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cryptix/BuildError.txt

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BuildError.txt
ERROR 2013/08/04 14:01:28 build.go:79: # github.com/cryptix/goSimPlot/app/models
duplicate symbol _frame3de in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_rst in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _Pred_de_tuhh_hbubert_noiseCancel_simpleFir_rst in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _deltaCycle in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _epsCycle in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _Pred_de_tuhh_hbubert_noiseCancel_simpleFir_rst_update in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _frame3ce in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_clk_update in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_tap in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_y$reg in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _regUpdates in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _regUpdatePos in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _frame3d6 in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _frame3d8 in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _frame3be in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _frame3da in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _frame3dc in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_x in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _skipEdge in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _updateRegs in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_y in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _frame3c0 in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _run in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_clk_prev in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_clk in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _disabledRegOutputlogic in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _disableEdges in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_Width in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
ld: 29 duplicate symbols for architecture x86_64
collect2: ld returned 1 exit status
ERROR 2013/08/04 14:01:28 build.go:215: Failed to parse build errors:
# github.com/cryptix/goSimPlot/app/models
duplicate symbol _frame3de in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_rst in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _Pred_de_tuhh_hbubert_noiseCancel_simpleFir_rst in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _deltaCycle in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _epsCycle in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _Pred_de_tuhh_hbubert_noiseCancel_simpleFir_rst_update in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _frame3ce in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_clk_update in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_tap in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_y$reg in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _regUpdates in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _regUpdatePos in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _frame3d6 in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _frame3d8 in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _frame3be in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _frame3da in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _frame3dc in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_x in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _skipEdge in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _updateRegs in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_y in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _frame3c0 in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _run in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_clk_prev in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_clk in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _disabledRegOutputlogic in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _disableEdges in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
duplicate symbol _de_tuhh_hbubert_noiseCancel_simpleFir_Width in:
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.cgo2.o
$WORK/github.com/cryptix/goSimPlot/app/models/_obj/SimpleFir.sim.o
ld: 29 duplicate symbols for architecture x86_64
collect2: ld returned 1 exit status
Raw
SimpleFIR.go
package models
// update simulation code
// curl -X POST -d module=de.tuhh.hbubert.noiseCancel.simpleFir http://api.pshdl.org/api/v0.1/compiler/46B03EAE542184E3/psex/c > SimpleFir.sim.c
// #include "SimpleFir.sim.c"
import "C"
import (
"github.com/robfig/revel"
"time"
)
type SimpleFir struct {
Data []State
Duration time.Duration
}
type State struct {
X int
Y int
Tap [4]int
}
// returns formated state string
// func (sim SimpleFir) String() (s string) {
// s = fmt.Sprintf("X[%4d] Y[%4d]\n", sim.X, sim.Y)
// s += fmt.Sprintf("Taps %v\n", sim.Tap)
// return
// }
func (s *State) update() {
s.X = int(C.de_tuhh_hbubert_noiseCancel_simpleFir_x)
s.Y = int(C.de_tuhh_hbubert_noiseCancel_simpleFir_y)
for i, v := range C.de_tuhh_hbubert_noiseCancel_simpleFir_tap {
s.Tap[i] = int(v)
}
}
// reset simulation
func (sim SimpleFir) reset() {
C.de_tuhh_hbubert_noiseCancel_simpleFir_clk = 0
C.de_tuhh_hbubert_noiseCancel_simpleFir_rst = 0
C.run()
C.de_tuhh_hbubert_noiseCancel_simpleFir_clk = 1
C.de_tuhh_hbubert_noiseCancel_simpleFir_rst = 1
C.run()
}
// read state from simulation code
func (sim SimpleFir) run(data *state) {
// update input
C.de_tuhh_hbubert_noiseCancel_simpleFir_x = C.uint64_t(data.X)
// run one cycle
C.de_tuhh_hbubert_noiseCancel_simpleFir_clk = 0
C.run()
C.de_tuhh_hbubert_noiseCancel_simpleFir_clk = 1
C.run()
// read output
data.update()
}
func (sim *SimpleFir) RunSimulation(input []int) *SimpleFir {
runner := new(SimpleFir)
data := make([]state, 0, len(input))
// TODO check if anoter sim is running!
// starting simulation
start := time.Now()
// resetting simulator
runner.reset()
// start the engines..!
C.de_tuhh_hbubert_noiseCancel_simpleFir_rst = 0
// iterate over input
// pre := afterReset
// post := time.Now()
for i, x := range input {
data[i].X = x
// eval one cycle
sim.run(data[i])
// fmt.Printf("\n\nState[%d] ΔT[%v]\n%s\n", i, post.Sub(pre), sim)
// pre, post = post, time.Now()
}
done := time.Now()
runner.Data = data
runner.Duration = done.Sub(start)
return runner
}
Raw
SimpleFir.sim.c
#include <stdint.h>
#include <stdbool.h>
#include <string.h>
#include <stdio.h>
#include <time.h>
#include <stdlib.h>
typedef struct regUpdate {
int internal;
int offset;
} regUpdate_t;
regUpdate_t regUpdates[11];
int regUpdatePos=0;
bool disableEdges;
bool disabledRegOutputlogic;
uint64_t Pred_de_tuhh_hbubert_noiseCancel_simpleFir_rst_update=0;
bool Pred_de_tuhh_hbubert_noiseCancel_simpleFir_rst;
uint64_t de_tuhh_hbubert_noiseCancel_simpleFir_Width;
uint64_t de_tuhh_hbubert_noiseCancel_simpleFir_clk_update=0;
uint64_t de_tuhh_hbubert_noiseCancel_simpleFir_clk;
uint64_t de_tuhh_hbubert_noiseCancel_simpleFir_clk_prev;
uint64_t de_tuhh_hbubert_noiseCancel_simpleFir_rst;
uint64_t de_tuhh_hbubert_noiseCancel_simpleFir_tap[4];
uint64_t de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg[4];
uint64_t de_tuhh_hbubert_noiseCancel_simpleFir_x;
uint64_t de_tuhh_hbubert_noiseCancel_simpleFir_y;
uint64_t de_tuhh_hbubert_noiseCancel_simpleFir_y$reg;
int epsCycle=0;
int deltaCycle=0;
void frame3de() {
uint64_t t0=de_tuhh_hbubert_noiseCancel_simpleFir_rst;
//loadInternal[internalIdx=15]
uint64_t t1=0;//const0
bool t2=t0 != t1;//not_eq
Pred_de_tuhh_hbubert_noiseCancel_simpleFir_rst=t2;
Pred_de_tuhh_hbubert_noiseCancel_simpleFir_rst_update=((uint64_t) deltaCycle << 16ll) | (epsCycle & 0xFFFF);
}
void frame3ce() {
de_tuhh_hbubert_noiseCancel_simpleFir_clk_update=((uint64_t) deltaCycle << 16l) | (epsCycle & 0xFFFF);//isRisingEdge[internalIdx=12]
//negPredicate[internalIdx=11]
uint64_t t2=de_tuhh_hbubert_noiseCancel_simpleFir_tap[0];
//loadInternal[internalIdx=9]
uint64_t t3=de_tuhh_hbubert_noiseCancel_simpleFir_tap[1];
//loadInternal[internalIdx=3]
uint64_t t4=(((int64_t)(t2 + t3)) << 56) >> 56;//plus[targetSizeWithType=17]
uint64_t t5=de_tuhh_hbubert_noiseCancel_simpleFir_tap[2];
//loadInternal[internalIdx=5]
uint64_t t6=(((int64_t)(t4 + t5)) << 56) >> 56;//plus[targetSizeWithType=17]
uint64_t t7=de_tuhh_hbubert_noiseCancel_simpleFir_tap[3];
//loadInternal[internalIdx=7]
uint64_t t8=(((int64_t)(t6 + t7)) << 56) >> 56;//plus[targetSizeWithType=17]
int64_t c9=t8 << 56;
uint64_t t9=c9 >> 56;
//cast_int[targetSize=8,currentSize=8]
uint64_t current=de_tuhh_hbubert_noiseCancel_simpleFir_y$reg;
de_tuhh_hbubert_noiseCancel_simpleFir_y$reg=t9;
static regUpdate_t reg;
if (current!=t9){
reg.internal=7;
reg.offset=0;
regUpdates[regUpdatePos++]=reg;
}
}
void frame3d6() {
de_tuhh_hbubert_noiseCancel_simpleFir_clk_update=((uint64_t) deltaCycle << 16l) | (epsCycle & 0xFFFF);//isRisingEdge[internalIdx=12]
//negPredicate[internalIdx=11]
uint64_t t2=de_tuhh_hbubert_noiseCancel_simpleFir_tap[0];
//loadInternal[internalIdx=9]
uint64_t current=de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg[1];
de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg[1]=t2;
static regUpdate_t reg;
if (current!=t2){
reg.internal=5;
reg.offset=1;
regUpdates[regUpdatePos++]=reg;
}
}
void frame3d8() {
de_tuhh_hbubert_noiseCancel_simpleFir_clk_update=((uint64_t) deltaCycle << 16l) | (epsCycle & 0xFFFF);//isRisingEdge[internalIdx=12]
//negPredicate[internalIdx=11]
uint64_t t2=de_tuhh_hbubert_noiseCancel_simpleFir_tap[1];
//loadInternal[internalIdx=3]
uint64_t current=de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg[2];
de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg[2]=t2;
static regUpdate_t reg;
if (current!=t2){
reg.internal=5;
reg.offset=2;
regUpdates[regUpdatePos++]=reg;
}
}
void frame3be() {
//posPredicate[internalIdx=11]
de_tuhh_hbubert_noiseCancel_simpleFir_clk_update=((uint64_t) deltaCycle << 16l) | (epsCycle & 0xFFFF);//isRisingEdge[internalIdx=12]
uint64_t t2=0;//const0
uint64_t t3=t2 & 0xffll;//cast_uint[targetSize=8,currentSize=32]
de_tuhh_hbubert_noiseCancel_simpleFir_y$reg=t3;
{
static regUpdate_t reg;
reg.internal=7;
reg.offset=-1;
regUpdates[regUpdatePos++]=reg;
}
//writeInternal[internal=2]
uint64_t t5=0;//const0
//Write to #null
(void)t5;
}
void frame3da() {
de_tuhh_hbubert_noiseCancel_simpleFir_clk_update=((uint64_t) deltaCycle << 16l) | (epsCycle & 0xFFFF);//isRisingEdge[internalIdx=12]
//negPredicate[internalIdx=11]
uint64_t t2=de_tuhh_hbubert_noiseCancel_simpleFir_tap[2];
//loadInternal[internalIdx=5]
uint64_t current=de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg[3];
de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg[3]=t2;
static regUpdate_t reg;
if (current!=t2){
reg.internal=5;
reg.offset=3;
regUpdates[regUpdatePos++]=reg;
}
}
void frame3c0() {
//posPredicate[internalIdx=11]
de_tuhh_hbubert_noiseCancel_simpleFir_clk_update=((uint64_t) deltaCycle << 16l) | (epsCycle & 0xFFFF);//isRisingEdge[internalIdx=12]
uint64_t t2=0;//const0
memset(de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg, t2, 4);
{
static regUpdate_t reg;
reg.internal=5;
reg.offset=-1;
regUpdates[regUpdatePos++]=reg;
}
//writeInternal[internal=13]
uint64_t t4=0;//const0
int a0=(int)t4;//pushAddIndex
uint64_t t5=0;//const0
uint64_t t6=t5 & 0xffll;//cast_uint[targetSize=8,currentSize=32]
de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg[a0]=t6;
{
static regUpdate_t reg;
reg.internal=5;
reg.offset=a0;
regUpdates[regUpdatePos++]=reg;
}
//writeInternal[internal=13]
uint64_t t8=1;//const1
int a1=(int)t8;//pushAddIndex
uint64_t t9=0;//const0
uint64_t t10=t9 & 0xffll;//cast_uint[targetSize=8,currentSize=32]
de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg[a1]=t10;
{
static regUpdate_t reg;
reg.internal=5;
reg.offset=a1;
regUpdates[regUpdatePos++]=reg;
}
//writeInternal[internal=13]
uint64_t t12=2;//const2
int a2=(int)t12;//pushAddIndex
uint64_t t13=0;//const0
uint64_t t14=t13 & 0xffll;//cast_uint[targetSize=8,currentSize=32]
de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg[a2]=t14;
{
static regUpdate_t reg;
reg.internal=5;
reg.offset=a2;
regUpdates[regUpdatePos++]=reg;
}
//writeInternal[internal=13]
uint64_t t16=0x3ll;//loadConstant[constantIdx=0]
int a3=(int)t16;//pushAddIndex
uint64_t t17=0;//const0
uint64_t t18=t17 & 0xffll;//cast_uint[targetSize=8,currentSize=32]
de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg[a3]=t18;
{
static regUpdate_t reg;
reg.internal=5;
reg.offset=a3;
regUpdates[regUpdatePos++]=reg;
}
//writeInternal[internal=13]
uint64_t t20=0;//const0
//Write to #null
(void)t20;
}
void frame3dc() {
de_tuhh_hbubert_noiseCancel_simpleFir_clk_update=((uint64_t) deltaCycle << 16l) | (epsCycle & 0xFFFF);//isRisingEdge[internalIdx=12]
//negPredicate[internalIdx=11]
uint64_t t2=de_tuhh_hbubert_noiseCancel_simpleFir_x;
//loadInternal[internalIdx=14]
uint64_t current=de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg[0];
de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg[0]=t2;
static regUpdate_t reg;
if (current!=t2){
reg.internal=5;
reg.offset=0;
regUpdates[regUpdatePos++]=reg;
}
}
bool skipEdge(uint64_t local) {
uint64_t dc = local >> 16l;
// Register was updated in previous delta cylce, that is ok
if (dc < deltaCycle)
return false;
// Register was updated in this delta cycle but it is the same eps,
// that is ok as well
if ((dc == deltaCycle) && ((local & 0xFFFF) == epsCycle))
return false;
// Don't update
return true;
}
void updateRegs() {
int i;
for (i=0;i<regUpdatePos; i++) {
regUpdate_t reg=regUpdates[i];
switch (reg.internal) {
case 5:
if (reg.offset==-1)
memcpy(de_tuhh_hbubert_noiseCancel_simpleFir_tap, de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg, 4);
else
de_tuhh_hbubert_noiseCancel_simpleFir_tap[reg.offset] = de_tuhh_hbubert_noiseCancel_simpleFir_tap$reg[reg.offset]; break;
case 7:
de_tuhh_hbubert_noiseCancel_simpleFir_y = de_tuhh_hbubert_noiseCancel_simpleFir_y$reg; break;
}
}
}
void run(){
deltaCycle++;
epsCycle=0;
do {
regUpdatePos=0;
frame3de();
bool de_tuhh_hbubert_noiseCancel_simpleFir_clk_isRising=true;
bool de_tuhh_hbubert_noiseCancel_simpleFir_clk_risingIsHandled=false;
if (!disableEdges){
uint64_t t12=de_tuhh_hbubert_noiseCancel_simpleFir_clk;
uint64_t t12_prev=de_tuhh_hbubert_noiseCancel_simpleFir_clk_prev;
if ((t12_prev!=0) || (t12!=1)) {
de_tuhh_hbubert_noiseCancel_simpleFir_clk_isRising=false;
}
}
if (skipEdge(de_tuhh_hbubert_noiseCancel_simpleFir_clk_update)){
de_tuhh_hbubert_noiseCancel_simpleFir_clk_risingIsHandled=true;
}
bool p11=Pred_de_tuhh_hbubert_noiseCancel_simpleFir_rst;
bool p11_fresh=true;
uint64_t up11=Pred_de_tuhh_hbubert_noiseCancel_simpleFir_rst_update;
if ((up11>>16 != deltaCycle) || ((up11&0xFFFF) != epsCycle)){
p11_fresh=false;
}
if (de_tuhh_hbubert_noiseCancel_simpleFir_clk_isRising&& !de_tuhh_hbubert_noiseCancel_simpleFir_clk_risingIsHandled && !p11 && p11_fresh)
frame3ce();
if (de_tuhh_hbubert_noiseCancel_simpleFir_clk_isRising&& !de_tuhh_hbubert_noiseCancel_simpleFir_clk_risingIsHandled && !p11 && p11_fresh)
frame3d6();
if (de_tuhh_hbubert_noiseCancel_simpleFir_clk_isRising&& !de_tuhh_hbubert_noiseCancel_simpleFir_clk_risingIsHandled && !p11 && p11_fresh)
frame3d8();
if (de_tuhh_hbubert_noiseCancel_simpleFir_clk_isRising&& !de_tuhh_hbubert_noiseCancel_simpleFir_clk_risingIsHandled && p11 && p11_fresh)
frame3be();
if (de_tuhh_hbubert_noiseCancel_simpleFir_clk_isRising&& !de_tuhh_hbubert_noiseCancel_simpleFir_clk_risingIsHandled && !p11 && p11_fresh)
frame3da();
if (de_tuhh_hbubert_noiseCancel_simpleFir_clk_isRising&& !de_tuhh_hbubert_noiseCancel_simpleFir_clk_risingIsHandled && p11 && p11_fresh)
frame3c0();
if (de_tuhh_hbubert_noiseCancel_simpleFir_clk_isRising&& !de_tuhh_hbubert_noiseCancel_simpleFir_clk_risingIsHandled && !p11 && p11_fresh)
frame3dc();
updateRegs();
epsCycle++;
} while (regUpdatePos!=0 && !disabledRegOutputlogic);
de_tuhh_hbubert_noiseCancel_simpleFir_clk_prev=de_tuhh_hbubert_noiseCancel_simpleFir_clk;
}
Raw
standaloneRunner.go
package main
// curl -X POST -d module=de.tuhh.hbubert.noiseCancel.simpleFir http://api.pshdl.org/api/v0.1/compiler/46B03EAE542184E3/psex/c > simpleFir.sim.c
// #include "simpleFir.sim.c"
import "C"
import (
"fmt"
"time"
)
var testInput = []int{
0,
0,
0,
1,
2,
3,
0,
0,
0,
}
type simulator struct {
X int
Y int
Tap [4]int
}
// returns formated state string
func (sim simulator) String() (s string) {
s = fmt.Sprintf("X[%4d] Y[%4d]\n", sim.X, sim.Y)
s += fmt.Sprintf("Taps %v\n", sim.Tap)
return
}
// reset simulation
func (sim *simulator) reset() {
C.de_tuhh_hbubert_noiseCancel_simpleFir_clk = 0
C.de_tuhh_hbubert_noiseCancel_simpleFir_rst = 0
C.run()
C.de_tuhh_hbubert_noiseCancel_simpleFir_clk = 1
C.de_tuhh_hbubert_noiseCancel_simpleFir_rst = 1
C.run()
}
// read state from simulation code
func (sim *simulator) run() {
// update input
C.de_tuhh_hbubert_noiseCancel_simpleFir_x = C.uint64_t(sim.X)
// run one cycle
C.de_tuhh_hbubert_noiseCancel_simpleFir_clk = 0
C.run()
C.de_tuhh_hbubert_noiseCancel_simpleFir_clk = 1
C.run()
// update output
sim.X = int(C.de_tuhh_hbubert_noiseCancel_simpleFir_x)
sim.Y = int(C.de_tuhh_hbubert_noiseCancel_simpleFir_y)
for i, v := range C.de_tuhh_hbubert_noiseCancel_simpleFir_tap {
sim.Tap[i] = int(v)
}
}
func main() {
var sim simulator
start := time.Now()
// reset
// =====
sim.reset()
afterReset := time.Now()
fmt.Printf("Reset took: %v\n\nState:\n%s\n", afterReset.Sub(start), sim)
// start the engines..!
C.de_tuhh_hbubert_noiseCancel_simpleFir_rst = 0
pre := afterReset
post := time.Now()
for i, x := range testInput {
sim.X = x
// eval one cycle
sim.run()
fmt.Printf("\n\nState[%d] ΔT[%v]\n%s\n", i, post.Sub(pre), sim)
pre, post = post, time.Now()
}
done := time.Now()
fmt.Printf("\n\nDone. Simulation took:%v\n", done.Sub(start))
}
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