P99_BOOL_LEN P99_BOOL_QUAL_LEN P99_BUILTIN_MAX P99_BUILTIN_MIN P99_BUILTIN_TYPE P99_CAT2 P99_CONST_LEN P99_FLOAT_LEN P99_FLOAT_QUAL_LEN P99_INTEGER_LEN P99_INTEGER_QUAL_LEN P99_INTEGER_RANK P99_INTEGER_SIGN P99_INTEGER_SIGNED P99_INTEGER_UNSIGNED P99_IS_BOOL_QUAL_TOK P99_IS_BOOL_TOK P99_IS_CONST_TOK P99_IS_FLOAT_QUAL_TOK P99_IS_FLOAT_TOK P99_IS_INTEGER_QUAL_TOK P99_IS_INTEGER_TOK P99_IS_KEYWORD_TOK P99_IS_REAL_QUAL_TOK P99_IS_REAL_TOK P99_IS_RESERVED_TOK P99_IS_RESTRICT_TOK P99_IS_TYPE_QUAL_TOK P99_IS_TYPE_TOK P99_IS_VOID_QUAL_TOK P99_IS_VOID_TOK P99_IS_VOLATILE_TOK P99_KEYWORD_LEN P99_PASTE P99_PASTE0 P99_PASTE1 P99_PASTE2 P99_PASTE3 P99_PASTE4 P99_PASTE5 P99_PASTE6 P99_PASTID P99_PASTID0 P99_PASTID1 P99_PASTID2 P99_REAL_LEN P99_REAL_QUAL_LEN P99_RESERVED_LEN P99_RESTRICT_LEN P99_TOK_EQ P99_TYPE_LEN P99_TYPE_QUAL_LEN P99_VOID_LEN P99_VOID_QUAL_LEN P99_VOLATILE_LEN

P99_PASTE2 #define P99_PASTE2 (   _1,   _2  )    P99_CAT2(_1, _2) Paste two token sequences at their junction. This macro does the evaluation of the arguments first and then proceeds with the concatenation of the results. Thus #define B(x) toto(x) P99_CAT2(A, B(6)); will result in Atoto(6) and not in AB(6); Definition at line 82 of file p99_paste.h.