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/*
Crown Copyright (c) 1997
This TenDRA(r) Computer Program is subject to Copyright
owned by the United Kingdom Secretary of State for Defence
acting through the Defence Evaluation and Research Agency
(DERA). It is made available to Recipients with a
royalty-free licence for its use, reproduction, transfer
to other parties and amendment for any purpose not excluding
product development provided that any such use et cetera
shall be deemed to be acceptance of the following conditions:-
(1) Its Recipients shall ensure that this Notice is
reproduced upon any copies or amended versions of it;
(2) Any amended version of it shall be clearly marked to
show both the nature of and the organisation responsible
for the relevant amendment or amendments;
(3) Its onward transfer from a recipient to another
party shall be deemed to be that party's acceptance of
these conditions;
(4) DERA gives no warranty or assurance as to its
quality or suitability for any purpose and DERA accepts
no liability whatsoever in relation to any use to which
it may be put.
*/
/* AUTOMATICALLY GENERATED BY make_tdf VERSION 2.0 FROM TDF 4.1 */
#include "config.h"
#include "types.h"
#include "de_types.h"
#include "enc_types.h"
#include "check.h"
#include "decode.h"
#include "de_capsule.h"
#include "de_unit.h"
#include "encode.h"
#include "node.h"
#include "read.h"
#include "shape.h"
#include "table.h"
#include "tdf.h"
#include "utility.h"
/* INITIALISE CONSTRUCTS */
void init_constructs
PROTO_Z ()
{
sortname s ;
s = SORT_access ;
sort_letters [s] = 'u' ;
sort_encoding [s] = 4 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_access ;
sort_read [s] = read_access ;
new_sort ( s, 14 ) ;
new_cons ( "access_apply_token", s, 1, "!" ) ;
sort_tokens [s] = 1 ;
new_cons ( "access_cond", s, 2, "x@[u]@[u]" ) ;
sort_conds [s] = 2 ;
new_cons ( "add_accesses", s, 3, "uu" ) ;
new_cons ( "constant", s, 4, ( char * ) null ) ;
new_cons ( "long_jump_access", s, 5, ( char * ) null ) ;
new_cons ( "no_other_read", s, 6, ( char * ) null ) ;
new_cons ( "no_other_write", s, 7, ( char * ) null ) ;
new_cons ( "out_par", s, 8, ( char * ) null ) ;
new_cons ( "preserve", s, 9, ( char * ) null ) ;
new_cons ( "register", s, 10, ( char * ) null ) ;
new_cons ( "standard_access", s, 11, ( char * ) null ) ;
new_cons ( "used_as_volatile", s, 12, ( char * ) null ) ;
new_cons ( "visible", s, 13, ( char * ) null ) ;
s = SORT_al_tag ;
sort_letters [s] = 'A' ;
sort_encoding [s] = 1 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_al_tag ;
sort_read [s] = read_al_tag ;
new_sort ( s, 3 ) ;
new_cons ( "al_tag_apply_token", s, 2, "!" ) ;
sort_tokens [s] = 2 ;
new_cons ( "make_al_tag", s, 1, "i" ) ;
s = SORT_alignment ;
sort_letters [s] = 'a' ;
sort_encoding [s] = 4 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_alignment ;
sort_read [s] = read_alignment ;
new_sort ( s, 13 ) ;
new_cons ( "alignment_apply_token", s, 1, "!" ) ;
sort_tokens [s] = 1 ;
new_cons ( "alignment_cond", s, 2, "x@[a]@[a]" ) ;
sort_conds [s] = 2 ;
new_cons ( "alignment", s, 3, "S" ) ;
new_cons ( "alloca_alignment", s, 4, ( char * ) null ) ;
new_cons ( "callees_alignment", s, 5, "b" ) ;
new_cons ( "callers_alignment", s, 6, "b" ) ;
new_cons ( "code_alignment", s, 7, ( char * ) null ) ;
new_cons ( "locals_alignment", s, 8, ( char * ) null ) ;
new_cons ( "obtain_al_tag", s, 9, "A" ) ;
new_cons ( "parameter_alignment", s, 10, "S" ) ;
new_cons ( "unite_alignments", s, 11, "aa" ) ;
new_cons ( "var_param_alignment", s, 12, ( char * ) null ) ;
s = SORT_bitfield_variety ;
sort_letters [s] = 'B' ;
sort_encoding [s] = 2 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_bitfield_variety ;
sort_read [s] = read_bitfield_variety ;
new_sort ( s, 4 ) ;
new_cons ( "bfvar_apply_token", s, 1, "!" ) ;
sort_tokens [s] = 1 ;
new_cons ( "bfvar_cond", s, 2, "x@[B]@[B]" ) ;
sort_conds [s] = 2 ;
new_cons ( "bfvar_bits", s, 3, "bn" ) ;
s = SORT_bool ;
sort_letters [s] = 'b' ;
sort_encoding [s] = 3 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_bool ;
sort_read [s] = read_bool ;
new_sort ( s, 5 ) ;
new_cons ( "bool_apply_token", s, 1, "!" ) ;
sort_tokens [s] = 1 ;
new_cons ( "bool_cond", s, 2, "x@[b]@[b]" ) ;
sort_conds [s] = 2 ;
new_cons ( "false", s, 3, ( char * ) null ) ;
new_cons ( "true", s, 4, ( char * ) null ) ;
s = SORT_callees ;
sort_letters [s] = 'q' ;
sort_encoding [s] = 2 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_callees ;
sort_read [s] = read_callees ;
new_sort ( s, 4 ) ;
new_cons ( "make_callee_list", s, 1, "*[x]" ) ;
new_cons ( "make_dynamic_callees", s, 2, "xx" ) ;
new_cons ( "same_callees", s, 3, ( char * ) null ) ;
s = SORT_error_code ;
sort_letters [s] = 'c' ;
sort_encoding [s] = 2 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_error_code ;
sort_read [s] = read_error_code ;
new_sort ( s, 4 ) ;
new_cons ( "nil_access", s, 1, ( char * ) null ) ;
new_cons ( "overflow", s, 2, ( char * ) null ) ;
new_cons ( "stack_overflow", s, 3, ( char * ) null ) ;
s = SORT_error_treatment ;
sort_letters [s] = 'e' ;
sort_encoding [s] = 3 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_error_treatment ;
sort_read [s] = read_error_treatment ;
new_sort ( s, 8 ) ;
new_cons ( "errt_apply_token", s, 1, "!" ) ;
sort_tokens [s] = 1 ;
new_cons ( "errt_cond", s, 2, "x@[e]@[e]" ) ;
sort_conds [s] = 2 ;
new_cons ( "continue", s, 3, ( char * ) null ) ;
new_cons ( "error_jump", s, 4, "l" ) ;
new_cons ( "trap", s, 5, "*[c]" ) ;
new_cons ( "wrap", s, 6, ( char * ) null ) ;
new_cons ( "impossible", s, 7, ( char * ) null ) ;
s = SORT_exp ;
sort_letters [s] = 'x' ;
sort_encoding [s] = 7 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_exp ;
sort_read [s] = read_exp ;
new_sort ( s, 117 ) ;
new_cons ( "exp_apply_token", s, 1, "!" ) ;
sort_tokens [s] = 1 ;
new_cons ( "exp_cond", s, 2, "x@[x]@[x]" ) ;
sort_conds [s] = 2 ;
new_cons ( "abs", s, 3, "ex" ) ;
new_cons ( "add_to_ptr", s, 4, "xx" ) ;
new_cons ( "and", s, 5, "xx" ) ;
new_cons ( "apply_proc", s, 6, "Sx*[x]?[x]" ) ;
new_cons ( "apply_general_proc", s, 7, "S?[P]x*[?[t&]x]q{x}" ) ;
new_cons ( "assign", s, 8, "xx" ) ;
new_cons ( "assign_with_mode", s, 9, "mxx" ) ;
new_cons ( "bitfield_assign", s, 10, "xxx" ) ;
new_cons ( "bitfield_assign_with_mode", s, 11, "mxxx" ) ;
new_cons ( "bitfield_contents", s, 12, "Bxx" ) ;
new_cons ( "bitfield_contents_with_mode", s, 13, "mBxx" ) ;
new_cons ( "case", s, 14, "bx*[lss]" ) ;
new_cons ( "change_bitfield_to_int", s, 15, "vx" ) ;
new_cons ( "change_floating_variety", s, 16, "efx" ) ;
new_cons ( "change_variety", s, 17, "evx" ) ;
new_cons ( "change_int_to_bitfield", s, 18, "Bx" ) ;
new_cons ( "complex_conjugate", s, 19, "x" ) ;
new_cons ( "component", s, 20, "Sxx" ) ;
new_cons ( "concat_nof", s, 21, "xx" ) ;
new_cons ( "conditional", s, 22, "l&{xx}" ) ;
new_cons ( "contents", s, 23, "Sx" ) ;
new_cons ( "contents_with_mode", s, 24, "mSx" ) ;
new_cons ( "current_env", s, 25, ( char * ) null ) ;
new_cons ( "div0", s, 26, "eexx" ) ;
new_cons ( "div1", s, 27, "eexx" ) ;
new_cons ( "div2", s, 28, "eexx" ) ;
new_cons ( "env_offset", s, 29, "aat" ) ;
new_cons ( "env_size", s, 30, "t" ) ;
new_cons ( "fail_installer", s, 31, "X" ) ;
new_cons ( "float_int", s, 32, "efx" ) ;
new_cons ( "floating_abs", s, 33, "ex" ) ;
new_cons ( "floating_div", s, 34, "exx" ) ;
new_cons ( "floating_minus", s, 35, "exx" ) ;
new_cons ( "floating_maximum", s, 36, "exx" ) ;
new_cons ( "floating_minimum", s, 37, "exx" ) ;
new_cons ( "floating_mult", s, 38, "e*[x]" ) ;
new_cons ( "floating_negate", s, 39, "ex" ) ;
new_cons ( "floating_plus", s, 40, "e*[x]" ) ;
new_cons ( "floating_power", s, 41, "exx" ) ;
new_cons ( "floating_test", s, 42, "?[n]eNlxx" ) ;
new_cons ( "goto", s, 43, "l" ) ;
new_cons ( "goto_local_lv", s, 44, "x" ) ;
new_cons ( "identify", s, 45, "?[u]t^x{x}" ) ;
new_cons ( "ignorable", s, 46, "x" ) ;
new_cons ( "imaginary_part", s, 47, "x" ) ;
new_cons ( "initial_value", s, 48, "{x}" ) ;
new_cons ( "integer_test", s, 49, "?[n]Nlxx" ) ;
new_cons ( "labelled", s, 50, "*[l&]{x*[x]}" ) ;
new_cons ( "last_local", s, 51, "x" ) ;
new_cons ( "local_alloc", s, 52, "x" ) ;
new_cons ( "local_alloc_check", s, 53, "x" ) ;
new_cons ( "local_free", s, 54, "xx" ) ;
new_cons ( "local_free_all", s, 55, ( char * ) null ) ;
new_cons ( "long_jump", s, 56, "xx" ) ;
new_cons ( "make_complex", s, 57, "fxx" ) ;
new_cons ( "make_compound", s, 58, "x*[x]" ) ;
new_cons ( "make_floating", s, 59, "frbXns" ) ;
new_cons ( "make_general_proc", s, 60, "S?[P]*[S?[u]t&]*[S?[u]t&]{x}" ) ;
new_cons ( "make_int", s, 61, "vs" ) ;
new_cons ( "make_local_lv", s, 62, "l" ) ;
new_cons ( "make_nof", s, 63, "*[x]" ) ;
new_cons ( "make_nof_int", s, 64, "vX" ) ;
new_cons ( "make_null_local_lv", s, 65, ( char * ) null ) ;
new_cons ( "make_null_proc", s, 66, ( char * ) null ) ;
new_cons ( "make_null_ptr", s, 67, "a" ) ;
new_cons ( "make_proc", s, 68, "S*[S?[u]t&]?[t&?[u]]{x}" ) ;
new_cons ( "make_stack_limit", s, 116, "xxx" ) ;
new_cons ( "make_top", s, 69, ( char * ) null ) ;
new_cons ( "make_value", s, 70, "S" ) ;
new_cons ( "maximum", s, 71, "xx" ) ;
new_cons ( "minimum", s, 72, "xx" ) ;
new_cons ( "minus", s, 73, "exx" ) ;
new_cons ( "move_some", s, 74, "mxxx" ) ;
new_cons ( "mult", s, 75, "exx" ) ;
new_cons ( "n_copies", s, 76, "nx" ) ;
new_cons ( "negate", s, 77, "ex" ) ;
new_cons ( "not", s, 78, "x" ) ;
new_cons ( "obtain_tag", s, 79, "t" ) ;
new_cons ( "offset_add", s, 80, "xx" ) ;
new_cons ( "offset_div", s, 81, "vxx" ) ;
new_cons ( "offset_div_by_int", s, 82, "xx" ) ;
new_cons ( "offset_max", s, 83, "xx" ) ;
new_cons ( "offset_mult", s, 84, "xx" ) ;
new_cons ( "offset_negate", s, 85, "x" ) ;
new_cons ( "offset_pad", s, 86, "ax" ) ;
new_cons ( "offset_subtract", s, 87, "xx" ) ;
new_cons ( "offset_test", s, 88, "?[n]Nlxx" ) ;
new_cons ( "offset_zero", s, 89, "a" ) ;
new_cons ( "or", s, 90, "xx" ) ;
new_cons ( "plus", s, 91, "exx" ) ;
new_cons ( "pointer_test", s, 92, "?[n]Nlxx" ) ;
new_cons ( "power", s, 93, "exx" ) ;
new_cons ( "proc_test", s, 94, "?[n]Nlxx" ) ;
new_cons ( "profile", s, 95, "n" ) ;
new_cons ( "real_part", s, 96, "x" ) ;
new_cons ( "rem0", s, 97, "eexx" ) ;
new_cons ( "rem1", s, 98, "eexx" ) ;
new_cons ( "rem2", s, 99, "eexx" ) ;
new_cons ( "repeat", s, 100, "l&{xx}" ) ;
new_cons ( "return", s, 101, "x" ) ;
new_cons ( "return_to_label", s, 102, "x" ) ;
new_cons ( "round_with_mode", s, 103, "ervx" ) ;
new_cons ( "rotate_left", s, 104, "xx" ) ;
new_cons ( "rotate_right", s, 105, "xx" ) ;
new_cons ( "sequence", s, 106, "*[x]x" ) ;
new_cons ( "set_stack_limit", s, 107, "x" ) ;
new_cons ( "shape_offset", s, 108, "S" ) ;
new_cons ( "shift_left", s, 109, "exx" ) ;
new_cons ( "shift_right", s, 110, "xx" ) ;
new_cons ( "subtract_ptrs", s, 111, "xx" ) ;
new_cons ( "tail_call", s, 112, "?[P]xq" ) ;
new_cons ( "untidy_return", s, 113, "x" ) ;
new_cons ( "variable", s, 114, "?[u]t&x{x}" ) ;
new_cons ( "xor", s, 115, "xx" ) ;
s = SORT_floating_variety ;
sort_letters [s] = 'f' ;
sort_encoding [s] = 3 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_floating_variety ;
sort_read [s] = read_floating_variety ;
new_sort ( s, 7 ) ;
new_cons ( "flvar_apply_token", s, 1, "!" ) ;
sort_tokens [s] = 1 ;
new_cons ( "flvar_cond", s, 2, "x@[f]@[f]" ) ;
sort_conds [s] = 2 ;
new_cons ( "flvar_parms", s, 3, "nnnn" ) ;
new_cons ( "complex_parms", s, 4, "nnnn" ) ;
new_cons ( "float_of_complex", s, 5, "S" ) ;
new_cons ( "complex_of_float", s, 6, "S" ) ;
s = SORT_label ;
sort_letters [s] = 'l' ;
sort_encoding [s] = 1 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_label ;
sort_read [s] = read_label ;
new_sort ( s, 3 ) ;
new_cons ( "label_apply_token", s, 2, "!" ) ;
sort_tokens [s] = 2 ;
new_cons ( "make_label", s, 1, "i" ) ;
s = SORT_nat ;
sort_letters [s] = 'n' ;
sort_encoding [s] = 3 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_nat ;
sort_read [s] = read_nat ;
new_sort ( s, 6 ) ;
new_cons ( "nat_apply_token", s, 1, "!" ) ;
sort_tokens [s] = 1 ;
new_cons ( "nat_cond", s, 2, "x@[n]@[n]" ) ;
sort_conds [s] = 2 ;
new_cons ( "computed_nat", s, 3, "x" ) ;
new_cons ( "error_val", s, 4, "c" ) ;
new_cons ( "make_nat", s, 5, "i" ) ;
s = SORT_ntest ;
sort_letters [s] = 'N' ;
sort_encoding [s] = 4 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_ntest ;
sort_read [s] = read_ntest ;
new_sort ( s, 17 ) ;
new_cons ( "ntest_apply_token", s, 1, "!" ) ;
sort_tokens [s] = 1 ;
new_cons ( "ntest_cond", s, 2, "x@[N]@[N]" ) ;
sort_conds [s] = 2 ;
new_cons ( "equal", s, 3, ( char * ) null ) ;
new_cons ( "greater_than", s, 4, ( char * ) null ) ;
new_cons ( "greater_than_or_equal", s, 5, ( char * ) null ) ;
new_cons ( "less_than", s, 6, ( char * ) null ) ;
new_cons ( "less_than_or_equal", s, 7, ( char * ) null ) ;
new_cons ( "not_equal", s, 8, ( char * ) null ) ;
new_cons ( "not_greater_than", s, 9, ( char * ) null ) ;
new_cons ( "not_greater_than_or_equal", s, 10, ( char * ) null ) ;
new_cons ( "not_less_than", s, 11, ( char * ) null ) ;
new_cons ( "not_less_than_or_equal", s, 12, ( char * ) null ) ;
new_cons ( "less_than_or_greater_than", s, 13, ( char * ) null ) ;
new_cons ( "not_less_than_and_not_greater_than", s, 14, ( char * ) null ) ;
new_cons ( "comparable", s, 15, ( char * ) null ) ;
new_cons ( "not_comparable", s, 16, ( char * ) null ) ;
s = SORT_procprops ;
sort_letters [s] = 'P' ;
sort_encoding [s] = 4 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_procprops ;
sort_read [s] = read_procprops ;
new_sort ( s, 10 ) ;
new_cons ( "procprops_apply_token", s, 1, "!" ) ;
sort_tokens [s] = 1 ;
new_cons ( "procprops_cond", s, 2, "x@[P]@[P]" ) ;
sort_conds [s] = 2 ;
new_cons ( "add_procprops", s, 3, "PP" ) ;
new_cons ( "check_stack", s, 4, ( char * ) null ) ;
new_cons ( "inline", s, 5, ( char * ) null ) ;
new_cons ( "no_long_jump_dest", s, 6, ( char * ) null ) ;
new_cons ( "untidy", s, 7, ( char * ) null ) ;
new_cons ( "var_callees", s, 8, ( char * ) null ) ;
new_cons ( "var_callers", s, 9, ( char * ) null ) ;
s = SORT_rounding_mode ;
sort_letters [s] = 'r' ;
sort_encoding [s] = 3 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_rounding_mode ;
sort_read [s] = read_rounding_mode ;
new_sort ( s, 8 ) ;
new_cons ( "rounding_mode_apply_token", s, 1, "!" ) ;
sort_tokens [s] = 1 ;
new_cons ( "rounding_mode_cond", s, 2, "x@[r]@[r]" ) ;
sort_conds [s] = 2 ;
new_cons ( "round_as_state", s, 3, ( char * ) null ) ;
new_cons ( "to_nearest", s, 4, ( char * ) null ) ;
new_cons ( "toward_larger", s, 5, ( char * ) null ) ;
new_cons ( "toward_smaller", s, 6, ( char * ) null ) ;
new_cons ( "toward_zero", s, 7, ( char * ) null ) ;
s = SORT_shape ;
sort_letters [s] = 'S' ;
sort_encoding [s] = 4 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_shape ;
sort_read [s] = read_shape ;
new_sort ( s, 13 ) ;
new_cons ( "shape_apply_token", s, 1, "!" ) ;
sort_tokens [s] = 1 ;
new_cons ( "shape_cond", s, 2, "x@[S]@[S]" ) ;
sort_conds [s] = 2 ;
new_cons ( "bitfield", s, 3, "B" ) ;
new_cons ( "bottom", s, 4, ( char * ) null ) ;
new_cons ( "compound", s, 5, "x" ) ;
new_cons ( "floating", s, 6, "f" ) ;
new_cons ( "integer", s, 7, "v" ) ;
new_cons ( "nof", s, 8, "nS" ) ;
new_cons ( "offset", s, 9, "aa" ) ;
new_cons ( "pointer", s, 10, "a" ) ;
new_cons ( "proc", s, 11, ( char * ) null ) ;
new_cons ( "top", s, 12, ( char * ) null ) ;
s = SORT_signed_nat ;
sort_letters [s] = 's' ;
sort_encoding [s] = 3 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_signed_nat ;
sort_read [s] = read_signed_nat ;
new_sort ( s, 6 ) ;
new_cons ( "signed_nat_apply_token", s, 1, "!" ) ;
sort_tokens [s] = 1 ;
new_cons ( "signed_nat_cond", s, 2, "x@[s]@[s]" ) ;
sort_conds [s] = 2 ;
new_cons ( "computed_signed_nat", s, 3, "x" ) ;
new_cons ( "make_signed_nat", s, 4, "ji" ) ;
new_cons ( "snat_from_nat", s, 5, "bn" ) ;
s = SORT_sortname ;
new_sort ( s, 24 ) ;
new_cons ( "access", s, 1, ( char * ) null ) ;
new_cons ( "al_tag", s, 2, ( char * ) null ) ;
new_cons ( "alignment", s, 3, ( char * ) null ) ;
new_cons ( "bitfield_variety", s, 4, ( char * ) null ) ;
new_cons ( "bool", s, 5, ( char * ) null ) ;
new_cons ( "error_treatment", s, 6, ( char * ) null ) ;
new_cons ( "exp", s, 7, ( char * ) null ) ;
new_cons ( "floating_variety", s, 8, ( char * ) null ) ;
new_cons ( "foreign_sort", s, 9, "X" ) ;
new_cons ( "label", s, 10, ( char * ) null ) ;
new_cons ( "nat", s, 11, ( char * ) null ) ;
new_cons ( "ntest", s, 12, ( char * ) null ) ;
new_cons ( "procprops", s, 13, ( char * ) null ) ;
new_cons ( "rounding_mode", s, 14, ( char * ) null ) ;
new_cons ( "shape", s, 15, ( char * ) null ) ;
new_cons ( "signed_nat", s, 16, ( char * ) null ) ;
new_cons ( "string", s, 17, ( char * ) null ) ;
new_cons ( "tag", s, 18, ( char * ) null ) ;
new_cons ( "transfer_mode", s, 19, ( char * ) null ) ;
new_cons ( "token", s, 20, "~*[~]" ) ;
new_cons ( "variety", s, 21, ( char * ) null ) ;
new_cons ( "callees", s, 22, ( char * ) null ) ;
new_cons ( "error_code", s, 23, ( char * ) null ) ;
s = SORT_string ;
sort_letters [s] = 'X' ;
sort_encoding [s] = 3 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_string ;
sort_read [s] = read_string ;
new_sort ( s, 5 ) ;
new_cons ( "string_apply_token", s, 1, "!" ) ;
sort_tokens [s] = 1 ;
new_cons ( "string_cond", s, 2, "x@[X]@[X]" ) ;
sort_conds [s] = 2 ;
new_cons ( "concat_string", s, 3, "XX" ) ;
new_cons ( "make_string", s, 4, "$" ) ;
s = SORT_tag ;
sort_letters [s] = 't' ;
sort_encoding [s] = 1 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_tag ;
sort_read [s] = read_tag ;
new_sort ( s, 3 ) ;
new_cons ( "tag_apply_token", s, 2, "!" ) ;
sort_tokens [s] = 2 ;
new_cons ( "make_tag", s, 1, "i" ) ;
s = SORT_transfer_mode ;
sort_letters [s] = 'm' ;
sort_encoding [s] = 3 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_transfer_mode ;
sort_read [s] = read_transfer_mode ;
new_sort ( s, 9 ) ;
new_cons ( "transfer_mode_apply_token", s, 1, "!" ) ;
sort_tokens [s] = 1 ;
new_cons ( "transfer_mode_cond", s, 2, "x@[m]@[m]" ) ;
sort_conds [s] = 2 ;
new_cons ( "add_modes", s, 3, "mm" ) ;
new_cons ( "overlap", s, 4, ( char * ) null ) ;
new_cons ( "standard_transfer_mode", s, 5, ( char * ) null ) ;
new_cons ( "trap_on_nil", s, 6, ( char * ) null ) ;
new_cons ( "volatile", s, 7, ( char * ) null ) ;
new_cons ( "complete", s, 8, ( char * ) null ) ;
s = SORT_variety ;
sort_letters [s] = 'v' ;
sort_encoding [s] = 2 ;
sort_extension [s] = 1 ;
sort_decode [s] = de_variety ;
sort_read [s] = read_variety ;
new_sort ( s, 5 ) ;
new_cons ( "var_apply_token", s, 1, "!" ) ;
sort_tokens [s] = 1 ;
new_cons ( "var_cond", s, 2, "x@[v]@[v]" ) ;
sort_conds [s] = 2 ;
new_cons ( "var_limits", s, 3, "ss" ) ;
new_cons ( "var_width", s, 4, "bn" ) ;
return ;
}
/* FIND A SORT NAME */
sortname find_sort
PROTO_N ( ( c ) )
PROTO_T ( char c )
{
sortname s ;
switch ( c ) {
case 'u' : s = SORT_access ; break ;
case 'A' : s = SORT_al_tag ; break ;
case 'a' : s = SORT_alignment ; break ;
case 'B' : s = SORT_bitfield_variety ; break ;
case 'b' : s = SORT_bool ; break ;
case 'q' : s = SORT_callees ; break ;
case 'c' : s = SORT_error_code ; break ;
case 'e' : s = SORT_error_treatment ; break ;
case 'x' : s = SORT_exp ; break ;
case 'f' : s = SORT_floating_variety ; break ;
case 'l' : s = SORT_label ; break ;
case 'n' : s = SORT_nat ; break ;
case 'N' : s = SORT_ntest ; break ;
case 'P' : s = SORT_procprops ; break ;
case 'r' : s = SORT_rounding_mode ; break ;
case 'S' : s = SORT_shape ; break ;
case 's' : s = SORT_signed_nat ; break ;
case 'X' : s = SORT_string ; break ;
case 't' : s = SORT_tag ; break ;
case 'm' : s = SORT_transfer_mode ; break ;
case 'v' : s = SORT_variety ; break ;
default : {
input_error ( "Illegal decode letter, %c", c ) ;
s = SORT_unknown ;
break ;
}
}
return ( s ) ;
}
/* DECODE A ACCESS */
node *de_access
PROTO_Z ()
{
long n = fetch_extn ( 4 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_access, n ) ;
p->cons = cons ;
if ( n < 1 || n > 13 || cons->name == null ) {
input_error ( "Illegal access value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
IGNORE de_token ( p, SORT_access ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = de_node ( args ) ;
if ( do_check ) {
checking = "access_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_access
check_access ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A AL_TAG */
node *de_al_tag
PROTO_Z ()
{
long n = fetch_extn ( 1 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_al_tag, n ) ;
p->cons = cons ;
if ( n < 1 || n > 2 || cons->name == null ) {
input_error ( "Illegal al_tag value, %ld", n ) ;
}
switch ( n ) {
case 2 : {
IGNORE de_token ( p, SORT_al_tag ) ;
break ;
}
case 1 : {
p->son = de_var_sort ( al_tag_var ) ;
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_al_tag
check_al_tag ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A AL_TAGDEF */
long de_al_tagdef_bits
PROTO_Z ()
{
long n = fetch_extn ( 1 ) ;
if ( n < 1 || n > 1 ) {
input_error ( "Illegal al_tagdef value, %ld", n ) ;
}
return ( n ) ;
}
/* DECODE A ALIGNMENT */
node *de_alignment
PROTO_Z ()
{
long n = fetch_extn ( 4 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_alignment, n ) ;
p->cons = cons ;
if ( n < 1 || n > 12 || cons->name == null ) {
input_error ( "Illegal alignment value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
IGNORE de_token ( p, SORT_alignment ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = de_node ( args ) ;
if ( do_check ) {
checking = "alignment_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_alignment
check_alignment ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A BITFIELD_VARIETY */
node *de_bitfield_variety
PROTO_Z ()
{
long n = fetch_extn ( 2 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_bitfield_variety, n ) ;
p->cons = cons ;
if ( n < 1 || n > 3 || cons->name == null ) {
input_error ( "Illegal bitfield_variety value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
IGNORE de_token ( p, SORT_bitfield_variety ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = de_node ( args ) ;
if ( do_check ) {
checking = "bfvar_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_bitfield_variety
check_bitfield_variety ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A BOOL */
node *de_bool
PROTO_Z ()
{
long n = fetch_extn ( 3 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_bool, n ) ;
p->cons = cons ;
if ( n < 1 || n > 4 || cons->name == null ) {
input_error ( "Illegal bool value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
IGNORE de_token ( p, SORT_bool ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = de_node ( args ) ;
if ( do_check ) {
checking = "bool_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_bool
check_bool ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A CALLEES */
node *de_callees
PROTO_Z ()
{
long n = fetch_extn ( 2 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_callees, n ) ;
p->cons = cons ;
if ( n < 1 || n > 3 || cons->name == null ) {
input_error ( "Illegal callees value, %ld", n ) ;
}
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
#ifdef check_callees
check_callees ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A ERROR_CODE */
node *de_error_code
PROTO_Z ()
{
long n = fetch_extn ( 2 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_error_code, n ) ;
p->cons = cons ;
if ( n < 1 || n > 3 || cons->name == null ) {
input_error ( "Illegal error_code value, %ld", n ) ;
}
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
#ifdef check_error_code
check_error_code ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A ERROR_TREATMENT */
node *de_error_treatment
PROTO_Z ()
{
long n = fetch_extn ( 3 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_error_treatment, n ) ;
p->cons = cons ;
if ( n < 1 || n > 7 || cons->name == null ) {
input_error ( "Illegal error_treatment value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
IGNORE de_token ( p, SORT_error_treatment ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = de_node ( args ) ;
if ( do_check ) {
checking = "errt_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_error_treatment
check_error_treatment ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A EXP */
node *de_exp
PROTO_Z ()
{
long n = fetch_extn ( 7 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_exp, n ) ;
p->cons = cons ;
if ( n < 1 || n > 116 || cons->name == null ) {
input_error ( "Illegal exp value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
IGNORE de_token ( p, SORT_exp ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = de_node ( args ) ;
if ( do_check ) {
checking = "exp_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_exp
check_exp ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A EXTERNAL */
long de_external_bits
PROTO_Z ()
{
long n = fetch_extn ( 2 ) ;
if ( n < 1 || n > 3 ) {
input_error ( "Illegal external value, %ld", n ) ;
}
return ( n ) ;
}
/* DECODE A FLOATING_VARIETY */
node *de_floating_variety
PROTO_Z ()
{
long n = fetch_extn ( 3 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_floating_variety, n ) ;
p->cons = cons ;
if ( n < 1 || n > 6 || cons->name == null ) {
input_error ( "Illegal floating_variety value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
IGNORE de_token ( p, SORT_floating_variety ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = de_node ( args ) ;
if ( do_check ) {
checking = "flvar_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_floating_variety
check_floating_variety ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A LABEL */
node *de_label
PROTO_Z ()
{
long n = fetch_extn ( 1 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_label, n ) ;
p->cons = cons ;
if ( n < 1 || n > 2 || cons->name == null ) {
input_error ( "Illegal label value, %ld", n ) ;
}
switch ( n ) {
case 2 : {
IGNORE de_token ( p, SORT_label ) ;
break ;
}
case 1 : {
long m = tdf_int () ;
p->son = new_node () ;
p->son->cons = find_label ( m ) ;
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_label
check_label ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A NAT */
node *de_nat
PROTO_Z ()
{
long n = fetch_extn ( 3 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_nat, n ) ;
p->cons = cons ;
if ( n < 1 || n > 5 || cons->name == null ) {
input_error ( "Illegal nat value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
IGNORE de_token ( p, SORT_nat ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = de_node ( args ) ;
if ( do_check ) {
checking = "nat_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_nat
check_nat ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A NTEST */
node *de_ntest
PROTO_Z ()
{
long n = fetch_extn ( 4 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_ntest, n ) ;
p->cons = cons ;
if ( n < 1 || n > 16 || cons->name == null ) {
input_error ( "Illegal ntest value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
IGNORE de_token ( p, SORT_ntest ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = de_node ( args ) ;
if ( do_check ) {
checking = "ntest_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_ntest
check_ntest ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A PROCPROPS */
node *de_procprops
PROTO_Z ()
{
long n = fetch_extn ( 4 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_procprops, n ) ;
p->cons = cons ;
if ( n < 1 || n > 9 || cons->name == null ) {
input_error ( "Illegal procprops value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
IGNORE de_token ( p, SORT_procprops ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = de_node ( args ) ;
if ( do_check ) {
checking = "procprops_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_procprops
check_procprops ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A ROUNDING_MODE */
node *de_rounding_mode
PROTO_Z ()
{
long n = fetch_extn ( 3 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_rounding_mode, n ) ;
p->cons = cons ;
if ( n < 1 || n > 7 || cons->name == null ) {
input_error ( "Illegal rounding_mode value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
IGNORE de_token ( p, SORT_rounding_mode ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = de_node ( args ) ;
if ( do_check ) {
checking = "rounding_mode_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_rounding_mode
check_rounding_mode ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A SHAPE */
node *de_shape
PROTO_Z ()
{
long n = fetch_extn ( 4 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_shape, n ) ;
p->cons = cons ;
if ( n < 1 || n > 12 || cons->name == null ) {
input_error ( "Illegal shape value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
IGNORE de_token ( p, SORT_shape ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = de_node ( args ) ;
if ( do_check ) {
checking = "shape_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_shape
check_shape ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A SIGNED_NAT */
node *de_signed_nat
PROTO_Z ()
{
long n = fetch_extn ( 3 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_signed_nat, n ) ;
p->cons = cons ;
if ( n < 1 || n > 5 || cons->name == null ) {
input_error ( "Illegal signed_nat value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
IGNORE de_token ( p, SORT_signed_nat ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = de_node ( args ) ;
if ( do_check ) {
checking = "signed_nat_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_signed_nat
check_signed_nat ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A SORTNAME */
long de_sortname_bits
PROTO_Z ()
{
long n = fetch_extn ( 5 ) ;
if ( n < 1 || n > 21 ) {
input_error ( "Illegal sortname value, %ld", n ) ;
}
return ( n ) ;
}
/* DECODE A STRING */
node *de_string
PROTO_Z ()
{
long n = fetch_extn ( 3 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_string, n ) ;
p->cons = cons ;
if ( n < 1 || n > 4 || cons->name == null ) {
input_error ( "Illegal string value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
IGNORE de_token ( p, SORT_string ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = de_node ( args ) ;
if ( do_check ) {
checking = "string_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_string
check_string ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A TAG */
node *de_tag
PROTO_Z ()
{
long n = fetch_extn ( 1 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_tag, n ) ;
p->cons = cons ;
if ( n < 1 || n > 2 || cons->name == null ) {
input_error ( "Illegal tag value, %ld", n ) ;
}
switch ( n ) {
case 2 : {
IGNORE de_token ( p, SORT_tag ) ;
break ;
}
case 1 : {
p->son = de_var_sort ( tag_var ) ;
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_tag
check_tag ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A TAGDEC */
long de_tagdec_bits
PROTO_Z ()
{
long n = fetch_extn ( 2 ) ;
if ( n < 1 || n > 3 ) {
input_error ( "Illegal tagdec value, %ld", n ) ;
}
return ( n ) ;
}
/* DECODE A TAGDEF */
long de_tagdef_bits
PROTO_Z ()
{
long n = fetch_extn ( 2 ) ;
if ( n < 1 || n > 3 ) {
input_error ( "Illegal tagdef value, %ld", n ) ;
}
return ( n ) ;
}
/* DECODE A TOKDEC */
long de_tokdec_bits
PROTO_Z ()
{
long n = fetch_extn ( 1 ) ;
if ( n < 1 || n > 1 ) {
input_error ( "Illegal tokdec value, %ld", n ) ;
}
return ( n ) ;
}
/* DECODE A TOKDEF */
long de_tokdef_bits
PROTO_Z ()
{
long n = fetch_extn ( 1 ) ;
if ( n < 1 || n > 1 ) {
input_error ( "Illegal tokdef value, %ld", n ) ;
}
return ( n ) ;
}
/* DECODE A TOKEN */
long de_token_bits
PROTO_Z ()
{
long n = fetch_extn ( 2 ) ;
if ( n < 1 || n > 3 ) {
input_error ( "Illegal token value, %ld", n ) ;
}
return ( n ) ;
}
/* DECODE A TOKEN_DEFN */
long de_token_defn_bits
PROTO_Z ()
{
long n = fetch_extn ( 1 ) ;
if ( n < 1 || n > 1 ) {
input_error ( "Illegal token_defn value, %ld", n ) ;
}
return ( n ) ;
}
/* DECODE A TRANSFER_MODE */
node *de_transfer_mode
PROTO_Z ()
{
long n = fetch_extn ( 3 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_transfer_mode, n ) ;
p->cons = cons ;
if ( n < 1 || n > 8 || cons->name == null ) {
input_error ( "Illegal transfer_mode value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
IGNORE de_token ( p, SORT_transfer_mode ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = de_node ( args ) ;
if ( do_check ) {
checking = "transfer_mode_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_transfer_mode
check_transfer_mode ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A VARIETY */
node *de_variety
PROTO_Z ()
{
long n = fetch_extn ( 2 ) ;
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_variety, n ) ;
p->cons = cons ;
if ( n < 1 || n > 4 || cons->name == null ) {
input_error ( "Illegal variety value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
IGNORE de_token ( p, SORT_variety ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = de_node ( args ) ;
if ( do_check ) {
checking = "var_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = de_node ( args ) ;
break ;
}
}
#ifdef check_variety
check_variety ( p ) ;
#endif
return ( p ) ;
}
/* DECODE A VERSION */
long de_version_bits
PROTO_Z ()
{
long n = fetch_extn ( 1 ) ;
if ( n < 1 || n > 2 ) {
input_error ( "Illegal version value, %ld", n ) ;
}
return ( n ) ;
}
/* ENCODE A AL_TAG */
void enc_al_tag_bits
PROTO_N ( ( p, n ) )
PROTO_T ( bitstream *p X int n )
{
enc_bits_extn ( p, 1, ( long ) n ) ;
return ;
}
/* ENCODE A AL_TAGDEF */
void enc_al_tagdef_bits
PROTO_N ( ( p, n ) )
PROTO_T ( bitstream *p X int n )
{
enc_bits_extn ( p, 1, ( long ) n ) ;
return ;
}
/* ENCODE A EXTERNAL */
void enc_external_bits
PROTO_N ( ( p, n ) )
PROTO_T ( bitstream *p X int n )
{
enc_bits_extn ( p, 2, ( long ) n ) ;
return ;
}
/* ENCODE A LABEL */
void enc_label_bits
PROTO_N ( ( p, n ) )
PROTO_T ( bitstream *p X int n )
{
enc_bits_extn ( p, 1, ( long ) n ) ;
return ;
}
/* ENCODE A SORTNAME */
void enc_sortname_bits
PROTO_N ( ( p, n ) )
PROTO_T ( bitstream *p X int n )
{
enc_bits_extn ( p, 5, ( long ) n ) ;
return ;
}
/* ENCODE A TAG */
void enc_tag_bits
PROTO_N ( ( p, n ) )
PROTO_T ( bitstream *p X int n )
{
enc_bits_extn ( p, 1, ( long ) n ) ;
return ;
}
/* ENCODE A TAGDEC */
void enc_tagdec_bits
PROTO_N ( ( p, n ) )
PROTO_T ( bitstream *p X int n )
{
enc_bits_extn ( p, 2, ( long ) n ) ;
return ;
}
/* ENCODE A TAGDEF */
void enc_tagdef_bits
PROTO_N ( ( p, n ) )
PROTO_T ( bitstream *p X int n )
{
enc_bits_extn ( p, 2, ( long ) n ) ;
return ;
}
/* ENCODE A TOKDEC */
void enc_tokdec_bits
PROTO_N ( ( p, n ) )
PROTO_T ( bitstream *p X int n )
{
enc_bits_extn ( p, 1, ( long ) n ) ;
return ;
}
/* ENCODE A TOKDEF */
void enc_tokdef_bits
PROTO_N ( ( p, n ) )
PROTO_T ( bitstream *p X int n )
{
enc_bits_extn ( p, 1, ( long ) n ) ;
return ;
}
/* ENCODE A TOKEN */
void enc_token_bits
PROTO_N ( ( p, n ) )
PROTO_T ( bitstream *p X int n )
{
enc_bits_extn ( p, 2, ( long ) n ) ;
return ;
}
/* ENCODE A TOKEN_DEFN */
void enc_token_defn_bits
PROTO_N ( ( p, n ) )
PROTO_T ( bitstream *p X int n )
{
enc_bits_extn ( p, 1, ( long ) n ) ;
return ;
}
/* ENCODE A VERSION */
void enc_version_bits
PROTO_N ( ( p, n ) )
PROTO_T ( bitstream *p X int n )
{
enc_bits_extn ( p, 1, ( long ) n ) ;
return ;
}
/* READ A ACCESS */
node *read_access
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_access, n ) ;
p->cons = cons ;
if ( n < 0 || n > 13 || cons->name == null ) {
input_error ( "Illegal access value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
read_token ( p, SORT_access ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = read_node ( args ) ;
if ( do_check ) {
checking = "access_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_access
check_access ( p ) ;
#endif
return ( p ) ;
}
/* READ A AL_TAG */
node *read_al_tag
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_al_tag, n ) ;
p->cons = cons ;
if ( n < 0 || n > 2 || cons->name == null ) {
input_error ( "Illegal al_tag value, %ld", n ) ;
}
switch ( n ) {
case 2 : {
read_token ( p, SORT_al_tag ) ;
break ;
}
case 1 : {
p->son = read_var_sort ( SORT_al_tag ) ;
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_al_tag
check_al_tag ( p ) ;
#endif
return ( p ) ;
}
/* READ A ALIGNMENT */
node *read_alignment
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_alignment, n ) ;
p->cons = cons ;
if ( n < 0 || n > 12 || cons->name == null ) {
input_error ( "Illegal alignment value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
read_token ( p, SORT_alignment ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = read_node ( args ) ;
if ( do_check ) {
checking = "alignment_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_alignment
check_alignment ( p ) ;
#endif
return ( p ) ;
}
/* READ A BITFIELD_VARIETY */
node *read_bitfield_variety
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_bitfield_variety, n ) ;
p->cons = cons ;
if ( n < 0 || n > 3 || cons->name == null ) {
input_error ( "Illegal bitfield_variety value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
read_token ( p, SORT_bitfield_variety ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = read_node ( args ) ;
if ( do_check ) {
checking = "bfvar_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_bitfield_variety
check_bitfield_variety ( p ) ;
#endif
return ( p ) ;
}
/* READ A BOOL */
node *read_bool
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_bool, n ) ;
p->cons = cons ;
if ( n < 0 || n > 4 || cons->name == null ) {
input_error ( "Illegal bool value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
read_token ( p, SORT_bool ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = read_node ( args ) ;
if ( do_check ) {
checking = "bool_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_bool
check_bool ( p ) ;
#endif
return ( p ) ;
}
/* READ A CALLEES */
node *read_callees
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_callees, n ) ;
p->cons = cons ;
if ( n < 0 || n > 3 || cons->name == null ) {
input_error ( "Illegal callees value, %ld", n ) ;
}
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
#ifdef check_callees
check_callees ( p ) ;
#endif
return ( p ) ;
}
/* READ A ERROR_CODE */
node *read_error_code
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_error_code, n ) ;
p->cons = cons ;
if ( n < 0 || n > 3 || cons->name == null ) {
input_error ( "Illegal error_code value, %ld", n ) ;
}
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
#ifdef check_error_code
check_error_code ( p ) ;
#endif
return ( p ) ;
}
/* READ A ERROR_TREATMENT */
node *read_error_treatment
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_error_treatment, n ) ;
p->cons = cons ;
if ( n < 0 || n > 7 || cons->name == null ) {
input_error ( "Illegal error_treatment value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
read_token ( p, SORT_error_treatment ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = read_node ( args ) ;
if ( do_check ) {
checking = "errt_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_error_treatment
check_error_treatment ( p ) ;
#endif
return ( p ) ;
}
/* READ A EXP */
node *read_exp
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_exp, n ) ;
p->cons = cons ;
if ( n < 0 || n > 116 || cons->name == null ) {
input_error ( "Illegal exp value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
read_token ( p, SORT_exp ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = read_node ( args ) ;
if ( do_check ) {
checking = "exp_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
case 106 : {
read_sequence ( p, get_char_info ( cons ) ) ;
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_exp
check_exp ( p ) ;
#endif
return ( p ) ;
}
/* READ A FLOATING_VARIETY */
node *read_floating_variety
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_floating_variety, n ) ;
p->cons = cons ;
if ( n < 0 || n > 6 || cons->name == null ) {
input_error ( "Illegal floating_variety value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
read_token ( p, SORT_floating_variety ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = read_node ( args ) ;
if ( do_check ) {
checking = "flvar_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_floating_variety
check_floating_variety ( p ) ;
#endif
return ( p ) ;
}
/* READ A LABEL */
node *read_label
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_label, n ) ;
p->cons = cons ;
if ( n < 0 || n > 2 || cons->name == null ) {
input_error ( "Illegal label value, %ld", n ) ;
}
switch ( n ) {
case 2 : {
read_token ( p, SORT_label ) ;
break ;
}
case 1 : {
p->son = read_var_sort ( SORT_label ) ;
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_label
check_label ( p ) ;
#endif
return ( p ) ;
}
/* READ A NAT */
node *read_nat
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_nat, n ) ;
p->cons = cons ;
if ( n < 0 || n > 5 || cons->name == null ) {
input_error ( "Illegal nat value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
read_token ( p, SORT_nat ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = read_node ( args ) ;
if ( do_check ) {
checking = "nat_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_nat
check_nat ( p ) ;
#endif
return ( p ) ;
}
/* READ A NTEST */
node *read_ntest
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_ntest, n ) ;
p->cons = cons ;
if ( n < 0 || n > 16 || cons->name == null ) {
input_error ( "Illegal ntest value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
read_token ( p, SORT_ntest ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = read_node ( args ) ;
if ( do_check ) {
checking = "ntest_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_ntest
check_ntest ( p ) ;
#endif
return ( p ) ;
}
/* READ A PROCPROPS */
node *read_procprops
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_procprops, n ) ;
p->cons = cons ;
if ( n < 0 || n > 9 || cons->name == null ) {
input_error ( "Illegal procprops value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
read_token ( p, SORT_procprops ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = read_node ( args ) ;
if ( do_check ) {
checking = "procprops_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_procprops
check_procprops ( p ) ;
#endif
return ( p ) ;
}
/* READ A ROUNDING_MODE */
node *read_rounding_mode
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_rounding_mode, n ) ;
p->cons = cons ;
if ( n < 0 || n > 7 || cons->name == null ) {
input_error ( "Illegal rounding_mode value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
read_token ( p, SORT_rounding_mode ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = read_node ( args ) ;
if ( do_check ) {
checking = "rounding_mode_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_rounding_mode
check_rounding_mode ( p ) ;
#endif
return ( p ) ;
}
/* READ A SHAPE */
node *read_shape
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_shape, n ) ;
p->cons = cons ;
if ( n < 0 || n > 12 || cons->name == null ) {
input_error ( "Illegal shape value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
read_token ( p, SORT_shape ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = read_node ( args ) ;
if ( do_check ) {
checking = "shape_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_shape
check_shape ( p ) ;
#endif
return ( p ) ;
}
/* READ A SIGNED_NAT */
node *read_signed_nat
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_signed_nat, n ) ;
p->cons = cons ;
if ( n < 0 || n > 5 || cons->name == null ) {
input_error ( "Illegal signed_nat value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
read_token ( p, SORT_signed_nat ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = read_node ( args ) ;
if ( do_check ) {
checking = "signed_nat_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
case 4 : {
read_make_signed_nat ( p, get_char_info ( cons ) ) ;
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_signed_nat
check_signed_nat ( p ) ;
#endif
return ( p ) ;
}
/* READ A STRING */
node *read_string
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_string, n ) ;
p->cons = cons ;
if ( n < 0 || n > 4 || cons->name == null ) {
input_error ( "Illegal string value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
read_token ( p, SORT_string ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = read_node ( args ) ;
if ( do_check ) {
checking = "string_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_string
check_string ( p ) ;
#endif
return ( p ) ;
}
/* READ A TAG */
node *read_tag
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_tag, n ) ;
p->cons = cons ;
if ( n < 0 || n > 2 || cons->name == null ) {
input_error ( "Illegal tag value, %ld", n ) ;
}
switch ( n ) {
case 2 : {
read_token ( p, SORT_tag ) ;
break ;
}
case 1 : {
p->son = read_var_sort ( SORT_tag ) ;
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_tag
check_tag ( p ) ;
#endif
return ( p ) ;
}
/* READ A TRANSFER_MODE */
node *read_transfer_mode
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_transfer_mode, n ) ;
p->cons = cons ;
if ( n < 0 || n > 8 || cons->name == null ) {
input_error ( "Illegal transfer_mode value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
read_token ( p, SORT_transfer_mode ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = read_node ( args ) ;
if ( do_check ) {
checking = "transfer_mode_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_transfer_mode
check_transfer_mode ( p ) ;
#endif
return ( p ) ;
}
/* READ A VARIETY */
node *read_variety
PROTO_N ( ( n ) )
PROTO_T ( long n )
{
char *args ;
node *p = new_node () ;
construct *cons = cons_no ( SORT_variety, n ) ;
p->cons = cons ;
if ( n < 0 || n > 4 || cons->name == null ) {
input_error ( "Illegal variety value, %ld", n ) ;
}
switch ( n ) {
case 1 : {
read_token ( p, SORT_variety ) ;
break ;
}
case 2 : {
args = get_char_info ( cons ) ;
p->son = read_node ( args ) ;
if ( do_check ) {
checking = "var_cond" ;
IGNORE check1 ( ENC_integer, p->son ) ;
}
break ;
}
default : {
args = get_char_info ( cons ) ;
if ( args ) p->son = read_node ( args ) ;
break ;
}
}
#ifdef check_variety
check_variety ( p ) ;
#endif
return ( p ) ;
}