it(expectedData.name + ' ' + filePath.replace(DIRECTORY_GET_LOOPS, ''), function () {
var loopsData = graphLoopsFloodFill.getLoops(expectedData.inbound);
assert.equal(
loopsData.length,
expectedData.outbound.length,
'Actual loops count (' + loopsData.length + ') not equal to Expected loops count (' + expectedData.outbound.length + ')');
_.forEach(loopsData, function (loopItem, index) {
assert(_.some(expectedData.outbound, function (expectedLoopItem) {
var result = LoopHelpers.isUnsortedArraysEqual(loopItem.loop, expectedLoopItem.loop) &&
LoopHelpers.isUnsortedArraysEqual(loopItem.trappedDots, expectedLoopItem.trappedDots);
return result;
}), index + ' loop should not exist!');
});
});
it(filePath.replace(DIRECTORY_GET_LOOPS, '') + ' x' + ITERATION_NUM, function () {
var i,
fileName,
testData,
summaryStart = 0,
summaryEnd = 0;
this.timeout(Infinity);
for (i = 0; i < ITERATION_NUM; i++) {
fileName = filePath.replace(/\.json$/, '');
summaryStart += Date.now();
testData = require(fileName);
graphLoopsFloodFill.getLoops(testData.inbound);
summaryEnd += Date.now();
}
console.log('-------------------------------------------------------------------------------------------');
console.log('\t%sms', (summaryEnd - summaryStart) / ITERATION_NUM);
});
it(expectedData.name + ' ' + filePath.replace(DIRECTORY_GET_LOOPS, ''), function () {
var loopsData = graphLoopsFloodFill.getLoops(expectedData.inbound);
this.timeout(Infinity);
assert.equal(loopsData.length, 0);
});