID of the IPS used */
(Uint32) -1 /* IPSEVENTNO : IPS Event number associated with MpList */
}
} ;
/** ============================================================================
* @name LINKCFG_mpcsObjects
*
* @desc Array of MPCS objects in the system.
* ============================================================================
*/
STATIC LINKCFG_Mpcs LINKCFG_mpcsObjects [] =
{
{
"MPCS", /* NAME : Name of the MPCS Table */
(Uint32) -1, /* MEMENTRY : Memory entry ID (-1 if not needed) */
256, /* NUMENTRIES : Number of MPCS entries supported */
(Uint32) -1, /* IPSID : ID of the IPS used */
(Uint32) -1 /* IPSEVENTNO : IPS Event number associated with MPCS */
}
} ;
/** ============================================================================
* @name LINKCFG_logObject
*
* @desc Configuration object for the GPP.
* ============================================================================
*/
STATIC LINKCFG_Log LINKCFG_logObject = {
FALSE, /* GDMSGQPUT : GPP->DSP MSG Transfer - MSGQ_put call */
FALSE, /* GDMSGQSENDINT : GPP->DSP MSG Transfer - GPP sends interrupt */
FALSE, /* GDMSGQISR : GPP->DSP MSG Transfer - DSP receives interrupt */
FALSE, /* GDMSGQQUE : GPP->DSP MSG Transfer - Message queued at DSP */
FALSE, /* DGMSGQPUT : DSP->GPP MSG Transfer - MSGQ_put call */
FALSE, /* DGMSGQSENDINT : DSP->GPP MSG Transfer - DSP sends interrupt */
FALSE, /* DGMSGQISR : DSP->GPP MSG Transfer - GPP receives interrupt */
FALSE, /* DGMSGQQUE : DSP->GPP MSG Transfer - Message queued at GPP */
FALSE, /* GDCHNLISSUESTART : GPP->DSP CHNL Transfer - Entering inside ISSUE call */
FALSE, /* GDCHNLISSUEQUE : GPP->DSP CHNL Transfer - ISSUE: Buffer is queued in internal structure on GPP */
FALSE, /* GDCHNLISSUECOMPL : GPP->DSP CHNL Transfer - ISSUE call completed */
FALSE, /* GDCHNLXFERSTART : GPP->DSP CHNL Transfer - Initiating a buffer transfer by GPP */
FALSE, /* GDCHNLXFERPROCESS : GPP->DSP CHNL Transfer - Actual transfer of buffer is going to take place */
FALSE, /* GDCHNLXFERCOMPL : GPP->DSP CHNL Transfer - Buffer transfer is complete */
FALSE, /* GDCHNLRECLSTART : GPP->DSP CHNL Transfer - Entering RECLAIM call */
FALSE, /* GDCHNLRECLPEND : GPP->DSP CHNL Transfer - RECLAIM: Wait on a semaphore */
FALSE, /* GDCHNLRECLPOST : GPP->DSP CHNL Transfer - RECLAIM: Posting the Semaphore */
FALSE, /* GDCHNLRECLCOMPL : GPP->DSP CHNL Transfer - RECLAIM call completed */
FALSE, /* DGCHNLISSUEQUE : DSP->GPP CHNL Transfer - ISSUE: Buffer is queued in internal structure on DSP */
FALSE, /* DGCHNLXFERSTART : DSP->GPP CHNL Transfer - Initiating a buffer transfer by DSP */
FALSE, /* DGCHNLXFERPROCESS : DSP->GPP CHNL Transfer - Actual transfer of buffer is going to take place */
FALSE, /* DGCHNLXFERCOMPL : DSP->GPP CHNL Transfer - Buffer transfer is complete */
FALSE, /* DGCHNLRECLPEND : DSP->GPP CHNL Transfer - RECLAIM: Wait on a semaphore */
FALSE, /* DGCHNLRECLPOST : DSP->GPP CHNL Transfer - RECLAIM: Posting the Semaphore */
10, /* MSGIDRANGESTART : MSG ID range: lower limit */
20 /* MSGIDRANGEEND : MSG ID range: upper limit */
} ;
/** ============================================================================
* @name LINKCFG_linkDrvObjects
*
* @desc Array of Link driver objects in the system.
* ============================================================================
*/
STATIC LINKCFG_LinkDrv LINKCFG_linkDrvObjects [] =
{
{
"SHMDRV", /* NAME : Name of the link driver */
DRVHANDSHAKEPOLLCOUNT, /* HSHKPOLLCOUNT : Poll value for which handshake waits (-1 if infinite) */
(Uint32) SHAREDENTRYID1, /* MEMENTRY : Memory entry ID (-1 if not needed) */
0, /* IPSTABLEID : ID of the IPS table used */
sizeof (LINKCFG_ipsTable_00) / sizeof (LINKCFG_Ips), /* IPSENTRIES : Number of IPS supported */
0, /* POOLTABLEID : ID of the POOL table */
0, /* NUMPOOLS : Number of POOLs supported */
0, /* DATATABLEID : ID of the data driver table */
sizeof (LINKCFG_dataTable_00) / sizeof (LINKCFG_DataDrv), /* NUMDATADRV : Number of data drivers supported */
0, /* MQTID : ID of the MQT */
0, /* RINGIOTABLEID : RingIO Table Id used for this DSP */
0, /* MPLISTTABLEID : MpList Table Id used for this DSP */
0 /* MPCSTABLEID : MPCS Table ID used for this DSP */
},
} ;
/** ============================================================================
* @name LINKCFG_dspObjects
*
* @desc Array of configuration objects for the DSPs in the system.
* ============================================================================
*/
STATIC LINKCFG_Dsp LINKCFG_dspObject =
{
"OMAP3530", /* NAME : Name of the DSP */
DspArch_C64x, /* ARCHITECTURE : DSP architecture */
"COFF", /* LOADERNAME : Name of the DSP executable loader */
FALSE, /* AUTOSTART : Autostart the DSP (Not supported) */
"DEFAULT.OUT", /* EXECUTABLE : Executable for autostart */
DSP_BootMode_Boot_NoPwr, /* DODSPCTRL : Link does boot mode dependent DSP control */
RESETCTRLADDR, /* RESUMEADDR : Resume address */
RESETCTRLADDR, /* RESETVECTOR : Reset Vector for the DSP */
RESETCTRLSIZE, /* RESETCODESIZE : Size of code at DSP Reset Vector */
1, /* MADUSIZE : DSP Minimum Addressable Data Unit */
891000, /* CPUFREQ : DSP Frequency (in KHz) */
Endianism_Little, /* ENDIAN : DSP Endianism */
FALSE, /* WORDSWAP : Words must be swapped when writing to memory */
0, /* MEMTABLEID : ID of the memory table used */
sizeof (LINKCFG_memTable_00)/sizeof (LINKCFG_MemEntry), /* MEMENTRIES : Number of entries in memory table */
0, /* LINKDRVID : ID of the link driver used */
-1, /* ARG1 : Bus No of PCI card */
-1, /* ARG2 : Slot No of PCI card */
0, /* ARG3 : Shared memory interface */
0, /* ARG4 : Physical interface 1-pci 2-vlynq*/
(Uint32) -1l /* ARG5 : EDMA channel number, Unused for OMAP*/
} ;
/** ============================================================================
* @name MyDSPMem_Config
*
* @desc DSP/BIOS LINK configuration structure.
* ============================================================================
*/
LINKCFG_DspConfig MyDSPMem_Config = {
(LINKCFG_Dsp *) &LINKCFG_dspObject, /* DSPOBJECTS : Array of DSP objects */
sizeof (LINKCFG_linkDrvObjects)/sizeof (LINKCFG_LinkDrv), /* NUMLINKDRVS : Number of Link Drviers*/
(LINKCFG_LinkDrv *) LINKCFG_linkDrvObjects, /* LINKDRVOBJECTS : Array of Link Driver objects */
sizeof (LINKCFG_memTables)/sizeof (LINKCFG_MemEntry *), /* NUMMEMTABLES : Number of memory tables */
(LINKCFG_MemEntry **) LINKCFG_memTables, /* MEMTABLES : Array of Memory tables */
sizeof (LINKCFG_ipsTables)/sizeof (LINKCFG_Ips *), /* NUMIPSTABLES : Number of IPS tables */
(LINKCFG_Ips **) LINKCFG_ipsTables, /* IPSTABLES : Array of IPS tables */
sizeof (LINKCFG_poolTables)/sizeof (LINKCFG_Pool *), /* NUMPOOLTABLES : Number of POOL tables */
(LINKCFG_Pool **) LINKCFG_poolTables, /* POOLTABLES : Array of Pool tables */
sizeof (LINKCFG_dataTables)/sizeof (LINKCFG_DataDrv *), /* NUMDATATABLES : Number of data tables */
(LINKCFG_DataDrv **) LINKCFG_dataTables, /* DATATABLES : Array of data tables */
sizeof (LINKCFG_mqtObjects)/sizeof (LINKCFG_Mqt), /* NUMMQTS : Number of MQTs */
(LINKCFG_Mqt *) LINKCFG_mqtObjects, /* MQTOBJECTS : Array of MQT objects */
sizeof (LINKCFG_ringIoObjects)/sizeof (LINKCFG_RingIo), /* NUMRINGIOTABLES: Number of RINGIO tables */
(LINKCFG_RingIo *) LINKCFG_ringIoObjects, /* RINGIOOBJECTS : Array of RINGIO objects */
sizeof (LINKCFG_mplistObjects)/sizeof (LINKCFG_MpList), /* NUMMPLISTTABLES: Number of MPLIST tables */
(LINKCFG_MpList *) LINKCFG_mplistObjects, /* MPLISTOBJECTS : Array of MPLIST objects */
sizeof (LINKCFG_mpcsObjects)/sizeof (LINKCFG_Mpcs), /* NUMMPCSTABLES : Number of MPCS tables */
(LINKCFG_Mpcs *) LINKCFG_mpcsObjects, /* MPCSOBJECTS : Array of MPCS objects */
(LINKCFG_Log *) &LINKCFG_logObject, /* LOGOBJECT : Pointer to LOG object */
} ;
//-------------------------------------
/*
LINKCFG_Gpp
typedef struct LINKCFG_Gpp_tag {
Char8 name [DSP_MAX_STRLEN] ;
Uint32 maxMsgqs ;
Uint32 maxChnlQueue ;
Uint32 poolTableId ;
Uint32 numPools ;
LINKCFG_GppOs * gppOsObject ;
} LINKCFG_Gpp
*/
LINKCFG_Object LINKCFG_myConfig =
{
&LINKCFG_gppObject,
{&MyDSPMem_Config, }
};
#if defined (__cplusplus)
}
#endif /* defined (__cplusplus) */
*** DSPLink trace ***
Entered PROC_setup ()
linkCfg [0xc66d30]
Entered DRV_Initialize ()
drvObj [0xc90b9c]
arg [0x0]
Leaving DRV_Initialize () status [0x8000]
Entered DRV_ProtectInit ()
drvObj [0xd13970]
Leaving DRV_ProtectInit () status [0x8000]
Entered DRV_ProtectEnter ()
drvObj [0xd13970]
Leaving DRV_ProtectEnter () status [0x8000]
Entered DRV_Invoke ()
drvObj [0xd13970]
cmdId [0xc018e011]
arg1 [0xbe940a58]
arg2 [0x0]
Entered DRV_installCleanupRoutines ()
linkCfgPtr [0xc66d30]
Leaving DRV_installCleanupRoutines ()
osStatus: 0
Status: 8000
Leaving DRV_Invoke () status [0x8000]
Entered _MEM_USR_init ()
Leaving _MEM_USR_init () status [0x8000]
Entered _IDM_USR_init ()
Entered DRV_Invoke ()
drvObj [0xd13970]
cmdId [0xc018e053]
arg1 [0xbe940a2c]
arg2 [0x0]
Status: 8000
Leaving DRV_Invoke () status [0x8000]
Leaving _IDM_USR_init () status [0x8000]
Entered _SYNC_USR_init ()
Entered _IDM_USR_create ()
key [0x10080]
attrs [0xbe940a34]
Entered DRV_Invoke ()
drvObj [0xd13970]
cmdId [0xc018e055]
arg1 [0xbe940a0c]
arg2 [0x0]
Status: 8000
Leaving DRV_Invoke () status [0x8000]
Leaving _IDM_USR_create () status [0x8000]
Leaving _SYNC_USR_init () status [0x8000]
Entered _SYNC_USR_createCS ()
idKey [0xa91230]
csObj [0xc90ba4]
Entered _IDM_USR_acquireId ()
key [0x10080]
idKey [0xa91230]
id [0xbe940a38]
Entered DRV_Invoke ()
drvObj [0xd13970]
cmdId [0xc018e057]
arg1 [0xbe940a0c]
arg2 [0x0]
Status: 8000
Leaving DRV_Invoke () status [0x8000]
Leaving _IDM_USR_acquireId () status [0x8000]
Leaving _SYNC_USR_createCS () status [0x8000]
Entered DRV_ProtectLeave ()
drvObj [0xd13970]
Leaving DRV_ProtectLeave () status [0x8000]
Entered PROC_resetCurStatus ()
Leaving PROC_resetCurStatus ()
Leaving PROC_setup () status [0x8000]
Entered PROC_attach ()
procId [0x0]
attr [0x0]
Entered DRV_Initialize ()
drvObj [0xc90b9c]
arg [0x0]
Entered _SYNC_USR_enterCS ()
csObj [0xd13988]
Leaving _SYNC_USR_enterCS () status [0x8000]
Entered _SYNC_USR_leaveCS ()
csObj [0xd13988]
Leaving _SYNC_USR_leaveCS () status [0x8000]
Leaving DRV_Initialize () status [0x8000]
Entered _SYNC_USR_enterCS ()
csObj [0xd13988]
Leaving _SYNC_USR_enterCS () status [0x8000]
Entered DRV_Invoke ()
drvObj [0xd13970]
cmdId [0xc018e018]
arg1 [0xbe940a54]
arg2 [0x0]
Status: 8000800c
Leaving DRV_Invoke () status [0x8000800c]
Entered _SYNC_USR_leaveCS ()
csObj [0xd13988]
Leaving _SYNC_USR_leaveCS () status [0x8000]
Leaving PROC_attach () status [0x8000800c]
PROC_attach () failed. Status = [0x8000800c]
Operation failed due to memory error.
Entered DSPLINK_atExitHandler ()
