Note
Access to this page requires authorization. You can try signing in or changing directories.
Access to this page requires authorization. You can try changing directories.
This structure defines processor information about the target device and the probe.
typedef struct _GLOBAL_TARGET_INFO_STRUCT2 { DWORD dwTargetCpuMajorFamily;DWORDdwTargetCpuCapabilities;DWORDdwNumberOfCpus;LPOLESTRszTargetName;LPOLESTRszProbeName;}GLOBAL_TARGET_INFO_STRUCT2;
Members
dwTargetCpuMajorFamily
The CPU architecture family.The following table shows possible values for this member.
Programming element Value Description CPUF_X86 0 x86 processor family CPUF_SHX 1 SH-4 processor family CPUF_MIPS 2 MIPS processor family CPUF_ARM 3 ARM processor family CPUF_IA64 4 IA64 processor family CPUF_UNK 0xFFFFFFF Unknown processor family If the driver supports multiple CPU families, this field should be CPUF_UNK until the processor in the target is clearly identified.
dwTargetCpuCapabilities
Bit array with a different meaning for each CPU family.The following table shows values for the bitfield mask.
Bitfield mask Value Generic CPU family CPUC_16BIT 0x00000001 CPUC_32BIT 0x00000002 CPUC_64BIT 0x00000004 CPUC_DSP 0x00000010 CPUC_FP 0x00001000 X86 CPU family CPUC_387 CPUC_FP CPUC_AMD64 CPUC_64BIT CPUC_MMX CPUC_DSP CPUC_MMX2 0x00000020 CPUC_SSE 0x00000040 CPUC_SSE2 0x00000080 Pentium CPU family CPUC_586 0x00000100 Pentium 2, 3, or Celeron CPU family CPUC_686 0x00000200 Pentium 4 CPU family CPUC_786 0x00000400 SHX CPU family CPUC_SH3DSP CPUC_DSP CPUC_SH4 0x00000100 ARM CPU family CPUC_THUMB CPUC_16BIT CPUC_THUMB2 0x00000008 CPUC_CONCAN CPUC_DSP CPUC_V4 0x00000100 CPUC_V5 0x00000200 CPUC_V6 0x00000400 MIPS CPU family CPUC_MIPS16 CPUC_16BIT dwNumberOfCpus
Number of CPUs.For a symmetric multiprocessor platform (SMP), this parameter must be greater than 1.
dbc
DEBUG_ACCESS_CAPABILITIES_STRUCT2 structure.szTargetName
Name of debugging target.szProbeName
Name of hardware probe.
Requirements
OS Version: Windows CE 5.0 and later.
Header: exdi2.h.See Also
Send Feedback on this topic to the authors