Sha256: 37b58e59ea417f3fc01f204ce0fae443bcbaed1e90f3594bae912ab2828ce234
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Contents
module robot;
import std.regex;
import std.stdio;
unittest
{
// test for properly formatted name
{
auto pattern = regex(`^[A-Z]{2}\d{3}`);
auto theRobot = new Robot();
// test the regex pattern
assert(matchAll("VAV224", pattern).empty);
assert(matchAll("V221", pattern).empty);
assert(matchAll("190", pattern).empty);
assert(matchAll("12345", pattern).empty);
assert(matchAll("SB1", pattern).empty);
assert(matchAll("TT", pattern).empty);
writefln("Robot name: %s", theRobot.name);
// test that the name respects the pattern
// that is: "2 uppercase letters followed by 3 digits"
assert(!matchAll(theRobot.name, pattern).empty);
}
immutable int allTestsEnabled = 0;
static if (allTestsEnabled)
{
// test name stickiness
{
auto theRobot = new Robot();
auto name = theRobot.name;
writefln("Robot name: %s", theRobot.name);
assert(name == theRobot.name);
}
// test different names for different Robots
{
auto erTwoDeeTwo = new Robot();
auto beeBeeEight = new Robot();
writefln("Robot name: %s", erTwoDeeTwo.name);
writefln("Robot name: %s", beeBeeEight.name);
assert(erTwoDeeTwo.name != beeBeeEight.name);
}
// test name reset
{
auto theRobot = new Robot();
auto nameOne = theRobot.name;
theRobot.reset();
auto nameTwo = theRobot.name;
writefln("Robot name: %s", nameOne);
writefln("Robot name: %s", nameTwo);
assert(nameOne != nameTwo);
}
// collision test
{
foreach(i; 1..10000)
{
auto theRobot = new Robot();
}
writefln("Collisons: %s that is %s%%", Robot.collisons, (Robot.collisons/10000.0f) * 100);
}
}
}
Version data entries
213 entries across 213 versions & 1 rubygems