// Constructors
internal Session(Domain domain, SessionConfiguration configuration, bool activate)
: base(domain)
{
Guid = Guid.NewGuid();
IsDebugEventLoggingEnabled = OrmLog.IsLogged(LogLevel.Debug); // Just to cache this value
// Both Domain and Configuration are valid references here;
// Configuration is already locked
Configuration = configuration;
Name = configuration.Name;
identifier = Interlocked.Increment(ref lastUsedIdentifier);
CommandTimeout = configuration.DefaultCommandTimeout;
allowSwitching = configuration.Supports(SessionOptions.AllowSwitching);
// Handlers
Handlers = domain.Handlers;
Handler = CreateSessionHandler();
// Caches, registry
EntityStateCache = CreateSessionCache(configuration);
EntityChangeRegistry = new EntityChangeRegistry(this);
EntitySetChangeRegistry = new EntitySetChangeRegistry(this);
ReferenceFieldsChangesRegistry = new ReferenceFieldsChangesRegistry(this);
entitySetsWithInvalidState = new HashSet <EntitySetBase>();
// Events
EntityEvents = new EntityEventBroker();
Events = new SessionEventAccessor(this, false);
SystemEvents = new SessionEventAccessor(this, true);
// Etc.
PairSyncManager = new SyncManager(this);
RemovalProcessor = new RemovalProcessor(this);
pinner = new Pinner(this);
Operations = new OperationRegistry(this);
NonPairedReferencesRegistry = new NonPairedReferenceChangesRegistry(this);
CommandProcessorContextProvider = new CommandProcessorContextProvider(this);
// Validation context
ValidationContext = Configuration.Supports(SessionOptions.ValidateEntities)
? (ValidationContext) new RealValidationContext()
: new VoidValidationContext();
// Creating Services
Services = CreateServices();
disposableSet = new DisposableSet();
remapper = new KeyRemapper(this);
disableAutoSaveChanges = !configuration.Supports(SessionOptions.AutoSaveChanges);
// Perform activation
if (activate)
{
ActivateInternally();
}
// Query endpoint
SystemQuery = Query = new QueryEndpoint(new QueryProvider(this));
}
public static void RegisterOperations()
{
OperationRegistry.RegisterOperation(new Operation("Statistical Filters", "Median", "Median(X)", Median, true));
OperationRegistry.RegisterOperation(new Operation("Statistical Filters", "Min", "Min(X)", Min, true));
OperationRegistry.RegisterOperation(new Operation("Statistical Filters", "Max", "Max(X)", Max, true));
OperationRegistry.RegisterOperation(new Operation("Statistical Filters", "Midpoint", "Midpoint(X)", Midpoint, true));
OperationRegistry.RegisterOperation(new Operation("Statistical Filters", "Alpha-trimmed (2)", "AlphaTrim(X)", AlphaTrim, true));
}
public static void RegisterOperations()
{
OperationRegistry.RegisterOperation(new Operation("Morphological Operations", "To Binary", "Bin(X)", Bin, true));
OperationRegistry.RegisterOperation(new Operation("Morphological Operations", "Erode", "Erode(X)", Erode, true));
OperationRegistry.RegisterOperation(new Operation("Morphological Operations", "Dilate", "Dilate(X)", Dilate, true));
OperationRegistry.RegisterOperation(new Operation("Morphological Operations", "Open", "Open(X)", Open, true));
OperationRegistry.RegisterOperation(new Operation("Morphological Operations", "Close", "Close(X)", Close, true));
}
public static void RegisterOperations()
{
OperationRegistry.RegisterOperation(new Operation("Space Domain Filters", "Laplacian 4", "Laplacian4(X)", Laplacian4, true));
OperationRegistry.RegisterOperation(new Operation("Space Domain Filters", "Mean", "Mean(X)", Mean, true));
OperationRegistry.RegisterOperation(new Operation("Space Domain Filters", "SobelX", "SobelX(X)", SobelX, true));
OperationRegistry.RegisterOperation(new Operation("Space Domain Filters", "SobelY", "SobelY(X)", SobelY, true));
OperationRegistry.RegisterOperation(new Operation("Space Domain Filters", "Laplacian 8", "Laplacian8(X)", Laplacian8, true));
}
/// <summary>
/// Performs the calculation if all parameters are provided.
/// </summary>
/// <returns>The result of the operation.</returns>
public override int Compute()
{
var strings = File.ReadAllText(filePath).Split(new string[] { "\r\n" }, StringSplitOptions.RemoveEmptyEntries);
if (strings == null || strings.Length < 1)
{
throw new ArgumentException();
}
return(OperationRegistry.CreateOperation((strings.Length > 2) ? strings[2] : string.Empty, int.Parse(strings[0].Trim()), int.Parse(strings[1].Trim())).Execute());
}
public static void RegisterOperations()
{
OperationRegistry.RegisterOperation(new Operation("Frequency Domain Filters", "FFT", "FFT(X)", FFT, true));
OperationRegistry.RegisterOperation(new Operation("Frequency Domain Filters", "Inverse FFT", "IFFT(X)", IFFT, true));
OperationRegistry.RegisterOperation(new Operation("Frequency Domain Filters", "High Pass Filter", "HighPass(X,f)", HighPass, true));
OperationRegistry.RegisterOperation(new Operation("Frequency Domain Filters", "Low Pass Filter", "LowPass(X,f)", LowPass, true));
OperationRegistry.RegisterOperation(new Operation("Frequency Domain Filters", "Band Pass Filter", "BandPass(X,f1,f2)", BandPass, true));
OperationRegistry.RegisterOperation(new Operation("Frequency Domain Filters", "Notch Filter", "Notch(X,f1,f2)", Notch, true));
OperationRegistry.RegisterOperation(new Operation("Frequency Domain Filters", "Butterworth Low Pass (n=2) Filter", "ButterworthLow(X,f)", ButterworthLow, true));
OperationRegistry.RegisterOperation(new Operation("Frequency Domain Filters", "Butterworth High Pass (n=2) Filter", "ButterworthHigh(X,f)", ButterworthHigh, true));
OperationRegistry.RegisterOperation(new Operation("Frequency Domain Filters", "Butterworth Low Pass (n=4) Filter", "ButterworthLow4(X,f)", ButterworthLow4, true));
OperationRegistry.RegisterOperation(new Operation("Frequency Domain Filters", "Butterworth High Pass (n=4) Filter", "ButterworthHigh4(X,f)", ButterworthHigh4, true));
}
//-----------------------------------------------------------
public static void init( )
{
last_label_no = 0;
last_temp_no_internal = 0;
current_context = null;
current_program_unit = null;
current_routine_decl = null;
string suffix = "";
string output = "";
if (options.Output != null)
{
output = options.Output.Substring(0);
}
else if (options.OutputAssembly != null)
{
output = options.OutputAssembly.Substring(0);
}
int slash_index = output.LastIndexOf('/');
if (slash_index == -1)
{
slash_index = output.LastIndexOf('\\');
}
int dot_index = output.LastIndexOf('.');
if (dot_index == -1)
{
dot_index = output.Length;
}
if (slash_index == -1)
{
suffix = output.Substring(slash_index + 1, dot_index);
}
else
{
suffix = output.Substring(slash_index + 1, dot_index - slash_index + 1);
}
suffix.Replace("-", "_minus_");
globalMath = new MathGenerator(suffix);
_kernelRegistry = new KernelRegistry();
_operationRegistry = new OperationRegistry();
// current_namespace_decl = null;
globalTree = null; //-- do not do: it's required afterwards for reporting
}
public static void RegisterOperations()
{
OperationRegistry.RegisterOperation(new Operation("Color Routines", "Convert To HSI (View Only)", "HSI(X)", HSI, true));
OperationRegistry.RegisterOperation(new Operation("Color Routines", "HSI Color Enhance", "HSI_Enhance(X)", Enhance, true));
}
// The following describes and registers all operations contained in this module.
public static void RegisterOperations()
{
OperationRegistry.RegisterOperation(new Operation("Transformations", "Scale", "Scale(X,p)", Scale, true));
OperationRegistry.RegisterOperation(new Operation("Transformations", "Rotate", "Rotate(X,T)", Rotate, true));
OperationRegistry.RegisterOperation(new Operation("Transformations", "Crop", "Crop(X,(x1,y1,x2,y2))", Crop, true));
}
// Constructors
public BlockingOperationRegistrationScope(OperationRegistry owner)
{
this.owner = owner;
}
public void Setup()
{
_operationRegistry = new OperationRegistry();
}
