NetMsgs Base Data Module

Modules
		sys

Classes
		exceptions.Exception(exceptions.BaseException) NetMsgsError   class NetMsgsError(exceptions.Exception)     NetMsgs Exception Class.     Method resolution order: NetMsgsError exceptions.Exception exceptions.BaseException __builtin__.object Methods defined here: __init__(self, msg='XML Parser Error') Raise exception.   Parameters:   msg    - Exception message string. Data descriptors defined here: __weakref__ list of weak references to the object (if defined) Data and other attributes inherited from exceptions.Exception: __new__ = <built-in method __new__ of type object> T.__new__(S, ...) -> a new object with type S, a subtype of T Methods inherited from exceptions.BaseException: __delattr__(...) x.__delattr__('name') <==> del x.name __getattribute__(...) x.__getattribute__('name') <==> x.name __getitem__(...) x.__getitem__(y) <==> x[y] __getslice__(...) x.__getslice__(i, j) <==> x[i:j]   Use of negative indices is not supported. __reduce__(...) __repr__(...) x.__repr__() <==> repr(x) __setattr__(...) x.__setattr__('name', value) <==> x.name = value __setstate__(...) __str__(...) x.__str__() <==> str(x) __unicode__(...) Data descriptors inherited from exceptions.BaseException: __dict__ args message

Functions
		IsIdentifier(token) Returns True if token is a valid identifier, else False.   Parameters:   token   - Parsed token. NMFCode lambda xmlftype ## Get NetMsgs field type code given the XML field type. PrettyPrintAssignExpr(name, val, col=0, indent=0, fp=<open file '<stderr>', mode 'w'>) Pretty print name = value.   Parameters:   nam     - Variable name   val     - Variable value.   col     - Current column position.   indent  - Indentation.   fp      - Opened file pointer. PrettyPrintCols(fp, cursor, *args, **kwargs) Pretty print argument strings aligned to column.   Parameters:   cursor    - Current column cursor position.   args      - List of argument (pos, s) 2-tuples.   kwargs    - Print control keywords. PrettyPrintDict(d, col=0, indent=0, fp=<open file '<stderr>', mode 'w'>) Pretty print dictionary in sorted, indented clarity.   Parameters:   d       - The dictionary.   col     - Current column position.   indent  - Indentation.   fp      - Opened file pointer.   Return:   New column position PrettyPrintList(l, col=0, indent=0, fp=<open file '<stderr>', mode 'w'>) Pretty print list.   Parameters:   l       - The list.   col     - Current column position.   indent  - Indentation.   fp      - Opened file pointer.   Return:   New column position PrettyPrintVal(val, col=0, indent=0, fp=<open file '<stderr>', mode 'w'>) Pretty print value.   Parameters:   val     - Variable value.   col     - Current column position.   indent  - Indentation.   fp      - Opened file pointer.   Return:   New column position PrintBits(val, msbit, count=None, preface='', fp=<open file '<stderr>', mode 'w'>) Pretty print bits in value to opened file stream.    Parameters:   val     - Bits to print.   msbit   - Starting most significant bit, zero based.   count   - Number of bits to print (None = msbit+1).   preface - Optional buffer preface string.   fp      - Output file pointer. PrintBuf(buf, count=None, preface='', nlfreq=None, indent=0, col=0, fp=<open file '<stderr>', mode 'w'>) Pretty print binary buffer to opened file stream.   Parameters:   buf     - Buffer to print.   count   - Number of bytes to print.   preface - Optional buffer preface string.   nlfreq  - Newline frequency (None for no newlines).   ident   - Indentation column alignment.   col     - Current column position.   fp      - Output file pointer. StrError(ecode) Get the error string describing the NetMsgs error code.   The absolute value of the error code is taken prior retrieving the string. An unknown or out-of-range error code will be mapped to NM_ECODE_BADEC.   Parameters:   ecode     - NetMsgs error code.   Return:   The appropriate error code string. nmStrError(...) space lambda indent ## space quickie

Data
		NMAliasMap = {'byte': 'u8', 'double': 'f64', 'float': 'f32', 'int': 's32', 'longlong': 's64', 'longpointer': 'p64', 'pointer': 'p32', 'schar': 's8', 'short': 'u16', 'uint': 'u32', ...} NMBuiltInFieldTypes = {'bool': {'T': 'bool_t', 'code': '?', 'comp': 'simple', 'desc': 'boolean 0=false, 1(non-zero)=true', 'flen': 1, 'pre': 'b'}, 'byte': {'T': 'byte_t', 'code': 'B', 'comp': 'simple', 'desc': 'unsigned 8-bit integer', 'flen': 1, 'pre': 'by'}, 'char': {'T': 'char', 'code': 'c', 'comp': 'simple', 'desc': '8-bit character', 'flen': 1, 'pre': 'c'}, 'double': {'T': 'double', 'code': 'F', 'comp': 'simple', 'desc': '64-bit floating-point number', 'flen': 8, 'pre': 'f'}, 'f32': {'T': 'float', 'code': 'f', 'comp': 'simple', 'desc': '32-bit floating-point number', 'flen': 4, 'pre': 'hf'}, 'f64': {'T': 'double', 'code': 'F', 'comp': 'simple', 'desc': '64-bit floating-point number', 'flen': 8, 'pre': 'f'}, 'float': {'T': 'float', 'code': 'f', 'comp': 'simple', 'desc': '32-bit floating-point number', 'flen': 4, 'pre': 'hf'}, 'int': {'T': 'int', 'code': 'i', 'comp': 'simple', 'desc': 'signed 32-bit integer', 'flen': 4, 'pre': 'i'}, 'longlong': {'T': 'long long', 'code': 'q', 'comp': 'simple', 'desc': 'signed 64-bit integer', 'flen': 8, 'pre': 'lli'}, 'longpointer': {'T': 'void *', 'code': 'P', 'comp': 'simple', 'desc': '64-bit pointer', 'flen': 8, 'pre': 'p'}, ...} NMEncoding = ['flat', 'itv'] NMEncodingCLI = 2 NMEncodingFlat = 0 NMEncodingITV = 1 NMEncodingNumOf = 3 NMEndian = ['big', 'little', 'native'] NMEndianBig = 0 NMEndianLittle = 1 NMEndianNative = 2 NMFHdrLen = {'flat': {'simple': 0, 'string': 0, 'struct': 0, 'vector': 0}, 'itv': {'simple': 2, 'string': 3, 'struct': 3, 'vector': 4}} NMFID_NONE = 0 NMFIdNone = 0 NMFTypeBool = '?' NMFTypeByte = 'B' NMFTypeChar = 'c' NMFTypeCode2Xml = {'?': 'bool', 'B': 'u8', 'F': 'f64', 'H': 'u16', 'I': 'u32', 'P': 'p64', 'Q': 'u64', '[': 'vector', 'b': 's8', 'c': 'char', ...} NMFTypeCodeCompound = ['s', '{', '['] NMFTypeCodeSimple = ['c', 'B', 'b', '?', 'H', 'h', 'I', 'i', 'Q', 'q', 'f', 'F', 'p', 'P'] NMFTypeCompound = ['string', 'struct', 'vector'] NMFTypeDouble = 'F' NMFTypeF32 = 'f' NMFTypeF64 = 'F' NMFTypeFloat = 'f' NMFTypeInt = 'i' NMFTypeLongLong = 'q' NMFTypeLongPointer = 'P' NMFTypeNone = 0 NMFTypeNumOf = 18 NMFTypeNumber = ['u8', 's8', 'u16', 's16', 'u32', 's32', 'u64', 's64', 'f32', 'f64'] NMFTypeP32 = 'p' NMFTypeP64 = 'P' NMFTypePad = 'x' NMFTypePadTr = 0 NMFTypePointer = 'p' NMFTypeS16 = 'h' NMFTypeS32 = 'i' NMFTypeS64 = 'q' NMFTypeS8 = 'b' NMFTypeSChar = 'b' NMFTypeShort = 'h' NMFTypeSimple = ['char', 'u8', 's8', 'bool', 'u16', 's16', 'u32', 's32', 'u64', 's64', 'f32', 'f64', 'p32', 'p64'] NMFTypeString = 's' NMFTypeStruct = '{' NMFTypeU16 = 'H' NMFTypeU32 = 'I' NMFTypeU64 = 'Q' NMFTypeU8 = 'B' NMFTypeUInt = 'I' NMFTypeULongLong = 'Q' NMFTypeUShort = 'H' NMFTypeVector = '[' NMFVAL_LEN_BOOL = 1 NMFVAL_LEN_BYTE = 1 NMFVAL_LEN_CHAR = 1 NMFVAL_LEN_DOUBLE = 8 NMFVAL_LEN_F32 = 4 NMFVAL_LEN_F64 = 8 NMFVAL_LEN_FLOAT = 4 NMFVAL_LEN_INT = 4 NMFVAL_LEN_LONGLONG = 8 NMFVAL_LEN_LONGPOINTER = 8 NMFVAL_LEN_MAX_STRING = 255 NMFVAL_LEN_MAX_VECTOR = 255 NMFVAL_LEN_P32 = 4 NMFVAL_LEN_P64 = 8 NMFVAL_LEN_POINTER = 4 NMFVAL_LEN_S16 = 2 NMFVAL_LEN_S32 = 4 NMFVAL_LEN_S64 = 8 NMFVAL_LEN_S8 = 1 NMFVAL_LEN_SCHAR = 1 NMFVAL_LEN_SHORT = 2 NMFVAL_LEN_STRING = 0 NMFVAL_LEN_STRUCT = 0 NMFVAL_LEN_U16 = 2 NMFVAL_LEN_U32 = 4 NMFVAL_LEN_U64 = 8 NMFVAL_LEN_U8 = 1 NMFVAL_LEN_UINT = 4 NMFVAL_LEN_ULONGLONG = 8 NMFVAL_LEN_USHORT = 2 NMFVAL_LEN_VECTOR = 0 NMITV_FCOUNT_SIZE = 1 NMITV_FHDR_SIZE_BASE = 2 NMITV_FHDR_SIZE_SIMPLE = 2 NMITV_FHDR_SIZE_STRING = 3 NMITV_FHDR_SIZE_STRUCT = 3 NMITV_FHDR_SIZE_VECTOR = 4 NMITV_FID_SIZE = 1 NMITV_FTYPE_SIZE = 1 NMITV_MSGHDR_SIZE = 3 NMITV_MSGID_SIZE = 2 NMKeyOrder = '>' NMKeyPad = '#' NMMSG_ID_NONE = 0 NMPadDftCount = 1 NMPadFVal = 0 NMStringMaxCount = 255 NMVectorMaxCount = 255 NMVectorSuffix = '[]' NM_ECODE_ARCH_NOTSUP = 3 NM_ECODE_BADEC = 9 NM_ECODE_EMSG = 6 NM_ECODE_FTYPE = 5 NM_ECODE_GEN = 1 NM_ECODE_INTERNAL = 8 NM_ECODE_MSGID = 7 NM_ECODE_NOMEM = 2 NM_ECODE_NUMOF = 10 NM_ECODE_RANGE = 4 NM_OK = 0