mescc-tools/test/test9/M1.M1

## Copyright (C) 2017 Jeremiah Orians
## This file is part of stage0.
##
## stage0 is free software: you can redistribute it and/or modify
## it under the terms of the GNU General Public License as published by
## the Free Software Foundation, either version 3 of the License, or
## (at your option) any later version.
##
## stage0 is distributed in the hope that it will be useful,
## but WITHOUT ANY WARRANTY; without even the implied warranty of
## MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
## GNU General Public License for more details.
##
## You should have received a copy of the GNU General Public License
## along with stage0.  If not, see <http://www.gnu.org/licenses/>.

:newToken
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# struct Token *p; 
					# p = calloc(1, sizeof(struct Token))
	mov____$i32,%eax %0x10
	push___%eax
	mov____$i32,%eax %0x1
	push___%eax
	call32 %calloc
	add____$i8,%esp !0x8
	mov____%eax,0x8(%ebp) !0x-4
	test___%eax,%eax
					# if (0 == p) ...
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_newToken_10_break
					# fprintf(2, "calloc failed.\n"); 
	push___$i32 &string_open_0
	mov____$i32,%eax %0x2
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0x8
	test___%eax,%eax
					# exit(1); 
	mov____$i32,%eax %0x1
	push___%eax
	call32 %exit
	add____$i8,%esp !0x4
	test___%eax,%eax
	jmp32  %_newToken_10_break
:_newToken_10_break
	mov____0x8(%ebp),%eax !0x-4
	leave
	ret


:reverse_list
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# struct Token *root = 0; 
	mov____$i32,%eax %0x0
	mov____%eax,0x8(%ebp) !0x-4
					# while (0 != head) ...
	jmp32  %_reverse_list_4_continue
:_reverse_list_4_loop
					# struct Token *next = head->next; 
	mov____%ebp,%eax
	add____$i8,%eax !0x8
	mov____(%eax),%eax
	add____$i8,%eax !0x0
					# head->next
	mov____(%eax),%eax
	mov____%eax,0x8(%ebp) !0x-8
					# head->next = root
	mov____0x8(%ebp),%eax !0x-4
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x8
	mov____(%eax),%eax
	add____$i8,%eax !0x0
	mov____%eax,%edx
	pop____%eax
	mov____%eax,(%edx)
	test___%eax,%eax
					# root = head
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,0x8(%ebp) !0x-4
	test___%eax,%eax
					# head = next
	mov____0x8(%ebp),%eax !0x-8
	mov____%eax,0x8(%ebp) !0x8
	test___%eax,%eax
:_reverse_list_4_continue
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_reverse_list_4_break
	jmp32  %_reverse_list_4_loop
:_reverse_list_4_break
	mov____0x8(%ebp),%eax !0x-4
	leave
	ret


:purge_lineComment
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# int c = fgetc(source_file); 
	mov____0x32,%eax &source_file
	push___%eax
	call32 %fgetc
	add____$i8,%esp !0x4
	mov____%eax,0x8(%ebp) !0x-4
					# while (10 != c && 13 != c) ...
	jmp32  %_purge_lineComment_5_continue
:_purge_lineComment_5_loop
					# c = fgetc(source_file)
	mov____0x32,%eax &source_file
	push___%eax
	call32 %fgetc
	add____$i8,%esp !0x4
	mov____%eax,0x8(%ebp) !0x-4
	test___%eax,%eax
:_purge_lineComment_5_continue
	mov____$i32,%eax %0xa
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_purge_lineComment_5_break
	mov____$i32,%eax %0xd
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_purge_lineComment_5_break
	jmp32  %_purge_lineComment_5_loop
:_purge_lineComment_5_break
	leave
	ret


:store_atom
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# char *store = calloc(4096 + 1, sizeof(char)); 
	mov____$i32,%eax %0x1
	push___%eax
	mov____$i32,%eax %0x1000
	add____$i8,%eax !0x1
	push___%eax
	call32 %calloc
	add____$i8,%esp !0x8
	mov____%eax,0x8(%ebp) !0x-4
					# if (0 == store) ...
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_store_atom_9_break
					# fprintf(2, "Exhusted available memory\n"); 
	push___$i32 &string_open_1
	mov____$i32,%eax %0x2
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0x8
	test___%eax,%eax
					# exit(1); 
	mov____$i32,%eax %0x1
	push___%eax
	call32 %exit
	add____$i8,%esp !0x4
	test___%eax,%eax
	jmp32  %_store_atom_9_break
:_store_atom_9_break
					# int ch; 
					# int i = 0; 
	mov____$i32,%eax %0x0
	mov____%eax,0x8(%ebp) !0x-c
					# ch = c
	movzbl_0x8(%ebp),%eax !0x8
	mov____%eax,0x8(%ebp) !0x-8
	test___%eax,%eax
					# do 9 != ch && 10 != ch && 32 != ch && i <= 4096while (...); 
:_store_atom_38_loop
					# store[i] = (char)ch
	mov____0x8(%ebp),%eax !0x-8
	push___%eax
	mov____0x8(%ebp),%eax !0x-c
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	mov____%al,(%edx)
	test___%eax,%eax
					# ch = fgetc(source_file)
	mov____0x32,%eax &source_file
	push___%eax
	call32 %fgetc
	add____$i8,%esp !0x4
	mov____%eax,0x8(%ebp) !0x-8
	test___%eax,%eax
					# i = i + 1
	mov____0x8(%ebp),%eax !0x-c
	add____$i8,%eax !0x1
	mov____%eax,0x8(%ebp) !0x-c
	test___%eax,%eax
:_store_atom_38_continue
	mov____$i32,%eax %0x9
	push___%eax
	mov____0x8(%ebp),%eax !0x-8
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_store_atom_38_break
	mov____$i32,%eax %0xa
	push___%eax
	mov____0x8(%ebp),%eax !0x-8
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_store_atom_38_break
	mov____$i32,%eax %0x20
	push___%eax
	mov____0x8(%ebp),%eax !0x-8
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_store_atom_38_break
	mov____0x8(%ebp),%eax !0x-c
	push___%eax
	mov____$i32,%eax %0x1000
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setle__%al
	movzbl_%al,%eax
					# jmp test LABEL
	jg32   %_store_atom_38_break
	jmp32  %_store_atom_38_loop
:_store_atom_38_break
	mov____0x8(%ebp),%eax !0x-4
	leave
	ret


:store_string
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# char *store = calloc(4096 + 1, sizeof(char)); 
	mov____$i32,%eax %0x1
	push___%eax
	mov____$i32,%eax %0x1000
	add____$i8,%eax !0x1
	push___%eax
	call32 %calloc
	add____$i8,%esp !0x8
	mov____%eax,0x8(%ebp) !0x-4
					# if (0 == store) ...
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_store_string_9_break
					# fprintf(2, "Exhusted available memory\n"); 
	push___$i32 &string_open_1
	mov____$i32,%eax %0x2
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0x8
	test___%eax,%eax
					# exit(1); 
	mov____$i32,%eax %0x1
	push___%eax
	call32 %exit
	add____$i8,%esp !0x4
	test___%eax,%eax
	jmp32  %_store_string_9_break
:_store_string_9_break
					# int ch; 
					# int i = 0; 
	mov____$i32,%eax %0x0
	mov____%eax,0x8(%ebp) !0x-c
					# ch = c
	movzbl_0x8(%ebp),%eax !0x8
	mov____%eax,0x8(%ebp) !0x-8
	test___%eax,%eax
					# do ch != cwhile (...); 
:_store_string_38_loop
					# store[i] = (char)ch
	mov____0x8(%ebp),%eax !0x-8
	push___%eax
	mov____0x8(%ebp),%eax !0x-c
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	mov____%al,(%edx)
	test___%eax,%eax
					# i = i + 1
	mov____0x8(%ebp),%eax !0x-c
	add____$i8,%eax !0x1
	mov____%eax,0x8(%ebp) !0x-c
	test___%eax,%eax
					# ch = fgetc(source_file)
	mov____0x32,%eax &source_file
	push___%eax
	call32 %fgetc
	add____$i8,%esp !0x4
	mov____%eax,0x8(%ebp) !0x-8
	test___%eax,%eax
					# if (-1 == ch) ...
	push___%eax
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	pop____%eax
	mov____$i32,%eax %0x0
	sub____%edx,%eax
	push___%eax
	mov____0x8(%ebp),%eax !0x-8
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_store_string_63_break
					# fprintf(2, "Unmatched \"!\n"); 
	push___$i32 &string_open_2
	mov____$i32,%eax %0x2
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0x8
	test___%eax,%eax
					# exit(1); 
	mov____$i32,%eax %0x1
	push___%eax
	call32 %exit
	add____$i8,%esp !0x4
	test___%eax,%eax
	jmp32  %_store_string_63_break
:_store_string_63_break
					# if (4096 == i) ...
	mov____$i32,%eax %0x1000
	push___%eax
	mov____0x8(%ebp),%eax !0x-c
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_store_string_88_break
					# fprintf(2, "String: %s exceeds max string size\n", store); 
	push___0x8(%ebp) !0x-4
	push___$i32 &string_open_3
	mov____$i32,%eax %0x2
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0xc
	test___%eax,%eax
					# exit(1); 
	mov____$i32,%eax %0x1
	push___%eax
	call32 %exit
	add____$i8,%esp !0x4
	test___%eax,%eax
	jmp32  %_store_string_88_break
:_store_string_88_break
:_store_string_38_continue
	mov____0x8(%ebp),%eax !0x-8
	push___%eax
	movzbl_0x8(%ebp),%eax !0x8
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_store_string_38_break
	jmp32  %_store_string_38_loop
:_store_string_38_break
	mov____0x8(%ebp),%eax !0x-4
	leave
	ret


:Tokenize_Line
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# int c; 
:_Tokenize_Line_label_restart
					# c = fgetc(source_file)
	mov____0x32,%eax &source_file
	push___%eax
	call32 %fgetc
	add____$i8,%esp !0x4
	mov____%eax,0x8(%ebp) !0x-4
	test___%eax,%eax
					# if (35 == c || 59 == c) ...
	mov____$i32,%eax %0x23
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_Tokenize_Line_8_break_b_9
	jmp32  %_Tokenize_Line_8_break_skip_b_9
:_Tokenize_Line_8_break_b_9
	mov____$i32,%eax %0x3b
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_Tokenize_Line_8_break
:_Tokenize_Line_8_break_skip_b_9
					# purge_lineComment(); 
	call32 %purge_lineComment
	add____$i8,%esp !0x0
	test___%eax,%eax
	jmp32  %_Tokenize_Line_label_restart
	jmp32  %_Tokenize_Line_8_break
:_Tokenize_Line_8_break
					# if ((9 == c || 10 == c) || 32 == c) ...
	mov____$i32,%eax %0x9
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_Tokenize_Line_32_break_b_33_b_33
	jmp32  %_Tokenize_Line_32_break_b_33_skip_b_33
:_Tokenize_Line_32_break_b_33_b_33
	mov____$i32,%eax %0xa
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_Tokenize_Line_32_break_b_33
:_Tokenize_Line_32_break_b_33_skip_b_33
	jmp32  %_Tokenize_Line_32_break_skip_b_33
:_Tokenize_Line_32_break_b_33
	mov____$i32,%eax %0x20
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_Tokenize_Line_32_break
:_Tokenize_Line_32_break_skip_b_33
	jmp32  %_Tokenize_Line_label_restart
	jmp32  %_Tokenize_Line_32_break
:_Tokenize_Line_32_break
					# struct Token *p = newToken(); 
	call32 %newToken
	add____$i8,%esp !0x0
	mov____%eax,0x8(%ebp) !0x-8
					# if (-1 == c) ...else ...
	push___%eax
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	pop____%eax
	mov____$i32,%eax %0x0
	sub____%edx,%eax
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_Tokenize_Line_66_else
					# Reached_EOF = 1
	mov____$i32,%eax %0x1
	mov____%eax,0x32 &Reached_EOF
	test___%eax,%eax
					# free(p); 
	push___0x8(%ebp) !0x-8
	call32 %free
	add____$i8,%esp !0x4
	test___%eax,%eax
	mov____0x8(%ebp),%eax !0x8
	leave
	ret
	jmp32  %_Tokenize_Line_66_break
:_Tokenize_Line_66_else
					# if (34 == c || 39 == c) ...else ...
	mov____$i32,%eax %0x22
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_Tokenize_Line_90_else_b_91
	jmp32  %_Tokenize_Line_90_else_skip_b_91
:_Tokenize_Line_90_else_b_91
	mov____$i32,%eax %0x27
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_Tokenize_Line_90_else
:_Tokenize_Line_90_else_skip_b_91
					# p->Text = store_string(c)
	push___0x8(%ebp) !0x-4
	call32 %store_string
	add____$i8,%esp !0x4
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-8
	mov____(%eax),%eax
	add____$i8,%eax !0x8
	mov____%eax,%edx
	pop____%eax
	mov____%eax,(%edx)
	test___%eax,%eax
					# p->type = 2
	mov____$i32,%eax %0x2
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-8
	mov____(%eax),%eax
	add____$i8,%eax !0x4
	mov____%eax,%edx
	pop____%eax
	mov____%eax,(%edx)
	test___%eax,%eax
	jmp32  %_Tokenize_Line_90_break
:_Tokenize_Line_90_else
					# p->Text = store_atom(c)
	push___0x8(%ebp) !0x-4
	call32 %store_atom
	add____$i8,%esp !0x4
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-8
	mov____(%eax),%eax
	add____$i8,%eax !0x8
	mov____%eax,%edx
	pop____%eax
	mov____%eax,(%edx)
	test___%eax,%eax
:_Tokenize_Line_90_break
:_Tokenize_Line_66_break
					# p->next = head
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-8
	mov____(%eax),%eax
	add____$i8,%eax !0x0
	mov____%eax,%edx
	pop____%eax
	mov____%eax,(%edx)
	test___%eax,%eax
	mov____0x8(%ebp),%eax !0x-8
	leave
	ret


:setExpression
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# for (struct Token *i = p; 0 != i; i = i->next) ...
					# struct Token *i = p; 
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,0x8(%ebp) !0x-4
	jmp32  %_setExpression_1_initial_skip
:_setExpression_1_loop
					# if (i->type & 1) ...else ...
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x4
					# i->type
	mov____(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	pop____%eax
	and____%edx,%eax
	test___%eax,%eax
					# jmp test LABEL
	test___%eax,%eax
	je32   %_setExpression_7_else
	jmp32  %_setExpression_1_continue
	jmp32  %_setExpression_7_break
:_setExpression_7_else
					# if (0 == strncmp(i->Text, match, 4096)) ...
	mov____$i32,%eax %0x0
	push___%eax
	mov____$i32,%eax %0x1000
	push___%eax
	push___0x8(%ebp) !0xc
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# i->Text
	mov____(%eax),%eax
	push___%eax
	call32 %strncmp
	add____$i8,%esp !0xc
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_setExpression_24_break
					# i->Expression = Exp
	mov____0x8(%ebp),%eax !0x10
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0xc
	mov____%eax,%edx
	pop____%eax
	mov____%eax,(%edx)
	test___%eax,%eax
	jmp32  %_setExpression_24_break
:_setExpression_24_break
:_setExpression_7_break
:_setExpression_1_continue
					# i = i->next
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x0
					# i->next
	mov____(%eax),%eax
	mov____%eax,0x8(%ebp) !0x-4
:_setExpression_1_initial_skip
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_setExpression_1_break
	jmp32  %_setExpression_1_loop
:_setExpression_1_break
	leave
	ret


:identify_macros
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# for (struct Token *i = p; 0 != i; i = i->next) ...
					# struct Token *i = p; 
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,0x8(%ebp) !0x-4
	jmp32  %_identify_macros_1_initial_skip
:_identify_macros_1_loop
					# if (0 == strncmp(i->Text, "DEFINE", 4096)) ...
	mov____$i32,%eax %0x0
	push___%eax
	mov____$i32,%eax %0x1000
	push___%eax
	push___$i32 &string_open_4
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# i->Text
	mov____(%eax),%eax
	push___%eax
	call32 %strncmp
	add____$i8,%esp !0xc
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_identify_macros_7_break
					# i->type = 1
	mov____$i32,%eax %0x1
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x4
	mov____%eax,%edx
	pop____%eax
	mov____%eax,(%edx)
	test___%eax,%eax
					# i->Text = i->next->Text
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x0
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# i->next->Text
	mov____(%eax),%eax
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x8
	mov____%eax,%edx
	pop____%eax
	mov____%eax,(%edx)
	test___%eax,%eax
					# if (i->next->next->type & 2) ...else ...
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x0
	mov____(%eax),%eax
	add____$i8,%eax !0x0
	mov____(%eax),%eax
	add____$i8,%eax !0x4
					# i->next->next->type
	mov____(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x2
	mov____%eax,%edx
	pop____%eax
	and____%edx,%eax
	test___%eax,%eax
					# jmp test LABEL
	test___%eax,%eax
	je32   %_identify_macros_50_else
					# i->Expression = i->next->next->Text + 1
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x0
	mov____(%eax),%eax
	add____$i8,%eax !0x0
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# i->next->next->Text
	mov____(%eax),%eax
	add____$i8,%eax !0x1
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0xc
	mov____%eax,%edx
	pop____%eax
	mov____%eax,(%edx)
	test___%eax,%eax
	jmp32  %_identify_macros_50_break
:_identify_macros_50_else
					# i->Expression = i->next->next->Text
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x0
	mov____(%eax),%eax
	add____$i8,%eax !0x0
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# i->next->next->Text
	mov____(%eax),%eax
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0xc
	mov____%eax,%edx
	pop____%eax
	mov____%eax,(%edx)
	test___%eax,%eax
:_identify_macros_50_break
					# i->next = i->next->next->next
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x0
	mov____(%eax),%eax
	add____$i8,%eax !0x0
	mov____(%eax),%eax
	add____$i8,%eax !0x0
					# i->next->next->next
	mov____(%eax),%eax
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x0
	mov____%eax,%edx
	pop____%eax
	mov____%eax,(%edx)
	test___%eax,%eax
	jmp32  %_identify_macros_7_break
:_identify_macros_7_break
:_identify_macros_1_continue
					# i = i->next
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x0
					# i->next
	mov____(%eax),%eax
	mov____%eax,0x8(%ebp) !0x-4
:_identify_macros_1_initial_skip
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_identify_macros_1_break
	jmp32  %_identify_macros_1_loop
:_identify_macros_1_break
	leave
	ret


:line_macro
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# for (struct Token *i = p; 0 != i; i = i->next) ...
					# struct Token *i = p; 
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,0x8(%ebp) !0x-4
	jmp32  %_line_macro_1_initial_skip
:_line_macro_1_loop
					# if (i->type & 1) ...
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x4
					# i->type
	mov____(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	pop____%eax
	and____%edx,%eax
	test___%eax,%eax
					# jmp test LABEL
	test___%eax,%eax
	je32   %_line_macro_7_break
					# setExpression(i->next, i->Text, i->Expression); 
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0xc
					# i->Expression
	mov____(%eax),%eax
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# i->Text
	mov____(%eax),%eax
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x0
					# i->next
	mov____(%eax),%eax
	push___%eax
	call32 %setExpression
	add____$i8,%esp !0xc
	test___%eax,%eax
	jmp32  %_line_macro_7_break
:_line_macro_7_break
:_line_macro_1_continue
					# i = i->next
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x0
					# i->next
	mov____(%eax),%eax
	mov____%eax,0x8(%ebp) !0x-4
:_line_macro_1_initial_skip
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_line_macro_1_break
	jmp32  %_line_macro_1_loop
:_line_macro_1_break
	leave
	ret


:hexify_string
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# char table[16] = {0x30, 0x31, 0x32, 0x33, 0x34, 0x35, 0x36, 0x37, 0x38, 0x39,      0x41, 0x42, 0x43, 0x44, 0x45, 0x46, }; 
	mov____$i32,%eax %0x30
	mov____%al,0x8(%ebp) !0x-10
	mov____$i32,%eax %0x31
	mov____%al,0x8(%ebp) !0x-f
	mov____$i32,%eax %0x32
	mov____%al,0x8(%ebp) !0x-e
	mov____$i32,%eax %0x33
	mov____%al,0x8(%ebp) !0x-d
	mov____$i32,%eax %0x34
	mov____%al,0x8(%ebp) !0x-c
	mov____$i32,%eax %0x35
	mov____%al,0x8(%ebp) !0x-b
	mov____$i32,%eax %0x36
	mov____%al,0x8(%ebp) !0x-a
	mov____$i32,%eax %0x37
	mov____%al,0x8(%ebp) !0x-9
	mov____$i32,%eax %0x38
	mov____%al,0x8(%ebp) !0x-8
	mov____$i32,%eax %0x39
	mov____%al,0x8(%ebp) !0x-7
	mov____$i32,%eax %0x41
	mov____%al,0x8(%ebp) !0x-6
	mov____$i32,%eax %0x42
	mov____%al,0x8(%ebp) !0x-5
	mov____$i32,%eax %0x43
	mov____%al,0x8(%ebp) !0x-4
	mov____$i32,%eax %0x44
	mov____%al,0x8(%ebp) !0x-3
	mov____$i32,%eax %0x45
	mov____%al,0x8(%ebp) !0x-2
	mov____$i32,%eax %0x46
	mov____%al,0x8(%ebp) !0x-1
					# int i = (strlen(p->Text + 1)/4 + 1)*8; 
	mov____%ebp,%eax
	add____$i8,%eax !0x8
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# p->Text
	mov____(%eax),%eax
	add____$i8,%eax !0x1
	push___%eax
	call32 %strlen
	add____$i8,%esp !0x4
	push___%eax
	mov____$i32,%eax %0x4
	mov____%eax,%edx
	pop____%eax
	mov____%edx,%ebx
	xor____%edx,%edx
	idiv___%ebx
	add____$i8,%eax !0x1
	push___%eax
	mov____$i32,%eax %0x8
	mov____%eax,%edx
	pop____%eax
	mul____%edx
	mov____%eax,0x8(%ebp) !0x-14
					# char *d = calloc(4096, sizeof(char)); 
	mov____$i32,%eax %0x1
	push___%eax
	mov____$i32,%eax %0x1000
	push___%eax
	call32 %calloc
	add____$i8,%esp !0x8
	mov____%eax,0x8(%ebp) !0x-18
					# p->Expression = d
	mov____0x8(%ebp),%eax !0x-18
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x8
	mov____(%eax),%eax
	add____$i8,%eax !0xc
	mov____%eax,%edx
	pop____%eax
	mov____%eax,(%edx)
	test___%eax,%eax
					# while (0 < i) ...
	jmp32  %_hexify_string_70_continue
:_hexify_string_70_loop
					# i = i - 1
	mov____0x8(%ebp),%eax !0x-14
	add____$i8,%eax !0x-1
	mov____%eax,0x8(%ebp) !0x-14
	test___%eax,%eax
					# d[i] = 0x30
	mov____$i32,%eax %0x30
	push___%eax
	mov____0x8(%ebp),%eax !0x-14
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x-18
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	mov____%al,(%edx)
	test___%eax,%eax
:_hexify_string_70_continue
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-14
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setl___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jge32  %_hexify_string_70_break
	jmp32  %_hexify_string_70_loop
:_hexify_string_70_break
					# while (i < 4096) ...
	jmp32  %_hexify_string_101_continue
:_hexify_string_101_loop
					# if (0 == p->Text[i + 1]) ...else ...
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-14
	add____$i8,%eax !0x1
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x8
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# p->Text
	mov____(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_hexify_string_104_else
					# i = 4096
	mov____$i32,%eax %0x1000
	mov____%eax,0x8(%ebp) !0x-14
	test___%eax,%eax
	jmp32  %_hexify_string_104_break
:_hexify_string_104_else
					# d[2*i] = table[p->Text[i + 1]/16]
	mov____0x8(%ebp),%eax !0x-14
	add____$i8,%eax !0x1
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x8
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# p->Text
	mov____(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x10
	mov____%eax,%edx
	pop____%eax
	mov____%edx,%ebx
	xor____%edx,%edx
	idiv___%ebx
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-10
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x2
	push___%eax
	mov____0x8(%ebp),%eax !0x-14
	mov____%eax,%edx
	pop____%eax
	mul____%edx
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x-18
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	mov____%al,(%edx)
	test___%eax,%eax
					# d[2*i + 1] = table[p->Text[i + 1]%16]
	mov____0x8(%ebp),%eax !0x-14
	add____$i8,%eax !0x1
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x8
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# p->Text
	mov____(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x10
	mov____%eax,%edx
	pop____%eax
	mov____%edx,%ebx
	xor____%edx,%edx
	idiv___%ebx
	mov____%edx,%eax
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-10
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x2
	push___%eax
	mov____0x8(%ebp),%eax !0x-14
	mov____%eax,%edx
	pop____%eax
	mul____%edx
	add____$i8,%eax !0x1
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x-18
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	mov____%al,(%edx)
	test___%eax,%eax
					# i = i + 1
	mov____0x8(%ebp),%eax !0x-14
	add____$i8,%eax !0x1
	mov____%eax,0x8(%ebp) !0x-14
	test___%eax,%eax
:_hexify_string_104_break
:_hexify_string_101_continue
	mov____0x8(%ebp),%eax !0x-14
	push___%eax
	mov____$i32,%eax %0x1000
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setl___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jge32  %_hexify_string_101_break
	jmp32  %_hexify_string_101_loop
:_hexify_string_101_break
	leave
	ret


:process_string
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# for (struct Token *i = p; 0 != i; i = i->next) ...
					# struct Token *i = p; 
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,0x8(%ebp) !0x-4
	jmp32  %_process_string_1_initial_skip
:_process_string_1_loop
					# if (i->type & 2) ...
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x4
					# i->type
	mov____(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x2
	mov____%eax,%edx
	pop____%eax
	and____%edx,%eax
	test___%eax,%eax
					# jmp test LABEL
	test___%eax,%eax
	je32   %_process_string_7_break
					# if (''' == i->Text[0]) ...else ...
	mov____$i32,%eax %0x27
	push___%eax
	mov____$i32,%eax %0x0
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# i->Text
	mov____(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_process_string_21_else
					# i->Expression = i->Text + 1
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# i->Text
	mov____(%eax),%eax
	add____$i8,%eax !0x1
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0xc
	mov____%eax,%edx
	pop____%eax
	mov____%eax,(%edx)
	test___%eax,%eax
	jmp32  %_process_string_21_break
:_process_string_21_else
					# if ('"' == i->Text[0]) ...
	mov____$i32,%eax %0x22
	push___%eax
	mov____$i32,%eax %0x0
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# i->Text
	mov____(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_process_string_56_break
					# hexify_string(i); 
	push___0x8(%ebp) !0x-4
	call32 %hexify_string
	add____$i8,%esp !0x4
	test___%eax,%eax
	jmp32  %_process_string_56_break
:_process_string_56_break
:_process_string_21_break
	jmp32  %_process_string_7_break
:_process_string_7_break
:_process_string_1_continue
					# i = i->next
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x0
					# i->next
	mov____(%eax),%eax
	mov____%eax,0x8(%ebp) !0x-4
:_process_string_1_initial_skip
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_process_string_1_break
	jmp32  %_process_string_1_loop
:_process_string_1_break
	leave
	ret


:preserve_other
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# for (struct Token *i = p; 0 != i; i = i->next) ...
					# struct Token *i = p; 
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,0x8(%ebp) !0x-4
	jmp32  %_preserve_other_1_initial_skip
:_preserve_other_1_loop
					# if (0 == i->Expression && !(i->type & 1)) ...
	mov____$i32,%eax %0x0
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0xc
					# i->Expression
	mov____(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_preserve_other_7_break
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x4
					# i->type
	mov____(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	pop____%eax
	and____%edx,%eax
	test___%eax,%eax
	sete___%al
	movzbl_%al,%eax
	test___%eax,%eax
					# jmp test LABEL
	je32   %_preserve_other_7_break
					# i->Expression = i->Text
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# i->Text
	mov____(%eax),%eax
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0xc
	mov____%eax,%edx
	pop____%eax
	mov____%eax,(%edx)
	test___%eax,%eax
	jmp32  %_preserve_other_7_break
:_preserve_other_7_break
:_preserve_other_1_continue
					# i = i->next
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x0
					# i->next
	mov____(%eax),%eax
	mov____%eax,0x8(%ebp) !0x-4
:_preserve_other_1_initial_skip
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_preserve_other_1_break
	jmp32  %_preserve_other_1_loop
:_preserve_other_1_break
	leave
	ret


:range_check
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# switch (number_of_bytes) {   ...} 
	mov____0x8(%ebp),%eax !0xc
:_range_check_1_clause0
	cmp____$i8,%eax !0x4
	je32   %_range_check_1_body0
	jmp32  %_range_check_1_clause1
:_range_check_1_body0
	jmp32  %_range_check_1_break
	jmp32  %_range_check_1_body1
:_range_check_1_clause1
	cmp____$i8,%eax !0x3
	je32   %_range_check_1_body1
	jmp32  %_range_check_1_clause2
:_range_check_1_body1
					# if (16777216 < displacement || displacement < -8388608) ...
	mov____$i32,%eax %0x1000000
	push___%eax
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setl___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jge32  %_range_check_15_break_b_16
	jmp32  %_range_check_15_break_skip_b_16
:_range_check_15_break_b_16
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	push___%eax
	mov____$i32,%eax %0x800000
	mov____%eax,%edx
	pop____%eax
	mov____$i32,%eax %0x0
	sub____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setl___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jge32  %_range_check_15_break
:_range_check_15_break_skip_b_16
					# fprintf(2, "A displacement of %d does not fit in 3 bytes", displacement); 
	push___0x8(%ebp) !0x8
	push___$i32 &string_open_5
	mov____$i32,%eax %0x2
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0xc
	test___%eax,%eax
					# exit(1); 
	mov____$i32,%eax %0x1
	push___%eax
	call32 %exit
	add____$i8,%esp !0x4
	test___%eax,%eax
	jmp32  %_range_check_15_break
:_range_check_15_break
	jmp32  %_range_check_1_break
	jmp32  %_range_check_1_body2
:_range_check_1_clause2
	cmp____$i8,%eax !0x2
	je32   %_range_check_1_body2
	jmp32  %_range_check_1_clause3
:_range_check_1_body2
					# if (65535 < displacement || displacement < -32768) ...
	mov____$i32,%eax %0xffff
	push___%eax
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setl___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jge32  %_range_check_58_break_b_59
	jmp32  %_range_check_58_break_skip_b_59
:_range_check_58_break_b_59
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	push___%eax
	mov____$i32,%eax %0x8000
	mov____%eax,%edx
	pop____%eax
	mov____$i32,%eax %0x0
	sub____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setl___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jge32  %_range_check_58_break
:_range_check_58_break_skip_b_59
					# fprintf(2, "A displacement of %d does not fit in 2 bytes", displacement); 
	push___0x8(%ebp) !0x8
	push___$i32 &string_open_6
	mov____$i32,%eax %0x2
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0xc
	test___%eax,%eax
					# exit(1); 
	mov____$i32,%eax %0x1
	push___%eax
	call32 %exit
	add____$i8,%esp !0x4
	test___%eax,%eax
	jmp32  %_range_check_58_break
:_range_check_58_break
	jmp32  %_range_check_1_break
	jmp32  %_range_check_1_body3
:_range_check_1_clause3
	cmp____$i8,%eax !0x1
	je32   %_range_check_1_body3
	jmp32  %_range_check_1_clause4
:_range_check_1_body3
					# if (255 < displacement || displacement < -128) ...
	mov____$i32,%eax %0xff
	push___%eax
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setl___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jge32  %_range_check_101_break_b_102
	jmp32  %_range_check_101_break_skip_b_102
:_range_check_101_break_b_102
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	push___%eax
	mov____$i32,%eax %0x80
	mov____%eax,%edx
	pop____%eax
	mov____$i32,%eax %0x0
	sub____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setl___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jge32  %_range_check_101_break
:_range_check_101_break_skip_b_102
					# fprintf(2, "A displacement of %d does not fit in 1 byte", displacement); 
	push___0x8(%ebp) !0x8
	push___$i32 &string_open_7
	mov____$i32,%eax %0x2
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0xc
	test___%eax,%eax
					# exit(1); 
	mov____$i32,%eax %0x1
	push___%eax
	call32 %exit
	add____$i8,%esp !0x4
	test___%eax,%eax
	jmp32  %_range_check_101_break
:_range_check_101_break
	jmp32  %_range_check_1_break
	jmp32  %_range_check_1_body4
:_range_check_1_clause4
:_range_check_1_body4
					# exit(1); 
	mov____$i32,%eax %0x1
	push___%eax
	call32 %exit
	add____$i8,%esp !0x4
	test___%eax,%eax
:_range_check_1_break
	leave
	ret


:hex
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# if (c >= '0' && c <= '9') ...else ...
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0x30
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setge__%al
	movzbl_%al,%eax
					# jmp test LABEL
	jl32   %_hex_1_else
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0x39
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setle__%al
	movzbl_%al,%eax
					# jmp test LABEL
	jg32   %_hex_1_else
	mov____0x8(%ebp),%eax !0x8
	add____$i8,%eax !0x-30
	leave
	ret
	jmp32  %_hex_1_break
:_hex_1_else
					# if (c >= 'a' && c <= 'f') ...else ...
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0x61
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setge__%al
	movzbl_%al,%eax
					# jmp test LABEL
	jl32   %_hex_21_else
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0x66
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setle__%al
	movzbl_%al,%eax
					# jmp test LABEL
	jg32   %_hex_21_else
	mov____0x8(%ebp),%eax !0x8
	add____$i8,%eax !0x-57
	leave
	ret
	jmp32  %_hex_21_break
:_hex_21_else
					# if (c >= 'A' && c <= 'F') ...else ...
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0x41
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setge__%al
	movzbl_%al,%eax
					# jmp test LABEL
	jl32   %_hex_41_else
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0x46
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setle__%al
	movzbl_%al,%eax
					# jmp test LABEL
	jg32   %_hex_41_else
	mov____0x8(%ebp),%eax !0x8
	add____$i8,%eax !0x-37
	leave
	ret
	jmp32  %_hex_41_break
:_hex_41_else
	push___%eax
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	pop____%eax
	mov____$i32,%eax %0x0
	sub____%edx,%eax
	leave
	ret
:_hex_41_break
:_hex_21_break
:_hex_1_break
	leave
	ret


:decimal
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# if (c >= '0' && c <= '9') ...else ...
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0x30
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setge__%al
	movzbl_%al,%eax
					# jmp test LABEL
	jl32   %_decimal_1_else
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0x39
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	setle__%al
	movzbl_%al,%eax
					# jmp test LABEL
	jg32   %_decimal_1_else
	mov____0x8(%ebp),%eax !0x8
	add____$i8,%eax !0x-30
	leave
	ret
	jmp32  %_decimal_1_break
:_decimal_1_else
	push___%eax
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	pop____%eax
	mov____$i32,%eax %0x0
	sub____%edx,%eax
	leave
	ret
:_decimal_1_break
	leave
	ret


:numerate_string
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# int count = 0; 
	mov____$i32,%eax %0x0
	mov____%eax,0x8(%ebp) !0x-4
					# int index; 
					# int negative; 
					# if (0 == a[0]) ...else ...
	mov____$i32,%eax %0x0
	push___%eax
	mov____$i32,%eax %0x0
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_numerate_string_6_else
	mov____$i32,%eax %0x0
	leave
	ret
	jmp32  %_numerate_string_6_break
:_numerate_string_6_else
					# if (a[0] == '0' && a[1] == 'x') ...else ...
	mov____$i32,%eax %0x0
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x30
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_numerate_string_24_else
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x78
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_numerate_string_24_else
					# if ('-' == a[2]) ...else ...
	mov____$i32,%eax %0x2d
	push___%eax
	mov____$i32,%eax %0x2
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_numerate_string_51_else
					# negative = 1
	mov____$i32,%eax %0x1
	mov____%eax,0x8(%ebp) !0x-c
	test___%eax,%eax
					# index = 3
	mov____$i32,%eax %0x3
	mov____%eax,0x8(%ebp) !0x-8
	test___%eax,%eax
	jmp32  %_numerate_string_51_break
:_numerate_string_51_else
					# negative = 0
	mov____$i32,%eax %0x0
	mov____%eax,0x8(%ebp) !0x-c
	test___%eax,%eax
					# index = 2
	mov____$i32,%eax %0x2
	mov____%eax,0x8(%ebp) !0x-8
	test___%eax,%eax
:_numerate_string_51_break
					# while (0 != a[index]) ...
	jmp32  %_numerate_string_84_continue
:_numerate_string_84_loop
					# if (-1 == hex(a[index])) ...
	push___%eax
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	pop____%eax
	mov____$i32,%eax %0x0
	sub____%edx,%eax
	push___%eax
	mov____0x8(%ebp),%eax !0x-8
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	call32 %hex
	add____$i8,%esp !0x4
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_numerate_string_87_break
	mov____$i32,%eax %0x0
	leave
	ret
	jmp32  %_numerate_string_87_break
:_numerate_string_87_break
					# count = 16*count + hex(a[index])
	mov____$i32,%eax %0x10
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	mul____%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x-8
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	call32 %hex
	add____$i8,%esp !0x4
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	mov____%eax,0x8(%ebp) !0x-4
	test___%eax,%eax
					# index = index + 1
	mov____0x8(%ebp),%eax !0x-8
	add____$i8,%eax !0x1
	mov____%eax,0x8(%ebp) !0x-8
	test___%eax,%eax
:_numerate_string_84_continue
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-8
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_numerate_string_84_break
	jmp32  %_numerate_string_84_loop
:_numerate_string_84_break
	jmp32  %_numerate_string_24_break
:_numerate_string_24_else
					# if ('-' == a[0]) ...else ...
	mov____$i32,%eax %0x2d
	push___%eax
	mov____$i32,%eax %0x0
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_numerate_string_154_else
					# negative = 1
	mov____$i32,%eax %0x1
	mov____%eax,0x8(%ebp) !0x-c
	test___%eax,%eax
					# index = 1
	mov____$i32,%eax %0x1
	mov____%eax,0x8(%ebp) !0x-8
	test___%eax,%eax
	jmp32  %_numerate_string_154_break
:_numerate_string_154_else
					# negative = 0
	mov____$i32,%eax %0x0
	mov____%eax,0x8(%ebp) !0x-c
	test___%eax,%eax
					# index = 0
	mov____$i32,%eax %0x0
	mov____%eax,0x8(%ebp) !0x-8
	test___%eax,%eax
:_numerate_string_154_break
					# while (0 != a[index]) ...
	jmp32  %_numerate_string_187_continue
:_numerate_string_187_loop
					# if (-1 == decimal(a[index])) ...
	push___%eax
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	pop____%eax
	mov____$i32,%eax %0x0
	sub____%edx,%eax
	push___%eax
	mov____0x8(%ebp),%eax !0x-8
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	call32 %decimal
	add____$i8,%esp !0x4
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_numerate_string_190_break
	mov____$i32,%eax %0x0
	leave
	ret
	jmp32  %_numerate_string_190_break
:_numerate_string_190_break
					# count = 10*count + decimal(a[index])
	mov____$i32,%eax %0xa
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	mul____%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x-8
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	call32 %decimal
	add____$i8,%esp !0x4
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	mov____%eax,0x8(%ebp) !0x-4
	test___%eax,%eax
					# index = index + 1
	mov____0x8(%ebp),%eax !0x-8
	add____$i8,%eax !0x1
	mov____%eax,0x8(%ebp) !0x-8
	test___%eax,%eax
:_numerate_string_187_continue
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-8
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_numerate_string_187_break
	jmp32  %_numerate_string_187_loop
:_numerate_string_187_break
:_numerate_string_24_break
:_numerate_string_6_break
					# if (negative) ...
	mov____0x8(%ebp),%eax !0x-c
	test___%eax,%eax
					# jmp test LABEL
	test___%eax,%eax
	je32   %_numerate_string_257_break
					# count = count*-1
	mov____0x8(%ebp),%eax !0x-4
	push___%eax
	push___%eax
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	pop____%eax
	mov____$i32,%eax %0x0
	sub____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	mul____%edx
	mov____%eax,0x8(%ebp) !0x-4
	test___%eax,%eax
	jmp32  %_numerate_string_257_break
:_numerate_string_257_break
	mov____0x8(%ebp),%eax !0x-4
	leave
	ret


:LittleEndian
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# char table[16] = {0x30, 0x31, 0x32, 0x33, 0x34, 0x35, 0x36, 0x37, 0x38, 0x39,      0x41, 0x42, 0x43, 0x44, 0x45, 0x46, }; 
	mov____$i32,%eax %0x30
	mov____%al,0x8(%ebp) !0x-10
	mov____$i32,%eax %0x31
	mov____%al,0x8(%ebp) !0x-f
	mov____$i32,%eax %0x32
	mov____%al,0x8(%ebp) !0x-e
	mov____$i32,%eax %0x33
	mov____%al,0x8(%ebp) !0x-d
	mov____$i32,%eax %0x34
	mov____%al,0x8(%ebp) !0x-c
	mov____$i32,%eax %0x35
	mov____%al,0x8(%ebp) !0x-b
	mov____$i32,%eax %0x36
	mov____%al,0x8(%ebp) !0x-a
	mov____$i32,%eax %0x37
	mov____%al,0x8(%ebp) !0x-9
	mov____$i32,%eax %0x38
	mov____%al,0x8(%ebp) !0x-8
	mov____$i32,%eax %0x39
	mov____%al,0x8(%ebp) !0x-7
	mov____$i32,%eax %0x41
	mov____%al,0x8(%ebp) !0x-6
	mov____$i32,%eax %0x42
	mov____%al,0x8(%ebp) !0x-5
	mov____$i32,%eax %0x43
	mov____%al,0x8(%ebp) !0x-4
	mov____$i32,%eax %0x44
	mov____%al,0x8(%ebp) !0x-3
	mov____$i32,%eax %0x45
	mov____%al,0x8(%ebp) !0x-2
	mov____$i32,%eax %0x46
	mov____%al,0x8(%ebp) !0x-1
					# switch (Number_of_bytes) {   ...} 
	mov____0x8(%ebp),%eax !0x10
:_LittleEndian_34_clause0
	cmp____$i8,%eax !0x4
	je32   %_LittleEndian_34_body0
	jmp32  %_LittleEndian_34_clause1
:_LittleEndian_34_body0
					# c[6] = table[value<<28]
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0x1c
	mov____%eax,%edx
	pop____%eax
	xor____%ecx,%ecx
	mov____%edx,%ecx
	shr____%cl,%eax
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-10
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x6
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0xc
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	mov____%al,(%edx)
	test___%eax,%eax
					# c[7] = table[(value<<24)%16]
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0x18
	mov____%eax,%edx
	pop____%eax
	xor____%ecx,%ecx
	mov____%edx,%ecx
	shr____%cl,%eax
	push___%eax
	mov____$i32,%eax %0x10
	mov____%eax,%edx
	pop____%eax
	mov____%edx,%ebx
	xor____%edx,%edx
	idiv___%ebx
	mov____%edx,%eax
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-10
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x7
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0xc
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	mov____%al,(%edx)
	test___%eax,%eax
	jmp32  %_LittleEndian_34_body1
:_LittleEndian_34_clause1
	cmp____$i8,%eax !0x3
	je32   %_LittleEndian_34_body1
	jmp32  %_LittleEndian_34_clause2
:_LittleEndian_34_body1
					# c[4] = table[(value<<20)%16]
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0x14
	mov____%eax,%edx
	pop____%eax
	xor____%ecx,%ecx
	mov____%edx,%ecx
	shr____%cl,%eax
	push___%eax
	mov____$i32,%eax %0x10
	mov____%eax,%edx
	pop____%eax
	mov____%edx,%ebx
	xor____%edx,%edx
	idiv___%ebx
	mov____%edx,%eax
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-10
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x4
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0xc
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	mov____%al,(%edx)
	test___%eax,%eax
					# c[5] = table[(value<<16)%16]
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0x10
	mov____%eax,%edx
	pop____%eax
	xor____%ecx,%ecx
	mov____%edx,%ecx
	shr____%cl,%eax
	push___%eax
	mov____$i32,%eax %0x10
	mov____%eax,%edx
	pop____%eax
	mov____%edx,%ebx
	xor____%edx,%edx
	idiv___%ebx
	mov____%edx,%eax
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-10
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x5
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0xc
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	mov____%al,(%edx)
	test___%eax,%eax
	jmp32  %_LittleEndian_34_body2
:_LittleEndian_34_clause2
	cmp____$i8,%eax !0x2
	je32   %_LittleEndian_34_body2
	jmp32  %_LittleEndian_34_clause3
:_LittleEndian_34_body2
					# c[2] = table[(value<<12)%16]
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0xc
	mov____%eax,%edx
	pop____%eax
	xor____%ecx,%ecx
	mov____%edx,%ecx
	shr____%cl,%eax
	push___%eax
	mov____$i32,%eax %0x10
	mov____%eax,%edx
	pop____%eax
	mov____%edx,%ebx
	xor____%edx,%edx
	idiv___%ebx
	mov____%edx,%eax
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-10
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x2
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0xc
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	mov____%al,(%edx)
	test___%eax,%eax
					# c[3] = table[(value<<8)%16]
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0x8
	mov____%eax,%edx
	pop____%eax
	xor____%ecx,%ecx
	mov____%edx,%ecx
	shr____%cl,%eax
	push___%eax
	mov____$i32,%eax %0x10
	mov____%eax,%edx
	pop____%eax
	mov____%edx,%ebx
	xor____%edx,%edx
	idiv___%ebx
	mov____%edx,%eax
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-10
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x3
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0xc
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	mov____%al,(%edx)
	test___%eax,%eax
	jmp32  %_LittleEndian_34_body3
:_LittleEndian_34_clause3
	cmp____$i8,%eax !0x1
	je32   %_LittleEndian_34_body3
	jmp32  %_LittleEndian_34_clause4
:_LittleEndian_34_body3
					# c[0] = table[(value<<4)%16]
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0x4
	mov____%eax,%edx
	pop____%eax
	xor____%ecx,%ecx
	mov____%edx,%ecx
	shr____%cl,%eax
	push___%eax
	mov____$i32,%eax %0x10
	mov____%eax,%edx
	pop____%eax
	mov____%edx,%ebx
	xor____%edx,%edx
	idiv___%ebx
	mov____%edx,%eax
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-10
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x0
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0xc
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	mov____%al,(%edx)
	test___%eax,%eax
					# c[1] = table[value%16]
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0x10
	mov____%eax,%edx
	pop____%eax
	mov____%edx,%ebx
	xor____%edx,%edx
	idiv___%ebx
	mov____%edx,%eax
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-10
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	push___%eax
	mov____0x8(%ebp),%eax !0xc
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	mov____%al,(%edx)
	test___%eax,%eax
	jmp32  %_LittleEndian_34_break
	jmp32  %_LittleEndian_34_body4
:_LittleEndian_34_clause4
:_LittleEndian_34_body4
					# fprintf(2, "Received invalid number of bytes in LittleEndian %d\n",      Number_of_bytes); 
	push___0x8(%ebp) !0x10
	push___$i32 &string_open_8
	mov____$i32,%eax %0x2
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0xc
	test___%eax,%eax
					# exit(1); 
	mov____$i32,%eax %0x1
	push___%eax
	call32 %exit
	add____$i8,%esp !0x4
	test___%eax,%eax
:_LittleEndian_34_break
	mov____0x8(%ebp),%eax !0xc
	leave
	ret


:express_number
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# char *ch; 
					# if ('!' == c) ...else ...
	mov____$i32,%eax %0x21
	push___%eax
	movzbl_0x8(%ebp),%eax !0xc
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_express_number_2_else
					# range_check(value, 1); 
	mov____$i32,%eax %0x1
	push___%eax
	push___0x8(%ebp) !0x8
	call32 %range_check
	add____$i8,%esp !0x8
	test___%eax,%eax
					# ch = calloc(3, sizeof(char))
	mov____$i32,%eax %0x1
	push___%eax
	mov____$i32,%eax %0x3
	push___%eax
	call32 %calloc
	add____$i8,%esp !0x8
	mov____%eax,0x8(%ebp) !0x-4
	test___%eax,%eax
					# if (BigEndian) ...else ...
	mov____0x32,%eax &BigEndian
	test___%eax,%eax
					# jmp test LABEL
	test___%eax,%eax
	je32   %_express_number_24_else
					# sprintf(ch, "%02X", value & 0xFF); 
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0xff
	mov____%eax,%edx
	pop____%eax
	and____%edx,%eax
	push___%eax
	push___$i32 &string_open_9
	push___0x8(%ebp) !0x-4
	call32 %sprintf
	add____$i8,%esp !0xc
	test___%eax,%eax
	jmp32  %_express_number_24_break
:_express_number_24_else
					# ch = LittleEndian(value, ch, 1)
	mov____$i32,%eax %0x1
	push___%eax
	push___0x8(%ebp) !0x-4
	push___0x8(%ebp) !0x8
	call32 %LittleEndian
	add____$i8,%esp !0xc
	mov____%eax,0x8(%ebp) !0x-4
	test___%eax,%eax
:_express_number_24_break
	jmp32  %_express_number_2_break
:_express_number_2_else
					# if ('@' == c) ...else ...
	mov____$i32,%eax %0x40
	push___%eax
	movzbl_0x8(%ebp),%eax !0xc
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_express_number_54_else
					# range_check(value, 2); 
	mov____$i32,%eax %0x2
	push___%eax
	push___0x8(%ebp) !0x8
	call32 %range_check
	add____$i8,%esp !0x8
	test___%eax,%eax
					# ch = calloc(5, sizeof(char))
	mov____$i32,%eax %0x1
	push___%eax
	mov____$i32,%eax %0x5
	push___%eax
	call32 %calloc
	add____$i8,%esp !0x8
	mov____%eax,0x8(%ebp) !0x-4
	test___%eax,%eax
					# if (BigEndian) ...else ...
	mov____0x32,%eax &BigEndian
	test___%eax,%eax
					# jmp test LABEL
	test___%eax,%eax
	je32   %_express_number_76_else
					# sprintf(ch, "%04X", value & 0xFFFF); 
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0xffff
	mov____%eax,%edx
	pop____%eax
	and____%edx,%eax
	push___%eax
	push___$i32 &string_open_10
	push___0x8(%ebp) !0x-4
	call32 %sprintf
	add____$i8,%esp !0xc
	test___%eax,%eax
	jmp32  %_express_number_76_break
:_express_number_76_else
					# ch = LittleEndian(value, ch, 2)
	mov____$i32,%eax %0x2
	push___%eax
	push___0x8(%ebp) !0x-4
	push___0x8(%ebp) !0x8
	call32 %LittleEndian
	add____$i8,%esp !0xc
	mov____%eax,0x8(%ebp) !0x-4
	test___%eax,%eax
:_express_number_76_break
	jmp32  %_express_number_54_break
:_express_number_54_else
					# if ('%' == c) ...else ...
	mov____$i32,%eax %0x25
	push___%eax
	movzbl_0x8(%ebp),%eax !0xc
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_express_number_106_else
					# range_check(value, 4); 
	mov____$i32,%eax %0x4
	push___%eax
	push___0x8(%ebp) !0x8
	call32 %range_check
	add____$i8,%esp !0x8
	test___%eax,%eax
					# ch = calloc(9, sizeof(char))
	mov____$i32,%eax %0x1
	push___%eax
	mov____$i32,%eax %0x9
	push___%eax
	call32 %calloc
	add____$i8,%esp !0x8
	mov____%eax,0x8(%ebp) !0x-4
	test___%eax,%eax
					# if (BigEndian) ...else ...
	mov____0x32,%eax &BigEndian
	test___%eax,%eax
					# jmp test LABEL
	test___%eax,%eax
	je32   %_express_number_128_else
					# sprintf(ch, "%08X", value & 0xFFFFFFFF); 
	mov____0x8(%ebp),%eax !0x8
	push___%eax
	mov____$i32,%eax %0xffffffff
	mov____%eax,%edx
	pop____%eax
	and____%edx,%eax
	push___%eax
	push___$i32 &string_open_11
	push___0x8(%ebp) !0x-4
	call32 %sprintf
	add____$i8,%esp !0xc
	test___%eax,%eax
	jmp32  %_express_number_128_break
:_express_number_128_else
					# ch = LittleEndian(value, ch, 4)
	mov____$i32,%eax %0x4
	push___%eax
	push___0x8(%ebp) !0x-4
	push___0x8(%ebp) !0x8
	call32 %LittleEndian
	add____$i8,%esp !0xc
	mov____%eax,0x8(%ebp) !0x-4
	test___%eax,%eax
:_express_number_128_break
	jmp32  %_express_number_106_break
:_express_number_106_else
					# fprintf(2, "Given symbol %c to express immediate value %d\n", c, value); 
	push___0x8(%ebp) !0x8
	push___0x8(%ebp) !0xc
	push___$i32 &string_open_12
	mov____$i32,%eax %0x2
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0x10
	test___%eax,%eax
					# exit(1); 
	mov____$i32,%eax %0x1
	push___%eax
	call32 %exit
	add____$i8,%esp !0x4
	test___%eax,%eax
:_express_number_106_break
:_express_number_54_break
:_express_number_2_break
	mov____0x8(%ebp),%eax !0x-4
	leave
	ret


:eval_immediates
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# for (struct Token *i = p; 0 != i; i = i->next) ...
					# struct Token *i = p; 
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,0x8(%ebp) !0x-4
	jmp32  %_eval_immediates_1_initial_skip
:_eval_immediates_1_loop
					# if (0 == i->Expression && !(i->type & 1)) ...
	mov____$i32,%eax %0x0
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0xc
					# i->Expression
	mov____(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_eval_immediates_7_break
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x4
					# i->type
	mov____(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	pop____%eax
	and____%edx,%eax
	test___%eax,%eax
	sete___%al
	movzbl_%al,%eax
	test___%eax,%eax
					# jmp test LABEL
	je32   %_eval_immediates_7_break
					# int value; 
					# switch (Architecture) {   ...} 
	mov____0x32,%eax &Architecture
:_eval_immediates_34_clause0
	cmp____$i8,%eax !0x2
	je32   %_eval_immediates_34_body0
	cmp____$i8,%eax !0x1
	je32   %_eval_immediates_34_body0
	jmp32  %_eval_immediates_34_clause1
:_eval_immediates_34_body0
					# value = numerate_string(i->Text + 1)
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# i->Text
	mov____(%eax),%eax
	add____$i8,%eax !0x1
	push___%eax
	call32 %numerate_string
	add____$i8,%esp !0x4
	mov____%eax,0x8(%ebp) !0x-8
	test___%eax,%eax
					# if ('0' == i->Text[1] || 0 != value) ...
	mov____$i32,%eax %0x30
	push___%eax
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# i->Text
	mov____(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_eval_immediates_54_break_b_55
	jmp32  %_eval_immediates_54_break_skip_b_55
:_eval_immediates_54_break_b_55
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-8
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_eval_immediates_54_break
:_eval_immediates_54_break_skip_b_55
					# i->Expression = express_number(value, i->Text[0])
	mov____$i32,%eax %0x0
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# i->Text
	mov____(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	push___%eax
	push___0x8(%ebp) !0x-8
	call32 %express_number
	add____$i8,%esp !0x8
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0xc
	mov____%eax,%edx
	pop____%eax
	mov____%eax,(%edx)
	test___%eax,%eax
	jmp32  %_eval_immediates_54_break
:_eval_immediates_54_break
	jmp32  %_eval_immediates_34_break
	jmp32  %_eval_immediates_34_body1
:_eval_immediates_34_clause1
	cmp____$i8,%eax !0x0
	je32   %_eval_immediates_34_body1
	jmp32  %_eval_immediates_34_break
:_eval_immediates_34_body1
					# value = numerate_string(i->Text)
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# i->Text
	mov____(%eax),%eax
	push___%eax
	call32 %numerate_string
	add____$i8,%esp !0x4
	mov____%eax,0x8(%ebp) !0x-8
	test___%eax,%eax
					# if ('0' == i->Text[0] || 0 != value) ...
	mov____$i32,%eax %0x30
	push___%eax
	mov____$i32,%eax %0x0
	mov____%eax,%edx
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x8
					# i->Text
	mov____(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	movzbl_(%eax),%eax
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_eval_immediates_124_break_b_125
	jmp32  %_eval_immediates_124_break_skip_b_125
:_eval_immediates_124_break_b_125
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-8
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_eval_immediates_124_break
:_eval_immediates_124_break_skip_b_125
					# range_check(value, 2); 
	mov____$i32,%eax %0x2
	push___%eax
	push___0x8(%ebp) !0x-8
	call32 %range_check
	add____$i8,%esp !0x8
	test___%eax,%eax
					# i->Expression = calloc(5, sizeof(char))
	mov____$i32,%eax %0x1
	push___%eax
	mov____$i32,%eax %0x5
	push___%eax
	call32 %calloc
	add____$i8,%esp !0x8
	push___%eax
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0xc
	mov____%eax,%edx
	pop____%eax
	mov____%eax,(%edx)
	test___%eax,%eax
					# sprintf(i->Expression, "%04X", value); 
	push___0x8(%ebp) !0x-8
	push___$i32 &string_open_10
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0xc
					# i->Expression
	mov____(%eax),%eax
	push___%eax
	call32 %sprintf
	add____$i8,%esp !0xc
	test___%eax,%eax
	jmp32  %_eval_immediates_124_break
:_eval_immediates_124_break
	jmp32  %_eval_immediates_34_break
:_eval_immediates_34_break
	jmp32  %_eval_immediates_7_break
:_eval_immediates_7_break
:_eval_immediates_1_continue
					# i = i->next
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x0
					# i->next
	mov____(%eax),%eax
	mov____%eax,0x8(%ebp) !0x-4
:_eval_immediates_1_initial_skip
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_eval_immediates_1_break
	jmp32  %_eval_immediates_1_loop
:_eval_immediates_1_break
	leave
	ret


:print_hex
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# for (struct Token *i = p; 0 != i; i = i->next) ...
					# struct Token *i = p; 
	mov____0x8(%ebp),%eax !0x8
	mov____%eax,0x8(%ebp) !0x-4
	jmp32  %_print_hex_1_initial_skip
:_print_hex_1_loop
					# if (i->type ^ 1) ...
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x4
					# i->type
	mov____(%eax),%eax
	push___%eax
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	pop____%eax
	xor____%edx,%eax
	test___%eax,%eax
					# jmp test LABEL
	test___%eax,%eax
	je32   %_print_hex_7_break
					# fprintf(destination_file, "\n%s", i->Expression); 
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0xc
					# i->Expression
	mov____(%eax),%eax
	push___%eax
	push___$i32 &string_open_13
	mov____0x32,%eax &destination_file
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0xc
	test___%eax,%eax
	jmp32  %_print_hex_7_break
:_print_hex_7_break
:_print_hex_1_continue
					# i = i->next
	mov____%ebp,%eax
	add____$i8,%eax !0x-4
	mov____(%eax),%eax
	add____$i8,%eax !0x0
					# i->next
	mov____(%eax),%eax
	mov____%eax,0x8(%ebp) !0x-4
:_print_hex_1_initial_skip
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_print_hex_1_break
	jmp32  %_print_hex_1_loop
:_print_hex_1_break
					# fprintf(destination_file, "\n"); 
	push___$i32 &string_open_14
	mov____0x32,%eax &destination_file
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0x8
	test___%eax,%eax
	leave
	ret


:main
	push___%ebp
	mov____%esp,%ebp
	sub____%esp,$i32 %0x1054
					# BigEndian = 0
	mov____$i32,%eax %0x0
	mov____%eax,0x32 &BigEndian
	test___%eax,%eax
					# struct Token *head = 0; 
	mov____$i32,%eax %0x0
	mov____%eax,0x8(%ebp) !0x-4
					# Architecture = 0
	mov____$i32,%eax %0x0
	mov____%eax,0x32 &Architecture
	test___%eax,%eax
					# destination_file = 1
	mov____$i32,%eax %0x1
	mov____%eax,0x32 &destination_file
	test___%eax,%eax
					# int c; 
					# int option_index = 0; 
	mov____$i32,%eax %0x0
	mov____%eax,0x8(%ebp) !0x-c
					# while ((c = getopt_long(argc, argv, "f:h:o:V", long_options, &option_index))      != -1) ...
	jmp32  %_main_20_continue
:_main_20_loop
					# switch (c) {   ...} 
	mov____0x8(%ebp),%eax !0x-8
:_main_23_clause0
	cmp____$i8,%eax !0x0
	je32   %_main_23_body0
	jmp32  %_main_23_clause1
:_main_23_body0
	jmp32  %_main_23_break
	jmp32  %_main_23_body1
:_main_23_clause1
	cmp____$i8,%eax !0x41
	je32   %_main_23_body1
	jmp32  %_main_23_clause2
:_main_23_body1
					# Architecture = atoi(optarg)
	mov____0x32,%eax &optarg
	push___%eax
	call32 %atoi
	add____$i8,%esp !0x4
	mov____%eax,0x32 &Architecture
	test___%eax,%eax
	jmp32  %_main_23_break
	jmp32  %_main_23_body2
:_main_23_clause2
	cmp____$i8,%eax !0x68
	je32   %_main_23_body2
	jmp32  %_main_23_clause3
:_main_23_body2
					# fprintf(2,      "Usage: %s -f FILENAME1 {-f FILENAME2} (--BigEndian|--LittleEndian) [--BaseAddress 12345] [--Architecture 12345]\n"     , argv[0]); 
	mov____$i32,%eax %0x0
	shl____$i8,%eax !0x2
	push___%eax
	mov____0x8(%ebp),%eax !0xc
	mov____%eax,%edx
	pop____%eax
	add____%edx,%eax
	mov____(%eax),%eax
	push___%eax
	push___$i32 &string_open_22
	mov____$i32,%eax %0x2
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0xc
	test___%eax,%eax
					# fprintf(2, "Architecture 0: Knight; 1: x86; 2: AMD64"); 
	push___$i32 &string_open_23
	mov____$i32,%eax %0x2
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0x8
	test___%eax,%eax
					# exit(0); 
	mov____$i32,%eax %0x0
	push___%eax
	call32 %exit
	add____$i8,%esp !0x4
	test___%eax,%eax
	jmp32  %_main_23_body3
:_main_23_clause3
	cmp____$i8,%eax !0x66
	je32   %_main_23_body3
	jmp32  %_main_23_clause4
:_main_23_body3
					# source_file = open(optarg, 0)
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x32,%eax &optarg
	push___%eax
	call32 %open
	add____$i8,%esp !0x8
	mov____%eax,0x32 &source_file
	test___%eax,%eax
					# Reached_EOF = 0
	mov____$i32,%eax %0x0
	mov____%eax,0x32 &Reached_EOF
	test___%eax,%eax
					# while (!Reached_EOF) ...
	jmp32  %_main_91_continue
:_main_91_loop
					# head = Tokenize_Line(head)
	push___0x8(%ebp) !0x-4
	call32 %Tokenize_Line
	add____$i8,%esp !0x4
	mov____%eax,0x8(%ebp) !0x-4
	test___%eax,%eax
:_main_91_continue
	mov____0x32,%eax &Reached_EOF
	test___%eax,%eax
	sete___%al
	movzbl_%al,%eax
	test___%eax,%eax
					# jmp test LABEL
	je32   %_main_91_break
	jmp32  %_main_91_loop
:_main_91_break
	jmp32  %_main_23_break
	jmp32  %_main_23_body4
:_main_23_clause4
	cmp____$i8,%eax !0x6f
	je32   %_main_23_body4
	jmp32  %_main_23_clause5
:_main_23_body4
					# destination_file = open(optarg, (64 | 512) | 1, 00400 | 00200)
	mov____$i32,%eax %0x100
	push___%eax
	mov____$i32,%eax %0x80
	mov____%eax,%edx
	pop____%eax
	or_____%edx,%eax
	push___%eax
	mov____$i32,%eax %0x40
	push___%eax
	mov____$i32,%eax %0x200
	mov____%eax,%edx
	pop____%eax
	or_____%edx,%eax
	push___%eax
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	pop____%eax
	or_____%edx,%eax
	push___%eax
	mov____0x32,%eax &optarg
	push___%eax
	call32 %open
	add____$i8,%esp !0xc
	mov____%eax,0x32 &destination_file
	test___%eax,%eax
	jmp32  %_main_23_break
	jmp32  %_main_23_body5
:_main_23_clause5
	cmp____$i8,%eax !0x56
	je32   %_main_23_body5
	jmp32  %_main_23_clause6
:_main_23_body5
					# fprintf(1, "M1 0.3\n"); 
	push___$i32 &string_open_24
	mov____$i32,%eax %0x1
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0x8
	test___%eax,%eax
					# exit(0); 
	mov____$i32,%eax %0x0
	push___%eax
	call32 %exit
	add____$i8,%esp !0x4
	test___%eax,%eax
	jmp32  %_main_23_body6
:_main_23_clause6
:_main_23_body6
					# fprintf(2, "Unknown option\n"); 
	push___$i32 &string_open_25
	mov____$i32,%eax %0x2
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0x8
	test___%eax,%eax
					# exit(1); 
	mov____$i32,%eax %0x1
	push___%eax
	call32 %exit
	add____$i8,%esp !0x4
	test___%eax,%eax
:_main_23_break
:_main_20_continue
					# c = getopt_long(argc, argv, "f:h:o:V", long_options, &option_index)
	lea____0x8(%ebp),%eax !0x-c
	push___%eax
	push___$i32 &long_options
	push___$i32 &string_open_26
	push___0x8(%ebp) !0xc
	push___0x8(%ebp) !0x8
	call32 %getopt_long
	add____$i8,%esp !0x14
	mov____%eax,0x8(%ebp) !0x-8
	push___%eax
	push___%eax
	mov____$i32,%eax %0x1
	mov____%eax,%edx
	pop____%eax
	mov____$i32,%eax %0x0
	sub____%edx,%eax
	mov____%eax,%edx
	pop____%eax
	push___%eax
	sub____%edx,%eax
	setne__%al
	movzbl_%al,%eax
	xchg___%eax,(%esp)
	sub____%edx,%eax
	lahf
	xor____$i8,%ah !0x40
	sahf
	pop____%eax
					# jmp test LABEL
	jne32  %_main_20_break
	jmp32  %_main_20_loop
:_main_20_break
					# if (0 == head) ...
	mov____$i32,%eax %0x0
	push___%eax
	mov____0x8(%ebp),%eax !0x-4
	mov____%eax,%edx
	pop____%eax
	sub____%edx,%eax
	sete___%al
	movzbl_%al,%eax
					# jmp test LABEL
	jne32  %_main_190_break
					# fprintf(2, "Either no input files were given or they were empty\n"); 
	push___$i32 &string_open_27
	mov____$i32,%eax %0x2
	push___%eax
	call32 %fprintf
	add____$i8,%esp !0x8
	test___%eax,%eax
					# exit(1); 
	mov____$i32,%eax %0x1
	push___%eax
	call32 %exit
	add____$i8,%esp !0x4
	test___%eax,%eax
	jmp32  %_main_190_break
:_main_190_break
					# head = reverse_list(head)
	push___0x8(%ebp) !0x-4
	call32 %reverse_list
	add____$i8,%esp !0x4
	mov____%eax,0x8(%ebp) !0x-4
	test___%eax,%eax
					# identify_macros(head); 
	push___0x8(%ebp) !0x-4
	call32 %identify_macros
	add____$i8,%esp !0x4
	test___%eax,%eax
					# line_macro(head); 
	push___0x8(%ebp) !0x-4
	call32 %line_macro
	add____$i8,%esp !0x4
	test___%eax,%eax
					# process_string(head); 
	push___0x8(%ebp) !0x-4
	call32 %process_string
	add____$i8,%esp !0x4
	test___%eax,%eax
					# eval_immediates(head); 
	push___0x8(%ebp) !0x-4
	call32 %eval_immediates
	add____$i8,%esp !0x4
	test___%eax,%eax
					# preserve_other(head); 
	push___0x8(%ebp) !0x-4
	call32 %preserve_other
	add____$i8,%esp !0x4
	test___%eax,%eax
					# print_hex(head); 
	push___0x8(%ebp) !0x-4
	call32 %print_hex
	add____$i8,%esp !0x4
	test___%eax,%eax
	mov____$i32,%eax %0x0
	leave
	ret


:ELF_data


:HEX2_data

:g_environment
!0x00 !0x00 !0x00 !0x00

:g_stdin
!0x00 !0x00 !0x00 !0x00

:g_stdout
!0x00 !0x00 !0x00 !0x00

:optarg
!0x00 !0x00 !0x00 !0x00

:optind
!0x00 !0x00 !0x00 !0x00

:opterr
!0x00 !0x00 !0x00 !0x00

:source_file
!0x00 !0x00 !0x00 !0x00

:destination_file
!0x00 !0x00 !0x00 !0x00

:Reached_EOF
!0x00 !0x00 !0x00 !0x00

:BigEndian
!0x00 !0x00 !0x00 !0x00

:Architecture
!0x00 !0x00 !0x00 !0x00

:string_open_0
"calloc failed.
"

:string_open_1
"Exhusted available memory
"

:string_open_2
!0x55 !0x6e !0x6d !0x61 !0x74 !0x63 !0x68 !0x65 !0x64 !0x20 !0x22 !0x21 !0x0a !0x00

:string_open_3
"String: %s exceeds max string size
"

:string_open_4
"DEFINE"

:string_open_5
"A displacement of %d does not fit in 3 bytes"

:string_open_6
"A displacement of %d does not fit in 2 bytes"

:string_open_7
"A displacement of %d does not fit in 1 byte"

:string_open_8
"Received invalid number of bytes in LittleEndian %d
"

:string_open_9
"%02X"

:string_open_10
"%04X"

:string_open_11
"%08X"

:string_open_12
"Given symbol %c to express immediate value %d
"

:string_open_13
"
%s"

:string_open_14
"
"

:string_open_15
"Architecture"

:string_open_16
"BigEndian"

:string_open_17
"LittleEndian"

:string_open_18
"file"

:string_open_19
"output"

:string_open_20
"help"

:string_open_21
"version"

:long_options
&string_open_15 !0x01 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x41 !0x00 !0x00 !0x00 &string_open_16 !0x00 !0x00 !0x00 !0x00 &BigEndian !0x01 !0x00 !0x00 !0x00 &string_open_17 !0x00 !0x00 !0x00 !0x00 &BigEndian !0x00 !0x00 !0x00 !0x00 &string_open_18 !0x01 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x66 !0x00 !0x00 !0x00 &string_open_19 !0x01 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x6f !0x00 !0x00 !0x00 &string_open_20 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x68 !0x00 !0x00 !0x00 &string_open_21 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x56 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00 !0x00

:string_open_22
!0x55 !0x73 !0x61 !0x67 !0x65 !0x3a !0x20 !0x25 !0x73 !0x20 !0x2d !0x66 !0x20 !0x46 !0x49 !0x4c !0x45 !0x4e !0x41 !0x4d !0x45 !0x31 !0x20 !0x7b !0x2d !0x66 !0x20 !0x46 !0x49 !0x4c !0x45 !0x4e !0x41 !0x4d !0x45 !0x32 !0x7d !0x20 !0x28 !0x2d !0x2d !0x42 !0x69 !0x67 !0x45 !0x6e !0x64 !0x69 !0x61 !0x6e !0x7c !0x2d !0x2d !0x4c !0x69 !0x74 !0x74 !0x6c !0x65 !0x45 !0x6e !0x64 !0x69 !0x61 !0x6e !0x29 !0x20 !0x5b !0x2d !0x2d !0x42 !0x61 !0x73 !0x65 !0x41 !0x64 !0x64 !0x72 !0x65 !0x73 !0x73 !0x20 !0x31 !0x32 !0x33 !0x34 !0x35 !0x5d !0x20 !0x5b !0x2d !0x2d !0x41 !0x72 !0x63 !0x68 !0x69 !0x74 !0x65 !0x63 !0x74 !0x75 !0x72 !0x65 !0x20 !0x31 !0x32 !0x33 !0x34 !0x35 !0x5d !0x0a !0x00

:string_open_23
"Architecture 0: Knight; 1: x86; 2: AMD64"

:string_open_24
"M1 0.3
"

:string_open_25
"Unknown option
"

:string_open_26
"f:h:o:V"

:string_open_27
"Either no input files were given or they were empty
"