public static void showAllAnalyzedAssemblyDependencies(AssemblyBundle assemblyBundle, String file)
{
//Console.Write("Enter grph output file (Analyzed): ");
//using (StreamWriter sw = new StreamWriter(Console.ReadLine())) {
using (StreamWriter sw = new StreamWriter(file)) {
sw.WriteLine("digraph G {");
IEnumerator a = assemblyBundle.getEnum();
while (a.MoveNext())
{
IEnumerator assemblies = ((IAssembly)a.Current).getAnalyzedOutgoingDependencies().GetEnumerator();
while (assemblies.MoveNext())
{
sw.WriteLine(((IAssembly)a.Current).getAssemblyName() + " -> " + ((IAssembly)assemblies.Current).getAssemblyName());
}
}
sw.WriteLine("}");
}
/*IEnumerator assemblies = assembly.getAnalyzedOutgoingDependencies().GetEnumerator();
* while (assemblies.MoveNext()) {
* sw.WriteLine(assembly.getAssemblyName() + " -> " + ((IAssembly)assemblies.Current).getAssemblyName());
* }*/
/*Console.WriteLine(assembly.getAssemblyName() + " - Class Count: " + assembly.getClassCount());
* Console.WriteLine(assembly.getAssemblyName() + " - Abstract Class Count: " + assembly.getAbstractClassCount());
* Console.WriteLine(assembly.getAssemblyName() + " - Abstractness: " + assembly.calculateMetrics().calculateAbstractness());
* Console.WriteLine(assembly.getAssemblyName() + " - Instability: " + assembly.calculateMetrics().calculateInstability());
* Console.WriteLine(assembly.getAssemblyName() + " - Afferent Coupling: " + assembly.calculateMetrics().calculateAfferentCoupling());
* Console.WriteLine(assembly.getAssemblyName() + " - Efferent Coupling: " + assembly.calculateMetrics().calculateEfferentCoupling());
* Console.WriteLine(assembly.getAssemblyName() + " - Distance: " + assembly.calculateMetrics().calculateInstability());*/
}
static void Main(string[] args)
{
AssConfig config = new AssConfig();
IList assemblyList = new ArrayList();
IList outputList = new ArrayList();
config.loadBundles(assemblyList, outputList);
AssemblyBundle assemblyBundle = new AssemblyBundle(assemblyList);
IEnumerator outputEnum = outputList.GetEnumerator();
while (outputEnum.MoveNext())
{
//String outputType = (String)outputEnum.Current;
//Console.WriteLine(outputEnum.Current.GetType());
OutputType outputType = (OutputType)outputEnum.Current;
if (outputType.getOutputType() == "All")
{
showAllAssemblyDependencies(assemblyBundle, outputType.getFile());
}
else if (outputType.getOutputType() == "Analyzed")
{
showAllAnalyzedAssemblyDependencies(assemblyBundle, outputType.getFile());
}
else if (outputType.getOutputType() == "xml")
{
outputXml(assemblyBundle, outputType.getFile());
}
}
}
public static void showAllAnalyzedAssemblyDependencies(AssemblyBundle assemblyBundle, String file)
{
//Console.Write("Enter grph output file (Analyzed): ");
//using (StreamWriter sw = new StreamWriter(Console.ReadLine())) {
using (StreamWriter sw = new StreamWriter(file)) {
sw.WriteLine("digraph G {");
IEnumerator a = assemblyBundle.getEnum();
while (a.MoveNext()) {
IEnumerator assemblies = ((IAssembly)a.Current).getAnalyzedOutgoingDependencies().GetEnumerator();
while (assemblies.MoveNext()) {
sw.WriteLine( ((IAssembly)a.Current).getAssemblyName() + " -> " + ((IAssembly)assemblies.Current).getAssemblyName());
}
}
sw.WriteLine("}");
}
/*IEnumerator assemblies = assembly.getAnalyzedOutgoingDependencies().GetEnumerator();
while (assemblies.MoveNext()) {
sw.WriteLine(assembly.getAssemblyName() + " -> " + ((IAssembly)assemblies.Current).getAssemblyName());
}*/
/*Console.WriteLine(assembly.getAssemblyName() + " - Class Count: " + assembly.getClassCount());
Console.WriteLine(assembly.getAssemblyName() + " - Abstract Class Count: " + assembly.getAbstractClassCount());
Console.WriteLine(assembly.getAssemblyName() + " - Abstractness: " + assembly.calculateMetrics().calculateAbstractness());
Console.WriteLine(assembly.getAssemblyName() + " - Instability: " + assembly.calculateMetrics().calculateInstability());
Console.WriteLine(assembly.getAssemblyName() + " - Afferent Coupling: " + assembly.calculateMetrics().calculateAfferentCoupling());
Console.WriteLine(assembly.getAssemblyName() + " - Efferent Coupling: " + assembly.calculateMetrics().calculateEfferentCoupling());
Console.WriteLine(assembly.getAssemblyName() + " - Distance: " + assembly.calculateMetrics().calculateInstability());*/
}
public static void outputXml(AssemblyBundle bundle, String file)
{
//Console.Write("Enter xml output file: ");
//using (StreamWriter sw = new StreamWriter(Console.ReadLine())) {
using (StreamWriter sw = new StreamWriter(file)) {
sw.WriteLine("<?xml version=\"1.0\"?>");
sw.WriteLine("<assanalyzer>");
sw.WriteLine("<Assemblies>");
IEnumerator assemblies = bundle.getEnum();
while (assemblies.MoveNext())
{
IAssembly assembly = (IAssembly)assemblies.Current;
Metrics metrics = assembly.calculateMetrics();
sw.WriteLine(tab(1) + "<Assembly name=\"" + assembly.getAssemblyName() + "\">");
sw.WriteLine(tab(2) + "<Summary>");
sw.WriteLine(tab(3) + "<Statistics>");
sw.WriteLine(tab(4) + "<ClassCount>" + assembly.getClassCount() + "</ClassCount>");
sw.WriteLine(tab(4) + "<AbstractClassCount>" + assembly.getAbstractClassCount() + "</AbstractClassCount>");
sw.WriteLine(tab(3) + "</Statistics>");
sw.WriteLine(tab(3) + "<Metrics>");
sw.WriteLine(tab(4) + "<Abstractness>" + metrics.calculateAbstractness() + "</Abstractness>");
sw.WriteLine(tab(4) + "<Efferent>" + metrics.calculateEfferentCoupling() + "</Efferent>");
sw.WriteLine(tab(4) + "<Afferent>" + metrics.calculateAfferentCoupling() + "</Afferent>");
sw.WriteLine(tab(4) + "<Instability>" + metrics.calculateInstability() + "</Instability>");
sw.WriteLine(tab(4) + "<Distance>" + metrics.calculateDistance() + "</Distance>");
sw.WriteLine(tab(3) + "</Metrics>");
sw.WriteLine(tab(3) + "<OutgoingDependencies>");
IEnumerator outgoingDependencies = assembly.getAnalyzedOutgoingDependencies().GetEnumerator();
while (outgoingDependencies.MoveNext())
{
sw.WriteLine(tab(4) + "<Assembly>" + ((IAssembly)outgoingDependencies.Current).getAssemblyName() + "</Assembly>");
}
sw.WriteLine(tab(3) + "</OutgoingDependencies>");
sw.WriteLine(tab(3) + "<IncomingDependencies>");
IEnumerator incomingDependencies = assembly.getAnalyzedIncomingDependencies().GetEnumerator();
while (incomingDependencies.MoveNext())
{
sw.WriteLine(tab(4) + "<Assembly>" + ((IAssembly)incomingDependencies.Current).getAssemblyName() + "</Assembly>");
}
sw.WriteLine(tab(3) + "</IncomingDependencies>");
sw.WriteLine(tab(2) + "</Summary>");
sw.WriteLine(tab(1) + "</Assembly>");
}
sw.WriteLine("</Assemblies>");
sw.WriteLine("</assanalyzer>");
}
}
public static void outputXml(AssemblyBundle bundle, String file)
{
//Console.Write("Enter xml output file: ");
//using (StreamWriter sw = new StreamWriter(Console.ReadLine())) {
using (StreamWriter sw = new StreamWriter(file)) {
sw.WriteLine("<?xml version=\"1.0\"?>");
sw.WriteLine("<assanalyzer>");
sw.WriteLine("<Assemblies>");
IEnumerator assemblies = bundle.getEnum();
while (assemblies.MoveNext()) {
IAssembly assembly = (IAssembly)assemblies.Current;
Metrics metrics = assembly.calculateMetrics();
sw.WriteLine(tab(1) + "<Assembly name=\"" + assembly.getAssemblyName() + "\">");
sw.WriteLine(tab(2) + "<Summary>");
sw.WriteLine(tab(3) + "<Statistics>");
sw.WriteLine(tab(4) + "<ClassCount>" + assembly.getClassCount() + "</ClassCount>");
sw.WriteLine(tab(4) + "<AbstractClassCount>" + assembly.getAbstractClassCount() + "</AbstractClassCount>");
sw.WriteLine(tab(3) + "</Statistics>");
sw.WriteLine(tab(3) + "<Metrics>");
sw.WriteLine(tab(4) + "<Abstractness>" + metrics.calculateAbstractness() + "</Abstractness>");
sw.WriteLine(tab(4) + "<Efferent>" + metrics.calculateEfferentCoupling() + "</Efferent>");
sw.WriteLine(tab(4) + "<Afferent>" + metrics.calculateAfferentCoupling() + "</Afferent>");
sw.WriteLine(tab(4) + "<Instability>" + metrics.calculateInstability() + "</Instability>");
sw.WriteLine(tab(4) + "<Distance>" + metrics.calculateDistance() + "</Distance>");
sw.WriteLine(tab(3) + "</Metrics>");
sw.WriteLine(tab(3) + "<OutgoingDependencies>");
IEnumerator outgoingDependencies = assembly.getAnalyzedOutgoingDependencies().GetEnumerator();
while (outgoingDependencies.MoveNext()) {
sw.WriteLine(tab(4) + "<Assembly>" + ((IAssembly)outgoingDependencies.Current).getAssemblyName() + "</Assembly>");
}
sw.WriteLine(tab(3) + "</OutgoingDependencies>");
sw.WriteLine(tab(3) + "<IncomingDependencies>");
IEnumerator incomingDependencies = assembly.getAnalyzedIncomingDependencies().GetEnumerator();
while (incomingDependencies.MoveNext()) {
sw.WriteLine(tab(4) + "<Assembly>" + ((IAssembly)incomingDependencies.Current).getAssemblyName() + "</Assembly>");
}
sw.WriteLine(tab(3) + "</IncomingDependencies>");
sw.WriteLine(tab(2) + "</Summary>");
sw.WriteLine(tab(1) + "</Assembly>");
}
sw.WriteLine("</Assemblies>");
sw.WriteLine("</assanalyzer>");
}
}
public static void showAllAssemblyDependencies(AssemblyBundle assemblyBundle, String file)
{
//Console.Write("Enter grph output file (All): ");
//using (StreamWriter sw = new StreamWriter(Console.ReadLine())) {
using (StreamWriter sw = new StreamWriter(file)) {
sw.WriteLine("digraph G {");
IEnumerator a = assemblyBundle.getEnum();
while (a.MoveNext())
{
IEnumerator assemblies = ((IAssembly)a.Current).getOutgoingDependencies().GetEnumerator();
while (assemblies.MoveNext())
{
sw.WriteLine(((IAssembly)a.Current).getAssemblyName() + " -> " + assemblies.Current);
}
}
sw.WriteLine("}");
}
}
public static void showAllAssemblyDependencies(AssemblyBundle assemblyBundle, String file)
{
//Console.Write("Enter grph output file (All): ");
//using (StreamWriter sw = new StreamWriter(Console.ReadLine())) {
using (StreamWriter sw = new StreamWriter(file)) {
sw.WriteLine("digraph G {");
IEnumerator a = assemblyBundle.getEnum();
while (a.MoveNext()) {
IEnumerator assemblies = ((IAssembly)a.Current).getOutgoingDependencies().GetEnumerator();
while (assemblies.MoveNext()) {
sw.WriteLine( ((IAssembly)a.Current).getAssemblyName() + " -> " + assemblies.Current);
}
}
sw.WriteLine("}");
}
}
static void Main(string[] args)
{
AssConfig config = new AssConfig();
IList assemblyList = new ArrayList();
IList outputList = new ArrayList();
config.loadBundles(assemblyList, outputList);
AssemblyBundle assemblyBundle = new AssemblyBundle(assemblyList);
IEnumerator outputEnum = outputList.GetEnumerator();
while (outputEnum.MoveNext()) {
//String outputType = (String)outputEnum.Current;
//Console.WriteLine(outputEnum.Current.GetType());
OutputType outputType = (OutputType)outputEnum.Current;
if (outputType.getOutputType() == "All") {
showAllAssemblyDependencies(assemblyBundle, outputType.getFile());
} else if (outputType.getOutputType() == "Analyzed") {
showAllAnalyzedAssemblyDependencies(assemblyBundle, outputType.getFile());
} else if (outputType.getOutputType() == "xml") {
outputXml(assemblyBundle, outputType.getFile());
}
}
}
