public static async Task <bool> Start(IApplication clientApplication, bool disableDevices, string dataDirectory, bool openExecution = true, IProgress <Tuple <int, string> > progress = null)
{
if (_state == RunState.Stopped)
{
try {
Logging.Info("Vixen System starting up...");
_state = RunState.Starting;
ApplicationServices.ClientApplication = clientApplication;
Instrumentation = new Instrumentation.Instrumentation();
await LoadConfiguration(disableDevices, dataDirectory, progress);
if (openExecution)
{
Execution.OpenExecution();
}
_state = RunState.Started;
Logging.Info("Vixen System successfully started.");
}
catch (Exception ex) {
// The client is expected to have subscribed to the logging event
// so that it knows that an exception occurred during loading.
Logging.Error(ex, "Error during system startup!");
return(false);
}
}
return(true);
}
static public void Start(IApplication clientApplication, bool openExecution = true, bool disableDevices = false, string dataRootDirectory = null)
{
if (_state == RunState.Stopped)
{
try {
_state = RunState.Starting;
ApplicationServices.ClientApplication = clientApplication;
// A user data file in the binary branch will give any alternate
// data branch to use.
Paths.DataRootPath = dataRootDirectory ?? _GetUserDataPath();
_InitializeLogging();
Logging.Info("Vixen System starting up...");
Instrumentation = new Instrumentation.Instrumentation();
ModuleImplementation[] moduleImplementations = Modules.GetImplementations();
// Build branches for each module type.
foreach (ModuleImplementation moduleImplementation in moduleImplementations)
{
Helper.EnsureDirectory(Path.Combine(Modules.Directory, moduleImplementation.TypeOfModule));
}
// There is going to be a "Common" directory for non-module DLLs.
// This will give them a place to be other than the module directories.
// If they're in a module directory, the system will try to load them and
// it will result in an unnecessary log notification for the user.
// All other binary directories (module directories) have something driving
// their presence, but this doesn't. So it's going to be a blatantly
// ugly statement for now.
Helper.EnsureDirectory(Path.Combine(Paths.BinaryRootPath, "Common"));
// Load all module descriptors.
Modules.LoadAllModules();
LoadSystemConfig();
// Add modules to repositories.
Modules.PopulateRepositories();
if (disableDevices)
{
SystemConfig.DisabledDevices = OutputDeviceManagement.Devices;
}
if (openExecution)
{
Execution.OpenExecution();
}
_state = RunState.Started;
Logging.Info("Vixen System successfully started.");
} catch (Exception ex) {
// The client is expected to have subscribed to the logging event
// so that it knows that an exception occurred during loading.
Logging.Error("Error during system startup; the system has been stopped.", ex);
Stop();
}
}
}
public static void Start(IApplication clientApplication, bool openExecution = true, bool disableDevices = false,
string dataRootDirectory = null)
{
if (_state == RunState.Stopped) {
try {
_state = RunState.Starting;
ApplicationServices.ClientApplication = clientApplication;
// A user data file in the binary branch will give any alternate
// data branch to use.
Paths.DataRootPath = dataRootDirectory ?? _GetUserDataPath();
Logging.Info("Vixen System starting up...");
Instrumentation = new Instrumentation.Instrumentation();
ModuleImplementation[] moduleImplementations = Modules.GetImplementations();
// Build branches for each module type.
foreach (ModuleImplementation moduleImplementation in moduleImplementations) {
Helper.EnsureDirectory(Path.Combine(Modules.Directory, moduleImplementation.TypeOfModule));
}
// There is going to be a "Common" directory for non-module DLLs.
// This will give them a place to be other than the module directories.
// If they're in a module directory, the system will try to load them and
// it will result in an unnecessary log notification for the user.
// All other binary directories (module directories) have something driving
// their presence, but this doesn't. So it's going to be a blatantly
// ugly statement for now.
Helper.EnsureDirectory(Path.Combine(Paths.BinaryRootPath, "Common"));
// Load all module descriptors.
Modules.LoadAllModules();
LoadSystemConfig();
// Add modules to repositories.
Modules.PopulateRepositories();
if (disableDevices) {
SystemConfig.DisabledDevices = OutputDeviceManagement.Devices;
}
if (openExecution) {
Execution.OpenExecution();
}
_state = RunState.Started;
Logging.Info("Vixen System successfully started.");
}
catch (Exception ex) {
// The client is expected to have subscribed to the logging event
// so that it knows that an exception occurred during loading.
Logging.ErrorException("Error during system startup; the system has been stopped.", ex);
Stop();
}
}
}
public static bool Start(IApplication clientApplication, bool openExecution = true, bool disableDevices = false,
string dataRootDirectory = null)
{
if (_state == RunState.Stopped)
{
try {
_state = RunState.Starting;
ApplicationServices.ClientApplication = clientApplication;
// A user data file in the binary branch will give any alternate
// data branch to use.
Paths.DataRootPath = dataRootDirectory ?? _GetUserDataPath();
Logging.Info("Vixen System starting up...");
Instrumentation = new Instrumentation.Instrumentation();
ModuleImplementation[] moduleImplementations = Modules.GetImplementations();
// Build branches for each module type.
foreach (ModuleImplementation moduleImplementation in moduleImplementations)
{
Helper.EnsureDirectory(Path.Combine(Modules.Directory, moduleImplementation.TypeOfModule));
}
// There is going to be a "Common" directory for non-module DLLs.
// This will give them a place to be other than the module directories.
// If they're in a module directory, the system will try to load them and
// it will result in an unnecessary log notification for the user.
// All other binary directories (module directories) have something driving
// their presence, but this doesn't. So it's going to be a blatantly
// ugly statement for now.
Helper.EnsureDirectory(Path.Combine(Paths.BinaryRootPath, "Common"));
// Load all module descriptors.
Modules.LoadAllModules();
LoadSystemConfig();
DefaultUpdateTimeSpan = TimeSpan.FromMilliseconds(SystemConfig.DefaultUpdateInterval);
// Add modules to repositories.
Modules.PopulateRepositories();
if (disableDevices)
{
SystemConfig.DisabledDevices = OutputDeviceManagement.Devices;
}
if (MigrationOccured)
{
//save the configs to ensure they do not get lost. We no longer automatically save on close.
SaveSystemAndModuleConfigAsync();
MigrationOccured = false;
}
if (openExecution)
{
Execution.OpenExecution();
}
//var temp = Modules.ModuleManagement.GetEffect(new Guid("{32cff8e0-5b10-4466-a093-0d232c55aac0}"));
//if (temp == null)
//{
// Logging.Error("Module Management init error!");
//}
_state = RunState.Started;
Logging.Info("Vixen System successfully started.");
}
catch (Exception ex) {
// The client is expected to have subscribed to the logging event
// so that it knows that an exception occurred during loading.
Logging.Error("Error during system startup!", ex);
return(false);
}
}
return(true);
}
