public async Task <PCMSAPIResponse <bool> > MoveAttachments(
[FromBody] APIRequest <int> request
)
{
CheckAuthentication(request);
var connection = await ConnectionCreate(request);
var folderKey = $"Defendant:{request.Context.DefendantID}";
var folderKeyDestination = $"Defendant:{request.Parameters}";
var config = CountyState.Read(request.Context.CountyState);
// ensure everything exists before we try this
var sourceFolderIdentifier = new FolderIdentifier(config.UserIdentifier.OrganizationKey, folderKey);
var destinationFolderIdentifier = new FolderIdentifier(config.UserIdentifier.OrganizationKey, folderKeyDestination);
var folder = await connection.Folder.GetAsync(sourceFolderIdentifier)
?? await connection.Folder.PutAsync(new FolderModel(sourceFolderIdentifier));
var folderDestination = await connection.Folder.GetAsync(destinationFolderIdentifier)
?? await connection.Folder.PutAsync(new FolderModel(destinationFolderIdentifier));
folder = await connection.Folder.GetAsync(sourceFolderIdentifier, new List <PopulationDirective>
{
new PopulationDirective(nameof(FolderModel.Files))
});
if (folder != null)
{
foreach (var file in folder.Files.Rows)
{
await connection.ConcurrencyRetryBlock(async() =>
{
var updateFile = await connection.File.GetAsync(file.Identifier);
var views = updateFile.Read <List <AlternativeView> >(MetadataKeyConstants.ALTERNATIVE_VIEWS);
if (views != null)
{
foreach (var view in views)
{
if (view.FileIdentifier.FolderKey == folder.Identifier.FolderKey)
{
view.FileIdentifier.FolderKey = folderDestination.Identifier.FolderKey;
}
}
updateFile.Write(MetadataKeyConstants.ALTERNATIVE_VIEWS, views);
}
var childOf = updateFile.Read <FileIdentifier>(MetadataKeyConstants.CHILDOF);
if (childOf != null)
{
if (childOf.FolderKey == childOf.FolderKey)
{
childOf.FolderKey = childOf.FolderKey;
}
updateFile.Write(MetadataKeyConstants.CHILDOF, childOf);
}
if (views != null || childOf != null)
{
await connection.File.PutAsync(updateFile);
}
});
await connection.File.MoveAsync(
new FileIdentifier(destinationFolderIdentifier, file.Identifier.FileKey),
file.Identifier
);
}
}
return(new PCMSAPIResponse <bool>
{
Response = true
});
}
private async Task <Connection> ConnectionCreate(APIRequest request)
{
try
{
Logger.LogInformation($"Connection Create {JsonConvert.SerializeObject(request?.Context)}");
Logger.LogDebug(request.Context.CountyState);
var config = CountyState.Read(request.Context.CountyState);
var connection = new Connection(new Uri(Configuration.APIUrl))
{
Logger = Logger
};
bool needToken = true;
if (request.Context.UserState != null)
{
Logger.LogDebug($"Reusing existing token");
connection.Token = request.Context.UserState;
needToken = !(await connection.HealthGetAsync());
Logger.LogDebug($"NeedNewToken: {needToken}");
}
if (needToken)
{
var tokenResponse = await connection.User.AuthenticateAsync(new TokenRequestModel
{
Identifier = config.UserIdentifier,
Password = config.UserSecret
});
var userIdentifier = new UserIdentifier
{
OrganizationKey = config.UserIdentifier.OrganizationKey,
UserKey = request.Context.EmailAddress
};
await connection.ConcurrencyRetryBlock(async() =>
{
var user = await connection.User.GetAsync(userIdentifier);
if (user == null)
{
user = new UserModel(userIdentifier)
{
EmailAddress = request.Context.EmailAddress
};
user = await connection.User.PutAsync(user);
}
var identifiers = user.UserAccessIdentifiers?.ToList() ?? new List <string>();
bool dirty = false;
dirty = EnsureExists(identifiers, $"o:{user.Identifier.OrganizationKey}") || dirty;
dirty = EnsureExists(identifiers, $"x:eDiscovery") || dirty;
if (dirty)
{
await connection.User.AccessIdentifiersPutAsync(user.Identifier, identifiers);
}
});
tokenResponse = await connection.User.ImpersonateAsync(userIdentifier);
Logger.LogDebug($"Acquired new token: {connection.Token}");
}
userState = connection.Token;
return(connection);
}
catch (Exception e)
{
Logger.LogError(0, e, "Failed to login");
throw;
}
}
public async Task <PCMSAPIResponse <bool> > EDiscoveryStatisticsAsync([FromBody] APIRequest request)
{
CheckAuthentication(request);
var connection = await ConnectionCreate(request);
var config = CountyState.Read(request.Context.CountyState);
var folderKey = $"Defendant:{request.Context.DefendantID}";
var folderIdentifier = new FolderIdentifier(config.UserIdentifier.OrganizationKey, folderKey);
var stats = new EDiscoveryStatisticsResponse();
// Setup our state so we have everything we need.
var folder = await connection.Folder.GetAsync(folderIdentifier, new List <PopulationDirective>
{
new PopulationDirective
{
Name = nameof(FolderModel.Files)
}
});
if (folder?.Files?.Rows != null)
{
foreach (var file in folder.Files.Rows.ToList())
{
switch (GetCurrentShareState(file))
{
case EDiscoveryShareState.NotShared:
// No Op here
break;
case EDiscoveryShareState.Staged:
stats.FilesStaged++;
break;
case EDiscoveryShareState.Published:
stats.FilesPublished++;
break;
default:
break;
}
}
}
if (folder != null)
{
// Really the thing stored at this metadata key is a EdiscoveryRecipient, but I'm hoping we can get away with just bringing it back out as an object, because we
// only need the count off of it.
stats.RecipientCount = folder.Read <List <object> >(MetadataKeyConstants.E_DISCOVERY_RECIPIENT_LIST, defaultValue: new List <object>()).Count();
stats.IsEDiscoveryActive = folder.Read <bool>(MetadataKeyConstants.E_DISCOVERY_ACTIVE_METAKEY);
}
bool allowed = stats.FilesPublished == 0;
return(new PCMSAPIResponse <bool>
{
Response = allowed
});
}
