void OSR::runPass() {
StlVector < Node* >nodes(mm);
ControlFlowGraph& flowgraph = irManager.getFlowGraph();
flowgraph.getNodes(nodes);
StlVector < Node* >::iterator iter = nodes.begin(), end = nodes.end();
for (; iter != end; iter++) {
Node* node = *iter;
Inst* last_inst = (Inst*) node->getLastInst();
for (Inst* iter1 = (Inst*) node->getFirstInst();
iter1 != last_inst; iter1 = iter1->getNextInst()) {
writeInst(iter1);
}
}
StlVector < reduceCand >::iterator viter = cands.begin();
StlVector < reduceCand >::iterator vend = cands.end();
for (; viter != vend; viter++) {
reduceCand rcand = *viter;
replace(rcand.dst, rcand.iv, rcand.rc);
}
StlVector < Node* >nnodes(mm);
ControlFlowGraph& ffg = irManager.getFlowGraph();
ffg.getNodes(nnodes);
replaceLinearFuncTest(nnodes);
}
int main()
{
static XIntc intc;
static XTmrCtr axi_timer_0_Timer;
XGpio Gpio; /* The Instance of the GPIO Driver */
Xil_ICacheEnable();
Xil_DCacheEnable();
print("---Entering main---\n\r");
xil_printf( "Memory size occupied by status2 : %d\n", sizeof(lcd) );
lcd myLCD;
myLCD.rs = 0;
myLCD.rw = 0;
myLCD.en = 0;
myLCD.db = 0x30;
u32 gpioOutput = outBits(myLCD);
xil_printf( "gpioOut 0x%04x\n", gpioOutput );
write(myLCD, Gpio);
u32 readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
write(myLCD, Gpio);
delay(1000000);
write(myLCD, Gpio);
delay(1000000);
write(myLCD, Gpio);
delay(1000000);
myLCD.rs = 0;
myLCD.rw = 0;
myLCD.en = 0;
myLCD.db = 0x3C;
gpioOutput = outBits(myLCD);
write(myLCD, Gpio);
delay(1000000);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
myLCD.db = 0x08;
gpioOutput = outBits(myLCD);
write(myLCD, Gpio);
delay(1000000);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
myLCD.db = 0x01;
gpioOutput = outBits(myLCD);
write(myLCD, Gpio);
delay(1000000);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
myLCD.db = 0x06;
gpioOutput = outBits(myLCD);
write(myLCD, Gpio);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
myLCD.db = 0x0F;
gpioOutput = outBits(myLCD);
write(myLCD, Gpio);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
// Blinking Cursor
myLCD.db = 0xCF;
gpioOutput = outBits(myLCD);
write(myLCD, Gpio);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
myLCD.db = 0x30;
gpioOutput = outBits(myLCD);
writeInst(myLCD, Gpio);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
myLCD.db = 0x8B;
gpioOutput = outBits(myLCD);
write(myLCD, Gpio);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
myLCD.db = 0x48;
gpioOutput = outBits(myLCD);
writeInst(myLCD, Gpio);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
myLCD.db = 0x8C;
gpioOutput = outBits(myLCD);
write(myLCD, Gpio);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
myLCD.db = 0x45;
gpioOutput = outBits(myLCD);
writeInst(myLCD, Gpio);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
myLCD.db = 0x8D;
gpioOutput = outBits(myLCD);
write(myLCD, Gpio);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
myLCD.db = 0x4C;
gpioOutput = outBits(myLCD);
writeInst(myLCD, Gpio);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
myLCD.db = 0x8E;
gpioOutput = outBits(myLCD);
write(myLCD, Gpio);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
myLCD.db = 0x4C;
gpioOutput = outBits(myLCD);
writeInst(myLCD, Gpio);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
myLCD.db = 0x8F;
gpioOutput = outBits(myLCD);
write(myLCD, Gpio);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
myLCD.db = 0x4F;
gpioOutput = outBits(myLCD);
writeInst(myLCD, Gpio);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
myLCD.db = 0x80;
gpioOutput = outBits(myLCD);
write(myLCD, Gpio);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
// Blinky
myLCD.db = 0xCF;
gpioOutput = outBits(myLCD);
write(myLCD, Gpio);
readOut = read(Gpio);
xil_printf( "readOut 0x%04x\n", readOut );
print("---Exiting main---\n\r");
Xil_DCacheDisable();
Xil_ICacheDisable();
return 0;
}
