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method_binary_expr_signed.sv
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//==============================================================================
//
// The code is generated by Intel Compiler for SystemC, version 1.5.13
// see more information at https://github.com/intel/systemc-compiler
//
//==============================================================================
//==============================================================================
//
// Module: B_top ()
//
module B_top // "b_mod"
(
);
// Variables generated for SystemC signals
logic a;
logic b;
//------------------------------------------------------------------------------
// Child module instances
A a_mod
(
.a(a),
.b(b)
);
endmodule
//==============================================================================
//
// Module: A (test_binary_expr_signed.cpp:224:5)
//
module A // "b_mod.a_mod"
(
input logic a,
output logic b
);
// Variables generated for SystemC signals
logic signed [31:0] t0;
//------------------------------------------------------------------------------
// Method process: binary (test_binary_expr_signed.cpp:33:5)
always_comb
begin : binary // test_binary_expr_signed.cpp:33:5
logic signed [15:0] z;
logic signed [15:0] bz;
logic [15:0] uz;
logic signed [3:0] x;
logic [3:0] ux;
integer i;
integer unsigned uu;
z = 0;
bz = 0;
uz = 7;
x = -4'sd4;
ux = 2;
i = -4'sd5;
uu = 7;
z = (ux + x) * (-2'sd1);
z = (ux - x) * x;
z = (ux * (x + 1)) - ux;
bz = (-4'sd6) + ux * (-3'sd3);
`ifndef INTEL_SVA_OFF
assert (bz == -5'sd12) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
bz = -x + ux * 2;
bz = x + ux * i;
bz = x * (ux - i);
bz = 14 - (ux - i + 3);
`ifndef INTEL_SVA_OFF
assert (bz == 4) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
z = 1;
bz = -4'sd5;
bz = signed'({1'b0, uz}) * bz - x;
`ifndef INTEL_SVA_OFF
assert (bz == -6'sd31) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
bz = -4'sd5;
bz = z * bz - x;
`ifndef INTEL_SVA_OFF
assert (bz == -2'sd1) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
bz = -4'sd5;
bz = z * (bz + 1) - bz;
`ifndef INTEL_SVA_OFF
assert (bz == 1) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
z = (uu * 4) - i;
`ifndef INTEL_SVA_OFF
assert (z == 33) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
z = (uu * 4) - i + x * ux;
bz = x / (i - 1) * (uu - ux);
`ifndef INTEL_SVA_OFF
assert (bz == 0) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
bz = x / (i - 1) * (uu - ux + 1);
`ifndef INTEL_SVA_OFF
assert (bz == 0) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
end
//------------------------------------------------------------------------------
// Method process: binary_liter (test_binary_expr_signed.cpp:95:5)
always_comb
begin : binary_liter // test_binary_expr_signed.cpp:95:5
logic signed [15:0] z;
logic signed [15:0] bz;
logic signed [3:0] x;
logic [3:0] ux;
integer i;
integer unsigned uu;
z = 0;
bz = 0;
x = -4'sd4;
ux = 2;
z = (ux - x) * x + 1;
z = (ux * (x + 1)) - 7;
bz = (-4'sd6) + ux * (-3'sd3) * 2;
`ifndef INTEL_SVA_OFF
assert (bz == -6'sd18) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
bz = -x + ux * 2 + 1;
i = -4'sd5;
uu = 7;
z = 36'((uu * 4) - i) / 1;
`ifndef INTEL_SVA_OFF
assert (z == 33) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
z = 33'(4 * x + i) / (-3'sd2);
`ifndef INTEL_SVA_OFF
assert (z == 10) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
z = (uu * 4) - i + x * ux + 1;
bz = x / (i - 1) * (uu - ux + 1);
`ifndef INTEL_SVA_OFF
assert (bz == 0) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
end
//------------------------------------------------------------------------------
// Method process: compound (test_binary_expr_signed.cpp:131:5)
always_comb
begin : compound // test_binary_expr_signed.cpp:131:5
integer z;
logic signed [32:0] bz;
logic signed [6:0] x;
logic [6:0] ux;
integer i;
integer unsigned uu;
bz = 0;
x = -4'sd4;
ux = 2;
z = 1;
z = z + (signed'({1'b0, (ux + x) * (-2'sd1)}));
`ifndef INTEL_SVA_OFF
assert (z == 3) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
ux = ux * (ux - x + 1);
`ifndef INTEL_SVA_OFF
assert (ux == 14) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
x = (ux * (x + 1)) - ux;
`ifndef INTEL_SVA_OFF
assert (x == -7'sd56) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
bz = -8'sd100;
bz = bz / ((-4'sd6) + x * (-3'sd3));
`ifndef INTEL_SVA_OFF
assert (bz == 0) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
bz = -3'sd2;
bz = bz * (signed'({1'b0, -x + ux * 2}));
i = -4'sd5;
x = -4'sd4;
uu = 7;
ux = 2;
bz = 1;
bz = bz - (x / (i + 1) * (uu - ux + 1));
end
//------------------------------------------------------------------------------
// Method process: unary (test_binary_expr_signed.cpp:167:5)
always_comb
begin : unary // test_binary_expr_signed.cpp:167:5
integer z;
logic signed [32:0] bz;
integer i;
integer unsigned uu;
logic signed [6:0] x;
logic [6:0] ux;
bz = 0;
i = -4'sd5;
uu = 7;
t0 = uu;
x = -4'sd4;
ux = 2;
t0 = ux;
z = -x + i - 1;
t0 = z;
`ifndef INTEL_SVA_OFF
assert (z == -3'sd2) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
bz = (-x) * 3 + (-z) * i;
t0 = 32'(bz);
`ifndef INTEL_SVA_OFF
assert (bz == 2) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
end
//------------------------------------------------------------------------------
// Method process: ternary (test_binary_expr_signed.cpp:189:5)
always_comb
begin : ternary // test_binary_expr_signed.cpp:189:5
integer z;
logic signed [32:0] bz;
integer i;
integer unsigned uu;
logic signed [6:0] x;
logic [6:0] ux;
bz = 0;
i = -4'sd5;
uu = 7;
t0 = uu;
x = -4'sd4;
ux = 2;
t0 = ux;
z = 1;
`ifndef INTEL_SVA_OFF
assert (z == 1) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
t0 = z;
z = i - 1;
t0 = z;
`ifndef INTEL_SVA_OFF
assert (z == -4'sd6) else $error("Assertion failed at test_binary_expr_signed.cpp:31:24>");
`endif // INTEL_SVA_OFF
z = (ux + i) * x;
t0 = z;
z = (-x) * 3 + (-z) * i;
t0 = z;
end
endmodule