public virtual void TestSimpleDoublePresent()
{
var args = new com.cleancoder.args.Args("x##", new string[] { "-x", "42.3" });
Assert.True(args.has('x'));
Assert.Equal(42.3, args.getDouble('x'), 3);
}
public virtual void TestSimpleBooleanPresent()
{
var args = new com.cleancoder.args.Args("x", new string[] { "-x" });
Assert.True(args.getBoolean('x'));
Assert.Equal(1, args.nextArgument());
}
public virtual void TestExtraArguments()
{
var args = new com.cleancoder.args.Args("x,y*", new string[] { "-x", "-y", "alpha", "beta" });
Assert.True(args.getBoolean('x'));
Assert.Equal("alpha", args.getString('y'));
Assert.Equal(3, args.nextArgument());
}
public virtual void TestSimpleIntPresent()
{
var args = new com.cleancoder.args.Args("x#", new string[] { "-x", "42" });
Assert.True(args.has('x'));
Assert.Equal(42, args.getInt('x'));
Assert.Equal(2, args.nextArgument());
}
public virtual void TestSpacesInFormat()
{
var args = new com.cleancoder.args.Args("x, y", new string[] { "-xy" });
Assert.True(args.has('x'));
Assert.True(args.has('y'));
Assert.Equal(1, args.nextArgument());
}
public virtual void TestSimpleStringPresent()
{
var args = new com.cleancoder.args.Args("x*", new string[] { "-x", "param" });
Assert.True(args.has('x'));
Assert.Equal("param", args.getString('x'));
Assert.Equal(2, args.nextArgument());
}
public virtual void OneMapArgument()
{
var args = new com.cleancoder.args.Args("f&", new string[] { "-f", "key1:val1" });
Assert.True(args.has('f'));
IDictionary <string, string> map = args.getMap('f');
Assert.Equal("val1", map["key1"]);
}
public virtual void TestStringArray()
{
var args = new com.cleancoder.args.Args("x[*]", new string[] { "-x", "alpha" });
Assert.True(args.has('x'));
string[] result = args.getStringArray('x');
Assert.Single(result);
Assert.Equal("alpha", result[0]);
}
public virtual void TestExtraArgumentsThatLookLikeFlags()
{
var args = new com.cleancoder.args.Args("x,y", new string[] { "-x", "alpha", "-y", "beta" });
Assert.True(args.has('x'));
Assert.False(args.has('y'));
Assert.True(args.getBoolean('x'));
Assert.False(args.getBoolean('y'));
Assert.Equal(1, args.nextArgument());
}
public virtual void ManyStringArrayElements()
{
var args = new com.cleancoder.args.Args("x[*]", new string[] { "-x", "alpha", "-x", "beta", "-x", "gamma" });
Assert.True(args.has('x'));
string[] result = args.getStringArray('x');
Assert.Equal(3, result.Length);
Assert.Equal("alpha", result[0]);
Assert.Equal("beta", result[1]);
Assert.Equal("gamma", result[2]);
}
public virtual void MalFormedMapArgument()
{
try
{
var args = new com.cleancoder.args.Args("f&", new string[] { "-f", "key1:val1,key2" });
}
catch (ArgsException e)
{
Assert.Equal(ErrorCode.MALFORMED_MAP, e.getErrorCode());
Assert.Equal('f', e.ErrorArgumentId);
}
}
public virtual void TestInvalidDouble()
{
try
{
var args = new com.cleancoder.args.Args("x##", new string[] { "-x", "Forty two" });
//fail();
}
catch (ArgsException e)
{
Assert.Equal(ErrorCode.INVALID_DOUBLE, e.getErrorCode());
Assert.Equal('x', e.ErrorArgumentId);
Assert.Equal("Forty two", e.ErrorParameter);
}
}
public virtual void TestCreateWithNoSchemaOrArguments()
{
var args = new com.cleancoder.args.Args("", new string[0]);
Assert.Equal(0, args.nextArgument());
}