public void testRssReader()
{
rule targetRule = new rule();
ruleItemRss rss = (ruleItemRss) targetRule.addRuleItem(new ruleItemInfo(typeof(ruleItemRss)));
rss._options.url = "file://" + Path.GetFullPath(Properties.Settings.Default.testDataPath) + @"\test.rss";
rss.pinInfo["trigger"].value.data = true;
targetRule.start();
rss.evaluate();
targetRule.advanceDelta();
Assert.AreEqual("hi <3", rss.pinInfo["feed Title"].value.data);
Assert.AreEqual("Hello World", rss.pinInfo["feed Content"].value.data);
rss.pinInfo["trigger"].value.data = true;
rss.evaluate();
targetRule.advanceDelta();
Assert.AreEqual("test entry", rss.pinInfo["feed Title"].value.data);
Assert.AreEqual("Test 'details'", rss.pinInfo["feed Content"].value.data);
targetRule.stop();
rss._options.url = "file://" + Path.GetFullPath(Properties.Settings.Default.testDataPath) + @"\test.atom";
targetRule.start();
rss.evaluate();
targetRule.advanceDelta();
Assert.AreEqual("Atom-Powered Robots Run Amok", rss.pinInfo["feed Title"].value.data);
Assert.AreEqual("Some text.", rss.pinInfo["feed Content"].value.data);
rss.evaluate();
targetRule.advanceDelta();
Assert.AreEqual("lol", rss.pinInfo["feed Title"].value.data);
Assert.AreEqual("test", rss.pinInfo["feed Content"].value.data);
targetRule.stop();
}
public void testStartRunRuleItem()
{
rule foo = new rule();
ruleItemBase newItem = foo.addRuleItem(new ruleItemInfo(typeof(ruleItem_startRun)));
foo.start();
Assert.AreEqual(false, newItem.pinInfo["StartOfSim"].value.data);
foo.advanceDelta();
Assert.AreEqual(true, newItem.pinInfo["StartOfSim"].value.data);
foo.advanceDelta();
Assert.AreEqual(false, newItem.pinInfo["StartOfSim"].value.data);
foo.stop();
}
public void testStartRunRuleItemLinkedToDebugItem()
{
rule targetRule = new rule();
ruleItemBase startItem = targetRule.addRuleItem(new ruleItemInfo(typeof(ruleItem_startRun)));
ruleItemBase debugItem = targetRule.addRuleItem(new ruleItemInfo(typeof(ruleItem_debug)));
lineChain newChain = new lineChain();
startItem.pinInfo["StartOfSim"].connectTo(newChain.serial, debugItem.pinInfo["input"]);
targetRule.AddLineChainToGlobalPool(newChain);
targetRule.start();
Assert.AreEqual(false, startItem.pinInfo["StartOfSim"].value.data);
Assert.AreEqual(tristate.noValue, debugItem.pinInfo["input"].value.data);
targetRule.advanceDelta();
Assert.AreEqual(true, startItem.pinInfo["StartOfSim"].value.data);
Assert.AreEqual(tristate.yes, debugItem.pinInfo["input"].value.data);
targetRule.advanceDelta();
Assert.AreEqual(false, startItem.pinInfo["StartOfSim"].value.data);
Assert.AreEqual(tristate.no, debugItem.pinInfo["input"].value.data);
targetRule.stop();
}
public void testSwitchRuleItem()
{
rule targetRule = new rule();
ruleItem_switch switchRule = (ruleItem_switch)targetRule.addRuleItem(new ruleItemInfo(typeof(ruleItem_switch)));
targetRule.start();
//test bools
switchRule.pinInfo["inputTrue"].value.data = true;
switchRule.pinInfo["inputFalse"].value.data = false;
switchRule.pinInfo["switch"].value.data = false;
//must start as tristate and noValue
Assert.IsInstanceOfType(switchRule.pinInfo["output"].value.data, typeof(tristate));
Assert.AreEqual(switchRule.pinInfo["output"].value.data,tristate.noValue);
switchRule.evaluate();
targetRule.advanceDelta();
Assert.IsInstanceOfType(switchRule.pinInfo["output"].value.data, typeof(bool));
Assert.IsFalse((bool) switchRule.pinInfo["output"].value.data);
switchRule.pinInfo["switch"].value.data = true;
switchRule.evaluate();
targetRule.advanceDelta();
Assert.IsTrue((bool) switchRule.pinInfo["output"].value.data);
//test string and bool
switchRule.pinInfo["inputFalse"].valueType = typeof(pinDataString);
switchRule.pinInfo["inputFalse"].recreateValue();
switchRule.pinInfo["inputFalse"].value.data = "True";
switchRule.pinInfo["switch"].value.data = false;
switchRule.evaluate();
targetRule.advanceDelta();
Assert.IsInstanceOfType(switchRule.pinInfo["output"].value.data, typeof(string));
Assert.AreEqual(switchRule.pinInfo["output"].value.data, "True");
switchRule.pinInfo["switch"].value.data = true;
switchRule.evaluate();
targetRule.advanceDelta();
Assert.IsInstanceOfType(switchRule.pinInfo["output"].value.data, typeof(bool));
Assert.IsTrue((bool) switchRule.pinInfo["output"].value.data);
//test int and bool
switchRule.pinInfo["inputFalse"].valueType = typeof(pinDataNumber);
switchRule.pinInfo["inputFalse"].recreateValue();
switchRule.pinInfo["inputFalse"].value.data = new GenericNumber<short>(255);
switchRule.pinInfo["switch"].value.data = false;
switchRule.evaluate();
targetRule.advanceDelta();
Assert.IsInstanceOfType(switchRule.pinInfo["output"].value.data, typeof(INumber));
Assert.AreEqual(switchRule.pinInfo["output"].value.data, new GenericNumber<short>(255));
switchRule.pinInfo["switch"].value.data = true;
switchRule.evaluate();
targetRule.advanceDelta();
Assert.IsInstanceOfType(switchRule.pinInfo["output"].value.data, typeof(bool));
Assert.AreEqual(switchRule.pinInfo["output"].value.data, true);
//bool and tristate
switchRule.pinInfo["inputFalse"].valueType = typeof(pinDataTristate);
switchRule.pinInfo["inputFalse"].recreateValue();
switchRule.pinInfo["inputFalse"].value.data = tristate.yes;
switchRule.pinInfo["switch"].value.data = false;
switchRule.evaluate();
targetRule.advanceDelta();
Assert.IsInstanceOfType(switchRule.pinInfo["output"].value.data, typeof(tristate));
Assert.AreEqual(switchRule.pinInfo["output"].value.data, tristate.yes);
targetRule.stop();
}
