def _emit(self, sa, sema_id):
if not (0 <= sema_id and sema_id <= 15):
raise AssembleError('Semaphore id must be in range (0..15)')
null_addr = REGISTERS['null'].addr
insn = enc.SemaInsn(
sig=0xE, unpack=4, pm=0, pack=0, cond_add=1, cond_mul=1, sf=0,
ws=0, waddr_add=null_addr, waddr_mul=null_addr, sa=sa,
semaphore=sema_id)
if self.asm.sanity_check:
insn.verbose = SemaInstr(sa, sema_id)
self.asm._emit(insn)
waddr_add=53, waddr_mul=12, op_mul=4, op_add=2, raddr_a=33, raddr_b=53,
add_a=4, add_b=7, mul_a=6, mul_b=2
)
SAMPLE_BRANCH_INSN = enc.BranchInsn(
sig=0xf, cond_br=13, rel=1, reg=0, raddr_a=27, ws=1, waddr_add=53,
waddr_mul=12, immediate=0x12345678
)
SAMPLE_LOAD_INSN = enc.LoadInsn(
sig=0xe, unpack=1, pm=1, pack=2, cond_add=3, cond_mul=4, sf=1, ws=1,
waddr_add=53, waddr_mul=12, immediate=0x12345678
)
SAMPLE_SEMA_INSN = enc.SemaInsn(
sig=0xe, unpack=4, pm=1, pack=2, cond_add=3, cond_mul=4, sf=1, ws=1,
waddr_add=53, waddr_mul=12, sa=1, semaphore=13
)
def test_equality():
assert SAMPLE_ALU_INSN == SAMPLE_ALU_INSN
assert SAMPLE_ALU_INSN != SAMPLE_BRANCH_INSN
def test_bytes_conversion():
for sample_insn in [SAMPLE_ALU_INSN, SAMPLE_BRANCH_INSN,
SAMPLE_LOAD_INSN, SAMPLE_SEMA_INSN]:
insn = enc.Insn.from_bytes(sample_insn.to_bytes())
assert insn == sample_insn
def test_insn_repr():
assert repr(SAMPLE_ALU_INSN) == (
'AluInsn(sig=0x0, unpack=0x1, pm=0x1, pack=0x2, '
