int main(int argc, char** argv) {
// Final sum
unsigned long long finalSum;
// Timing values
clock_t startTime, stopTime;
// Start the timer
startTime = clock();
// Get the maximum N
unsigned long long maximum = processCommandLine(argc, argv);
finalSum = sum_range(0, maximum); // Start from 0 and go to the maximum (from command line)
stopTime = clock();
printf("Final sum with 1 processor in %f seconds is: %llu\n", \
(double)(stopTime - startTime) / CLOCKS_PER_SEC, finalSum);
return 0;
}
int main(void) {
auto ret_three_hundred_lambda_func = []() {
return 300;
};
{
//Test default construction
cs540::Function<int()> default_constructed;
//Test value construction with a free-function
cs540::Function<int()> ret_one_hundred(ret_one_hundred_func);
//Test value construction with a lambda-function
cs540::Function<int()> ret_three_hundred_lambda(ret_three_hundred_lambda_func);
//Test value construction with a functor
cs540::Function<int()> ret_two_hundred_functor(ret_two_hundred_functor_t{});
//Test function operator on default constructed
int testval = 30;
try {
default_constructed();
} catch(cs540::BadFunctionCall &bfc) {
//We modify testval here so that we can assert that a change happened later to make sure an exception was caught
testval += 10;
}
assert(testval == 40);
//Test function operator on free-function target, also test that results are correct
assert(ret_one_hundred() == ret_one_hundred_func());
//Test function operator on functor target, also test that results are correct
assert(ret_two_hundred_functor() == ret_two_hundred_functor_t{}());
//Test function operator on lambda target, also test that results are correct
assert(ret_three_hundred_lambda() == ret_three_hundred_lambda_func());
{
//Test assignment from Function
cs540::Function<int()> tmp;
tmp = ret_one_hundred;
assert(tmp() == ret_one_hundred_func());
}
{
//Test assignment from free-function
cs540::Function<int()> tmp;
tmp = ret_one_hundred_func;
assert(tmp() == ret_one_hundred_func());
}
{
//Test assignment from Function containing functor
cs540::Function<int()> tmp;
tmp = ret_two_hundred_functor;
assert(tmp() == ret_two_hundred_functor_t{}());
}
{
//Test assignment from functor
cs540::Function<int()> tmp;
ret_two_hundred_functor_t functor;
tmp = functor;
assert(tmp() == ret_two_hundred_functor_t{}());
}
{
//Test assignment from Function containing lambda
cs540::Function<int()> tmp;
tmp = ret_three_hundred_lambda;
assert(tmp() == ret_three_hundred_lambda_func());
}
{
//Test assignment from lambda
cs540::Function<int()> tmp;
tmp = ret_three_hundred_lambda_func;
assert(tmp() == ret_three_hundred_lambda_func());
}
{
//Test equality operators
assert((!ret_one_hundred.operator bool()) == (ret_one_hundred == nullptr));
assert((!ret_one_hundred.operator bool()) == (nullptr == ret_one_hundred));
//Test equality operators with a default constructed object
cs540::Function<void(void)> tmp;
assert((!tmp.operator bool()) == (tmp == nullptr));
assert((!tmp.operator bool()) == (nullptr == tmp));
}
{
//Test inequality operators
assert(ret_one_hundred.operator bool() == (ret_one_hundred != nullptr));
assert(ret_one_hundred.operator bool() == (nullptr != ret_one_hundred));
//Test inequality operators with a default constructed object
cs540::Function<void()> tmp;
assert(false == (tmp != nullptr));
assert(false == (nullptr != tmp));
}
{
cs540::Function<int()> tmp(ret_one_hundred);
assert(ret_one_hundred() == tmp());
tmp = ret_two_hundred_functor;
assert(ret_two_hundred_functor() == tmp());
tmp = ret_three_hundred_lambda;
assert(ret_three_hundred_lambda() == tmp());
}
{
//Testing a function that takes arguments
cs540::Function<int(int,int)> sum_range(sumrange);
assert(sumrange(10,15) == sum_range(10,15));
}
{
//Testing a recursive lambda that captures a value from the surrounding scope
const int a = 30;
cs540::Function<int(int)> sum_range = [a,&sum_range](int b) -> int {
assert(a<=b);
return a==b ? b : b + sum_range(b-1);
};
assert(sum_range(40) == sumrange(30,40));
}
}
}
