void test_instruction_positions_are_computed_in_basic_block_order(void)
{
struct compilation_unit *cu = compilation_unit_alloc(&method);
struct basic_block *b1, *b2;
struct insn *insns[4];
unsigned long i;
for (i = 0; i < ARRAY_SIZE(insns); i++)
insns[i] = alloc_insn(INSN_ADD);
b1 = get_basic_block(cu, 0, ARRAY_SIZE(insns)/2);
for (i = 0 ; i < ARRAY_SIZE(insns) / 2; i++)
bb_add_insn(b1, insns[i]);
b2 = get_basic_block(cu, ARRAY_SIZE(insns) / 2, ARRAY_SIZE(insns));
for (i = ARRAY_SIZE(insns) / 2 ; i < ARRAY_SIZE(insns); i++)
bb_add_insn(b2, insns[i]);
compute_insn_positions(cu);
for (i = 0; i < ARRAY_SIZE(insns); i++)
assert_int_equals(i * 2, insns[i]->lir_pos);
free_compilation_unit(cu);
}
struct insn *reverse_reg_insn(enum insn_type insn_type, struct var_info *reg)
{
struct insn *insn = alloc_insn(insn_type);
if (insn)
init_reg_operand(insn, &insn->dest, reg);
return insn;
}
struct insn *membase_insn(enum insn_type insn_type, struct var_info *src_base_reg, long src_disp)
{
struct insn *insn = alloc_insn(insn_type);
if (insn)
init_membase_operand(insn, &insn->operand, src_base_reg, src_disp);
return insn;
}
struct insn *reverse_memindex_insn(enum insn_type insn_type, struct var_info *dst_base_reg, struct var_info *dst_index_reg, unsigned char dst_shift)
{
struct insn *insn = alloc_insn(insn_type);
if (insn)
init_memindex_operand(insn, &insn->dest, dst_base_reg, dst_index_reg, dst_shift);
return insn;
}
struct insn *memindex_insn(enum insn_type insn_type, struct var_info *src_base_reg, struct var_info *src_index_reg, unsigned char src_shift)
{
struct insn *insn = alloc_insn(insn_type);
if (insn)
init_memindex_operand(insn, &insn->operand, src_base_reg, src_index_reg, src_shift);
return insn;
}
struct insn *reverse_membase_insn(enum insn_type insn_type, struct var_info *dst_base_reg, long dst_disp)
{
struct insn *insn = alloc_insn(insn_type);
if (insn)
init_membase_operand(insn, &insn->dest, dst_base_reg, dst_disp);
return insn;
}
struct insn *reg_reg_insn(enum insn_type insn_type, struct var_info *src, struct var_info *dest)
{
struct insn *insn = alloc_insn(insn_type);
if (insn) {
init_reg_operand(insn, &insn->src, src);
init_reg_operand(insn, &insn->dest, dest);
}
return insn;
}
struct insn *membase_reg_insn(enum insn_type insn_type, struct var_info *src_base_reg,
long src_disp, struct var_info *dest_reg)
{
struct insn *insn = alloc_insn(insn_type);
if (insn) {
init_membase_operand(insn, &insn->src, src_base_reg, src_disp);
init_reg_operand(insn, &insn->dest, dest_reg);
}
return insn;
}
struct insn *memindex_reg_insn(enum insn_type insn_type,
struct var_info *src_base_reg, struct var_info *src_index_reg,
unsigned char src_shift, struct var_info *dest_reg)
{
struct insn *insn = alloc_insn(insn_type);
if (insn) {
init_memindex_operand(insn, &insn->src, src_base_reg, src_index_reg, src_shift);
init_reg_operand(insn, &insn->dest, dest_reg);
}
return insn;
}
struct insn *rel_insn(enum insn_type insn_type, unsigned long rel)
{
struct insn *insn = alloc_insn(insn_type);
if (insn) {
insn->operand = (struct operand) {
.type = OPERAND_REL,
{
.rel = rel,
}
};
}
return insn;
}
struct insn *imm_insn(enum insn_type insn_type, unsigned long imm)
{
struct insn *insn = alloc_insn(insn_type);
if (insn) {
insn->operand = (struct operand) {
.type = OPERAND_IMM,
{
.imm = imm,
}
};
}
return insn;
}
struct insn *branch_insn(enum insn_type insn_type, struct basic_block *if_true)
{
struct insn *insn = alloc_insn(insn_type);
if (insn) {
insn->operand = (struct operand) {
.type = OPERAND_BRANCH,
{
.branch_target = if_true,
}
};
}
return insn;
}
struct insn *memlocal_insn(enum insn_type insn_type, struct stack_slot *slot)
{
struct insn *insn = alloc_insn(insn_type);
if (insn) {
insn->src = (struct operand) {
.type = OPERAND_MEMLOCAL,
{
.slot = slot,
}
};
}
return insn;
}
struct insn *reg_memdisp_insn(enum insn_type insn_type,
struct var_info *src_reg, unsigned long imm)
{
struct insn *insn = alloc_insn(insn_type);
if (insn) {
init_reg_operand(insn, &insn->src, src_reg);
insn->dest = (struct operand) {
.type = OPERAND_IMM,
{
.imm = imm,
}
};
}
return insn;
}
struct insn *imm_reg_insn(enum insn_type insn_type, unsigned long imm,
struct var_info *dest_reg)
{
struct insn *insn = alloc_insn(insn_type);
if (insn) {
insn->src = (struct operand) {
.type = OPERAND_IMM,
{
.imm = imm,
}
};
init_reg_operand(insn, &insn->dest, dest_reg);
}
return insn;
}
struct insn *phi_insn(enum insn_type insn_type, struct var_info *var, unsigned long nr_srcs)
{
struct insn *insn = alloc_insn(insn_type);
unsigned long ndx;
if (insn) {
init_phi_reg_operand(insn, &insn->ssa_dest, var);
insn->ssa_srcs = malloc(nr_srcs * sizeof(struct operand));
for (ndx = 0; ndx < nr_srcs; ndx++)
init_phi_reg_operand(insn, &insn->ssa_srcs[ndx], var);
insn->nr_srcs = nr_srcs;
}
return insn;
}
struct insn *imm_membase_insn(enum insn_type insn_type, unsigned long imm,
struct var_info *base_reg, long disp)
{
struct insn *insn = alloc_insn(insn_type);
if (insn) {
insn->src = (struct operand) {
.type = OPERAND_IMM,
{
.imm = imm,
}
};
init_membase_operand(insn, &insn->dest, base_reg, disp);
}
return insn;
}
struct insn *
reg_memlocal_insn(enum insn_type insn_type, struct var_info *src_reg,
struct stack_slot *dest_slot)
{
struct insn *insn = alloc_insn(insn_type);
if (insn) {
init_reg_operand(insn, &insn->src, src_reg);
insn->dest = (struct operand) {
.type = OPERAND_MEMLOCAL,
{
.slot = dest_slot,
}
};
}
return insn;
}
struct insn *imm_memdisp_insn(enum insn_type insn_type, long imm, long disp)
{
struct insn *insn = alloc_insn(insn_type);
if (insn) {
insn->src = (struct operand) {
.type = OPERAND_IMM,
{
.imm = imm,
}
};
insn->dest = (struct operand) {
.type = OPERAND_MEMDISP,
};
insn->dest.disp = disp;
}
return insn;
}
struct insn *imm_memlocal_insn(enum insn_type insn_type,
unsigned long imm,
struct stack_slot *dst_slot)
{
struct insn *insn = alloc_insn(insn_type);
if (insn) {
insn->src = (struct operand) {
.type = OPERAND_IMM,
{
.imm = imm,
}
};
insn->dest = (struct operand) {
.type = OPERAND_MEMLOCAL,
{
.slot = dst_slot,
}
};
}
return insn;
}
struct insn *insn(enum insn_type insn_type)
{
return alloc_insn(insn_type);
}
.imm = imm,
}
};
insn->dest = (struct operand) {
.type = OPERAND_MEMLOCAL,
{
.slot = dst_slot,
}
};
}
return insn;
}
struct insn *ic_call_insn(struct var_info *this, unsigned long imm)
{
struct insn *insn = alloc_insn(INSN_IC_CALL);
if (insn) {
init_reg_operand(insn, &insn->src, this);
assert(insn_operand_use_kind(insn, &insn->src) == USE_KIND_INPUT);
insn->dest = (struct operand) {
.type = OPERAND_IMM,
{
.imm = imm,
}
};
}
return insn;
}
