public void consumeTestFalseOnNoLabelMatch()
{
ArgDef testDef = new ArgDef();
testDef.argLabels.Add("-test");
testDef.parseInit(ArgTypeParser.basicParsers);
VirtualArray<string> vArgs = new VirtualArray<string>(new string[] {"-nottest"}, 0, 1);
ParsedArgs pArgs = new ParsedArgs();
bool result = testDef.consume(vArgs, pArgs);
Assert.IsFalse(result, "[ArgDef][consume] consume should return false when no label matches the input");
}
public void consumeTestFlag()
{
ArgDef testDef = new ArgDef();
testDef.argLabels.Add("-t");
testDef.parseInit(ArgTypeParser.basicParsers);
VirtualArray<string> vArgs = new VirtualArray<string>(new string[] { "-t" });
ParsedArgs pArgs = new ParsedArgs();
testDef.consume(vArgs, pArgs);
Assert.IsTrue(pArgs.containsKey("t"), "[ArgDef][consume] consume should add a value to the passed in ParsedArgs when the appropriate args are given");
Assert.IsTrue(pArgs.getValue<bool>("t"), "[ArgDef][consume] consume should set the appropriate value for the given arg name when encountered.");
}
public void consumeTestLabeledBoolAsArray()
{
ArgDef testDef = new ArgDef();
testDef.argLabels.Add("-t");
testDef.type = typeof(bool);
testDef.argCount = 1;
testDef.createArrayForArgCount1 = true;
testDef.parseInit(ArgTypeParser.basicParsers);
VirtualArray<string> vArgs = new VirtualArray<string>(new string[] { "-t", "false" });
ParsedArgs pArgs = new ParsedArgs();
testDef.consume(vArgs, pArgs);
Assert.IsTrue(pArgs.containsKey("t"), "[ArgDef][consume] consume should add a value to the passed in ParsedArgs when the appropriate args are given");
bool[] result = pArgs.getArray<bool>("t");
Assert.AreEqual<int>(1, result.Length, "[ArgDef][consume] consume should create an array of size 1 when argCount is 1 and createArrayForArgCount1 is true");
Assert.IsFalse(result[0], "[ArgDef][consume] consume should set the appropriate value for the given arg name when encountered.");
}
public void consumeTestLabeledDouble()
{
ArgDef testDef = new ArgDef();
testDef.argLabels.Add("-t");
testDef.type = typeof(double);
testDef.argCount = 1;
testDef.parseInit(ArgTypeParser.basicParsers);
VirtualArray<string> vArgs = new VirtualArray<string>(new string[] { "-t", "33.3" });
ParsedArgs pArgs = new ParsedArgs();
testDef.consume(vArgs, pArgs);
Assert.IsTrue(pArgs.containsKey("t"), "[ArgDef][consume] consume should add a value to the passed in ParsedArgs when the appropriate args are given");
Assert.AreEqual(33.3, pArgs.getValue<double>("t"), 0.01, "[ArgDef][consume] consume should add a value to the passed in ParsedArgs when the appropriate args are given");
}
public void consumeTestWrongNumberOfFollowingArgs()
{
ArgDef testDef = new ArgDef();
testDef.argLabels.Add("-test");
testDef.argCount = 2;
testDef.parseInit(ArgTypeParser.basicParsers);
VirtualArray<string> vArgs = new VirtualArray<string>(new string[] { "-test", "a" }, 0, 2);
ParsedArgs pArgs = new ParsedArgs();
bool result = testDef.consume(vArgs, pArgs);
bool errors = testDef.errorOccured();
Assert.IsFalse(result, "[ArgDef][consume] consume should return false when there are less remaining args than argCount.");
Assert.IsTrue(errors, "[ArgDef][consume] consume should generate an error message when there are less remaining args than argCount.");
}
public void consumeTestRemainingString()
{
ArgDef testDef = new ArgDef();
testDef.name = "t";
testDef.argCountIsRemainderOfArgs = true;
testDef.parseInit(ArgTypeParser.basicParsers);
string[] testVals = new string[] { "what", "the", "french toast" };
VirtualArray<string> vArgs = new VirtualArray<string>(new string[] { testVals[0].ToString(), testVals[1].ToString(), testVals[2].ToString() });
ParsedArgs pArgs = new ParsedArgs();
testDef.consume(vArgs, pArgs);
Assert.IsTrue(pArgs.containsKey("t"), "[ArgDef][consume] consume should add a value to the passed in ParsedArgs when the appropriate args are given");
string[] result = pArgs.getArray<string>("t");
int i = 0;
foreach (string val in result)
{
Assert.AreEqual<string>(testVals[i], val, "[ArgDef][consume] consume resulted in an array with unexpected values.");
i++;
}
}
public void consumeTestOrderedInt()
{
ArgDef testDef = new ArgDef();
testDef.name = "test";
testDef.type = typeof(int);
testDef.parseInit(ArgTypeParser.basicParsers);
VirtualArray<string> vArgs = new VirtualArray<string>(new string[] { "33" });
ParsedArgs pArgs = new ParsedArgs();
testDef.consume(vArgs, pArgs);
Assert.IsTrue(pArgs.containsKey("test"), "[ArgDef][consume] consume should add a value to the passed in ParsedArgs when the appropriate args are given");
Assert.AreEqual<int>(33, pArgs.getValue<int>("test"), "[ArgDef][consume] consume should set the appropriate value for the given arg name when encountered.");
}
public void consumeTestOrderedEncounteredWrongType()
{
ArgDef testDef = new ArgDef();
testDef.name = "test";
testDef.type = typeof(int);
testDef.parseInit(ArgTypeParser.basicParsers);
VirtualArray<string> vArgs = new VirtualArray<string>(new string[] { "a" }, 0, 1);
ParsedArgs pArgs = new ParsedArgs();
bool result = testDef.consume(vArgs, pArgs);
bool errors = testDef.errorOccured();
Assert.IsFalse(result, "[ArgDef][consume] consume should return false when the args provided don't match the arg def's type.");
Assert.IsTrue(errors, "[ArgDef][consume] consume should generate an error when the args provided don't match the arg def's type.");
}
public void consumeTestNoVArgs()
{
ArgDef testDef = new ArgDef();
testDef.name = "test";
testDef.parseInit(ArgTypeParser.basicParsers);
VirtualArray<string> vArgs = new VirtualArray<string>(new string[]{}, 0, 0);
ParsedArgs pArgs = new ParsedArgs();
testDef.consume(vArgs, pArgs);
}
public void consumeTestMultipleOptionEncounters()
{
ArgDef testDef = new ArgDef();
testDef.argLabels.AddRange(new string[]{"-test", "-t"});
testDef.parseInit(ArgTypeParser.basicParsers);
VirtualArray<string> vArgs = new VirtualArray<string>(new string[] {"-test", "-t"}, 0, 2);
ParsedArgs pArgs = new ParsedArgs();
testDef.consume(vArgs, pArgs);
bool result2 = testDef.consume(vArgs, pArgs);
bool errors = testDef.errorOccured();
Assert.IsFalse(result2, "[ArgDef][consume] consume should return false when a label is encountered twice.");
Assert.IsTrue(errors, "[ArgDef][consume] consume should generate an error message when a label is encountered twice.");
}
public void consumeTestListOfString()
{
ArgDef testDef = new ArgDef();
testDef.argLabels.Add("-t");
testDef.argCount = 5;
testDef.parseInit(ArgTypeParser.basicParsers);
string[] testVals = new string[] { "ok", "", "what ", "yeyeah", "turn down" };
VirtualArray<string> vArgs = new VirtualArray<string>(new string[] { "-t", testVals[0].ToString(), testVals[1].ToString(), testVals[2].ToString(), testVals[3].ToString(), testVals[4].ToString() });
ParsedArgs pArgs = new ParsedArgs();
testDef.consume(vArgs, pArgs);
Assert.IsTrue(pArgs.containsKey("t"), "[ArgDef][consume] consume should add a value to the passed in ParsedArgs when the appropriate args are given");
string[] result = pArgs.getArray<string>("t");
int i = 0;
foreach (string val in result)
{
Assert.AreEqual<string>(testVals[i], val, "[ArgDef][consume] consume resulted in an array with unexpected values.");
i++;
}
}
public void consumeTestListOfDouble()
{
ArgDef testDef = new ArgDef();
testDef.argLabels.Add("-t");
testDef.type = typeof(double);
testDef.argCount = 3;
testDef.parseInit(ArgTypeParser.basicParsers);
double[] testVals = new double[] { -234.556, 0, 234234.234 };
VirtualArray<string> vArgs = new VirtualArray<string>(new string[] { "-t", testVals[0].ToString(), testVals[1].ToString(), testVals[2].ToString() });
ParsedArgs pArgs = new ParsedArgs();
testDef.consume(vArgs, pArgs);
Assert.IsTrue(pArgs.containsKey("t"), "[ArgDef][consume] consume should add a value to the passed in ParsedArgs when the appropriate args are given");
double[] result = pArgs.getArray<double>("t");
int i = 0;
foreach (double val in result)
{
Assert.AreEqual<double>(testVals[i], val, "[ArgDef][consume] consume resulted in an array with unexpected values.");
i++;
}
}
