void WB_Led_Dev_t::clock_lo ( dat_t<1> reset ) {
val_t T0;
{ T0 = WB_Led_Dev__io_bus_sel.values[0] & WB_Led_Dev__io_bus_we.values[0];}
val_t T1;
{ T1 = TERNARY_1(T0, WB_Led_Dev__io_bus_dat2.values[0], WB_Led_Dev__data_out.values[0]);}
val_t T2;
{ T2 = WB_Led_Dev__led_data.values[0] | 0x0L << 8;}
val_t T3;
{ T3 = T0 ^ 0x1L;}
val_t T4;
{ T4 = T3 & WB_Led_Dev__io_bus_sel.values[0];}
val_t T5;
{ T5 = TERNARY_1(T4, T2, T1);}
val_t T6;
{ T6 = T0 | WB_Led_Dev__io_bus_sel.values[0];}
val_t T7;
{ T7 = T6 ^ 0x1L;}
val_t T8;
{ T8 = TERNARY(T7, 0x0L, T5);}
{ T9.values[0] = TERNARY(reset.values[0], 0x0L, T8);}
{ WB_Led_Dev__io_bus_dat4.values[0] = WB_Led_Dev__data_out.values[0];}
{ WB_Led_Dev__io_bus_ack.values[0] = 0x1L;}
val_t T10;
{ T10 = WB_Led_Dev__led_data.values[0] | 0x0L << 8;}
val_t T11;
{ T11 = TERNARY_1(T0, WB_Led_Dev__io_bus_dat2.values[0], T10);}
val_t T12;
{ T12 = TERNARY(reset.values[0], 0x0L, T11);}
{ T13.values[0] = T12;}
T13.values[0] = T13.values[0] & 0xffL;
{ WB_Led_Dev__io_LED.values[0] = WB_Led_Dev__led_data.values[0];}
}
void WB_Seven_Dev_t::clock_lo ( dat_t<1> reset ) {
val_t T0;
{
T0 = WB_Seven_Dev__io_bus_sel.values[0] & WB_Seven_Dev__io_bus_we.values[0];
}
val_t T1;
{
T1 = TERNARY_1(T0, WB_Seven_Dev__io_bus_dat2.values[0], WB_Seven_Dev__data_out.values[0]);
}
val_t T2;
{
T2 = T0 ^ 0x1L;
}
val_t T3;
{
T3 = T2 & WB_Seven_Dev__io_bus_sel.values[0];
}
val_t T4;
{
T4 = TERNARY_1(T3, WB_Seven_Dev__disp_data.values[0], T1);
}
val_t T5;
{
T5 = T0 | WB_Seven_Dev__io_bus_sel.values[0];
}
val_t T6;
{
T6 = T5 ^ 0x1L;
}
val_t T7;
{
T7 = TERNARY(T6, 0x0L, T4);
}
{
T8.values[0] = TERNARY(reset.values[0], 0x0L, T7);
}
{
WB_Seven_Dev__io_bus_dat4.values[0] = WB_Seven_Dev__data_out.values[0];
}
{
WB_Seven_Dev__io_bus_ack.values[0] = 0x1L;
}
val_t T9;
{
T9 = TERNARY_1(T0, WB_Seven_Dev__io_bus_dat2.values[0], WB_Seven_Dev__disp_data.values[0]);
}
{
T10.values[0] = TERNARY(reset.values[0], 0x0L, T9);
}
{
WB_Seven_Dev__io_DISP_NUM.values[0] = WB_Seven_Dev__disp_data.values[0];
}
}
void NameSuite_DebugComp_1_t::clock_lo ( dat_t<1> reset, bool assert_fire ) {
{ NameSuite_DebugComp_1_dpath__io_ctrl_wb_wen.values[0] = NameSuite_DebugComp_1__io_ctrl_wb_wen.values[0];}
{ NameSuite_DebugComp_1_dpath__wb_wen.values[0] = NameSuite_DebugComp_1_dpath__io_ctrl_wb_wen.values[0] | NameSuite_DebugComp_1_dpath__wb_reg_ll_wb.values[0];}
val_t T0;
{ T0 = TERNARY_1(NameSuite_DebugComp_1_dpath__wb_wen.values[0], NameSuite_DebugComp_1_dpath__io_ctrl_wb_wen.values[0], NameSuite_DebugComp_1_dpath__wb_reg_ll_wb.values[0]);}
{ NameSuite_DebugComp_1_dpath__reset.values[0] = reset.values[0];}
{ T1.values[0] = TERNARY(NameSuite_DebugComp_1_dpath__reset.values[0], 0x0L, T0);}
{ NameSuite_DebugComp_1_dpath__io_ctrl_out.values[0] = NameSuite_DebugComp_1_dpath__wb_reg_ll_wb.values[0];}
{ NameSuite_DebugComp_1__io_ctrl_out.values[0] = NameSuite_DebugComp_1_dpath__io_ctrl_out.values[0];}
}
void ALU_t::clock_lo ( dat_t<1> reset ) {
val_t T0;
T0 = ALU__io_in_a.values[0]<ALU__io_in_b.values[0];
val_t T1;
{ T1 = T0 | 0x0L << 1;}
val_t T2;
T2 = ALU__io_alu_op.values[0] == 0x7L;
val_t T3;
{ T3 = TERNARY(T2, T1, 0x0L);}
val_t T4;
{ T4 = ALU__io_in_a.values[0]-ALU__io_in_b.values[0];}
T4 = T4 & 0xffffffffL;
val_t T5;
T5 = ALU__io_alu_op.values[0] == 0x6L;
val_t T6;
{ T6 = TERNARY_1(T5, T4, T3);}
val_t T7;
{ T7 = ALU__io_in_b.values[0];}
T7 = T7 & 0x1fL;
val_t T8;
T8 = ALU__io_in_a.values[0] >> T7;
val_t T9;
T9 = ALU__io_alu_op.values[0] == 0x5L;
val_t T10;
{ T10 = TERNARY_1(T9, T8, T6);}
val_t T11;
{ T11 = ALU__io_in_a.values[0] | ALU__io_in_b.values[0];}
val_t T12;
{ T12 = ~T11;}
T12 = T12 & 0xffffffffL;
val_t T13;
T13 = ALU__io_alu_op.values[0] == 0x4L;
val_t T14;
{ T14 = TERNARY_1(T13, T12, T10);}
val_t T15;
{ T15 = ALU__io_in_a.values[0] ^ ALU__io_in_b.values[0];}
val_t T16;
T16 = ALU__io_alu_op.values[0] == 0x3L;
val_t T17;
{ T17 = TERNARY_1(T16, T15, T14);}
val_t T18;
{ T18 = ALU__io_in_a.values[0]+ALU__io_in_b.values[0];}
T18 = T18 & 0xffffffffL;
val_t T19;
T19 = ALU__io_alu_op.values[0] == 0x2L;
val_t T20;
{ T20 = TERNARY_1(T19, T18, T17);}
val_t T21;
{ T21 = ALU__io_in_a.values[0] | ALU__io_in_b.values[0];}
val_t T22;
T22 = ALU__io_alu_op.values[0] == 0x1L;
val_t T23;
{ T23 = TERNARY_1(T22, T21, T20);}
val_t T24;
{ T24 = ALU__io_in_a.values[0] & ALU__io_in_b.values[0];}
val_t T25;
T25 = ALU__io_alu_op.values[0] == 0x0L;
val_t T26;
{ T26 = TERNARY_1(T25, T24, T23);}
{ ALU__io_out.values[0] = T26;}
val_t T27;
T27 = ALU__io_out.values[0] != 0x0L;
val_t T28;
{ T28 = T27 ^ 0x1L;}
{ ALU__io_zero.values[0] = T28;}
}
