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#include <iostream>
using namespace std;
#include "gtest.h"
#include "avrdevice.h"
#include "atmega16_32.h"
#include "systemclock.h"
TEST( SESSION_IRQ, IRQ1 )
{
AvrDevice *dev1= new AvrDevice_atmega32;
dev1->Load("session_irq_check/check.atmega32.o");
dev1->SetClockFreq(136); // 7.3728
dev1->RegisterTerminationSymbol("stopsim");
SystemClock::Instance().Add(dev1);
SystemClock::Instance().Endless();
EXPECT_EQ(0x08, (unsigned char)(*(dev1->rw[0x5e]))) << "Wrong Stack pointer SPH found" << endl;
EXPECT_EQ(0x5b, (unsigned char)(*(dev1->rw[0x5d]))) << "Wrong Stack pointer SPL found" << endl;
}
TEST( SESSION_IRQ, TC1)
{
AvrDevice *dev1= new AvrDevice_atmega32;
dev1->Load("session_irq_check/tc1.atmega32.o");
dev1->SetClockFreq(136); // 7.3728
dev1->RegisterTerminationSymbol("stopsim");
dev1->RegisterTerminationSymbol("exit");
SystemClock::Instance().Add(dev1);
SystemClock::Instance().Endless();
EXPECT_EQ( 0x55, (unsigned char)(*(dev1->rw[0x38]))) << "Wrong PORTB value" << endl;
}
TEST( SESSION_IRQ, TC2)
{
AvrDevice *dev1= new AvrDevice_atmega32;
dev1->Load("session_irq_check/tc2.atmega32.o");
dev1->SetClockFreq(136); // 7.3728
dev1->RegisterTerminationSymbol("stopsim");
dev1->RegisterTerminationSymbol("exit");
SystemClock::Instance().Add(dev1);
SystemClock::Instance().Endless();
EXPECT_EQ( 0x55, (unsigned char)(*(dev1->rw[0x38]))) << "Wrong PORTB value" << endl;
}
TEST( SESSION_IRQ, TC3)
{
AvrDevice *dev1= new AvrDevice_atmega32;
dev1->Load("session_irq_check/tc3.atmega32.o");
dev1->SetClockFreq(136); // 7.3728
dev1->RegisterTerminationSymbol("stopsim");
dev1->RegisterTerminationSymbol("exit");
SystemClock::Instance().Add(dev1);
SystemClock::Instance().Endless();
EXPECT_EQ( 0x55, (unsigned char)(*(dev1->rw[0x38]))) << "Wrong PORTB value" << endl;
}
TEST( SESSION_IRQ, TC4)
{
AvrDevice *dev1= new AvrDevice_atmega32;
dev1->Load("session_irq_check/tc4.atmega32.o");
dev1->SetClockFreq(136); // 7.3728
dev1->RegisterTerminationSymbol("stopsim");
dev1->RegisterTerminationSymbol("exit");
SystemClock::Instance().Add(dev1);
SystemClock::Instance().Endless();
EXPECT_EQ( 0xff, (unsigned char)(*(dev1->rw[0x38]))) << "Wrong PORTB value" << endl;
EXPECT_EQ( 0x01, (unsigned char)(*(dev1->rw[18] ))) << "Wrong value in R18" << endl;
EXPECT_EQ( 0x02, (unsigned char)(*(dev1->rw[19] ))) << "Wrong value in R19" << endl;
EXPECT_EQ( 0x00, (unsigned char)(*(dev1->rw[20] ))) << "Wrong value in R20" << endl;
}
TEST( SESSION_IRQ, TC5)
{
AvrDevice *dev1= new AvrDevice_atmega32;
dev1->Load("session_irq_check/tc5.atmega32.o");
dev1->SetClockFreq(136); // 7.3728
dev1->RegisterTerminationSymbol("stopsim");
dev1->RegisterTerminationSymbol("exit");
SystemClock::Instance().Add(dev1);
SystemClock::Instance().Endless();
unsigned int addr_of_vector = 0x62; // TODO: get address of vector from file symbol!
EXPECT_EQ( 0x0f, (unsigned char)(*(dev1->rw[addr_of_vector++]))) << "Wrong IRQ Order " << endl;
EXPECT_EQ( 0x0e, (unsigned char)(*(dev1->rw[addr_of_vector++]))) << "Wrong IRQ Order " << endl;
EXPECT_EQ( 0x0c, (unsigned char)(*(dev1->rw[addr_of_vector++]))) << "Wrong IRQ Order " << endl;
EXPECT_EQ( 0x08, (unsigned char)(*(dev1->rw[addr_of_vector++]))) << "Wrong IRQ Order " << endl;
EXPECT_EQ( 0x0f, (unsigned char)(*(dev1->rw[addr_of_vector++]))) << "Wrong IRQ Order " << endl;
EXPECT_EQ( 0x0d, (unsigned char)(*(dev1->rw[addr_of_vector++]))) << "Wrong IRQ Order " << endl;
EXPECT_EQ( 0x0c, (unsigned char)(*(dev1->rw[addr_of_vector++]))) << "Wrong IRQ Order " << endl;
EXPECT_EQ( 0x08, (unsigned char)(*(dev1->rw[addr_of_vector++]))) << "Wrong IRQ Order " << endl;
}
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