stabs N_MAIN with name "main" to identify entry functionN_SO source file.  might be preceded by dir ending in /	value is code ptr	empty string means source doneN_SOL source include file, value = text addr of where this startsN_SLINE start of source line	no name	desc = line number	value = code addr for that line N_FUN (36) function def	'F' global 'f' local	value = addr	desc = line number of def	return type is number after : 	nil name marks end of function constants 	c= XXX p. 15 N_LSYM (128) local variable	:type-number	value = offset from fp	:ptype means parameter passed in reg but stored as variable N_GSYM (32) global variable	addr not given (use external symbol)	:type N_RSYM register value N_STSYM(38)/N_FUN/N_LCSYM(40) data/text/bss	static varibale 'S' file static 'V' procedure static	:Stype :Vtype N_PSYM (160) parameter 	:ptype	value=offset from fp	desc = line number of decl 	register params followed by an N_RSYM with same name and :rtype. skip types type (a,b) means a=file number b=type number N_BINCL/N_EINCL begin/end includeN_EXCL - same effect as earlier guy   ============= type crap   	name:symbol_opt typeinfo typeinfo ::= typenum | typenum = attr* typedef typenum ::= integer | '(' integer ',' integer ')' attr ::= @ attrtext ; attrtext ::= 'a' integer 	(alignment)	| 'p' integer	(pointer class)	| 'P'	(packed type)	| 's' integer	(size of type in bits)	| 'S' 	(string instead of array of chars) typedef ::= typeinfo	| 'b' ('u' | 's') 'c'? width; offset; nbits; 		(builtin, signed/unsigned, char/not, width in bytes, offset & nbits of type)	| 'w'		(aix wide char type, not used)	| 'R' fptype; bytes;			(fptype 1=32-bit, 2=64-bit, 3=complex, 4=complex16, 5=complex32, 6=long double)	| 'g' typeinfo ';' nbits 		(aix floating, not used)	| 'c' typeinfo ';' nbits		(aix complex, not used)	| -1		int32	| -2		char8	| -3		int16	| -4		int32 (long)	| -5		uchar8	| -6		schar8	| -7		uint16	| -8		uint32	| -9		uint32	| -10		ulong32	| -11		void	| -12		float	| -13		double	| -14		long double	| -15		int32	| -16		bool32	| -17		short real	| -18		real	| -19		stringptr	| -20		character8	| -21		logical*1 8	| -22		logical*2 16	| -23		logical*4 32	| -24		logical 32	| -25		complex (two single)	| -26		complex (two double)	| -27		integer*1 8 signed	| -28		integer*2 16 signed	| -29		integer*4 32 signed	| -30		wchar 16 wide char	| -31		int64	| -32		uint64	| -33		logical*8 64	| -34		integer*8 64 signed	| 'b' typeinfo ';' bytes		(ibm, no idea)	| 'B' typeinfo		(volatile typref)	| 'd' typeinfo		(file of typeref)	| 'k' typeinfo		(const typeref)	| 'M' typeinfo ';' length		(multiple instance type, fortran)	| 'S' typeinfo		(set, typeref must have small number of values)	| '*' typeinfo		(pointer to typeref)	| 'x' ('s'|'u'|'e') name ':'	(struct, union, enum reference.  name can have '::' in it)	| 'r' typeinfo ';' low ';' high ';'		(subrange.  typeref can be type being defined for base types!)			low and high are bounds			if bound is octal power of two, it's a big negative number	| ('a'|'P') indextypedef arraytypeinfo 	(array, index should be range type)				indextype is type definition not typeinfo (need not say typenum=)				P means packed array	| 'A' arraytypeinfo		(open array (no index bounds))	| 'D' dims ';' typeinfo		(dims-dimensional dynamic array)	| 'E' dims ';' typeinfo		(subarray of N-dimensional array)	| 'n' typeinfo ';' bytes		(max length string)	| 'z' typeinfo ';' bytes		(no idea what difference is from 'n')	| 'N'					(pascal stringptr)	| 'e' (name ':' bigint ',')* ';'	(enum listing)	| ('s'|'u') bytes (name ':' type ',' bitoffset ',' bitsize ';')* ';'		(struct/union defn)						tag is given as name in stabs entry, with 'T' symbol	| 'f' typeinfo ';' 			(function returning type)	| 'f' rettypeinfo ',' paramcount ';' (typeinfo ',' (0|1) ';')* ';'	| 'p' paramcount ';' (typeinfo ',' (0|1) ';')* ';'	| 'F' rettypeinfo ',' paramcount ';' (name ':' typeinfo ',' (0|1) ';')* ';'	| 'R' paramcount ';' (name ':' typeinfo ',' (0|1) ';')* ';'						(the 0 or 1 is pass-by-reference vs pass-by-value)						(the 0 or 1 is pass-by-reference vs pass-by-value) bound ::= 	'A' offset			(bound is on stack by ref at offset offset from arg list)	| 'T' offset			(bound is on stack by val at offset offset from arg list)	| 'a' regnum		(bound passed by reference in register)	| 't' regnum		(bound passed by value in register)	| 'J'				(no bound)	| bigint bigint ::= '-'? decimal	| 0 octal	| -1 C++ symbol 'Tt' means typename + tag in one stab names can have ::, as in foo::bar::baz::t1 t16 unknown type just like voidt17 vtable record type