Lines Matching full:encoded

437 String identifiers are always encoded as four byte unsigned integers
457 type begins with metadata encoded into a
459 This encoded information tells us three different pieces of information:
515 The following macros are useful for constructing and deconstructing the encoded
535 A label is encoded into the
549 Each label is encoded in the file format using the following eight byte
559 The name is encoded in the
566 The type identifier encoded in the member
683 For functions which have no type information available, they are encoded as
685 Functions with arguments are encoded differently.
691 Functions with type information are encoded as:
694 For functions that have no type information, nothing else is encoded, and the
695 next function is encoded.
698 is encoded with the type identifier of the return type of the function.
702 When a function has a final varargs argument, that is encoded with the type
707 the function section is encoded in the order of the symbol table.
744 	uint32_t ctt_info;	/* encoded kind, variant length */
753 	uint32_t ctt_info;	/* encoded kind, variant length */
800 is encoded as described in the section
810 is encoded as described in the section
824 All integers must be encoded with a variable length of zero.
964 are type identifiers which are encoded as per the section
978 member is encoded with the type identifier of the return type of the function.
987 and encoded according to the
1004 Structures and Unions, which are encoded with
1022 member; all members are encoded using the same structure.
1044 The name is encoded as an offset into the string table as described by the
1052 They are encoded as per the section
1104 The enumerators encoded in an enumeration have the following structure in the
1115 refers to the name of the enumerator's value, it is encoded according to the