public void RegisterFunctions()
{
ExcelRegistration.GetExcelFunctions()
.ProcessParamsRegistrations()
.Select(UpdateHelpTopic)
.RegisterFunctions();
}
public void AutoOpen()
{
try
{
Application.ThreadException += ApplicationThreadUnhandledException;
AppDomain.CurrentDomain.UnhandledException += AppDomainUnhandledException;
TaskScheduler.UnobservedTaskException += TaskSchedulerUnobservedTaskException;
ExcelIntegration.RegisterUnhandledExceptionHandler(ExcelUnhandledException);
_log = Log.Logger = ConfigureLogging();
_log.Information("Starting sample Excel-DNA Add-In with Serilog Sink LogDisplay");
ExcelComAddInHelper.LoadComAddIn(this);
_log.Verbose("Registering functions");
ExcelRegistration.GetExcelFunctions()
.Select(UpdateFunctionAttributes)
.RegisterFunctions();
_log.Information("Sample Excel-DNA Add-In with Serilog Sink LogDisplay started");
}
catch (Exception ex)
{
ProcessUnhandledException(ex);
}
}
public void AutoOpen()
{
ExcelIntegration.RegisterUnhandledExceptionHandler(ex => "!!! ERROR: " + ex.ToString());
// Set the Parameter Conversions before they are applied by the ProcessParameterConversions call below.
// CONSIDER: We might change the registration to be an object...?
var conversionConfig = GetParameterConversionConfig();
var postAsyncReturnConfig = GetPostAsyncReturnConversionConfig();
var functionHandlerConfig = GetFunctionExecutionHandlerConfig();
// Get all the ExcelFunction functions, process and register
// Since the .dna file has ExplicitExports="true", these explicit registrations are the only ones - there is no default processing
ExcelRegistration.GetExcelFunctions()
.ProcessMapArrayFunctions(conversionConfig)
.ProcessParameterConversions(conversionConfig)
.ProcessAsyncRegistrations(nativeAsyncIfAvailable: false)
.ProcessParameterConversions(postAsyncReturnConfig)
.ProcessParamsRegistrations()
.ProcessFunctionExecutionHandlers(functionHandlerConfig)
.RegisterFunctions();
// First example if Instance -> Static conversion
InstanceMemberRegistration.TestInstanceRegistration();
}
public void AutoOpen()
{
ExcelRegistration
.GetExcelFunctions()
.ProcessParamsRegistrations()
.RegisterFunctions();
// ...
}
public void RegisterFunctions()
{
var postAsyncReturnConfig = GetPostAsyncReturnConversionConfig();
ExcelRegistration.GetExcelFunctions()
.ProcessParameterConversions(postAsyncReturnConfig)
.ProcessAsyncRegistrations(nativeAsyncIfAvailable: true)
.RegisterFunctions();
}
public void AutoOpen()
{
// Since we have specified ExplicitRegistration=true in the .dna file, we need to do all registration explicitly.
// Here we only add the async processing, which applies to our IObservable function.
ExcelRegistration.GetExcelFunctions()
.ProcessAsyncRegistrations()
.RegisterFunctions();
ExcelRegistration.GetExcelCommands().RegisterCommands();
}
public IEnumerable <ExcelFunctionRegistration> GetFunctionRegistrations()
{
var allFunctions = ExcelRegistration.GetExcelFunctions().ToList();
foreach (var reg in allFunctions)
{
reg.FunctionAttribute.Name = reg.FunctionAttribute.Name + ".Custom";
}
return(allFunctions);
}
public void RegisterFunctions()
{
ExcelRegistration.GetExcelFunctions()
.Where(x => x.FunctionAttribute.Category.Equals("FFE"))
.Select(f =>
{
Log.Debug("Registered FFE function: {@FfeFunction}", f.FunctionAttribute.Name);
return(f);
})
.RegisterFunctions();
}
void RegisterFunctions()
{
var postAsyncReturnConfig = GetPostAsyncReturnConversionConfig();
var conversionConfig = GetParameterConversionConfig();
ExcelRegistration.GetExcelFunctions()
.ProcessMapArrayFunctions(conversionConfig)
.ProcessParameterConversions(conversionConfig)
.ProcessAsyncRegistrations(nativeAsyncIfAvailable: false)
.ProcessParameterConversions(postAsyncReturnConfig)
.ProcessParamsRegistrations()
.RegisterFunctions();
}
private IEnumerable <string> GetFfeFunctionNames()
{
/*functionNames = GetExecutingAssembly().GetTypes()
* .SelectMany(t => t.GetMethods())
* .Where(m => m.GetCustomAttributes(typeof(ExcelFunctionAttribute), false).Length > 0)
* .Select(mi => mi.Name);*/
// FFE functions
functionNames = ExcelRegistration.GetExcelFunctions()
.Where(x => x.FunctionAttribute.Category.Equals("FFE"))
.Select(f => f.FunctionAttribute.Name);
// + SSQ UDFs
functionNames = functionNames.Union(SsqLoader.GetUdfs().Select(udf => udf.Value.QueryInformation.Name));
return(functionNames);
}
public void AutoOpen()
{
var functions = ExcelRegistration.GetExcelFunctions().ToList();
if (HasNativeXMatch())
{
foreach (var func in functions)
{
func.FunctionAttribute.Name = func.FunctionAttribute.Name + ".FROM.ADDIN";
}
}
functions.RegisterFunctions();
IntelliSenseServer.Install();
}
public void RegisterFunctions()
{
// DI as best we can do it
var instance = Resolver.Instance;
instance.Register <SwaggerClient>((c) => new SwaggerClient());
instance.Register <SwaggerRegistry>((c) => new SwaggerRegistry(c.Create <SwaggerClient>()));
ExcelRegistration.GetExcelFunctions()
.RegisterFunctions();
_syncContext = SynchronizationContext.Current ?? new WindowsFormsSynchronizationContext();
SwaggerRegistry.ApiLoadStatusStatic.Status = ApiLoadStatus.NotYetLoaded;
instance.Create <SwaggerRegistry>();
}
public void RegisterFunctions()
{
ExcelRegistration.GetExcelCommands().RegisterCommands();
/* to walk through which functions are being registered.....
* int i = 0;
* List<String> los = new List<string>(0);
* foreach (ExcelFunctionRegistration f in ExcelRegistration.GetExcelFunctions()) {
* los.Add(f.FunctionLambda.ToString());
* List<ExcelFunctionRegistration> ief = new List<ExcelFunctionRegistration>();
* ief.Add(f);
* i++;
* ExcelRegistration.RegisterFunctions(ief);
* }
*/
ExcelRegistration.GetExcelFunctions().RegisterFunctions();
}
public void AutoOpen()
{
var functions = ExcelRegistration.GetExcelFunctions().ToList();
if (HasNativeXMatch())
{
foreach (var func in functions)
{
func.FunctionAttribute.Name = "HUST." + func.FunctionAttribute.Name;
}
}
functions.RegisterFunctions();
///Cho phép hiển thị các dòng gợi ý hàm và gợi ý tham số của các thuộc tính
///<see cref="ExcelDna.Integration.ExcelFunctionAttribute"/> và <see cref="ExcelDna.Integration.ExcelArgumentAttribute"/>
IntelliSenseServer.Install();
}
public void AutoOpen()
{
if (AddIn.IsFirstRun == true)
{
IntelliSenseServer.Install();
AddIn.IsFirstRun = false;
}
ExcelApp = ExcelDnaUtil.Application as Excel.Application;
//ExcelApp.SheetActivate += ExcelApp_SheetActivate;
ExcelApp.SheetSelectionChange += ExcelApp_SheetSelectionChange;
ExcelApp.WindowActivate += ExcelApp_WindowActivate;
ExcelRegistration.GetExcelFunctions()//在此处显示注册函数
.Where(func => func.FunctionAttribute.Name.StartsWith("Params"))
.ProcessParamsRegistrations()
.RegisterFunctions();
//ComAddInConnection com_addin = new ComAddInConnection();
//ExcelComAddInHelper.LoadComAddIn(com_addin);
}
public virtual void AutoOpen()
{
ExcelIntegration.RegisterUnhandledExceptionHandler(OnError);
// Set the Parameter Conversions before they are applied by the ProcessParameterConversions call below.
// CONSIDER: We might change the registration to be an object...?
var conversionConfig = GetParameterConversionConfig();
// Get all the ExcelFunction functions, process and register
// Since the .dna file has ExplicitExports="true", these explicit registrations are the only ones - there is no default processing
ExcelRegistration.GetExcelFunctions()
.ProcessParameterConversions(conversionConfig)
.ProcessParamsRegistrations()
.RegisterFunctions();
var registration = new Registration(Container);
foreach (var methodInfo in Methods)
{
registration.AddMethod(methodInfo);
}
foreach (var propertyInfo in Properties)
{
registration.AddProperty(propertyInfo);
}
var bindingService = Container.GetInstance <IBindingService>();
var application = (Application)ExcelDnaUtil.Application;
application.SheetChange += bindingService.OnSheetChange;
registration.GetAllRegistrations()
.ProcessParameterConversions(conversionConfig)
.ProcessParamsRegistrations()
.ProcessAsyncRegistrations()
.RegisterFunctions();
}
public IEnumerable <ExcelFunctionRegistration> GetFunctionRegistrations() => ExcelRegistration.GetExcelFunctions();
private void SetupRegistration()
{
ProcessAndRegisterFunctions(ExcelRegistration.GetExcelFunctions());
}
void RegisterFunctions()
{
ExcelRegistration.GetExcelFunctions()
.ProcessAsyncRegistrations(nativeAsyncIfAvailable: false)
.RegisterFunctions();
}
public override IEnumerable <ExcelFunctionRegistrationBase> GetExcelFunctions()
{
return(ExcelRegistration.GetExcelFunctions()
.Select(f => (ExcelFunctionRegistrationBase) new ExcelFunctionRegistrationWrapper(f)));
}