def test_shift_ts():
no = 2
io = 0
ni = 4
test_vals = [[0, 1, 2, 3], [4, 5, 6, 7]]
shifted_test_vals = [[int_to_ignore, int_to_ignore, 0, 1], [2, 3, 4, 5]]
shift_amount = 2
in_type = ST_TSeq(no, io, ST_SSeq(ni, ST_Int()))
rshift = DefineShift_TS(no,
io,
ni,
shift_amount,
in_type.t.t,
has_valid=True)
tester = fault.Tester(rshift, rshift.CLK)
tester.circuit.valid_up = 1
for clk in range(len(test_vals)):
tester.print("clk: {}".format(clk))
set_nested_port(tester, tester.circuit.I, test_vals[clk], 1, 0)
print_nested_port(tester, tester.circuit.I, 1)
tester.print("\n")
tester.eval()
#for i, val in enumerate(test_vals[i*ni+shift_amount:(i+1)*ni+shift_amount]):
print_nested_port(tester, tester.circuit.O, 1)
tester.print("\n")
expect_nested_port(tester, tester.circuit.O, shifted_test_vals[clk], 1,
0)
tester.circuit.valid_down.expect(1)
tester.step(2)
compile_and_run(tester)
fault_helpers.print_nested_port(
tester, tester.circuit.fst_conv_in,
num_nested_space_layers(
ST_TSeq(32, 32, ST_SSeq(2, ST_SSeq(3, ST_TSeq(3, 0,
ST_Int()))))))
tester.print("\n")
tester.print("first down in: ")
fault_helpers.print_nested_port(
tester, tester.circuit.fst_down_in,
num_nested_space_layers(
ST_TSeq(32, 32, ST_SSeq(2, ST_SSeq(1, ST_TSeq(1, 2,
ST_Int()))))))
tester.print("\n")
tester.print("first down out: ")
fault_helpers.print_nested_port(
tester, tester.circuit.fst_down_out,
num_nested_space_layers(
ST_TSeq(32, 32, ST_SSeq(1, ST_SSeq(1, ST_TSeq(1, 2,
ST_Int()))))))
tester.print("\n")
if f_clk >= 118:
tester.circuit.valid_down.expect(1)
if f_clk >= 118 and fault_output_valid[output_counter]:
fault_helpers.expect_nested_port(
tester, tester.circuit.O, fault_output[output_counter],
num_nested_space_layers(
ST_TSeq(4, 60, ST_SSeq(1, ST_TSeq(1, 2, ST_Int())))), 0)
tester.step(2)
tester.circuit.valid_down.expect(0)
fault_helpers.compile_and_run(tester)