public void Gnome_sort()
{
var result = Runner.RunWithInput("gnome_sort.png", 4, 17, 69, 0, 42);
RunAssert.HasOutput(result, @"Pietsort: a sorting program written in piet
Copyright 2010 Joshua Schulter
How many elements to be sorted?
elements:
the sorted list:
0
17
42
69
This work by Joshua Schulter is licensed under
the CC-GNU GPL version 2.0 or later.
".Replace("\r\n", "\n"));
}
public void Multi_codel_program_with_codel_1_prints_Hello_world()
{
var result = Runner.Run("multi_codel_program.gif", codelSize: 1);
RunAssert.HasOutput(result, "Hello world!\n");
}
public void Alphabet_prints_a_till_z()
{
var result = Runner.Run("alphabet.png");
RunAssert.HasOutput(result, "abcdefghijklmnopqrstuvwxyz");
}
public void Hello_world_globe_prints_Hello_World()
{
var result = Runner.Run("hello_world_globe.png");
RunAssert.HasOutput(result, "Hello, world!\n");
}
public void Hello_world_big_prints_Hello_World()
{
var result = Runner.Run("hello_world_big.gif", codelSize: 4);
RunAssert.HasOutput(result, "hello world!\n");
}
public void Hello_world_artistic_prints_Hello_World()
{
var result = Runner.Run("hello_world_artistic.gif");
RunAssert.HasOutput(result, "Hello, world!\n");
}
public void Hello_world_prints_Hello_World()
{
var result = Runner.Run("hello_world.png");
RunAssert.HasOutput(result, "Hello world!");
}
public void Day_of_week(DateTime date, DayOfWeek dayOfWeek)
{
var result = Runner.RunWithInput("day_of_week.png", date.Year, date.Month, date.Day);
RunAssert.HasNumericOutput(result, (long)dayOfWeek);
}
public void FizzBuzz(int input, string expected)
{
var result = Runner.RunWithInput("fizz_buzz.png", input);
RunAssert.HasOutput(result, expected);
}
public void Euclids_Algorithm_calculates_greatest_comon_divisor()
{
var result = Runner.RunWithInput("euclids_algorithm.png", 42, 35);
RunAssert.HasNumericOutput(result, 7);
}
public void Tetris_prints_Tetris()
{
var result = Runner.Run("tetris.png");
RunAssert.HasOutput(result, "Tetris");
}
public void Power_function_returns_power_of_input()
{
var result = Runner.RunWithInput("power_function.png", 17, 3);
RunAssert.HasNumericOutput(result, 4913);
}
public void Pong_prints_PONG()
{
var result = Runner.Run("pong.png");
RunAssert.HasOutput(result, "PONG\n");
}
public void Pi052_calculates_pi_as_3_1405()
{
var result = Runner.Run("pi_052.png");
RunAssert.HasNumericOutput(result, 3_1405);
}
