public static void Run()
{
//Bool - Test both cases
//Random value would look correct 50% of the time
var boolTag = BuildTag <BoolPlcMapper, bool>("TestBOOL");
TestTag(boolTag, true);
TestTag(boolTag, false);
//Signed Numbers
TestTag(BuildTag <SintPlcMapper, sbyte>("TestSINT"));
TestTag(BuildTag <IntPlcMapper, short>("TestINT"));
TestTag(BuildTag <DintPlcMapper, int>("TestDINT"));
TestTag(BuildTag <LintPlcMapper, long>("TestLINT"));
//Logix doesn't support unsigned
//Floating Points
TestTag(BuildTag <RealPlcMapper, float>("TestREAL"));
//TestTag(new GenericTag<PlcTypeLREAL, double>(gateway, Path, PlcType.Logix, "TestLREAL", timeout));
//String
var tagString = BuildTag <StringPlcMapper, string>("TestSTRING");
TestTag(tagString, RandomValue.String(82));
//Arrays
var tagArray = BuildTag <DintPlcMapper, int[]>("TestDINTArray");
tagArray.ArrayDimensions = new int[] { 5 };
TestTag(tagArray, RandomValue.Array <int>(5));
}
public async Task Test()
{
using var client = new HttpClient
{
BaseAddress = new Uri(_baseUrl)
};
await Task.WhenAll(RandomValue.Array <object>(_maxParallelThreads).Select(_ => Crawl(client)));
}
public static void Run()
{
//Bool - Test both cases
//Random value would look correct 50% of the time
var boolTag = BuildTag <BoolPlcMapper, bool>("TestBOOL");
TestTag(boolTag, true);
TestTag(boolTag, false);
//Signed Numbers
TestTag(BuildTag <SintPlcMapper, sbyte>("TestSINT"));
TestTag(BuildTag <IntPlcMapper, short>("TestINT"));
TestTag(BuildTag <DintPlcMapper, int>("TestDINT"));
TestTag(BuildTag <LintPlcMapper, long>("TestLINT"));
//Logix doesn't support unsigned
//Floating Points
TestTag(BuildTag <RealPlcMapper, float>("TestREAL"));
//TestTag(new GenericTag<PlcTypeLREAL, double>(gateway, Path, PlcType.Logix, "TestLREAL", timeout));
//Arrays
//var testArray = new int[] {37, 38, 39, 40, 50 };
var testArray = RandomValue.Array <int>(5);
var tagArray = new Tag <DintPlcMapper, int[]>()
{
Name = "TestDINTArray",
Gateway = GATEWAY,
Path = PATH,
PlcType = PLC_TYPE,
Protocol = PROTOCOL,
Timeout = TimeSpan.FromMilliseconds(DEFAULT_TIMEOUT),
ArrayDimensions = new int[] { 5 },
};
tagArray.Initialize();
TestTag(tagArray, testArray);
}
public void RandomArrayWithRecursiveWillGenerateChildObjectsToTheSpecifiedDepthWithSettings()
{
var result = RandomValue.Array <ObjectWithRecursiveCollections>(Depth2Settings);
result.Count().ShouldBeInRange(1, 3);
var depth1 = result.FirstOrDefault();
depth1.RecursiveArray.ShouldNotBeDefault();
depth1.Int.ShouldNotBeDefault();
depth1.RecursiveArray.Length.ShouldBeInRange(1, 3);
var depth2 = depth1.RecursiveArray.FirstOrDefault();
depth2.RecursiveArray.ShouldNotBeDefault();
depth2.Int.ShouldNotBeDefault();
depth2.RecursiveArray.Length.ShouldBeInRange(1, 3);
var depth3 = depth2.RecursiveArray.FirstOrDefault();
depth3.RecursiveArray.ShouldEqual(null);
depth3.Int.ShouldNotBeDefault();
}
