/// <summary>
/// Initializes a new instance of the <see cref="ArgumentRules"/> class.
/// </summary>
/// <param name="commandLineArguments">
/// The command line arguments.
/// </param>
/// <param name="compilationLevelHelper">
/// The compilation level helper.
/// </param>
public ArgumentRules(ICommandLineArguments commandLineArguments, ICompilationLevelHelper compilationLevelHelper)
{
Guard.ArgumentNotNull(() => commandLineArguments, commandLineArguments);
Guard.ArgumentNotNull(() => compilationLevelHelper, compilationLevelHelper);
// Setup validators
var isValidJavaScriptFileName = new IsValidJavaScriptFileName(commandLineArguments);
var isValidCompilationLevelArgument = new IsValidCompilationLevelArgument(commandLineArguments, compilationLevelHelper);
var isValidWarningSuppressionArgument = new IsValidWarningSuppressionArgument(commandLineArguments);
// Setup argument rule combos
this.argumentRuleCombos.Add(
new ArgumentRuleCombo(isValidJavaScriptFileName, isValidCompilationLevelArgument, isValidWarningSuppressionArgument));
this.argumentRuleCombos.Add(
new ArgumentRuleCombo(isValidJavaScriptFileName, isValidWarningSuppressionArgument));
this.argumentRuleCombos.Add(
new ArgumentRuleCombo(isValidJavaScriptFileName, isValidCompilationLevelArgument));
this.argumentRuleCombos.Add(new ArgumentRuleCombo(isValidJavaScriptFileName));
}
/// <summary>
/// Initializes a new instance of the <see cref="ArgumentRules"/> class.
/// </summary>
/// <param name="commandLineArguments">
/// The command line arguments.
/// </param>
/// <param name="compilationLevelHelper">
/// The compilation level helper.
/// </param>
public ArgumentRules(ICommandLineArguments commandLineArguments, ICompilationLevelHelper compilationLevelHelper)
{
Guard.ArgumentNotNull(() => commandLineArguments, commandLineArguments);
Guard.ArgumentNotNull(() => compilationLevelHelper, compilationLevelHelper);
// Setup validators
var isValidJavaScriptFileName = new IsValidJavaScriptFileName(commandLineArguments);
var isValidCompilationLevelArgument = new IsValidCompilationLevelArgument(commandLineArguments, compilationLevelHelper);
var isValidWarningSuppressionArgument = new IsValidWarningSuppressionArgument(commandLineArguments);
// Setup argument rule combos
this.argumentRuleCombos.Add(
new ArgumentRuleCombo(isValidJavaScriptFileName, isValidCompilationLevelArgument, isValidWarningSuppressionArgument));
this.argumentRuleCombos.Add(
new ArgumentRuleCombo(isValidJavaScriptFileName, isValidWarningSuppressionArgument));
this.argumentRuleCombos.Add(
new ArgumentRuleCombo(isValidJavaScriptFileName, isValidCompilationLevelArgument));
this.argumentRuleCombos.Add(new ArgumentRuleCombo(isValidJavaScriptFileName));
}
public void Invalid_Compilation_Switch_Directive_Is_Recognised_As_Being_Invalid()
{
// Arrange
var commandLineArguments = new Mock<ICommandLineArguments>();
var compilationLevelHelper = new Mock<ICompilationLevelHelper>();
compilationLevelHelper.Setup(m => m.IsValid(It.Is<string>(r => r == "A"))).Returns(true);
var rule = new IsValidCompilationLevelArgument(
commandLineArguments.Object,
compilationLevelHelper.Object);
const string InvalidCompilationSwitchDirective = "/R";
var invalidCommandLineArgument = string.Format("{0}A", InvalidCompilationSwitchDirective);
var args = new[] { invalidCommandLineArgument };
// Act
var isValid = rule.IsSatisfiedBy(args);
// Assert
Assert.False(isValid);
compilationLevelHelper.Verify(m => m.IsValid(It.Is<string>(r => r == "A")), Times.Never);
}
public void Valid_Compilation_Switch_Is_Recognised_As_Being_Valid()
{
// Arrange
const string ValidCompilationSwitchAttribute = "A";
var commandLineArguments = new Mock<ICommandLineArguments>();
commandLineArguments.SetupSet(m => m.CompilationLevel = It.IsAny<string>()).Verifiable();
var compilationLevelHelper = new Mock<ICompilationLevelHelper>();
compilationLevelHelper.Setup(m => m.IsValid(It.Is<string>(r => r == ValidCompilationSwitchAttribute))).Returns(true);
var rule = new IsValidCompilationLevelArgument(
commandLineArguments.Object,
compilationLevelHelper.Object);
var args = new[] { string.Format("/C{0}", ValidCompilationSwitchAttribute) };
// Act
var isValid = rule.IsSatisfiedBy(args);
// Assert
Assert.True(isValid);
commandLineArguments.VerifySet(m => m.CompilationLevel = ValidCompilationSwitchAttribute);
compilationLevelHelper.Verify(m => m.IsValid(It.Is<string>(r => r == ValidCompilationSwitchAttribute)), Times.Once);
}
public void IsSatisfiedBy_Guards_Null_commandLineArguments()
{
var rule = new IsValidCompilationLevelArgument(Mock.Of<ICommandLineArguments>(), Mock.Of<ICompilationLevelHelper>());
Assert.Throws<ArgumentNullException>(() => rule.IsSatisfiedBy(null));
}
public void Invalid_Compilation_Switch_No_Char_Attribute_Is_Recognised_As_Being_Invalid()
{
// Arrange
var commandLineArguments = new Mock<ICommandLineArguments>();
var compilationLevelHelper = new Mock<ICompilationLevelHelper>();
compilationLevelHelper.Setup(m => m.IsValid(It.Is<string>(r => r == "A"))).Returns(true);
var rule = new IsValidCompilationLevelArgument(
commandLineArguments.Object,
compilationLevelHelper.Object);
var invalidCommandLineArgument = string.Format("/C");
var args = new[] { invalidCommandLineArgument };
// Act
var isValid = rule.IsSatisfiedBy(args);
// Assert
Assert.False(isValid);
compilationLevelHelper.Verify(m => m.IsValid(It.Is<string>(r => string.IsNullOrEmpty(r))), Times.Once);
}