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/*
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Crown Copyright (c) 1997
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This TenDRA(r) Computer Program is subject to Copyright
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owned by the United Kingdom Secretary of State for Defence
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acting through the Defence Evaluation and Research Agency
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(DERA). It is made available to Recipients with a
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royalty-free licence for its use, reproduction, transfer
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to other parties and amendment for any purpose not excluding
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product development provided that any such use et cetera
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shall be deemed to be acceptance of the following conditions:-
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(1) Its Recipients shall ensure that this Notice is
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reproduced upon any copies or amended versions of it;
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(2) Any amended version of it shall be clearly marked to
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show both the nature of and the organisation responsible
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for the relevant amendment or amendments;
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(3) Its onward transfer from a recipient to another
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party shall be deemed to be that party's acceptance of
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these conditions;
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(4) DERA gives no warranty or assurance as to its
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quality or suitability for any purpose and DERA accepts
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no liability whatsoever in relation to any use to which
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it may be put.
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*/
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#ifndef CONSFILE_INCLUDED
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#define CONSFILE_INCLUDED
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/* AUTOMATICALLY GENERATED BY make_tdf VERSION 2.0 FROM TDF 4.0 */
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#include "defs.h"
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extern Constructs constructs [] ;
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extern void c_add_accesses PROTO_S ( ( void ) ) ; /* 0 */
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extern void c_constant PROTO_S ( ( void ) ) ; /* 1 */
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extern void c_long_jump_access PROTO_S ( ( void ) ) ; /* 2 */
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extern void c_no_other_read PROTO_S ( ( void ) ) ; /* 3 */
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extern void c_no_other_write PROTO_S ( ( void ) ) ; /* 4 */
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extern void c_out_par PROTO_S ( ( void ) ) ; /* 5 */
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extern void c_preserve PROTO_S ( ( void ) ) ; /* 6 */
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extern void c_register PROTO_S ( ( void ) ) ; /* 7 */
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extern void c_standard_access PROTO_S ( ( void ) ) ; /* 8 */
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extern void c_used_as_volatile PROTO_S ( ( void ) ) ; /* 9 */
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extern void c_visible PROTO_S ( ( void ) ) ; /* 10 */
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extern void c_alignment PROTO_S ( ( void ) ) ; /* 11 */
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extern void c_alloca_alignment PROTO_S ( ( void ) ) ; /* 12 */
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extern void c_callees_alignment PROTO_S ( ( void ) ) ; /* 13 */
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extern void c_callers_alignment PROTO_S ( ( void ) ) ; /* 14 */
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extern void c_code_alignment PROTO_S ( ( void ) ) ; /* 15 */
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extern void c_locals_alignment PROTO_S ( ( void ) ) ; /* 16 */
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extern void c_parameter_alignment PROTO_S ( ( void ) ) ; /* 17 */
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extern void c_unite_alignments PROTO_S ( ( void ) ) ; /* 18 */
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extern void c_var_param_alignment PROTO_S ( ( void ) ) ; /* 19 */
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extern void c_bfvar_bits PROTO_S ( ( void ) ) ; /* 20 */
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extern void c_false PROTO_S ( ( void ) ) ; /* 21 */
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extern void c_true PROTO_S ( ( void ) ) ; /* 22 */
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extern void c_nil_access PROTO_S ( ( void ) ) ; /* 23 */
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extern void c_overflow PROTO_S ( ( void ) ) ; /* 24 */
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extern void c_stack_overflow PROTO_S ( ( void ) ) ; /* 25 */
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extern void c_continue PROTO_S ( ( void ) ) ; /* 26 */
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extern void c_trap PROTO_S ( ( void ) ) ; /* 27 */
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extern void c_wrap PROTO_S ( ( void ) ) ; /* 28 */
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extern void c_impossible PROTO_S ( ( void ) ) ; /* 29 */
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extern void c_abs PROTO_S ( ( void ) ) ; /* 30 */
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extern void c_add_to_ptr PROTO_S ( ( void ) ) ; /* 31 */
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extern void c_and PROTO_S ( ( void ) ) ; /* 32 */
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extern void c_assign PROTO_S ( ( void ) ) ; /* 33 */
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extern void c_assign_with_mode PROTO_S ( ( void ) ) ; /* 34 */
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extern void c_bitfield_assign PROTO_S ( ( void ) ) ; /* 35 */
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extern void c_bitfield_assign_with_mode PROTO_S ( ( void ) ) ; /* 36 */
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extern void c_bitfield_contents PROTO_S ( ( void ) ) ; /* 37 */
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extern void c_bitfield_contents_with_mode PROTO_S ( ( void ) ) ; /* 38 */
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extern void c_change_bitfield_to_int PROTO_S ( ( void ) ) ; /* 39 */
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extern void c_change_floating_variety PROTO_S ( ( void ) ) ; /* 40 */
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extern void c_change_variety PROTO_S ( ( void ) ) ; /* 41 */
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extern void c_change_int_to_bitfield PROTO_S ( ( void ) ) ; /* 42 */
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extern void c_complex_conjugate PROTO_S ( ( void ) ) ; /* 43 */
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extern void c_component PROTO_S ( ( void ) ) ; /* 44 */
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extern void c_concat_nof PROTO_S ( ( void ) ) ; /* 45 */
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extern void c_conditional PROTO_S ( ( void ) ) ; /* 46 */
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extern void c_contents PROTO_S ( ( void ) ) ; /* 47 */
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extern void c_contents_with_mode PROTO_S ( ( void ) ) ; /* 48 */
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extern void c_current_env PROTO_S ( ( void ) ) ; /* 49 */
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extern void c_div0 PROTO_S ( ( void ) ) ; /* 50 */
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extern void c_div1 PROTO_S ( ( void ) ) ; /* 51 */
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extern void c_div2 PROTO_S ( ( void ) ) ; /* 52 */
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extern void c_env_offset PROTO_S ( ( void ) ) ; /* 53 */
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extern void c_env_size PROTO_S ( ( void ) ) ; /* 54 */
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extern void c_fail_installer PROTO_S ( ( void ) ) ; /* 55 */
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extern void c_float_int PROTO_S ( ( void ) ) ; /* 56 */
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extern void c_floating_abs PROTO_S ( ( void ) ) ; /* 57 */
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extern void c_floating_div PROTO_S ( ( void ) ) ; /* 58 */
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extern void c_floating_minus PROTO_S ( ( void ) ) ; /* 59 */
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extern void c_floating_maximum PROTO_S ( ( void ) ) ; /* 60 */
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extern void c_floating_minimum PROTO_S ( ( void ) ) ; /* 61 */
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extern void c_floating_mult PROTO_S ( ( void ) ) ; /* 62 */
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extern void c_floating_negate PROTO_S ( ( void ) ) ; /* 63 */
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extern void c_floating_plus PROTO_S ( ( void ) ) ; /* 64 */
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extern void c_floating_power PROTO_S ( ( void ) ) ; /* 65 */
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extern void c_floating_test PROTO_S ( ( void ) ) ; /* 66 */
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extern void c_goto PROTO_S ( ( void ) ) ; /* 67 */
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extern void c_goto_local_lv PROTO_S ( ( void ) ) ; /* 68 */
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extern void c_ignorable PROTO_S ( ( void ) ) ; /* 69 */
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extern void c_imaginary_part PROTO_S ( ( void ) ) ; /* 70 */
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extern void c_initial_value PROTO_S ( ( void ) ) ; /* 71 */
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extern void c_integer_test PROTO_S ( ( void ) ) ; /* 72 */
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extern void c_last_local PROTO_S ( ( void ) ) ; /* 73 */
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extern void c_local_alloc PROTO_S ( ( void ) ) ; /* 74 */
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extern void c_local_alloc_check PROTO_S ( ( void ) ) ; /* 75 */
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extern void c_local_free PROTO_S ( ( void ) ) ; /* 76 */
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extern void c_local_free_all PROTO_S ( ( void ) ) ; /* 77 */
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extern void c_long_jump PROTO_S ( ( void ) ) ; /* 78 */
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extern void c_make_complex PROTO_S ( ( void ) ) ; /* 79 */
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extern void c_make_compound PROTO_S ( ( void ) ) ; /* 80 */
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extern void c_make_local_lv PROTO_S ( ( void ) ) ; /* 81 */
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extern void c_make_nof PROTO_S ( ( void ) ) ; /* 82 */
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extern void c_make_nof_int PROTO_S ( ( void ) ) ; /* 83 */
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extern void c_make_null_local_lv PROTO_S ( ( void ) ) ; /* 84 */
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extern void c_make_null_proc PROTO_S ( ( void ) ) ; /* 85 */
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extern void c_make_null_ptr PROTO_S ( ( void ) ) ; /* 86 */
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extern void c_make_stack_limit PROTO_S ( ( void ) ) ; /* 87 */
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extern void c_make_top PROTO_S ( ( void ) ) ; /* 88 */
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extern void c_make_value PROTO_S ( ( void ) ) ; /* 89 */
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extern void c_maximum PROTO_S ( ( void ) ) ; /* 90 */
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extern void c_minimum PROTO_S ( ( void ) ) ; /* 91 */
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extern void c_minus PROTO_S ( ( void ) ) ; /* 92 */
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extern void c_move_some PROTO_S ( ( void ) ) ; /* 93 */
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extern void c_mult PROTO_S ( ( void ) ) ; /* 94 */
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extern void c_n_copies PROTO_S ( ( void ) ) ; /* 95 */
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extern void c_negate PROTO_S ( ( void ) ) ; /* 96 */
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extern void c_not PROTO_S ( ( void ) ) ; /* 97 */
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extern void c_offset_add PROTO_S ( ( void ) ) ; /* 98 */
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extern void c_offset_div PROTO_S ( ( void ) ) ; /* 99 */
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extern void c_offset_div_by_int PROTO_S ( ( void ) ) ; /* 100 */
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extern void c_offset_max PROTO_S ( ( void ) ) ; /* 101 */
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extern void c_offset_mult PROTO_S ( ( void ) ) ; /* 102 */
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extern void c_offset_negate PROTO_S ( ( void ) ) ; /* 103 */
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extern void c_offset_pad PROTO_S ( ( void ) ) ; /* 104 */
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extern void c_offset_subtract PROTO_S ( ( void ) ) ; /* 105 */
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extern void c_offset_test PROTO_S ( ( void ) ) ; /* 106 */
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extern void c_offset_zero PROTO_S ( ( void ) ) ; /* 107 */
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extern void c_or PROTO_S ( ( void ) ) ; /* 108 */
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extern void c_plus PROTO_S ( ( void ) ) ; /* 109 */
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extern void c_pointer_test PROTO_S ( ( void ) ) ; /* 110 */
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extern void c_power PROTO_S ( ( void ) ) ; /* 111 */
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extern void c_proc_test PROTO_S ( ( void ) ) ; /* 112 */
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extern void c_profile PROTO_S ( ( void ) ) ; /* 113 */
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extern void c_real_part PROTO_S ( ( void ) ) ; /* 114 */
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extern void c_rem0 PROTO_S ( ( void ) ) ; /* 115 */
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extern void c_rem1 PROTO_S ( ( void ) ) ; /* 116 */
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extern void c_rem2 PROTO_S ( ( void ) ) ; /* 117 */
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extern void c_repeat PROTO_S ( ( void ) ) ; /* 118 */
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extern void c_return PROTO_S ( ( void ) ) ; /* 119 */
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extern void c_return_to_label PROTO_S ( ( void ) ) ; /* 120 */
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extern void c_round_with_mode PROTO_S ( ( void ) ) ; /* 121 */
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extern void c_rotate_left PROTO_S ( ( void ) ) ; /* 122 */
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extern void c_rotate_right PROTO_S ( ( void ) ) ; /* 123 */
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extern void c_set_stack_limit PROTO_S ( ( void ) ) ; /* 124 */
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extern void c_shape_offset PROTO_S ( ( void ) ) ; /* 125 */
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extern void c_shift_left PROTO_S ( ( void ) ) ; /* 126 */
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extern void c_shift_right PROTO_S ( ( void ) ) ; /* 127 */
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extern void c_subtract_ptrs PROTO_S ( ( void ) ) ; /* 128 */
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extern void c_untidy_return PROTO_S ( ( void ) ) ; /* 129 */
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extern void c_xor PROTO_S ( ( void ) ) ; /* 130 */
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extern void c_flvar_parms PROTO_S ( ( void ) ) ; /* 131 */
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extern void c_complex_parms PROTO_S ( ( void ) ) ; /* 132 */
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extern void c_float_of_complex PROTO_S ( ( void ) ) ; /* 133 */
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extern void c_complex_of_float PROTO_S ( ( void ) ) ; /* 134 */
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extern void c_computed_nat PROTO_S ( ( void ) ) ; /* 135 */
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extern void c_error_val PROTO_S ( ( void ) ) ; /* 136 */
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extern void c_equal PROTO_S ( ( void ) ) ; /* 137 */
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extern void c_greater_than PROTO_S ( ( void ) ) ; /* 138 */
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extern void c_greater_than_or_equal PROTO_S ( ( void ) ) ; /* 139 */
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extern void c_less_than PROTO_S ( ( void ) ) ; /* 140 */
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extern void c_less_than_or_equal PROTO_S ( ( void ) ) ; /* 141 */
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extern void c_not_equal PROTO_S ( ( void ) ) ; /* 142 */
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extern void c_not_greater_than PROTO_S ( ( void ) ) ; /* 143 */
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extern void c_not_greater_than_or_equal PROTO_S ( ( void ) ) ; /* 144 */
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extern void c_not_less_than PROTO_S ( ( void ) ) ; /* 145 */
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extern void c_not_less_than_or_equal PROTO_S ( ( void ) ) ; /* 146 */
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extern void c_less_than_or_greater_than PROTO_S ( ( void ) ) ; /* 147 */
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extern void c_not_less_than_and_not_greater_than PROTO_S ( ( void ) ) ; /* 148 */
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extern void c_comparable PROTO_S ( ( void ) ) ; /* 149 */
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extern void c_not_comparable PROTO_S ( ( void ) ) ; /* 150 */
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extern void c_round_as_state PROTO_S ( ( void ) ) ; /* 151 */
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extern void c_to_nearest PROTO_S ( ( void ) ) ; /* 152 */
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extern void c_toward_larger PROTO_S ( ( void ) ) ; /* 153 */
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extern void c_toward_smaller PROTO_S ( ( void ) ) ; /* 154 */
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extern void c_toward_zero PROTO_S ( ( void ) ) ; /* 155 */
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extern void c_bitfield PROTO_S ( ( void ) ) ; /* 156 */
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extern void c_bottom PROTO_S ( ( void ) ) ; /* 157 */
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extern void c_compound PROTO_S ( ( void ) ) ; /* 158 */
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extern void c_floating PROTO_S ( ( void ) ) ; /* 159 */
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extern void c_integer PROTO_S ( ( void ) ) ; /* 160 */
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extern void c_nof PROTO_S ( ( void ) ) ; /* 161 */
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extern void c_offset PROTO_S ( ( void ) ) ; /* 162 */
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extern void c_pointer PROTO_S ( ( void ) ) ; /* 163 */
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extern void c_proc PROTO_S ( ( void ) ) ; /* 164 */
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extern void c_top PROTO_S ( ( void ) ) ; /* 165 */
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extern void c_computed_signed_nat PROTO_S ( ( void ) ) ; /* 166 */
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extern void c_make_signed_nat PROTO_S ( ( void ) ) ; /* 167 */
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extern void c_snat_from_nat PROTO_S ( ( void ) ) ; /* 168 */
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extern void c_add_modes PROTO_S ( ( void ) ) ; /* 169 */
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extern void c_overlap PROTO_S ( ( void ) ) ; /* 170 */
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extern void c_standard_transfer_mode PROTO_S ( ( void ) ) ; /* 171 */
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extern void c_trap_on_nil PROTO_S ( ( void ) ) ; /* 172 */
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extern void c_volatile PROTO_S ( ( void ) ) ; /* 173 */
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extern void c_complete PROTO_S ( ( void ) ) ; /* 174 */
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extern void c_var_limits PROTO_S ( ( void ) ) ; /* 175 */
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extern void c_var_width PROTO_S ( ( void ) ) ; /* 176 */
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#define no_of_cons 177
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#endif
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