public static Object getDeSerializedObjectFromBinaryFile(String fileToProcess, Type tTypeToProcess)
{
FileStream fsFileStream = null;
O2Timer tO2Timer = new O2Timer("Loaded DeSerialized object from " + Path.GetFileName(fileToProcess)).start();
try
{
var bfBinaryFormatter = new BinaryFormatter();
fsFileStream = new FileStream(fileToProcess, FileMode.Open);
Object deserializedObject = bfBinaryFormatter.Deserialize(fsFileStream);
if (deserializedObject.GetType().FullName == tTypeToProcess.FullName)
{
DI.log.info("sucessfully deserialized file {0} into type {1}", fileToProcess, tTypeToProcess.FullName);
return(deserializedObject);
}
DI.log.error("Could not deserialize file {0} into type {1}", fileToProcess, tTypeToProcess.FullName);
return(null);
}
catch (Exception ex)
{
DI.log.error("In loadSerializedO2CirDataObject: {0}", ex.Message);
return(null);
}
finally
{
if (fsFileStream != null)
{
fsFileStream.Close();
}
tO2Timer.stop();
}
}
public static IEnumerable<string> getUniqueSortedListOfStrings(IEnumerable<string> stringsToFilter, ref int numberOfUniqueStrings)
{
var timer = new O2Timer("O2Linq calculated list of unique strings from " + stringsToFilter.Count() + " strings").start();
var uniqueList = (from string signature in stringsToFilter orderby signature select signature).Distinct();
numberOfUniqueStrings = uniqueList.Count();
timer.stop();
DI.log.info("There are {0} unique signatures", uniqueList.Count());
return uniqueList;
}
public static IEnumerable <string> getUniqueSortedListOfStrings(IEnumerable <string> stringsToFilter, ref int numberOfUniqueStrings)
{
var timer = new O2Timer("O2Linq calculated list of unique strings from " + stringsToFilter.Count() + " strings").start();
var uniqueList = (from string signature in stringsToFilter orderby signature select signature).Distinct();
numberOfUniqueStrings = uniqueList.Count();
timer.stop();
DI.log.info("There are {0} unique signatures", uniqueList.Count());
return(uniqueList);
}
public static void backupGac(string zipFileToSaveGacContents)
{
O2Thread.mtaThread(
() =>
{
PublicDI.log.info("Started unzip process of Gac Folder");
var timer = new O2Timer("Gac Backup").start();
new zipUtils().zipFolder(DI.PathToGac, zipFileToSaveGacContents);
var logMessage = String.Format("Contents of \n\n\t{0}\n\n saved to \n\n\t{1}\n\n ", DI.PathToGac, zipFileToSaveGacContents);
timer.stop();
PublicDI.log.info(logMessage);
PublicDI.log.showMessageBox(logMessage);
});
}
public static void backupGac(string zipFileToSaveGacContents)
{
O2Thread.mtaThread(
() =>
{
PublicDI.log.info("Started unzip process of Gac Folder");
var timer = new O2Timer("Gac Backup").start();
new zipUtils().zipFolder(DI.PathToGac, zipFileToSaveGacContents);
var logMessage = String.Format("Contents of \n\n\t{0}\n\n saved to \n\n\t{1}\n\n ", DI.PathToGac, zipFileToSaveGacContents);
timer.stop();
PublicDI.log.info(logMessage);
PublicDI.log.showMessageBox(logMessage);
});
}
private void filterByFilteredSignatures(List<FilteredSignature> filteredSignatures)
{
this.invokeOnThread(
() =>
{
var filterToUse = cbFilter1.Text;
O2Thread.mtaThread(
() =>
{
var timer = new O2Timer("filterByFilteredSignatures").start();
List<string> listOfFilteredSignatures =
O2Linq.getListOfSignatures(filteredSignatures);
var newListOfO2Findings = new List<IO2Finding>();
foreach (IO2Finding o2Finding in currentO2Findings)
if (listOfFilteredSignatures.Contains(calculateTreeNodeText(o2Finding,
filterToUse, "")))
newListOfO2Findings.Add(o2Finding);
currentO2Findings = newListOfO2Findings;
timer.stop();
showCurrentO2Findings();
});
});
/*
this.invokeOnThread(
() =>
{
tvFindings.Visible = false;
var nodesToRemove = new List<TreeNode>();
var nodesToAnalyze = new List<TreeNode>();
foreach (TreeNode treeNode in tvFindings.Nodes)
nodesToAnalyze.Add(treeNode);
nodesToRemove = removeFromTreeNodeCollectionOnFilteredSignatures(nodesToAnalyze,
listOfFilteredSignatures, currentFilteredTextMappings);
// and update indexes
/* foreach (TreeNode currentTreeNode in tvFindings.Nodes)
if (currentTreeNode.Tag != null && currentTreeNode.Tag is List<TreeNode>)
{
var subTreeNodesCount = ((List<TreeNode>) currentTreeNode.Tag).Count;
if (subTreeNodesCount == 0)
nodesToRemove.Add(currentTreeNode);
else
{
currentTreeNode.Text += " ... after filter (" + subTreeNodesCount +")";
currentTreeNode.Collapse();
}
}
* /
// remove nodes from current tree
foreach (TreeNode treeNodeToRemove in nodesToRemove)
tvFindings.Nodes.Remove(treeNodeToRemove);
tvFindings.Visible = true;
tvFindings.Refresh();
// refreshView();
});
});*/
}
public void addReferences(List<string> referencesToAdd)
{
O2Thread.mtaThread(
() =>{
try
{
var referencesTimer = new O2Timer("Added {0} references".format(referencesToAdd.size())).start(); ;
foreach (var referencedAssembly in referencesToAdd)
addReference(referencedAssembly);
referencesTimer.stop();
}
catch (Exception ex)
{
ex.log("in O2Completion addRefrences");
}
});
}
public static Object getDeSerializedObjectFromBinaryFile(String fileToProcess, Type tTypeToProcess)
{
FileStream fsFileStream = null;
O2Timer tO2Timer = new O2Timer("Loaded DeSerialized object from " + Path.GetFileName(fileToProcess)).start();
try
{
var bfBinaryFormatter = new BinaryFormatter();
fsFileStream = new FileStream(fileToProcess, FileMode.Open);
Object deserializedObject = bfBinaryFormatter.Deserialize(fsFileStream);
if (deserializedObject.GetType().FullName == tTypeToProcess.FullName)
{
DI.log.info("sucessfully deserialized file {0} into type {1}", fileToProcess, tTypeToProcess.FullName);
return deserializedObject;
}
DI.log.error("Could not deserialize file {0} into type {1}", fileToProcess, tTypeToProcess.FullName);
return null;
}
catch (Exception ex)
{
DI.log.error("In loadSerializedO2CirDataObject: {0}", ex.Message);
return null;
}
finally
{
if (fsFileStream != null)
fsFileStream.Close();
tO2Timer.stop();
}
}
private object GetCurrentCSharpObjectModel()
{
var timer = new O2Timer("Calculated O2 Object Model for referencedAssesmblies").start();
var signatures = new List<string>();
var referencedAssemblies = new CompileEngine().getListOfReferencedAssembliesToUse();
//compileEngine.lsGACExtraReferencesToAdd();
foreach (var referencedAssesmbly in referencedAssemblies)
if (File.Exists(referencedAssesmbly))
foreach (var method in PublicDI.reflection.getMethods(referencedAssesmbly))
signatures.Add(new FilteredSignature(method).sSignature);
timer.stop();
return signatures;
}
