public RenameProjectDialog(RenameData renameData, Project project)
{
InitializeComponent();
RenameData = renameData;
CurrentProject = project;
ParentToProjects = new Dictionary <object, List <string> >();
// Set the current project name within the GUI.
ProjectName.Text = project.Name;
ProjectName.Focus();
ProjectName.SelectAll();
}
private ArrayList DeObfuscateSingleFile(int index, RenameDatabase RenameStore)
{
TClassFile ClassFile = (TClassFile)FClassFiles[index];
if (ClassFile == null)
return null;
// add the class name to the head of the changelist
FChangeList = new ArrayList();
FChangeList.Add(ClassFile.ThisClassName);
string OriginalClassName = ClassFile.ThisClassName;
string OriginalClassAndType = ClassFile.ThisClassName + " : " + ClassFile.SuperClassName;
// rename the class and add the new class name to the changelist at [1]
if (FRenameClasses && RenameStore.GetNewClassNameOnly(OriginalClassAndType) != null)
{
// check if we need to use a user-supplied class name first
string NewClassName = RenameStore.GetNewClassNameOnly(OriginalClassAndType);
while (ClassNameExists(NewClassName))
{
NewClassName += "_";
}
FChangeList.Add(ClassFile.ChangeClassName(NewClassName));
}
else if (FRenameClasses && DoRename(OriginalClassName))
{
string NewClassName;
NewClassName = ClassFile.FileName;
// test if the filename we are changing to hasnt already been used!
while (ClassNameExists(NewClassName))
{
NewClassName += "_";
}
FChangeList.Add(ClassFile.ChangeClassName(NewClassName));
}
else
FChangeList.Add(OriginalClassName);
// process the Methods
for (int i = 0; i < ClassFile.Methods.Items.Count; i++)
{
MethodInfo mi = (MethodInfo)ClassFile.Methods.Items[i];
RenameData rd = RenameStore.GetNewMethodInfo(OriginalClassAndType, mi.Descriptor, mi.Name.Value);
// this is the rule for renaming
if (DoRename(mi.Name.Value) || rd != null)
{
// clone the original method
TMethodChangeRecord mcr = new TMethodChangeRecord(mi);
// rename all of the functions something meaningful
string NewName;
// user supplied names take precedence
if (rd != null)
{
NewName = rd.FieldName;
}
else
{
NewName = mi.Name.Value;
}
// change the method name
ClassFile.ChangeMethodName(i, NewName);
// set the
mcr.ChangedTo(mi);
FChangeList.Add(mcr);
}
// fix the descriptor regardless
ClassFile.ChangeMethodParam(i, OriginalClassName, ClassFile.ThisClassName);
}
// process the Fields
for (int i = 0; i < ClassFile.Fields.Items.Count; i++)
{
FieldInfo fi = (FieldInfo)ClassFile.Fields.Items[i];
RenameData rd = RenameStore.GetNewFieldInfo(OriginalClassAndType, fi.Descriptor, fi.Name.Value);
if (DoRename(fi.Name.Value) || rd != null)
{
// clone the original method
TFieldChangeRecord fcr = new TFieldChangeRecord(fi);
// rename all of the fields something meaningful
string NewName;
/*if (FThoroughMode)
{
int j = 0;
while (ClassFile.Methods.FieldNameExists(NewName))
{
// rename the field
NewName = NewName + "_" + j;
j++;
}
}*/
if (rd != null)
{
NewName = rd.FieldName;
}
else
{
NewName = fi.Name.Value;
}
ClassFile.ChangeFieldName(i, NewName);
fcr.ChangedTo(fi);
FChangeList.Add(fcr);
}
// fix the descriptor regardless
ClassFile.ChangeFieldType(i, OriginalClassName, ClassFile.ThisClassName);
}
return FChangeList;
}
private ArrayList DeObfuscateSingleFile(int index, RenameDatabase RenameStore)
{
TClassFile ClassFile = (TClassFile)FClassFiles[index];
if (ClassFile == null)
return null;
// add the class name to the head of the changelist
FChangeList = new ArrayList();
FChangeList.Add(ClassFile.ThisClassName);
string OriginalClassName = ClassFile.ThisClassName;
string OriginalClassAndType = ClassFile.ThisClassName + " : " + ClassFile.SuperClassName;
// rename the class and add the new class name to the changelist at [1]
if (FRenameClasses && RenameStore.GetNewClassNameOnly(OriginalClassAndType) != null)
{
// check if we need to use a user-supplied class name first
string NewClassName = RenameStore.GetNewClassNameOnly(OriginalClassAndType);
while (ClassNameExists(NewClassName))
{
NewClassName += "_";
}
FChangeList.Add(ClassFile.ChangeClassName(NewClassName));
}
else if (FRenameClasses && DoRename(OriginalClassName))
{
string NewClassName;
if (UseUniqueNums)
{
string format = "{0:D" + (FClassFiles.Count.ToString().Length + 2) + "}";
string uniqueNum = string.Format(format, Convert.ToInt64(ClassFile.ThisClassCode.ToString() + index.ToString()));
NewClassName = String.Format("Class_{0}_{1}", Common.GetClassName(OriginalClassName), uniqueNum);
}
else
NewClassName = String.Format("Class_{0}", Common.GetClassName(OriginalClassName));
// test if the filename we are changing to hasnt already been used!
while (ClassNameExists(NewClassName))
{
NewClassName += "_";
}
FChangeList.Add(ClassFile.ChangeClassName(NewClassName));
}
else
FChangeList.Add(OriginalClassName);
// process the Methods
for (int i = 0; i < ClassFile.Methods.Items.Count; i++)
{
MethodInfo mi = (MethodInfo)ClassFile.Methods.Items[i];
RenameData rd = RenameStore.GetNewMethodInfo(OriginalClassAndType, mi.Descriptor, mi.Name.Value);
// this is the rule for renaming
if (DoRename(mi.Name.Value) || rd != null)
{
// clone the original method
TMethodChangeRecord mcr = new TMethodChangeRecord(mi);
// rename all of the functions something meaningful
string NewName;
// if the offset is zero, it probably means its an abstract method
if (ClassFile.AccessFlags == AccessFlags.ACC_INTERFACE)
NewName = String.Format("sub_iface_{0:x}", i);
else if (mi.Offset != 0)
NewName = String.Format("sub_{0:x}", mi.Offset);
else
NewName = String.Format("sub_null_{0:x}", i);
/*if (FThoroughMode)
{
int j = 0;
while (ClassFile.Methods.MethodNameExists(NewName))
{
// rename the method
NewName = NewName + "_" + j;
j++;
}
}*/
// user supplied names take precedence
if (rd != null)
{
NewName = rd.FieldName;
}
// change the method name
ClassFile.ChangeMethodName(i, NewName);
// set the
mcr.ChangedTo(mi);
FChangeList.Add(mcr);
}
// fix the descriptor regardless
ClassFile.ChangeMethodParam(i, OriginalClassName, ClassFile.ThisClassName);
}
// process the Fields
for (int i = 0; i < ClassFile.Fields.Items.Count; i++)
{
FieldInfo fi = (FieldInfo)ClassFile.Fields.Items[i];
RenameData rd = RenameStore.GetNewFieldInfo(OriginalClassAndType, fi.Descriptor, fi.Name.Value);
if (DoRename(fi.Name.Value) || rd != null)
{
// clone the original method
TFieldChangeRecord fcr = new TFieldChangeRecord(fi);
// rename all of the fields something meaningful
string NewName;
// if the offset is zero, it probably means its a null/abstract method
if (fi.Offset != 0)
NewName = String.Format("var_{0:x}", fi.Offset);
else
NewName = String.Format("var_null_{0:x}", fi.Offset);
/*if (FThoroughMode)
{
int j = 0;
while (ClassFile.Methods.FieldNameExists(NewName))
{
// rename the field
NewName = NewName + "_" + j;
j++;
}
}*/
if (rd != null)
{
NewName = rd.FieldName;
}
ClassFile.ChangeFieldName(i, NewName);
fcr.ChangedTo(fi);
FChangeList.Add(fcr);
}
// fix the descriptor regardless
ClassFile.ChangeFieldType(i, OriginalClassName, ClassFile.ThisClassName);
}
return FChangeList;
}
private void UpdateTree()
{
TreeClassView.Nodes.Clear();
DeObfuscator = new TDeObfuscator(Files);
foreach (string fn in Files)
{
TClassFile ClassFile = new TClassFile(fn);
if (!ClassFile.Open())
{
TreeClassView.Nodes.Add("Invalid class file: " + fn);
continue;
}
if (ClassFile != null)
{
TreeNode bigroot;
// check if the user wants to rename the class file
string original_class_name = ClassFile.ThisClassName + " : " + ClassFile.SuperClassName;
string class_name = RenameStore.GetNewClassName(original_class_name);
if (class_name == null)
{
class_name = original_class_name;
bigroot = TreeClassView.Nodes.Add(class_name);
}
else
{
bigroot = TreeClassView.Nodes.Add(class_name);
bigroot.BackColor = Color.DodgerBlue;
}
bigroot.Tag = original_class_name;
TreeNode root = bigroot.Nodes.Add("Constants");
TreeNode methodsroot = root.Nodes.Add("Methods/Interfaces/Fields");
TreeNode methods = methodsroot.Nodes.Add("Methods");
TreeNode interfaces = methodsroot.Nodes.Add("Interfaces");
TreeNode fields = methodsroot.Nodes.Add("Fields");
TreeNode variables = root.Nodes.Add("Values");
TreeNode classes = root.Nodes.Add("Classes");
for (int i = 0; i < ClassFile.ConstantPool.MaxItems(); i++)
{
ConstantPoolInfo cc = ClassFile.ConstantPool.Item(i);
if (cc is ConstantPoolMethodInfo)
{
if (cc is ConstantMethodrefInfo)
{
TreeNode temp = methods.Nodes.Add("\"" + ((ConstantMethodrefInfo)cc).NameAndType.Name + "\"");
temp.Nodes.Add("Descriptor = " + ((ConstantMethodrefInfo)cc).NameAndType.Descriptor);
temp.Nodes.Add("Parent = " + ((ConstantMethodrefInfo)cc).ParentClass.Name);
if (DeObfuscator.DoRename(((ConstantMethodrefInfo)cc).NameAndType.Name))
{
temp.BackColor = Color.Red;
}
continue;
}
if (cc is ConstantInterfaceMethodrefInfo)
{
TreeNode temp = interfaces.Nodes.Add("\"" + ((ConstantInterfaceMethodrefInfo)cc).NameAndType.Name + "\"");
temp.Nodes.Add("Descriptor = " + ((ConstantInterfaceMethodrefInfo)cc).NameAndType.Descriptor);
temp.Nodes.Add("Parent = " + ((ConstantInterfaceMethodrefInfo)cc).ParentClass.Name);
if (DeObfuscator.DoRename(((ConstantInterfaceMethodrefInfo)cc).NameAndType.Name))
{
temp.BackColor = Color.Red;
}
continue;
}
if (cc is ConstantFieldrefInfo)
{
TreeNode temp = fields.Nodes.Add("\"" + ((ConstantFieldrefInfo)cc).NameAndType.Name + "\"");
temp.Nodes.Add("Descriptor = " + ((ConstantFieldrefInfo)cc).NameAndType.Descriptor);
if (((ConstantFieldrefInfo)cc).ParentClass != null)
{
temp.Nodes.Add("Parent = " + ((ConstantFieldrefInfo)cc).ParentClass.Name);
}
if (DeObfuscator.DoRename(((ConstantFieldrefInfo)cc).NameAndType.Name))
{
temp.BackColor = Color.Red;
}
continue;
}
}
else
if (cc is ConstantPoolVariableInfo)
{
TreeNode temp = variables.Nodes.Add("\"" + ((ConstantPoolVariableInfo)cc).Value.ToString() + "\"");
temp.Nodes.Add("References = " + cc.References);
}
else
if (cc is ConstantClassInfo)
{
TreeNode temp = classes.Nodes.Add("\"" + ((ConstantClassInfo)cc).Name + "\"");
temp.Nodes.Add("References = " + cc.References);
}
}
root = bigroot.Nodes.Add("Interfaces");
foreach (InterfaceInfo ii in ClassFile.Interfaces.Items)
{
root.Nodes.Add(ii.Interface.Name);
}
root = bigroot.Nodes.Add("Fields");
foreach (FieldInfo fi in ClassFile.Fields.Items)
{
RenameData rd = RenameStore.GetNewFieldInfo(
original_class_name,
fi.Descriptor,
fi.Name.Value);
if (rd != null)
{
TreeNode temp = root.Nodes.Add(rd.FieldName);
temp.Nodes.Add(rd.FieldType);
temp.BackColor = Color.DodgerBlue;
}
else
{
TreeNode temp = root.Nodes.Add(fi.Name.Value);
temp.Nodes.Add(fi.Descriptor);
temp.Tag = fi.Name.Value;
if (DeObfuscator.DoRename(fi.Name.Value))
{
temp.BackColor = Color.Red;
}
}
}
root = bigroot.Nodes.Add("Methods");
foreach (MethodInfo mi in ClassFile.Methods.Items)
{
RenameData rd = RenameStore.GetNewMethodInfo(
original_class_name,
mi.Descriptor,
mi.Name.Value);
if (rd != null)
{
TreeNode temp = root.Nodes.Add(rd.FieldName);
temp.Nodes.Add(rd.FieldType);
temp.BackColor = Color.DodgerBlue;
}
else
{
TreeNode temp = root.Nodes.Add(mi.Name.Value);
temp.Nodes.Add(mi.Descriptor);
temp.Tag = mi.Name.Value;
//temp.Nodes.Add(String.Format("Offset = {0:X}", mi.Offset));
if (DeObfuscator.DoRename(mi.Name.Value))
{
temp.BackColor = Color.Red;
}
}
}
}
}
}
