Adding support for additional type compatibility with C and backported

regression fix for ARMv7l debug headers
This commit is contained in:
Jeremiah Orians 2019-10-27 12:55:07 -04:00
parent 18a66f6296
commit dea4f902b7
No known key found for this signature in database
GPG Key ID: 5410E91C14959E87
11 changed files with 187 additions and 123 deletions

2
cc.h
View File

@ -49,7 +49,7 @@ struct type
struct type* next;
int size;
int offset;
int SIGNED;
int is_signed;
struct type* indirect;
struct type* members;
struct type* type;

View File

@ -517,7 +517,7 @@ void common_recursion(FUNCTION f)
else if(ARMV7L == Architecture) emit_out("{R1} POP_ALWAYS\t# _common_recursion\n");
}
void general_recursion( FUNCTION f, char* s, char* name, FUNCTION iterate)
void general_recursion(FUNCTION f, char* s, char* name, FUNCTION iterate)
{
if(match(name, global_token->s))
{
@ -527,6 +527,27 @@ void general_recursion( FUNCTION f, char* s, char* name, FUNCTION iterate)
}
}
void arithmetic_recursion(FUNCTION f, char* s1, char* s2, char* name, FUNCTION iterate)
{
if(match(name, global_token->s))
{
common_recursion(f);
if(NULL == current_target)
{
emit_out(s2);
}
else if(current_target->is_signed)
{
emit_out(s1);
}
else
{
emit_out(s2);
}
iterate();
}
}
int ceil_log2(int a)
{
int result = 0;
@ -706,43 +727,43 @@ void additive_expr_stub()
{
if((KNIGHT_POSIX == Architecture) || (KNIGHT_NATIVE == Architecture))
{
general_recursion(postfix_expr, "ADD R0 R1 R0\n", "+", additive_expr_stub);
general_recursion(postfix_expr, "SUB R0 R1 R0\n", "-", additive_expr_stub);
general_recursion(postfix_expr, "MUL R0 R1 R0\n", "*", additive_expr_stub);
general_recursion(postfix_expr, "DIVU R0 R1 R0\n", "/", additive_expr_stub);
general_recursion(postfix_expr, "MODU R0 R1 R0\n", "%", additive_expr_stub);
general_recursion(postfix_expr, "SAL R0 R1 R0\n", "<<", additive_expr_stub);
general_recursion(postfix_expr, "SAR R0 R1 R0\n", ">>", additive_expr_stub);
arithmetic_recursion(postfix_expr, "ADD R0 R1 R0\n", "ADDU R0 R1 R0\n", "+", additive_expr_stub);
arithmetic_recursion(postfix_expr, "SUB R0 R1 R0\n", "SUBU R0 R1 R0\n", "-", additive_expr_stub);
arithmetic_recursion(postfix_expr, "MUL R0 R1 R0\n", "MULU R0 R1 R0\n", "*", additive_expr_stub);
arithmetic_recursion(postfix_expr, "DIV R0 R1 R0\n", "DIVU R0 R1 R0\n", "/", additive_expr_stub);
arithmetic_recursion(postfix_expr, "MOD R0 R1 R0\n", "MODU R0 R1 R0\n", "%", additive_expr_stub);
arithmetic_recursion(postfix_expr, "SAL R0 R1 R0\n", "SAL R0 R1 R0\n", "<<", additive_expr_stub);
arithmetic_recursion(postfix_expr, "SAR R0 R1 R0\n", "SAR R0 R1 R0\n", ">>", additive_expr_stub);
}
else if(X86 == Architecture)
{
general_recursion(postfix_expr, "ADD_ebx_to_eax\n", "+", additive_expr_stub);
general_recursion(postfix_expr, "SUBTRACT_eax_from_ebx_into_ebx\nMOVE_ebx_to_eax\n", "-", additive_expr_stub);
general_recursion(postfix_expr, "MULTIPLY_eax_by_ebx_into_eax\n", "*", additive_expr_stub);
general_recursion(postfix_expr, "XCHG_eax_ebx\nLOAD_IMMEDIATE_edx %0\nDIVIDE_eax_by_ebx_into_eax\n", "/", additive_expr_stub);
general_recursion(postfix_expr, "XCHG_eax_ebx\nLOAD_IMMEDIATE_edx %0\nMODULUS_eax_from_ebx_into_ebx\nMOVE_edx_to_eax\n", "%", additive_expr_stub);
general_recursion(postfix_expr, "COPY_eax_to_ecx\nCOPY_ebx_to_eax\nSAL_eax_cl\n", "<<", additive_expr_stub);
general_recursion(postfix_expr, "COPY_eax_to_ecx\nCOPY_ebx_to_eax\nSAR_eax_cl\n", ">>", additive_expr_stub);
arithmetic_recursion(postfix_expr, "ADD_ebx_to_eax\n", "ADD_ebx_to_eax\n", "+", additive_expr_stub);
arithmetic_recursion(postfix_expr, "SUBTRACT_eax_from_ebx_into_ebx\nMOVE_ebx_to_eax\n", "SUBTRACT_eax_from_ebx_into_ebx\nMOVE_ebx_to_eax\n", "-", additive_expr_stub);
arithmetic_recursion(postfix_expr, "MULTIPLYS_eax_by_ebx_into_eax\n", "MULTIPLY_eax_by_ebx_into_eax\n", "*", additive_expr_stub);
arithmetic_recursion(postfix_expr, "XCHG_eax_ebx\nLOAD_IMMEDIATE_edx %0\nDIVIDES_eax_by_ebx_into_eax\n", "XCHG_eax_ebx\nLOAD_IMMEDIATE_edx %0\nDIVIDE_eax_by_ebx_into_eax\n", "/", additive_expr_stub);
arithmetic_recursion(postfix_expr, "XCHG_eax_ebx\nLOAD_IMMEDIATE_edx %0\nMODULUSS_eax_from_ebx_into_ebx\nMOVE_edx_to_eax\n", "XCHG_eax_ebx\nLOAD_IMMEDIATE_edx %0\nMODULUS_eax_from_ebx_into_ebx\nMOVE_edx_to_eax\n", "%", additive_expr_stub);
arithmetic_recursion(postfix_expr, "COPY_eax_to_ecx\nCOPY_ebx_to_eax\nSAL_eax_cl\n", "COPY_eax_to_ecx\nCOPY_ebx_to_eax\nSAL_eax_cl\n", "<<", additive_expr_stub);
arithmetic_recursion(postfix_expr, "COPY_eax_to_ecx\nCOPY_ebx_to_eax\nSAR_eax_cl\n", "COPY_eax_to_ecx\nCOPY_ebx_to_eax\nSAR_eax_cl\n", ">>", additive_expr_stub);
}
else if(AMD64 == Architecture)
{
general_recursion(postfix_expr, "ADD_rbx_to_rax\n", "+", additive_expr_stub);
general_recursion(postfix_expr, "SUBTRACT_rax_from_rbx_into_rbx\nMOVE_rbx_to_rax\n", "-", additive_expr_stub);
general_recursion(postfix_expr, "MULTIPLY_rax_by_rbx_into_rax\n", "*", additive_expr_stub);
general_recursion(postfix_expr, "XCHG_rax_rbx\nLOAD_IMMEDIATE_rdx %0\nDIVIDE_rax_by_rbx_into_rax\n", "/", additive_expr_stub);
general_recursion(postfix_expr, "XCHG_rax_rbx\nLOAD_IMMEDIATE_rdx %0\nMODULUS_rax_from_rbx_into_rbx\nMOVE_rdx_to_rax\n", "%", additive_expr_stub);
general_recursion(postfix_expr, "COPY_rax_to_rcx\nCOPY_rbx_to_rax\nSAL_rax_cl\n", "<<", additive_expr_stub);
general_recursion(postfix_expr, "COPY_rax_to_rcx\nCOPY_rbx_to_rax\nSAR_rax_cl\n", ">>", additive_expr_stub);
arithmetic_recursion(postfix_expr, "ADD_rbx_to_rax\n", "ADD_rbx_to_rax\n", "+", additive_expr_stub);
arithmetic_recursion(postfix_expr, "SUBTRACT_rax_from_rbx_into_rbx\nMOVE_rbx_to_rax\n", "SUBTRACT_rax_from_rbx_into_rbx\nMOVE_rbx_to_rax\n", "-", additive_expr_stub);
arithmetic_recursion(postfix_expr, "MULTIPLYS_rax_by_rbx_into_rax\n", "MULTIPLY_rax_by_rbx_into_rax\n", "*", additive_expr_stub);
arithmetic_recursion(postfix_expr, "XCHG_rax_rbx\nLOAD_IMMEDIATE_rdx %0\nDIVIDES_rax_by_rbx_into_rax\n", "XCHG_rax_rbx\nLOAD_IMMEDIATE_rdx %0\nDIVIDE_rax_by_rbx_into_rax\n", "/", additive_expr_stub);
arithmetic_recursion(postfix_expr, "XCHG_rax_rbx\nLOAD_IMMEDIATE_rdx %0\nMODULUSS_rax_from_rbx_into_rbx\nMOVE_rdx_to_rax\n", "XCHG_rax_rbx\nLOAD_IMMEDIATE_rdx %0\nMODULUS_rax_from_rbx_into_rbx\nMOVE_rdx_to_rax\n", "%", additive_expr_stub);
arithmetic_recursion(postfix_expr, "COPY_rax_to_rcx\nCOPY_rbx_to_rax\nSAL_rax_cl\n", "COPY_rax_to_rcx\nCOPY_rbx_to_rax\nSAL_rax_cl\n", "<<", additive_expr_stub);
arithmetic_recursion(postfix_expr, "COPY_rax_to_rcx\nCOPY_rbx_to_rax\nSAR_rax_cl\n", "COPY_rax_to_rcx\nCOPY_rbx_to_rax\nSAR_rax_cl\n", ">>", additive_expr_stub);
}
else if(ARMV7L == Architecture)
{
general_recursion(postfix_expr, "'0' R0 R0 ADD R1 ARITH2_ALWAYS\n", "+", additive_expr_stub);
general_recursion(postfix_expr, "'0' R0 R0 SUB R1 ARITH2_ALWAYS\n", "-", additive_expr_stub);
general_recursion(postfix_expr, "'9' R0 '0' R1 MUL R0 ARITH2_ALWAYS\n", "*", additive_expr_stub);
general_recursion(postfix_expr, "{LR} PUSH_ALWAYS\n^~divide CALL_ALWAYS\n{LR} POP_ALWAYS\n", "/", additive_expr_stub);
general_recursion(postfix_expr, "{LR} PUSH_ALWAYS\n^~modulus CALL_ALWAYS\n{LR} POP_ALWAYS\n", "%", additive_expr_stub);
general_recursion(postfix_expr, "LEFT R1 R0 R0 SHIFT AUX_ALWAYS\n", "<<", additive_expr_stub);
general_recursion(postfix_expr, "RIGHT R1 R0 R0 SHIFT AUX_ALWAYS\n", ">>", additive_expr_stub);
arithmetic_recursion(postfix_expr, "'0' R0 R0 ADD R1 ARITH2_ALWAYS\n", "'0' R0 R0 ADD R1 ARITH2_ALWAYS\n", "+", additive_expr_stub);
arithmetic_recursion(postfix_expr, "'0' R0 R0 SUB R1 ARITH2_ALWAYS\n", "'0' R0 R0 SUB R1 ARITH2_ALWAYS\n", "-", additive_expr_stub);
arithmetic_recursion(postfix_expr, "'9' R0 '0' R1 MULS R0 ARITH2_ALWAYS\n", "'9' R0 '0' R1 MUL R0 ARITH2_ALWAYS\n", "*", additive_expr_stub);
arithmetic_recursion(postfix_expr, "{LR} PUSH_ALWAYS\n^~divides CALL_ALWAYS\n{LR} POP_ALWAYS\n", "{LR} PUSH_ALWAYS\n^~divide CALL_ALWAYS\n{LR} POP_ALWAYS\n", "/", additive_expr_stub);
arithmetic_recursion(postfix_expr, "{LR} PUSH_ALWAYS\n^~moduluss CALL_ALWAYS\n{LR} POP_ALWAYS\n", "{LR} PUSH_ALWAYS\n^~modulus CALL_ALWAYS\n{LR} POP_ALWAYS\n", "%", additive_expr_stub);
arithmetic_recursion(postfix_expr, "LEFT R1 R0 R0 SHIFT AUX_ALWAYS\n", "LEFT R1 R0 R0 SHIFT AUX_ALWAYS\n", "<<", additive_expr_stub);
arithmetic_recursion(postfix_expr, "RIGHT R1 R0 R0 SHIFT AUX_ALWAYS\n", "RIGHT R1 R0 R0 SHIFT AUX_ALWAYS\n", ">>", additive_expr_stub);
}
}

View File

@ -29,16 +29,16 @@ void initialize_types()
/* Define void */
global_types = calloc(1, sizeof(struct type));
global_types->name = "void";
global_types->SIGNED = FALSE;
global_types->is_signed = FALSE;
global_types->size = register_size;
global_types->type = global_types;
/* void* has the same properties as void */
global_types->indirect = global_types;
/* Define UNSIGNED LONG */
/* Define UNis_signed LONG */
struct type* a = calloc(1, sizeof(struct type));
a->name = "SCM";
a->SIGNED = FALSE;
a->is_signed = FALSE;
a->size = register_size;
a->indirect = a;
a->type = a;
@ -46,7 +46,7 @@ void initialize_types()
/* Define LONG */
struct type* b = calloc(1, sizeof(struct type));
b->name = "long";
b->SIGNED = TRUE;
b->is_signed = TRUE;
b->size = register_size;
b->indirect = b;
b->type = b;
@ -54,7 +54,7 @@ void initialize_types()
/* Define UNSIGNED */
struct type* c = calloc(1, sizeof(struct type));
c->name = "unsigned";
c->SIGNED = FALSE;
c->is_signed = FALSE;
c->size = register_size;
c->type = c;
/* unsigned* has the same properties as unsigned */
@ -63,7 +63,7 @@ void initialize_types()
/* Define int */
struct type* d = calloc(1, sizeof(struct type));
d->name = "int";
d->SIGNED = TRUE;
d->is_signed = TRUE;
d->size = register_size;
/* int* has the same properties as int */
d->indirect = d;
@ -72,33 +72,33 @@ void initialize_types()
/* Define char* */
struct type* e = calloc(1, sizeof(struct type));
e->name = "char*";
e->SIGNED = FALSE;
e->is_signed = FALSE;
e->size = register_size;
e->type = e;
/* Define char */
struct type* f = calloc(1, sizeof(struct type));
f->name = "char";
f->SIGNED = FALSE;
f->is_signed = FALSE;
f->size = 1;
f->type = f;
/* Define char** */
struct type* g = calloc(1, sizeof(struct type));
g->name = "char**";
g->SIGNED = FALSE;
g->is_signed = FALSE;
g->size = register_size;
g->type = e;
g->indirect = g;
/*fix up indrects for chars */
/*fix up indirects for chars */
f->indirect = e;
e->indirect = g;
/* Define FILE */
struct type* h = calloc(1, sizeof(struct type));
h->name = "FILE";
h->SIGNED = FALSE;
h->is_signed = FALSE;
h->size = register_size;
h->type = h;
/* FILE* has the same properties as FILE */
@ -107,7 +107,7 @@ void initialize_types()
/* Define FUNCTION */
struct type* i = calloc(1, sizeof(struct type));
i->name = "FUNCTION";
i->SIGNED = FALSE;
i->is_signed = FALSE;
i->size = register_size;
i->type = i;
/* FUNCTION* has the same properties as FUNCTION */
@ -116,13 +116,13 @@ void initialize_types()
/* Primitives mes.c wanted */
struct type* j = calloc(1, sizeof(struct type));
j->name = "size_t";
j->SIGNED = FALSE;
j->is_signed = FALSE;
j->size = register_size;
j->indirect = j;
struct type* k = calloc(1, sizeof(struct type));
k->name = "ssize_t";
k->SIGNED = FALSE;
k->is_signed = FALSE;
k->size = register_size;
k->indirect = k;
@ -261,14 +261,6 @@ void create_struct()
}
/*
* type-name:
* char *
* int
* struct
* FILE
* void
*/
struct type* type_name()
{
struct type* ret;

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@ -33,6 +33,7 @@ DEFINE COPY_rdi_to_rbp 4889FD
DEFINE COPY_rsp_to_rbp 4889E5
DEFINE COPY_RSP_to_RDI 4889E7
DEFINE DIVIDE_rax_by_rbx_into_rax 48F7FB
DEFINE DIVIDES_rax_by_rbx_into_rax 48F7F3
DEFINE JUMP E9
DEFINE JUMP_EQ 0F84
DEFINE JUMP_NE 0F85
@ -53,11 +54,13 @@ DEFINE LOAD_INTEGER_rdx 488B12
DEFINE LOAD_INTEGER_rsi 488B36
DEFINE LOAD_RSP_IMMEDIATE_into_rax 488B8424
DEFINE MODULUS_rax_from_rbx_into_rbx 48F7FB
DEFINE MODULUSS_rax_from_rbx_into_rbx 48F7F3
DEFINE MOVE_rbx_to_rax 4889D8
DEFINE MOVE_rdx_to_rax 4889D0
DEFINE MOVEZX 480FB6C0
DEFINE MOVESX 4863C0
DEFINE MULTIPLY_rax_by_rbx_into_rax 48F7E3
DEFINE MULTIPLY_rax_by_rbx_into_rax 48F7EB
DEFINE MULTIPLYS_rax_by_rbx_into_rax 48F7E3
DEFINE NOP 0000000000000000
DEFINE NOT_rax 48F7D0
DEFINE OR_rax_rbx 4809D8

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@ -76,12 +76,12 @@
%ELF_end>ELF_base # ph_filesz
%ELF_end>ELF_base # ph_memsz
05 00 00 00 # p_flags
07 00 00 00 # p_flags
00 00 01 00 # alignment
# @60
:ELF_program_header__data
01 00 00 00 # ph_type: PT-LOAD = 1
00 00 00 00 # ph_type: PT-LOAD = 0
00 00 00 00 # ph_offset
&ELF_base # ph_vaddr
&ELF_base # ph_physaddr

View File

@ -102,6 +102,7 @@ DEFINE AND 00
DEFINE CMP 005
DEFINE CMPI8 005
DEFINE MUL 0
DEFINE MULS 1
DEFINE OR 08
DEFINE SHIFT A0
DEFINE SUB 04

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@ -36,7 +36,7 @@
!1 R7 LOADI8_ALWAYS ; Setup for final exit
SYSCALL_ALWAYS ; Exit
# Stub that simply returns
# Unsigned Divide
:divide
{R4} PUSH_ALWAYS ; Protect R4
{R3} PUSH_ALWAYS ; Protect R3
@ -47,7 +47,6 @@
!0 R0 LOADI8_ALWAYS ; MOV R0,#0
!0 CMPI8 R2 IMM_ALWAYS ; CMP R2,#0
; !0 R2 RSUB R2 ARITH_LT ; RSBLT R2,R2,#0
!1 R0 SUB R0 ARITH_LT ; SUBLT R0,R0,#1
!0 CMPI8 R3 IMM_ALWAYS ; CMP R3,#0
!0 R3 RSUB R3 ARITH_LT ; RSBLT R3,R3,#0
@ -66,8 +65,6 @@
!0 CMPI8 R0 IMM_ALWAYS ; CMP R0,#0
^~divide_loop JUMP_NE ; BNE loop
; !0 CMPI8 R4 IMM_ALWAYS ; CMP R4,#0
; !0 R2 RSUB R2 ARITH_NE ; RSBNE R2,R2,#0
'0' R2 R0 NO_SHIFT MOVE_ALWAYS ; MOV R0,R2
{R2} POP_ALWAYS ; Restore R2
@ -75,10 +72,57 @@
{R4} POP_ALWAYS ; Restore R4
'1' LR RETURN
# Stub that simply returns
# Signed Divide
:divides
{R4} PUSH_ALWAYS ; Protect R4
{R3} PUSH_ALWAYS ; Protect R3
{R2} PUSH_ALWAYS ; Protect R2
'0' R0 R3 NO_SHIFT MOVE_ALWAYS ; MOV R3,R0
'0' R1 R2 NO_SHIFT MOVE_ALWAYS ; MOV R2,R1
!0 R0 LOADI8_ALWAYS ; MOV R0,#0
!0 CMPI8 R2 IMM_ALWAYS ; CMP R2,#0
!0 R2 RSUB R2 ARITH_LT ; RSBLT R2,R2,#0
!1 R0 SUB R0 ARITH_LT ; SUBLT R0,R0,#1
!0 CMPI8 R3 IMM_ALWAYS ; CMP R3,#0
!0 R3 RSUB R3 ARITH_LT ; RSBLT R3,R3,#0
'0' R0 R0 MVN_LT ; MVNLT R0,R0
'0' R0 R4 NO_SHIFT MOVE_ALWAYS ; MOV R4,R0
!32 R0 LOADI8_ALWAYS ; MOV R0,#32.
!0 R1 LOADI8_ALWAYS ; MOV R1,#0
:divides_loop
'0' R2 R2 ADDS R2 ARITH2_ALWAYS ; ADDS R2,R2,R2
'0' R1 R1 ADCS R1 ARITH2_ALWAYS ; ADCS R1,R1,R1
'0' R3 CMP R1 AUX_ALWAYS ; CMP R1,R3
'0' R3 R1 SUB R1 ARITH2_GE ; SUBGE R1,R1,R3
!1 R2 ADD R2 ARITH_GE ; ADDGE R2,R2,#1
!1 R0 SUB R0 ARITH_ALWAYS ; SUB R0,R0,#1
!0 CMPI8 R0 IMM_ALWAYS ; CMP R0,#0
^~divides_loop JUMP_NE ; BNE loop
!0 CMPI8 R4 IMM_ALWAYS ; CMP R4,#0
!0 R2 RSUB R2 ARITH_NE ; RSBNE R2,R2,#0
'0' R2 R0 NO_SHIFT MOVE_ALWAYS ; MOV R0,R2
{R2} POP_ALWAYS ; Restore R2
{R3} POP_ALWAYS ; Restore R3
{R4} POP_ALWAYS ; Restore R4
'1' LR RETURN
# Unsigned Modulus
:modulus
{LR} PUSH_ALWAYS ; Prepare to leverage divide
^~divide CALL_ALWAYS ; Use divide
'0' R1 R0 NO_SHIFT MOVE_ALWAYS ; MOV R0,R1
{LR} POP_ALWAYS ; Prepare for return
'1' LR RETURN
# Signed Modulus
:moduluss
{LR} PUSH_ALWAYS ; Prepare to leverage divide
^~divides CALL_ALWAYS ; Use divides
'0' R1 R0 NO_SHIFT MOVE_ALWAYS ; MOV R0,R1
{LR} POP_ALWAYS ; Prepare for return
'1' LR RETURN

View File

@ -35,6 +35,7 @@ DEFINE COPY_esp_to_ebp 89E5
DEFINE COPY_esp_to_ecx 89E1
DEFINE COPY_esp_to_edi 89E7
DEFINE DIVIDE_eax_by_ebx_into_eax F7FB
DEFINE DIVIDES_eax_by_ebx_into_eax F7F3
DEFINE INT_80 CD80
DEFINE JUMP E9
DEFINE JUMP_EQ 0F84
@ -56,11 +57,13 @@ DEFINE LOAD_INTEGER_ebx 8B1B
DEFINE LOAD_INTEGER_ecx 8B09
DEFINE LOAD_INTEGER_edx 8B12
DEFINE MODULUS_eax_from_ebx_into_ebx F7FB
DEFINE MODULUSS_eax_from_ebx_into_ebx F7F3
DEFINE MOVEZBL 0FB6C0
DEFINE MOVE_ebx_to_eax 89D8
DEFINE MOVE_ecx_to_eax 89C8
DEFINE MOVE_edx_to_eax 89D0
DEFINE MULTIPLY_eax_by_ebx_into_eax F7E3
DEFINE MULTIPLY_eax_by_ebx_into_eax F7EB
DEFINE MULTIPLYS_eax_by_ebx_into_eax F7E3
DEFINE NOP 00000000
DEFINE NOT_eax F7D0
DEFINE OR_eax_ebx 09D8

View File

@ -1,132 +1,132 @@
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c52562bd0aabb86ce8ca177f22f8d0455769b444df2d4d62894faab63b7151d8 test/results/test00-x86-binary
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eae96857f2b6d8e8ba86ac06e72345ea572622b358b23978bb5f2db1baadf41c test/results/test01-x86-binary
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