/// <summary>
/// Calculates which packages and dependencies are dependent on other dependencies and if each dependency that is selected for install is enabled for installation
/// </summary>
/// <param name="dependencies">The list of dependencies</param>
/// <param name="parsedCategoryList">The list of Categories</param>
/// <param name="suppressSomeLogging">Flag for it some of the more verbose logging should be suppressed</param>
/// <returns>A list of calculated dependencies to install</returns>
public static List <Dependency> CalculateDependencies(List <Dependency> dependencies, List <Category> parsedCategoryList, bool suppressSomeLogging, bool showDependencyCalculationErrorMessages)
{
//flat list is packages
List <SelectablePackage> flatListSelect = GetFlatSelectablePackageList(parsedCategoryList);
//1- build the list of calling mods that need it
List <Dependency> dependenciesToInstall = new List <Dependency>();
//create list to track all database dependency references
List <LogicTracking> refrencedDependencies = new List <LogicTracking>();
Logging.Debug("Starting step 1 of 4 in dependency calculation: adding from categories");
foreach (Category category in parsedCategoryList)
{
foreach (DatabaseLogic logic in category.Dependencies)
{
refrencedDependencies.Add(new LogicTracking
{
DatabaseLogic = logic,
ComponentWithDependencies = category
});
foreach (Dependency dependency in dependencies)
{
if (logic.PackageName.Equals(dependency.PackageName))
{
if (!suppressSomeLogging)
{
Logging.Debug("Category \"{0}\" logic entry added to dependency \"{1}\" of logic type \"{2}\", NotFlag value of \"{3}\"",
category.Name, dependency.PackageName, logic.Logic, logic.NotFlag);
}
dependency.DatabasePackageLogic.Add(new DatabaseLogic()
{
PackageName = category.Name,
WillBeInstalled = category.AnyPackagesChecked(),
Logic = logic.Logic,
NotFlag = logic.NotFlag
});
//log that the categories dependency reference was linked properly
logic.RefrenceLinked = true;
}
}
}
}
Logging.Debug("Step 1 complete");
Logging.Debug("Starting step 2 of 4 in dependency calculation: adding from selectable packages that use each dependency");
foreach (SelectablePackage package in flatListSelect)
{
//got though each logic property. if the package called is this dependency, then add it to it's list
foreach (DatabaseLogic logic in package.Dependencies)
{
refrencedDependencies.Add(new LogicTracking
{
DatabaseLogic = logic,
ComponentWithDependencies = package
});
foreach (Dependency dependency in dependencies)
{
if (logic.PackageName.Equals(dependency.PackageName))
{
if (!suppressSomeLogging)
{
Logging.Debug("SelectablePackage \"{0}\" logic entry added to dependency \"{1}\" of logic type \"{2}\", NotFlag value of \"{3}\"",
package.PackageName, dependency.PackageName, logic.Logic, logic.NotFlag);
}
dependency.DatabasePackageLogic.Add(new DatabaseLogic()
{
//set PackageName to the selectablepackage package name so later we know where this logic entry came from
PackageName = package.PackageName,
WillBeInstalled = package.Checked,
Logic = logic.Logic,
NotFlag = logic.NotFlag
});
//log that the categories dependency reference was linked properly
logic.RefrenceLinked = true;
}
}
}
}
Logging.Debug("Step 2 complete");
Logging.Debug("Starting step 3 of 4 in dependency calculation: adding dependencies that use each dependency");
//for each dependency go through each dependency's package logic and if it's called then add it
foreach (Dependency processingDependency in dependencies)
{
foreach (DatabaseLogic logic in processingDependency.Dependencies)
{
refrencedDependencies.Add(new LogicTracking
{
DatabaseLogic = logic,
ComponentWithDependencies = processingDependency
});
foreach (Dependency dependency in dependencies)
{
if (processingDependency.PackageName.Equals(dependency.PackageName))
{
continue;
}
if (logic.PackageName.Equals(dependency.PackageName))
{
if (!suppressSomeLogging)
{
Logging.Debug("Dependency \"{0}\" logic entry added to dependency \"{1}\" of logic type \"{2}\", NotFlag value of \"{3}\"",
processingDependency.PackageName, dependency.PackageName, logic.Logic, logic.NotFlag);
}
dependency.DatabasePackageLogic.Add(new DatabaseLogic()
{
PackageName = processingDependency.PackageName,
//by default, dependences that are dependent on dependencies start as false until proven needed
WillBeInstalled = false,
Logic = logic.Logic,
NotFlag = logic.NotFlag
});
//log that the categories dependency reference was linked properly
logic.RefrenceLinked = true;
}
}
}
}
Logging.Debug("Step 3 complete");
//3a - check if any dependency references were never matched
//like if a category references dependency the_dependency_packageName, but that package does not exist
refrencedDependencies = refrencedDependencies.Where((refrence) => !refrence.DatabaseLogic.RefrenceLinked).ToList();
Logging.Debug("Broken dependency references count: {0}", refrencedDependencies.Count);
if (refrencedDependencies.Count > 0)
{
Logging.Error("The following packages call references to dependencies that do not exist:");
foreach (LogicTracking logicTracking in refrencedDependencies)
{
Logging.Error("Package: {0} => broken reference: {1}",
logicTracking.ComponentWithDependencies.ComponentInternalName, logicTracking.DatabaseLogic.PackageName);
}
}
//4 - run calculations IN DEPENDENCY LIST ORDER FROM TOP DOWN
List <Dependency> notProcessedDependnecies = new List <Dependency>(dependencies);
Logging.Debug("Starting step 4 of 4 in dependency calculation: calculating dependencies from top down (perspective to list)");
int calcNumber = 1;
foreach (Dependency dependency in dependencies)
{
//first check if this dependency is referencing a dependency that has not yet been processed
//if so then note it in the log
if (!suppressSomeLogging)
{
Logging.Debug(string.Empty);
}
if (!suppressSomeLogging)
{
Logging.Debug("Calculating if dependency {0} will be installed, {1} of {2}", dependency.PackageName, calcNumber++, dependencies.Count);
}
foreach (DatabaseLogic login in dependency.DatabasePackageLogic)
{
List <Dependency> matches = notProcessedDependnecies.Where(dep => login.PackageName.Equals(dep.PackageName)).ToList();
if (matches.Count > 0)
{
string errorMessage = string.Format("Dependency {0} is referenced by the dependency {1} which has not yet been processed! " +
"This will lead to logic errors in database calculation! Tip: this dependency ({0}) should be BELOW ({1}) in the" +
"list of dependencies in the editor. Order matters!", dependency.PackageName, login.PackageName);
Logging.Error(errorMessage);
//if (ModpackSettings.DatabaseDistroVersion == DatabaseVersions.Test)
if (showDependencyCalculationErrorMessages)
{
MessageBox.Show(errorMessage);
}
}
}
//two types of logics - OR and AND (with NOT flags)
//each can be calculated separately
List <DatabaseLogic> localOR = dependency.DatabasePackageLogic.Where(logic => logic.Logic == Logic.OR).ToList();
List <DatabaseLogic> logicalAND = dependency.DatabasePackageLogic.Where(logic => logic.Logic == Logic.AND).ToList();
//debug logging
if (!suppressSomeLogging)
{
Logging.Debug("Logical OR count: {0}", localOR.Count);
}
if (!suppressSomeLogging)
{
Logging.Debug("Logical AND count: {0}", logicalAND.Count);
}
//if there are no logical ands, then only do ors, vise versa
bool ORsPass = localOR.Count > 0 ? false : true;
bool ANDSPass = logicalAND.Count > 0 ? false : true;
//if ors and ands are both true already, then something's broken
if (ORsPass && ANDSPass)
{
Logging.Warning("Logic ORs and ANDs already pass for dependency package {0} (nothing uses it?)", dependency.PackageName);
if (!suppressSomeLogging)
{
Logging.Debug("Skip calculation logic and remove from not processed list");
}
//remove it from list of not processed dependencies
notProcessedDependnecies.RemoveAt(0);
continue;
}
//calc the ORs first
if (!suppressSomeLogging)
{
Logging.Debug("Processing OR logic");
}
foreach (DatabaseLogic orLogic in localOR)
{
//OR logic - if any mod/dependency is checked, then it's installed and can stop there
//because only one of them needs to be true
//same case goes for negatives - if mod is NOT checked and negateFlag
if (!orLogic.WillBeInstalled)
{
if (!suppressSomeLogging)
{
Logging.Debug("Skipping logic check of package {0} because it is not set for installation!", orLogic.PackageName);
}
continue;
}
else
{
if (!orLogic.NotFlag)
{
if (!suppressSomeLogging)
{
Logging.Debug("Package {0}, checked={1}, notFlag={2}, is checked and notFlag is false (package must be checked), sets orLogic to pass!", orLogic.PackageName, orLogic.WillBeInstalled, orLogic.NotFlag);
}
ORsPass = true;
break;
}
else if (orLogic.NotFlag)
{
if (!suppressSomeLogging)
{
Logging.Debug("Package {0}, checked={1}, notFlag={2}, is NOT checked and notFlag is true (package must NOT be checked), sets orLogic to pass!", orLogic.PackageName, orLogic.WillBeInstalled, orLogic.NotFlag);
}
ORsPass = true;
break;
}
else
{
if (!suppressSomeLogging)
{
Logging.Debug("Package {0}, checked={1}, notFlag={2}, does not set orLogic to pass!", orLogic.PackageName, orLogic.WillBeInstalled, orLogic.NotFlag);
}
}
}
}
//now calc the ands
if (!suppressSomeLogging)
{
Logging.Debug("Processing AND logic");
}
foreach (DatabaseLogic andLogic in logicalAND)
{
if (andLogic.WillBeInstalled && !andLogic.NotFlag)
{
if (!suppressSomeLogging)
{
Logging.Debug("Package {0}, checked={1}, notFlag={2}, is checked and notFlag is false (package must be checked), correct AND logic, continue", andLogic.PackageName, andLogic.WillBeInstalled, andLogic.NotFlag);
}
ANDSPass = true;
}
else if (!andLogic.WillBeInstalled && andLogic.NotFlag)
{
if (!suppressSomeLogging)
{
Logging.Debug("Package {0}, checked={1}, notFlag={2}, is NOT checked and notFlag is true (package must NOT be checked), correct AND logic, continue", andLogic.PackageName, andLogic.WillBeInstalled, andLogic.NotFlag);
}
ANDSPass = true;
}
else
{
if (!suppressSomeLogging)
{
Logging.Debug("Package {0}, checked={1}, notFlag={2}, incorrect AND logic, set ANDSPass=false and stop processing!", andLogic.PackageName, andLogic.WillBeInstalled, andLogic.NotFlag);
}
ANDSPass = false;
break;
}
}
string final = string.Format("Final result for dependency {0}: AND={1}, OR={2}", dependency.PackageName, ANDSPass, ORsPass);
if (ANDSPass && ORsPass)
{
if (suppressSomeLogging)
{
Logging.Info(LogOptions.MethodAndClassName, "Dependency {0} WILL be installed!", dependency.PackageName);
}
else
{
Logging.Debug("{0} (AND and OR) = TRUE, dependency WILL be installed!", final);
}
dependenciesToInstall.Add(dependency);
}
else
{
if (!suppressSomeLogging)
{
Logging.Debug("{0} (AND and OR) = FALSE, dependency WILL NOT be installed!", final);
}
}
if (dependency.DatabasePackageLogic.Count > 0 && (ANDSPass && ORsPass))
{
if (!suppressSomeLogging)
{
Logging.Debug("Updating future references (like logicalDependnecies) for if dependency was checked");
}
//update any dependencies that use it
foreach (DatabaseLogic callingLogic in dependency.Dependencies)
{
//get the dependency (if it is a dependency) that called this dependency
List <Dependency> found = dependencies.Where(dep => dep.PackageName.Equals(callingLogic.PackageName)).ToList();
if (found.Count > 0)
{
Dependency refrenced = found[0];
//now get the logic entry that references the original calculated dependency
List <DatabaseLogic> foundLogic = refrenced.DatabasePackageLogic.Where(logic => logic.PackageName.Equals(dependency.PackageName)).ToList();
if (foundLogic.Count > 0)
{
Logging.Debug("Logic reference entry for dependency {0} updated to {1}", refrenced.PackageName, ANDSPass && ORsPass);
foundLogic[0].WillBeInstalled = ANDSPass && ORsPass;
}
else
{
Logging.Error("Found logics count is 0 for updating references");
}
}
else
{
Logging.Error("Found count is 0 for updating references");
}
}
}
//remove it from list of not processed dependencies
notProcessedDependnecies.RemoveAt(0);
}
Logging.Debug("Step 4 complete");
return(dependenciesToInstall);
}
protected override void Dispose(bool disposing)
{
if (!disposedValue)
{
if (disposing)
{
if (Packages != null)
{
if (Packages.Count > 0)
{
foreach (SelectablePackage package in Packages)
{
package.Dispose();
}
}
Packages.Clear();
Packages = null;
}
if (Dependencies != null)
{
Dependency.ClearLogics(Dependencies);
Dependencies = null;
}
// TODO: dispose managed state (managed objects)
if (ParentCategory != null)
{
ParentCategory = null;
}
if (Parent != null)
{
Parent = null;
}
if (TopParent != null)
{
TopParent = null;
}
if (UserFiles != null)
{
foreach (UserFile file in UserFiles)
{
file.FilesSaved.Clear();
}
UserFiles.Clear();
UserFiles = null;
}
if (Medias != null)
{
foreach (Media media in Medias)
{
media.SelectablePackageParent = null;
}
Medias.Clear();
Medias = null;
}
if (UIComponent != null)
{
UIComponent.Package = null;
UIComponent = null;
}
if (ParentUIComponent != null)
{
ParentUIComponent.Package = null;
ParentUIComponent = null;
}
if (TopParentUIComponent != null)
{
TopParentUIComponent.Package = null;
TopParentUIComponent = null;
}
if (RelhaxWPFComboBoxList != null)
{
for (int i = 0; i < RelhaxWPFComboBoxList.Count(); i++)
{
if (RelhaxWPFComboBoxList[i] != null)
{
RelhaxWPFComboBoxList[i] = null;
}
}
RelhaxWPFComboBoxList = null;
}
if (ChildBorder != null)
{
ChildBorder = null;
}
if (ChildStackPanel != null)
{
ChildStackPanel = null;
}
if (ParentBorder != null)
{
ParentBorder = null;
}
if (ParentStackPanel != null)
{
ParentStackPanel = null;
}
if (ContentControl != null)
{
ContentControl = null;
}
if (ScrollViewer != null)
{
ScrollViewer = null;
}
if (TreeViewItem != null)
{
TreeViewItem = null;
}
if (TreeView != null)
{
TreeView = null;
}
if (TabIndex != null)
{
TabIndex = null;
}
}
// TODO: free unmanaged resources (unmanaged objects) and override finalizer
// TODO: set large fields to null
disposedValue = true;
}
base.Dispose(disposing);
}
