| // test_simulation_mod_1_xx.v | |
| module f1_test(in1, in2, out); | |
| input in1; | |
| input in2; | |
| output out; | |
| wire synth_net_0; | |
| wire synth_net_1; | |
| BUF synth_BUF_0(.in(synth_net_1), .out(out | |
| )); | |
| DIV1 synth_DIV(.in1(in1), .in2(in2), .rem(synth_net_0), .out(synth_net_1 | |
| )); | |
| endmodule | |
| // test_simulation_always_31_tt.v | |
| module f2_test(clk, cond, data); | |
| input cond; | |
| input clk; | |
| output data; | |
| wire synth_net; | |
| wire synth_net_0; | |
| wire synth_net_1; | |
| wire synth_net_2; | |
| wire synth_net_3; | |
| wire synth_net_4; | |
| wire synth_net_5; | |
| wire synth_net_6; | |
| wire synth_net_7; | |
| wire synth_net_8; | |
| wire synth_net_9; | |
| wire synth_net_10; | |
| wire synth_net_11; | |
| wire tmp; | |
| AND2 synth_AND(.in({synth_net_0, synth_net_1}), . | |
| out(synth_net_2)); | |
| AND2 synth_AND_0(.in({synth_net_3, synth_net_4}), .out( | |
| synth_net_5)); | |
| AND2 synth_AND_1(.in({synth_net_6, synth_net_7}), .out( | |
| synth_net_8)); | |
| AND2 synth_AND_2(.in({synth_net_9, synth_net_10}), .out( | |
| synth_net_11)); | |
| BUF synth_BUF(.in(synth_net), .out(synth_net_0)); | |
| BUF | |
| synth_BUF_0(.in(data), .out(synth_net_3)); | |
| BUF synth_BUF_1(.in(synth_net_8) | |
| , .out(tmp)); | |
| BUF synth_BUF_2(.in(tmp), .out(synth_net_9)); | |
| MUX2 synth_MUX(. | |
| in({synth_net_2, synth_net_5}), .select(cond), .out(synth_net_6)); | |
| MUX2 | |
| synth_MUX_0(.in({synth_net_1, synth_net_4}), .select(cond), .out(synth_net_7 | |
| )); | |
| FF synth_FF(.d(synth_net_11), .clk(clk), .q(data)); | |
| VCC synth_VCC(.out( | |
| synth_net)); | |
| VCC synth_VCC_0(.out(synth_net_1)); | |
| VCC synth_VCC_1(.out( | |
| synth_net_4)); | |
| VCC synth_VCC_2(.out(synth_net_10)); | |
| endmodule | |