public EDiscoveryManagerPathModel GetNotSharedYetPath(FolderModel folder)
{
// We need to get the staged count, as it will allow us to A. determine if we're going to show the not shared yet folder,
// and B. a cound on the not shared yet folder.
var stagedCount = EDiscoveryUtility.GetStagedCount(folder);
var notSharedIdentifier = new PathIdentifier(folder.Identifier, EDiscoveryUtility.E_DISCOVERY_NOT_SHARED_PATH_KEY);
var processor = new PathProcessor(folder.Identifier);
processor.Read(folder, skipFolderPaths: true, pathReader: f => {
if (f.ShareState() != EDiscoveryShareState.Staged)
{
return(null);
}
var sharePath = f.MetaEDiscoveryPathIdentifierRead();
if (sharePath != null)
{
return(notSharedIdentifier.CreateChild(sharePath.PathKey));
}
return(null);
});
return(new EDiscoveryManagerPathModel()
{
Identifier = notSharedIdentifier,
Icons = new string[] { EDiscoveryUtility.EDISCOVERY_FOLDER_COLOR_STYLE },
Name = $"Not Shared Yet ({stagedCount.ToString()})",
FullPath = "eDiscovery/Not Shared Yet",
AllowedOperations = null,
Paths = processor[notSharedIdentifier]?.Paths
});
}
public PathProcessor(FolderIdentifier folderIdentifier)
{
this.PathMap = new Dictionary <PathIdentifier, ManagerPathModel>();
this.FolderIdentifier = folderIdentifier;
Add(PathIdentifier.Root(folderIdentifier));
}
public override void BuildDynamicFolders(PathIdentifier identifier, ItemQueryResponse page, FolderModel folder, bool isRestrictedView = false)
{
if (EDiscoveryUtility.IsUserEDiscovery(connection.UserAccessIdentifiers) ||
LEOUploadUtility.IsUserLeo(connection.UserAccessIdentifiers))
{
return;
}
var logPathIdentifier = new PathIdentifier(identifier)
{
PathKey = LOG_READER_PATH_KEY
};
if (page.PathTree.Paths == null)
{
page.PathTree.Paths = new List <ManagerPathModel>();
}
// Last the parent / root node of 'eDiscovery'
var logPath = new ManagerPathModel
{
Identifier = logPathIdentifier,
Icons = new string[] { "fa-history" },
Name = "Logs",
FullPath = LOG_READER_PATH_KEY,
AllowedOperations = null,
Paths = new List <ManagerPathModel>(),
IsExpanded = false
};
page.PathTree.Paths.Add(logPath);
}
public override BaseItemQueryHandler GetInitialQueryHandler(PathIdentifier identifier, PathService pathService, APIConnection connection, IAuditLogStore auditLogStore, ManagerConfiguration managerConfiguration, FileService fileService)
{
// If the user is leo user, we're going to use a special query handler that
// will return only the files the user is allowed to see.
if (LEOUploadUtility.IsUserLeo(connection.UserAccessIdentifiers))
{
var userKey = connection.UserIdentifier.UserKey;
// here we're going to do some basic security check. The userKey has a folder key on it. We need to make sure that matches.
var userKeyTokens = userKey.Split(':').ToList();
// now this will be an array, of tokens, keep in mind userkeys can be something like Defendant:18337980:[email protected], so we want everything before the last ':'
// so we can remove the last token, and then we'll be able to just join back everything else.
userKeyTokens.RemoveAt(userKeyTokens.Count - 1);
// also get rid of the leo: prefix
userKeyTokens.RemoveAt(0);
var folderKeyFromUser = String.Join(':', userKeyTokens);
if (folderKeyFromUser != identifier.FolderKey)
{
throw (new UnauthorizedAccessException($"You're not authorized for this Folder userKey:{userKey} tried to access: {identifier.FolderKey}"));
}
return(new LEOUserItemQueryHandler(pathService, connection, auditLogStore, this, managerConfiguration, fileService));
}
if (identifier.PathKey == LEOUploadUtility.LEO_UPLOAD_PATH_KEY)
{
return(new LEOUploadRootQueryHandler(pathService, connection, auditLogStore, this, managerConfiguration, fileService));
}
return(null);
}
protected virtual async Task Initialize(PathIdentifier identifier)
{
state = await pathService.OpenFolder(identifier);
page = new ItemQueryResponse
{
PathName = identifier.LeafName,
PathTree = state.Paths.Root,
};
if (state.Folder != null)
{
var caseNumber = state.Folder.Read <string>("attribute.casenumber");
var lastName = state.Folder.Read <string>("attribute.lastname");
if (lastName != null)
{
if (caseNumber != null)
{
page.PathTree.Name = $"{lastName} ({caseNumber})";
}
else
{
page.PathTree.Name = lastName;
}
}
}
filteredFiles = state.Folder.Files.Rows as IEnumerable <FileModel>; //A collection of files that we will use to build up our response.
}
public override void AlterGridTitle(string gridTitle, PathIdentifier identifier)
{
if (EDiscoveryUtility.IsEDiscoveryPath(identifier))
{
gridTitle = identifier.FullName;
}
}
protected override void AddSubpaths(List <IModule> activeModules, PathIdentifier identifier)
{
if (IsAllowed(identifier, includeAncestors: false))
{
base.AddSubpaths(activeModules, identifier);
}
}
protected virtual void AddSubpaths(List <IModule> activeModules, PathIdentifier identifier)
{
// add subpaths
var requestedPath = state.Paths[identifier];
if (requestedPath?.Paths != null)
{
foreach (var p in requestedPath.Paths)
{
allRows.Add(new ManagerPathModel
{
Identifier = p.Identifier,
AllowedOperations = GetSubPathOperations(activeModules, p.Identifier),
FullPath = p.FullPath,
Icons = p.Icons,
Name = p.Name,
Paths = null
});
}
}
foreach (var module in activeModules)
{
module.FinalFilter(allRows, identifier);
}
}
private AllowedOperation[] GetDefaultAllowedOperations(PathIdentifier pathIdentifier)
{
return(new AllowedOperation[]
{
AllowedOperation.GetAllowedOperationMove(pathIdentifier, pathIdentifier)
});
}
protected override async Task Initialize(PathIdentifier identifier)
{
state = await pathService.OpenFolder(identifier, true);
page = new ItemQueryResponse
{
PathName = identifier.LeafName,
PathTree = state.Paths.Root,
};
// Only add an audit log entry if the user accessed a package. If full path == null, then they're hitting "Case Files"
if (!String.IsNullOrEmpty(identifier.FullName))
{
await this.auditLogStore.AddEntry(
new AuditLogEntry()
{
EntryType = AuditLogEntryType.eDiscoveryUserPackageAccess,
Message = $"User Accessed Package: \"{identifier.PathKey.Replace(EDiscoveryUtility.E_DISCOVERY_PATH_NAME + "/", "")}\" ",
ModuleType = ModuleType.eDiscovery
},
identifier as FolderIdentifier
);
}
filteredFiles = state.Folder.Files.Rows as IEnumerable <FileModel>; //A collection of files that we will use to build up our response.
}
protected virtual void BuildDynamicFolders(List <IModule> activeModules, PathIdentifier identifier, ItemQueryResponse page, FolderModel folder)
{
foreach (var module in activeModules)
{
// False here signals that this is not the restricted view. So for instance with eDiscovery the not shared yet folder will be included.
module.BuildDynamicFolders(identifier, page, state.Folder, false);
}
}
public ManagerPathModel this[PathIdentifier pathIdentifier]
{
get
{
Add(pathIdentifier);
return(PathMap[pathIdentifier]);
}
}
protected override void BuildDynamicFolders(List <IModule> activeModules, PathIdentifier identifier, ItemQueryResponse page, FolderModel folder)
{
foreach (var module in activeModules)
{
// true here means that this is a restricted view, so for things like EDiscovery the not shared yet folder will not be included.
module.BuildDynamicFolders(identifier, page, state.Folder, true);
}
}
protected virtual void InternalFilterFiles(PathIdentifier identifier)
{
filteredFiles = filteredFiles
.Where(f => f.Read <string>(MetadataKeyConstants.E_DISCOVERY_SHARE_STATE_META_KEY) == EDiscoveryShareState.Published.ToString())
.Where(f => PackageName == "all" ||
f.Read <string>(MetadataKeyConstants.E_DISCOVERY_SHARE_PACKGAGE) == PackageName
);
}
public override BaseItemQueryHandler GetInitialQueryHandler(PathIdentifier identifier, PathService pathService, APIConnection connection, IAuditLogStore auditLogStore, ManagerConfiguration managerConfiguration, FileService fileService)
{
if (identifier.PathKey == LOG_READER_PATH_KEY)
{
return(new LogReaderQueryHandler(pathService, connection, managerConfiguration, fileService, logReaderService));
}
return(null);
}
public PathIdentifier GetOfficerPath(FolderIdentifier folderIdentifier, string firstName, string lastName)
{
var leoUploadFolder = new PathIdentifier(folderIdentifier, LEOUploadUtility.LEO_UPLOAD_PATH_KEY);
// Here we're adding a child folder to the leo upload whenever we add a new officer.
var childPath = leoUploadFolder.CreateChild($"{firstName} {lastName}");
return(childPath);
}
protected override void BuildDynamicFolders(List <IModule> activeModules, PathIdentifier identifier, ItemQueryResponse page, FolderModel folder)
{
base.BuildDynamicFolders(activeModules, identifier, page, folder);
if (IsLEOUser)
{
SecurityPrunePaths(page.PathTree);
}
}
public ISourceFile GetLocalIncludeFile(string Path)
{
string absPath = new PathIdentifier(DirectoryPath, Path).AbsolutePath.Path;
if (System.IO.File.Exists(absPath))
{
return(new SourceFile(new LazySourceDocument(absPath, Parameters.Log), Parameters));
}
return(null);
}
public static void MetaPathIdentifierWrite(this FileModel fileModel, PathIdentifier pathIdentifier)
{
if (pathIdentifier.OrganizationKey != fileModel.Identifier.OrganizationKey ||
pathIdentifier.FolderKey != fileModel.Identifier.FolderKey)
{
throw new Exception("PathIdentifier does not reconcile with file's Identifier wrt: OrganizationKey or FolderKey");
}
fileModel.Write("_path", pathIdentifier.PathKey);
}
public List <EDiscoveryManagerPathModel> BuildDatedPackagesDynamicFolder(FolderModel folder)
{
var managerPaths = new List <EDiscoveryManagerPathModel>();
var packageMap = folder.Read <EDiscoveryPackageMap>(MetadataKeyConstants.E_DISCOVERY_PACKAGE_MAP_METAKEY);
if (this.IsModuleActive(folder))
{
// go through all the folders, and find all the
foreach (var file in folder.Files.Rows
.Where(f => f.Read <string>(MetadataKeyConstants.E_DISCOVERY_SHARE_PACKGAGE) != null)
)
{
var sharePackageName = file.Read <string>(MetadataKeyConstants.E_DISCOVERY_SHARE_PACKGAGE);
var sharePackageIdentifier = new PathIdentifier(file.Identifier as FolderIdentifier, "eDiscovery/" + sharePackageName);
// Here we're checking to make sure we haven't already added this 'dated share folder'
if (!managerPaths.Any(mp => mp.Identifier.Equals(sharePackageIdentifier)))
{
var processor = new PathProcessor(folder.Identifier);
processor.Read(folder, skipFolderPaths: true, pathReader: f => {
var sharePath = f.MetaEDiscoveryPathIdentifierRead();
if (sharePackageName != null &&
f.Read <string>(MetadataKeyConstants.E_DISCOVERY_SHARE_PACKGAGE) != sharePackageName)
{
return(null);
}
if (sharePath != null)
{
return(sharePackageIdentifier.CreateChild(sharePath.PathKey));
}
else
{
return(sharePath);
}
});
var packagePath = new EDiscoveryManagerPathModel()
{
Identifier = sharePackageIdentifier,
Icons = new string[] { EDiscoveryUtility.EDISCOVERY_FOLDER_COLOR_STYLE },
Name = sharePackageName,
FullPath = sharePackageIdentifier.FullName,
Paths = processor[sharePackageIdentifier]?.Paths,
CustomName = EDiscoveryUtility.GetCustomName(packageMap, sharePackageName),
AllowedOperations = EDiscoveryUtility.IsUserEDiscovery(connection.UserAccessIdentifiers) ? new AllowedOperation[] { } : new AllowedOperation[] { AllowedOperation.GetAllowedOperationEditPackageName(folder.Identifier, sharePackageName) },
};
managerPaths.Add(packagePath);
}
}
}
return(managerPaths);
}
public async Task SharePath(PathIdentifier pathIdentifier, bool shared)
{
if (shared)
{
await SharePathForEDiscoveryAsync(pathIdentifier);
}
else
{
await UnSharePathForEDiscoveryAsync(pathIdentifier);
}
}
protected override List <AllowedOperation> GetPageAllowedOperations(PathIdentifier identifier)
{
var ops = new List <AllowedOperation>();
if (ManagerConfiguration.IsFeatureEnabledSearch)
{
AllowedOperation.GetAllowedOperationSearch(identifier);
}
return(ops);
}
public static bool IsEDiscoveryPath(PathIdentifier pathIdentifier)
{
var path = pathIdentifier?.PathKey;
return(path != null && (
path == EDiscoveryUtility.E_DISCOVERY_NOT_SHARED_PATH_KEY ||
path == EDiscoveryUtility.E_DISCOVERY_ALL_PACKAGE_PATH_KEY ||
path == EDiscoveryUtility.E_DISCOVERY_PATH_KEY ||
path.StartsWith(EDiscoveryUtility.E_DISCOVERY_DATED_PACKAGE_PATH_KEY)
));
}
public override void OnResponse(ItemQueryResponse response, PathIdentifier pathIdentifier)
{
var leoUploadPath = new PathIdentifier(pathIdentifier as FolderIdentifier, LEOUploadUtility.LEO_UPLOAD_PATH_KEY);
if (pathIdentifier.IsChildOf(leoUploadPath) && response.AllowedOperations != null)
{
if (!LEOUploadUtility.IsUserLeo(connection.UserAccessIdentifiers))
{
response.AllowedOperations = response.AllowedOperations.Where(a => !(a.BatchOperation is UploadRequest));
}
}
}
protected override void FilterFiles(PathIdentifier identifier)
{
PackageIdentifier = EDiscoveryUtility.GetPackageIdentifier(identifier);
RelativePathIdentifier = identifier?.RelativeTo(PackageIdentifier);
PackageName = PackageIdentifier?.PathKey?.Replace("eDiscovery/", "");
InternalFilterFiles(identifier);
filteredFiles = filteredFiles
.Where(f => EDiscoveryUtility.IsPackageRelativePath(f, RelativePathIdentifier))
.Where(f => !f.Read <bool>(MetadataKeyConstants.HIDDEN));
}
public override void FinalFilter(List <IItemQueryResponse> allRows, PathIdentifier identifier)
{
var leoUploadPath = new PathIdentifier(identifier as FolderIdentifier, LEOUploadUtility.LEO_UPLOAD_PATH_KEY);
if (identifier.IsRoot)
{
var subPath = allRows.OfType <ManagerPathModel>().FirstOrDefault(r => leoUploadPath.Equals(r.Identifier));
if (subPath != null)
{
allRows.Remove(subPath);
}
}
}
public override void AlterSubPathOperations(PathIdentifier pathIdentifier, List <AllowedOperation> subPathDefaultOperations)
{
if (EDiscoveryUtility.IsEDiscoveryPath(pathIdentifier))
{
// If it's an eDiscovery path, we're going to clear out the allowed operations.
subPathDefaultOperations.Clear();
}
else
{
subPathDefaultOperations.Add(AllowedOperation.GetAllowedOperationShare(pathIdentifier, true));
subPathDefaultOperations.Add(AllowedOperation.GetAllowedOperationShare(pathIdentifier, false));
}
}
public ISourceFile GetAdditionalIncludeFile(string Path)
{
if (Parameters.Log.Options.HasOption("includes"))
{
foreach (var includeDir in Parameters.Log.Options.GetOption <string[]>("includes", new string[] { }))
{
string absPath = new PathIdentifier(includeDir, Path).AbsolutePath.Path;
if (System.IO.File.Exists(absPath))
{
return(new SourceFile(new LazySourceDocument(absPath, Parameters.Log), Parameters));
}
}
}
return(null);
}
protected override void FilterFiles(PathIdentifier identifier)
{
if (IsLEOUser)
{
//if (identifier.IsChildOf(OfficerPathIdentifier))
{
filteredFiles = filteredFiles
.Where(f => identifier.Equals(f.MetaPathIdentifierRead()))
.Where(f => !f.MetaHiddenRead())
.Where(f => f.MetaPathIdentifierRead()?.IsChildOf(OfficerPathIdentifier) ?? false);
}
//else
// filteredFiles = new FileModel[0];
}
}
public async Task SharePathForEDiscoveryAsync(PathIdentifier pathIdentifier)
{
var notShared = await this.FilesOfStateInPath(EDiscoveryShareState.NotShared, pathIdentifier);
foreach (var file in notShared)
{
var filePath = file.MetaPathIdentifierRead();
var relativePath = filePath.RelativeTo(pathIdentifier.ParentPathIdentifier);
file.MetaEDiscoveryPathIdentifierWrite(relativePath);
UpdateShareState(file, EDiscoveryShareState.Staged);
await connection.File.PutAsync(file);
}
}