DynExp's main namespace contains the implementation of DynExp including classes to manage resources (DynExp objects like hardware adapters, instruments, and modules) as well as their dependencies and parameters. More...

Classes
class	ProjectParams
	Defines a parameter class with parameters common to all DynExp projects. More...

class	DynExpCore
	DynExp's core class acts as the interface between the user interface and DynExp's internal data like all DynExp::Object instances and their threads. There should only be one instance of this class. It owns all DynExp resources through the respective `ResourceManagerBase` instances. Logical const-ness: Non-const functions (like functions to run/stop/reset/save/... the project) cannot be called from DynExp::Object instances possessing a const handle to the `DynExpCore` instance. Instead, these functions should be called through the user interface (from the `DynExpManager` instance). More...

struct	DefaultLocaleSeparator
	Default number separators used within DynExp. More...

class	HardwareAdapterParamsBase
	Parameter class for `HardwareAdapterBase`. More...

class	HardwareAdapterConfiguratorBase
	Configurator class for `HardwareAdapterBase`. More...

class	HardwareAdapterBase
	Defines the base class for a hardware adapter object. Hardware adapters describe interfaces/connections to physical hardware. More...

class	SerialCommunicationException
	Defines an exception caused by a serial communication operation of a hardware adapter. More...

class	SerialCommunicationHardwareAdapterParams
	Parameter class for `SerialCommunicationHardwareAdapter`. More...

class	SerialCommunicationHardwareAdapterConfigurator
	Configurator class for `SerialCommunicationHardwareAdapter`. More...

class	SerialCommunicationHardwareAdapter
	Defines a hardware adapter for serial communication. Logical const-ness: see declaration of class DynExp::Object. More...

class	QSerialCommunicationHardwareAdapterParams
	Parameter class for `QSerialCommunicationHardwareAdapter`. More...

class	QSerialCommunicationHardwareAdapterConfigurator
	Configurator class for `QSerialCommunicationHardwareAdapter`. More...

class	QSerialCommunicationHardwareAdapterWorker
	Qt worker which performs actual serial communication hardware operations in a separate thread in order not to interfer with processor time used to update the user interface. All functions are inherently thead-safe since they are only called by the worker thread the respective instance of this class lives in. More...

class	QSerialCommunicationHardwareAdapter
	`SerialCommunicationHardwareAdapter` is based on a Qt communication object (wrapped by `QSerialCommunicationHardwareAdapterWorker`) which cannot be shared between different threads. Instead, it lives in a `DynExpCore's` worker thread. `QSerialCommunicationHardwareAdapter` just pushes messages to it and allows the `QSerialCommunicationHardwareAdapterWorker` instance to communicate its state and data to the corresponding `QSerialCommunicationHardwareAdapter` instance. More...

class	NetworkException
	Defines an exception caused by a hardware operation on an ethernet interface (e.g. reading/writing data to a TCP socket). More...

class	NetworkParamsExtension
	Bundles several parameters to describe a network connection. Use in parameter classes. More...

class	HardwareAdapterTcpSocketParams
	Parameter class for `HardwareAdapterTcpSocket`. More...

class	HardwareAdapterTcpSocketConfigurator
	Configurator class for `HardwareAdapterTcpSocket`. More...

class	HardwareAdapterTcpSocketWorker
	Qt worker for network communication in a separate thread. More...

class	HardwareAdapterTcpSocket
	Implements a hardware adapter to communicate with text-based commands over TCP sockets. More...

class	SerialPortException
	Defines an exception caused by a hardware operation on a COM port (e.g. reading/writing data to a COM port). More...

class	HardwareAdapterSerialPortParams
	Parameter class for `HardwareAdapterSerialPort`. More...

class	HardwareAdapterSerialPortConfigurator
	Configurator class for `HardwareAdapterSerialPort`. More...

class	HardwareAdapterSerialPortWorker
	Qt worker for serial/COM port communication in a separate thread. More...

class	HardwareAdapterSerialPort
	Implements a hardware adapter to communicate with text-based commands over COM ports. More...

class	ExceptionContainer
	Wrapper holding a pointer to an exception and providing functionality for accessing it. Used to transfer exceptions between an instrument's task and the `ModuleBase` module enqueuing the task. Refer to TaskBase::CallbackType. More...

class	InstrumentDataBase
	Data structure to contain data which is synchronized in between different threads. This is needed since the instrument thread, the threads of different modules, as well as the main thread might access the instrument at the same time. Every class (indirectly) derived from class `InstrumentBase` must be accompanied by a instrument data class derived from `InstrumentDataBase`. `InstrumentDataBase` and derived classes contain data shared by the respective instrument, module and main threads. Data only used by the instrument itself should be private members of the instrument class. More...

class	InstrumentParamsBase
	Parameter class for `InstrumentBase`. More...

class	InstrumentConfiguratorBase
	Configurator class for `InstrumentBase`. More...

class	InstrumentBase
	Base class for instruments. Instruments comprise virtual devices (meta instruments) and physial devices (instruments). While meta instruments are used by modules (`ModuleBase`) as an abstraction layer, physical instruments derive from meta instruments and make usually use of one hardware adapter (`HardwareAdapterBase`) to communicate with the underlying hardware. More...

class	InstrumentInstance
	Defines data for a thread belonging to a `InstrumentBase` instance. Refer to `RunnableInstance`. More...

class	TaskResultType
	Defines the return type of task functions. More...

class	TaskBase
	Base class for all tasks being processed by instruments. The class must not contain public virtual functions since TaskBase::CallbackFunc could call them in `TaskBase's` destructor. More...

class	DefaultTask
	Default task which does not do anything. Though, calling it ensures that TaskBase::CallbackFunc gets called. This is required to avoid InstrumentBase::AsSyncTask() getting stuck in an infinite loop. All functions overridden from meta instruments, which are expected to enqueue a task, must at least enqueue a `DefaultTask` (by calling `MakeAndEnqueueTask< DynExp::DefaultTask >(CallbackFunc)`;) More...

class	InitTaskBase
	Defines a task for initializing an instrument within an instrument inheritance hierarchy. Each instrument (indirectly) derived from class `InstrumentBase` must be accompanied by an initialization task class derived from `InitTaskBase`. Even if the task does not do anything, at least it has to call InitTaskBase::InitFuncImpl() of the derived instrument's initialization task class. More...

class	ExitTaskBase
	Defines a task for deinitializing an instrument within an instrument inheritance hierarchy. Each instrument (indirectly) derived from class `InstrumentBase` must be accompanied by a deinitialization task class derived from `ExitTaskBase`. Even if the task does not do anything, at least it has to call ExitTaskBase::ExitFuncImpl() of the derived instrument's deinitialization task class. More...

class	UpdateTaskBase
	Defines a task for updating an instrument within an instrument inheritance hierarchy. Each instrument (indirectly) derived from class `InstrumentBase` must be accompanied by an update task class derived from `UpdateTaskBase`. Even if the task does not do anything, at least it has to call UpdateTaskBase::UpdateFuncImpl() of the derived instrument's update task class. More...

class	ArriveAtLatchTask
	Defines a task which arrives at a `std::latch` when it is executed. This is useful to synchronize multiple instruments and make their execution block until a set of instruments has arrived at the latch. Refer to InstrumentBase::EnqueueArriveAtLatchTask() and to `WaitForInstruments()`. More...

class	LibraryObjectFactoryParamList
	Type consisting of function pointer types instantiating DynExp objects. Refer to DynExp::LibraryObjectFactoryPtrType. More...

class	LibraryConfigFactoryParamList
	Type consisting of function pointer types returning configurators for DynExp objects. Refer to DynExp::ConfiguratorBasePtrType. More...

class	LibraryStringParamList
	Type consisting of function pointer types returning string literals. Refer to DynExp::LibraryStringParamPtrType. More...

struct	LibraryEntry
	Represents an entry in the library. More...

class	LibraryBase
	Represents the base class for a library containing library entries (DynExp::LibraryEntry). More...

class	LibraryBase< ObjectTypeBasePtr, LibraryObjectFactoryParamList< ObjectTypeBasePtr, ObjFactories... >, LibraryConfigFactoryParamList< ConfFactories... >, LibraryStringParamList< NameFuncs... >, LibraryStringParamList< CategoryFuncs... > >
	Represents the specialized base class for a library containing library entries (DynExp::LibraryEntry). More...

class	HardwareAdapterLibrary
	Represents a hardware adapter library to generate instances of classes derived from DynExp::HardwareAdapterBase. More...

class	InstrumentLibrary
	Represents an instrument library to generate instances of classes derived from DynExp::InstrumentBase. More...

class	ModuleLibrary
	Represents a module library to generate instances of classes derived from DynExp::ModuleBase. More...

struct	Resource
	Defines a DynExp resource, which mainly owns a DynExp::Object instance wrapping a pointer to it. More...

class	CommonResourceManagerBase
	Common base class for all derived `ResourceManagerBase` classes. Logical const-ness: Only const functions can be called from objects possessing a const handle to the `DynExpCore` instance. To protect the resource manager, some functions which should be non-const by that argument (ResourceManagerBase::Startup(), ResourceManagerBase::Shutdown(), ResourceManagerBase::ResetFailedResources()) are still const. These functions indirectly call Object::EnsureCallFromOwningThread() to ensure that they are only called by the main user interface thread (from the `DynExpManager` instance through its `DynExpCore` instance). Also refer to `DynExpCore`. More...

class	ResourceManagerBase
	Typed resource manager base class deriving from class `CommonResourceManagerBase`. More...

class	HardwareAdapterManager
	Resource manager for `HardwareAdapterBase` resources deriving from a specialized `ResourceManagerBase` class. More...

class	InstrumentManager
	Resource manager for `InstrumentBase` resources deriving from a specialized `ResourceManagerBase` class. More...

class	ModuleManager
	Resource manager for `ModuleBase` resources deriving from a specialized `ResourceManagerBase` class. More...

class	EventBase
	Common base class for all events to store them in a FIFO queue to be invoked later. More...

class	DefaultEvent
	Describes an event which consists of a receiver's member function and a set of arguments to call this function with. The first argument is expected to be of type `ModuleInstance*`. This argument is not included in `ArgTupleType`). More...

class	ModuleDataBase
	Data structure to contain data which is synchronized in between different threads. This is needed since the module thread as well as the main thread might access the module at the same time. Every class (indirectly) derived from class `ModuleBase` must be accompanied by a module data class derived from `ModuleDataBase`. `ModuleDataBase` and derived classes contain data shared by the respective module thread and the user interface (main) thread to e.g. visualize data. Data only used by the module thread should be private members of the module class. Data only used by the user interface should be private members of the module's widget class (derived from `QModuleWidget`), respectively. More...

class	ModuleParamsBase
	Parameter class for `ModuleBase`. More...

class	ModuleConfiguratorBase
	Configurator class for `ModuleBase`. More...

class	ModuleBase
	Base class for modules. Modules implement programs on their own (e.g. measurement protocols or servers for ethernet communication). They might have a user interface. Modules make use of meta instruments (`InstrumentBase`) to implement e.g. measurement routines on a higher level, which renders the modules independent from physical devices from specific manufacturers. Derive from this class to implement modules without a user interface. More...

class	ModuleInstance
	Defines data for a thread belonging to a `ModuleBase` instance. Refer to `RunnableInstance`. More...

class	EventListenersBase
	Common base class for all managers of event listeners of type `TypedEventListeners`. `ModuleBase` instances are considered event listeners. More...

class	TypedEventListeners
	Typed managers of event listeners class whose instances are owned by classes derived from `InterModuleEvent`. The class maps modules registering/subscribing to inter-module events to the respective event functions which are invoked when the related event occurs. More...

class	InterModuleEventBase
	Common base class for all inter-module events. More...

class	InterModuleEvent
	Typed base class for inter-module events to realize CRTP. More...

class	QModuleWidget
	Window class for Qt-based user interfaces belonging to DynExp modules. User interface Qt window classes belonging to a module derived from `ModuleBase` have to derive from this class. More...

class	QModuleDockWidget
	Provides a frame for `QModuleWidget` windows, which are undocked from the `DynExpManager's` QMdiArea. More...

class	QModuleDataBase
	Data class for `QModuleBase`. More...

class	WindowStyleParamsExtension
	Bundles several parameters to describe a UI window's style. Use in parameter classes. More...

class	QModuleParamsBase
	Parameter class for `QModuleBase`. More...

class	QModuleConfiguratorBase
	Configurator class for `QModuleBase`. More...

class	QModuleBase
	Base class for modules with a Qt-based user interface. Derive from this class to implement modules with a user interface. More...

class	ObjectLink
	Type to define object link parameters as ParamsBase::Param< ObjectLink< ObjectT > > or to define object link list parameters as ParamsBase::ListParam< ObjectLink< ObjectT > >. Such parameters own (one or multiple) `ObjectLink` instances and assign a resource to each instance. `ObjectLink` instances hold a `std::weak_ptr` to the resource and lock this `weak_ptr` if requested returning a respective `LinkedObjectWrapper` instance. A new resource can be assigned to an `ObjectLink` instance while `LinkedObjectWrapper(s)` exist since they hold an independent `shared_ptr` to the resource they have been created from. `ObjectLink` does not need to be thread-safe itself. All operations on it are performed through the respective ParamsBase::Param or ParamsBase::ListParam instance. To operate on those instances, the `ParamsBase` instance owning the respective parameter needs to be locked which renders `ObjectLink` implicitely thread-safe. More...

struct	ManagerTypeOfObjectType
	Type trait relating a type `ObjectType` derived from either class `HardwareAdapterBase` or class `InstrumentBase` to the resource manager type (derived from DynExp::CommonResourceManagerBase) managing instances of the type `ObjectType`. More...

class	ObjectUserList
	Helper class to enable keeping track of instances of class `Object` making use of the owner of the respective ObjectUserList's instance. Instances of class `Object` can register or deregister multiple times as an user which increments or decrements their respective registration count in ObjectUserList::UserList. More...

class	LinkBase
	Abstract base class of link parameters (to be saved in project files) describing relations between multiple `Object` (e.g. a module making use of an instrument). More...

class	ParamsBase
	Abstract base class for object parameter classes. Each class derived from class `Object` must be accompanied by a parameter class derived from `ParamsBase`. These parameter classes are intended to contain the object's parameters (sub-classes of `ParamsBase::ParamBase`) which are stored in DynExp project files and which can be configured in the respective object instance's settings dialog or programmatically. Parameter classes are synchronized in between different threads (e.g. the main thread and an instrument/module thread). More...

class	ConfiguratorBase
	The configurator classes have the task to generate parameter objects (refer to DynExp::ParamsBase) of the corresponding type for DynExp objects DynExp::Object. For each class derived from DynExp::Object, there must be a respective configurator derived from ConfiguratorBase. More...

class	Object
	Base class for all DynExp Objects like hardware adapters (DynExp::HardwareAdapterBase), instruments (DynExp::InstrumentBase) and modules (DynExp::ModuleBase). Subclasses should also derive either form Util::INonCopyable or Util::ILockable since Object is not intended to be copied. Especially, it must not be moved to another thread (than the one creating it). Logical const-ness: const member functions can be called by other threads, non-const functions are visible only to main thread. More...

class	RunnableObjectParams
	Parameter class for `RunnableObject`. More...

class	RunnableObjectConfigurator
	Configurator class for `RunnableObject`. More...

class	RunnableObject
	Defines an `Object` which possesses a thread it runs in. The `RunnableObject` can be started and stopped as well as paused and resumed. More...

class	LinkedObjectWrapperBase
	Polymorphic base class to allow storing `LinkedObjectWrapper` of any type in a single list. More...

class	LinkedObjectWrapper
	Holds a shared_ptr to a resource (instance of class `Object`) and lets the resource keep track of its usage count by increasing a respective counter of the resource on construction and by decreasing the counter on destruction of the `LinkedObjectWrapper` instance again. Not copyable in order not to mess up the usage counter stored in LinkedObjectWrapper::DestinyResource. Only accessed via a thread's instance of class `RunnableInstance` in that thread. Also refer to `RunnableInstance`. More...

class	LinkedObjectWrapperPointer
	This class describes a pointer to a `LinkedObjectWrapper` instance. It is a simple wrapper class which only adds specific behavior like always returning a const pointer to a `LinkedObjectWrapper` instance wrapping a const `Object` instance. More...

class	LinkedObjectWrapperContainerBase
	Polymorphic base class to allow storing `LinkedObjectWrapperContainer` of any type in a single list. More...

class	LinkedObjectWrapperContainer
	This class holds a pointer (`LinkedObjectWrapperPointer`) to a `LinkedObjectWrapper`. Intances of this class should be owned by classes derived from class `InstrumentDataBase` or class `ModuleDataBase`. These instances provide access to objects referenced by object link parameters. `LinkedObjectWrapperContainer` does not own the referenced `LinkedObjectWrapper`. The `LinkedObjectWrapper` itself is owned by class `RunnableInstance`. The pointer hold here is also set and managed by class `RunnableInstance`. Also refer to class `RunnableInstance`. More...

class	LinkedObjectWrapperContainerList
	This class defines a list of `LinkedObjectWrapperContainer` instances. The list owns the contained `LinkedObjectWrapperContainer` instances. Intances of this class should be owned by classes derived from class `InstrumentDataBase` or class `ModuleDataBase`. These instances provide access to objects referenced by object link list parameters (`ListParam`). The list's entries are exclusively managed by the respective instance of class `RunnableInstance`. `RunnableInstance` stores references to list entries. Every list manipulation `RunnableInstance` is not aware of might cause dangling references! More...

class	ObjectLinkBase
	Base class for object link parameter types to allow SFINAE in ParamsBase::Param for `ObjectLink` of any type. More...

class	RunnableInstance
	Defines data for a thread belonging to a `RunnableObject` instance. This data is only accessed by the RunnableObject instance's thread. So, no synchronization mechanism is needed. Furthermore, this class is designed to exist only on the stack. `RunnableInstance` instances are to be passed as a parameter to the respective thread functions. This ensures that a `RunnableInstance` instances is deleted when its thread function returns. This class is responsible for locking an object link (list) parameter (ParamsBase::Param< ObjectLink< ObjectT > > or ParamsBase::ListParam< ObjectLink< ObjectT > >) hold by a class derived (indirectly) from class `ParamsBase` and for storing the locked resource in a `LinkedObjectWrapper` instance. In turn, the created `LinkedObjectWrapper` instance is stored in a `LinkedObjectWrapperContainer` instance hold by a class derived (indirectly) from `InstrumentDataBase` or from `ModuleDataBase`. Furthermore, this class is responsible for unlocking `LinkedObjectWrapper` instances it created. Unlocking is triggered either on request or on destruction of the `RunnableInstance` instance owning the `LinkedObjectWrapper` instance. More...

Typedefs
using	ItemIDType = size_t
	ID type of objects/items managed by DynExp. More...

using	HardwareAdapterPtrType = std::shared_ptr< HardwareAdapterBase >
	Pointer type to store a hardware adapter (DynExp::HardwareAdapterBase) with. More...

using	InstrumentPtrType = std::shared_ptr< InstrumentBase >
	Pointer type to store an instrument (DynExp::InstrumentBase) with. More...

template<typename ObjectTypeBasePtr >
using	LibraryObjectFactoryPtrType = ObjectTypeBasePtr(*)(const std::thread::id, ParamsBasePtrType &&)
	Alias for a factory function pointer type that instantiates library entries to create DynExp objects derived from DynExp::Object. As arguments, it expects the thread ID of the thread owning the resource and a reference to the resource's parameters to take ownership of. Compatible e.g. to DynExp::MakeModule(). More...

using	LibraryConfigFactoryPtrType = ConfiguratorBasePtrType(*)()
	Alias for a factory function pointer type that creates a configurator for a specific library entry. Compatible e.g. to DynExp::MakeModuleConfig(). More...

using	LibraryStringType = const char *
	String type used for library entry descriptors. More...

using	LibraryStringParamPtrType = LibraryStringType(*)()
	Pointer to a DynExp object's static constexpr function returning a string literal. Used for the Name() and Category() functions which are required for classes derived from DynExp::Object to become library entries. More...

using	HardwareAdapterLibraryVectorType = std::vector< LibraryEntry< HardwareAdapterPtrType > >
	Alias for the vector type containing entries of a hardware adapter library. More...

using	InstrumentLibraryVectorType = std::vector< LibraryEntry< InstrumentPtrType > >
	Alias for the vector type containing entries of a instrument library. More...

using	ModuleLibraryVectorType = std::vector< LibraryEntry< ModulePtrType > >
	Alias for the vector type containing entries of a module library. More...

using	ModulePtrType = std::unique_ptr< ModuleBase >
	Pointer type to store a module (DynExp::ModuleBase) with. More...

using	ItemIDListType = std::vector< ItemIDType >
	Type of a list of IDs belonging to objects managed by DynExp. More...

template<typename ObjectType >
using	ManagerTypeOfObjectType_t = typename ManagerTypeOfObjectType< ObjectType >::type
	Alias for a resource manager type (derived from DynExp::CommonResourceManagerBase) managing resources of type `ObjectType`. More...

using	ParamsBasePtrType = std::unique_ptr< ParamsBase >
	Alias for a pointer to the parameter system base class `ParamsBase`. More...

using	ConfiguratorBasePtrType = std::shared_ptr< ConfiguratorBase >
	Alias for a pointer to the configurator base class `ConfiguratorBase`. More...

Enumerations
enum	: ItemIDType { ItemIDNotSet = 0 }
	ID of an non-existent object/item. More...

enum class	TextUsageType { Standard , Path , Code }
	Specifies the usage of a text-type parameter. Setting the right usage allows the `ParamsConfigDialog` to add specific functionality to a text field to edit the parameter's value. More...

Functions
template<typename HardwareAdapterT >
ConfiguratorBasePtrType	MakeHardwareAdapterConfig ()
	Factory function to generate a configurator for a specific hardware adapter type. More...

template<typename HardwareAdapterT >
HardwareAdapterPtrType	MakeHardwareAdapter (const std::thread::id OwnerThreadID, ParamsBasePtrType &&Params)
	Factory function to generate a hardware adapter of a specific type. More...

int	InstrumentThreadMain (InstrumentInstance Instance, InstrumentBase *const Instrument)
	Instruments run in their own thread. This is the instrument thread's main function. More...

template<typename InstrumentT >
ConfiguratorBasePtrType	MakeInstrumentConfig ()
	Factory function to generate a configurator for a specific instrument type. More...

template<typename InstrumentT >
InstrumentPtrType	MakeInstrument (const std::thread::id OwnerThreadID, ParamsBasePtrType &&Params)
	Factory function to generate an instrument of a specific type. More...

template<typename TaskT , typename... ArgTs>
std::unique_ptr< TaskT >	MakeTask (ArgTs &&...Args)
	Factory function to create a task to be enqueued in an instrument's task queue. More...

template<typename To , typename From , std::enable_if_t< std::is_same_v< InstrumentDataBase, std::remove_cv_t< From >>, int > = 0>
auto	dynamic_InstrumentData_cast (Util::SynchronizedPointer< From > &&InstrumentDataPtr)
	Casts the data base class `From` into a derived `InstrumentBase's` (`To`) data class keeping the data locked by Util::SynchronizedPointer for thread-safe casting. More...

template<typename... InstrTs>
void	WaitForInstruments (InstrTs &... Instruments)
	Blocks until every instrument passed to the function as a reference parameter has arrived at a synchronization point. More...

template<typename LibraryVectorT >
const LibraryVectorT::value_type &	FindInLibraryVector (const LibraryVectorT &LibraryVector, const std::string &Category, const std::string &Name)
	Finds an entry in a library vector by category and name. More...

int	ModuleThreadMain (ModuleInstance Instance, ModuleBase *const Module)
	Modules run in their own thread. This is the module thread's main function. More...

template<typename ModuleT >
ConfiguratorBasePtrType	MakeModuleConfig ()
	Factory function to generate a configurator for a specific module type. More...

template<typename ModuleT >
ModulePtrType	MakeModule (const std::thread::id OwnerThreadID, ParamsBasePtrType &&Params)
	Factory function to generate a module of a specific type. More...

template<typename ReceiverType , typename... ArgsTs>
auto	MakeEvent (ReceiverType *Receiver, typename DefaultEvent< ReceiverType, std::tuple< std::remove_reference_t< ArgsTs >... >>::EventFuncPtrType EventFuncPtr, ArgsTs &&...Args)
	Creates an event of type `DefaultEvent`. More...

template<typename To , typename From , std::enable_if_t< std::is_same_v< ModuleDataBase, std::remove_cv_t< From >>, int > = 0>
auto	dynamic_ModuleData_cast (Util::SynchronizedPointer< From > &&ModuleDataPtr)
	Casts the data base class `From` into a derived `ModuleBase's` (`To`) data class keeping the data locked by Util::SynchronizedPointer for thread-safe casting. More...

template<typename ParamType >
auto	operator== (const ParamsBase::TypedParamBase< ParamType > &lhs, const ParamType &rhs)
	Provides (in)equality comparison operators for two parameters. Since C++20, inequality operators (operator!=) are generated by compiler. More...

template<typename ParamType >
auto	operator<=> (const ParamsBase::TypedParamBase< ParamType > &lhs, const ParamType &rhs)
	Provides three-way comparison for two parameters. More...

template<typename ConfiguratorT >
ParamsBasePtrType	MakeParams (ItemIDType ID, const DynExpCore &Core)
	Factory function to generate an `Object's` parameters. More...

template<typename T >
T::ParamsType *	dynamic_Params_cast (ParamsBasePtrType::element_type *Params)
	Casts the parameter base class to a derived `Object's` parameter class. More...

template<typename To , typename From , std::enable_if_t< std::is_same_v< ParamsBase, std::remove_cv_t< From >>, int > = 0>
auto	dynamic_Params_cast (Util::SynchronizedPointer< From > &&ParamsPtr)
	Casts the parameter base class `From` to a derived `Object's` (`To`) parameter class keeping the parameters locked by Util::SynchronizedPointer for thread-safe casting. More...

template<typename To , typename From , std::enable_if_t< std::is_base_of_v< Object, To > &&std::is_base_of_v< Object, From >, int > = 0>
auto	dynamic_Object_cast (From *Obj)
	Casts an `Object` to a derived type. More...

Variables
constexpr auto	DynExpName = "DynExp"
	DynExp's name string More...

constexpr auto	DynExpVersion = "@PROJECT_VERSION@"
	DynExp's version string More...

constexpr auto	DynExpDescription = "Highly flexible laboratory automation for dynamically changing experiments."
	DynExp's description string More...

constexpr auto	DefaultLocale = "en_US.UTF8"
	Default locale string. More...

Detailed Description

DynExp's main namespace contains the implementation of DynExp including classes to manage resources (DynExp objects like hardware adapters, instruments, and modules) as well as their dependencies and parameters.

DynExp's main namespace contains DynExp's core functionality.

Class Documentation

◆ DynExp::LibraryObjectFactoryParamList

class DynExp::LibraryObjectFactoryParamList

template<typename ObjectTypeBasePtr, LibraryObjectFactoryPtrType< ObjectTypeBasePtr > ...>
class DynExp::LibraryObjectFactoryParamList< ObjectTypeBasePtr,... >

Type consisting of function pointer types instantiating DynExp objects. Refer to DynExp::LibraryObjectFactoryPtrType.

Template Parameters

ObjectTypeBasePtr	Refer to DynExp::LibraryObjectFactoryPtrType.
...	Function pointer types

Definition at line 51 of file Libraries.h.

◆ DynExp::LibraryConfigFactoryParamList

class DynExp::LibraryConfigFactoryParamList

template<LibraryConfigFactoryPtrType...>
class DynExp::LibraryConfigFactoryParamList<... >

Type consisting of function pointer types returning configurators for DynExp objects. Refer to DynExp::ConfiguratorBasePtrType.

Template Parameters

...	Function pointer types

Definition at line 59 of file Libraries.h.

◆ DynExp::LibraryStringParamList

class DynExp::LibraryStringParamList

template<LibraryStringParamPtrType...>
class DynExp::LibraryStringParamList<... >

Type consisting of function pointer types returning string literals. Refer to DynExp::LibraryStringParamPtrType.

Template Parameters

...	Function pointer types

Definition at line 67 of file Libraries.h.

◆ DynExp::LibraryBase

class DynExp::LibraryBase

template<typename ObjectTypeBasePtr, typename ObjFactories, typename ConfFactories, typename ObjNames, typename ObjCategories>
class DynExp::LibraryBase< ObjectTypeBasePtr, ObjFactories, ConfFactories, ObjNames, ObjCategories >

Represents the base class for a library containing library entries (DynExp::LibraryEntry).

Template Parameters

ObjectTypeBasePtr	Refer to DynExp::LibraryObjectFactoryPtrType.
ObjFactories	Type of multiple object factory pointers
ConfFactories	Type of multiple configurator factory pointers
ObjNames	Type of multiple function pointers returning the entry names
ObjCategories	Type of multiple function pointers returning the entry categories

Definition at line 112 of file Libraries.h.

◆ DynExp::ManagerTypeOfObjectType

struct DynExp::ManagerTypeOfObjectType

template<typename ObjectType, std::enable_if_t< std::is_base_of_v< HardwareAdapterBase, ObjectType >||std::is_base_of_v< InstrumentBase, ObjectType >, int > = 0>
struct DynExp::ManagerTypeOfObjectType< ObjectType, >

Type trait relating a type ObjectType derived from either class HardwareAdapterBase or class InstrumentBase to the resource manager type (derived from DynExp::CommonResourceManagerBase) managing instances of the type ObjectType.

Template Parameters

ObjectType Type to relate to a corresponding resource manager

Definition at line 54 of file Object.h.

Class Members
typedef conditional_t< is_base_of_v< HardwareAdapterBase, ObjectType >, HardwareAdapterManager, InstrumentManager >	type	Resource manager type managing instances of type `ObjectType`.

Typedef Documentation

◆ ConfiguratorBasePtrType

using DynExp::ConfiguratorBasePtrType = typedef std::shared_ptr<ConfiguratorBase>

Alias for a pointer to the configurator base class ConfiguratorBase.

Definition at line 1959 of file Object.h.

◆ HardwareAdapterLibraryVectorType

using DynExp::HardwareAdapterLibraryVectorType = typedef std::vector<LibraryEntry<HardwareAdapterPtrType> >

Alias for the vector type containing entries of a hardware adapter library.

Definition at line 204 of file Libraries.h.

◆ HardwareAdapterPtrType

using DynExp::HardwareAdapterPtrType = typedef std::shared_ptr<HardwareAdapterBase>

Pointer type to store a hardware adapter (DynExp::HardwareAdapterBase) with.

Definition at line 22 of file HardwareAdapter.h.

◆ InstrumentLibraryVectorType

using DynExp::InstrumentLibraryVectorType = typedef std::vector<LibraryEntry<InstrumentPtrType> >

Alias for the vector type containing entries of a instrument library.

Definition at line 225 of file Libraries.h.

◆ InstrumentPtrType

using DynExp::InstrumentPtrType = typedef std::shared_ptr<InstrumentBase>

Pointer type to store an instrument (DynExp::InstrumentBase) with.

Definition at line 26 of file Instrument.h.

◆ ItemIDListType

using DynExp::ItemIDListType = typedef std::vector<ItemIDType>

Type of a list of IDs belonging to objects managed by DynExp.

Definition at line 40 of file Object.h.

◆ ItemIDType

using DynExp::ItemIDType = typedef size_t

ID type of objects/items managed by DynExp.

Definition at line 50 of file DynExpDefinitions.h.in.

◆ LibraryConfigFactoryPtrType

using DynExp::LibraryConfigFactoryPtrType = typedef ConfiguratorBasePtrType(*)()

Alias for a factory function pointer type that creates a configurator for a specific library entry. Compatible e.g. to DynExp::MakeModuleConfig().

Definition at line 30 of file Libraries.h.

◆ LibraryObjectFactoryPtrType

template<typename ObjectTypeBasePtr >

using DynExp::LibraryObjectFactoryPtrType = typedef ObjectTypeBasePtr(*)(const std::thread::id, ParamsBasePtrType&&)

Alias for a factory function pointer type that instantiates library entries to create DynExp objects derived from DynExp::Object. As arguments, it expects the thread ID of the thread owning the resource and a reference to the resource's parameters to take ownership of. Compatible e.g. to DynExp::MakeModule().

Template Parameters

ObjectTypeBasePtr Pointer to the base type of a certain DynExp resource (e.g. DynExp::ModulePtrType)

Definition at line 24 of file Libraries.h.

◆ LibraryStringParamPtrType

using DynExp::LibraryStringParamPtrType = typedef LibraryStringType(*)()

Pointer to a DynExp object's static constexpr function returning a string literal. Used for the Name() and Category() functions which are required for classes derived from DynExp::Object to become library entries.

Definition at line 42 of file Libraries.h.

◆ LibraryStringType

using DynExp::LibraryStringType = typedef const char*

String type used for library entry descriptors.

Definition at line 35 of file Libraries.h.

◆ ManagerTypeOfObjectType_t

template<typename ObjectType >

using DynExp::ManagerTypeOfObjectType_t = typedef typename ManagerTypeOfObjectType<ObjectType>::type

Alias for a resource manager type (derived from DynExp::CommonResourceManagerBase) managing resources of type ObjectType.

Template Parameters

ObjectType Refer to DynExp::ManagerTypeOfObjectType.

Definition at line 72 of file Object.h.

◆ ModuleLibraryVectorType

using DynExp::ModuleLibraryVectorType = typedef std::vector<LibraryEntry<ModulePtrType> >

Alias for the vector type containing entries of a module library.

Definition at line 246 of file Libraries.h.

◆ ModulePtrType

using DynExp::ModulePtrType = typedef std::unique_ptr<ModuleBase>

Pointer type to store a module (DynExp::ModuleBase) with.

Definition at line 23 of file Module.h.

◆ ParamsBasePtrType

using DynExp::ParamsBasePtrType = typedef std::unique_ptr<ParamsBase>

Alias for a pointer to the parameter system base class ParamsBase.

Definition at line 1807 of file Object.h.

Enumeration Type Documentation

◆ anonymous enum

anonymous enum : ItemIDType

ID of an non-existent object/item.

Enumerator
ItemIDNotSet

Definition at line 55 of file DynExpDefinitions.h.in.

◆ TextUsageType

enum DynExp::TextUsageType

strong

Specifies the usage of a text-type parameter. Setting the right usage allows the ParamsConfigDialog to add specific functionality to a text field to edit the parameter's value.

Enumerator
Standard	Plain text, no functionality is added.
Path	Interprets the text as a file path and adds a 'browse' button.
Code	Behaves like TextUsageType::Path, but also adds a button to open a text editor to edit the code file the text (interpreted as a file path) points to.

Definition at line 28 of file ParamsConfig.h.

Function Documentation

◆ dynamic_InstrumentData_cast()

template<typename To , typename From , std::enable_if_t< std::is_same_v< InstrumentDataBase, std::remove_cv_t< From >>, int > = 0>

auto DynExp::dynamic_InstrumentData_cast ( Util::SynchronizedPointer< From > && InstrumentDataPtr )

Casts the data base class From into a derived InstrumentBase's (To) data class keeping the data locked by Util::SynchronizedPointer for thread-safe casting.

Template Parameters

To	Type derived from `InstrumentBase` into whose data class type to cast. `const` is added to `To` if `From` is `const`.
From	Data class type to cast from (must be `InstrumentDataBase`). This type is automatically deduced.

Parameters

InstrumentDataPtr Locked data class to cast from. InstrumentDataPtr is empty after the cast.

Returns: Locked data class cast to the data class belonging to To.

Exceptions

Util::InvalidArgException	is thrown if `InstrumentDataPtr` is empty.
Util::TypeErrorException	is thrown if the cast fails.

Definition at line 810 of file Instrument.h.

◆ dynamic_ModuleData_cast()

template<typename To , typename From , std::enable_if_t< std::is_same_v< ModuleDataBase, std::remove_cv_t< From >>, int > = 0>

auto DynExp::dynamic_ModuleData_cast ( Util::SynchronizedPointer< From > && ModuleDataPtr )

Casts the data base class From into a derived ModuleBase's (To) data class keeping the data locked by Util::SynchronizedPointer for thread-safe casting.

Template Parameters

To	Type derived from `ModuleBase` into whose data class type to cast. `const` is added to `To` if `From` is `const`.
From	Data class type to cast from (must be `ModuleDataBase`). This type is automatically deduced.

Parameters

ModuleDataPtr Locked data class to cast from. ModuleDataPtr is empty after the cast.

Returns: Locked data class cast to the data class belonging to To.

Exceptions

Util::InvalidArgException	is thrown if `ModuleDataPtr` is empty.
Util::TypeErrorException	is thrown if the cast fails.

Definition at line 851 of file Module.h.

◆ dynamic_Object_cast()

template<typename To , typename From , std::enable_if_t< std::is_base_of_v< Object, To > &&std::is_base_of_v< Object, From >, int > = 0>

auto DynExp::dynamic_Object_cast ( From * Obj )

Casts an Object to a derived type.

Template Parameters

To	Type derived from `Object` to cast to. `const` is added to `To` if `From` is `const`.
From	Type derived from `Object` to cast from. This type is automatically deduced.

Parameters

Obj	Pointer to the `Object` instance to cast

Returns: Returns a pointer to the cast Object instance.

Definition at line 2333 of file Object.h.

◆ dynamic_Params_cast() [1/2]

template<typename T >

T::ParamsType* DynExp::dynamic_Params_cast ( ParamsBasePtrType::element_type * Params )

Casts the parameter base class to a derived Object's parameter class.

Template Parameters

T	Type derived from `Object` to whose parameter type to cast

Parameters

Params Pointer to the parameter base class

Returns: Returns a pointer to the cast parameter class. Returns nullptr if Params is nullptr.

Exceptions

Util::TypeErrorException is thrown if the cast fails.

Definition at line 1835 of file Object.h.

◆ dynamic_Params_cast() [2/2]

template<typename To , typename From , std::enable_if_t< std::is_same_v< ParamsBase, std::remove_cv_t< From >>, int > = 0>

auto DynExp::dynamic_Params_cast ( Util::SynchronizedPointer< From > && ParamsPtr )

Casts the parameter base class From to a derived Object's (To) parameter class keeping the parameters locked by Util::SynchronizedPointer for thread-safe casting.

Template Parameters

To	Type derived from `Object` to whose parameter type to cast. `const` is added to `To` if `From` is `const`.
From	Parameter type to cast from (must be `ParamsBase`). This type is automatically deduced.

Parameters

ParamsPtr Locked parameters to cast from. ParamsPtr is empty after the cast.

Returns: Locked parameters cast to the parameter class belonging to To.

Exceptions

Util::InvalidArgException	is thrown if `ParamsPtr` is empty.
Util::TypeErrorException	is thrown if the cast fails.

Definition at line 1862 of file Object.h.

◆ FindInLibraryVector()

template<typename LibraryVectorT >

const LibraryVectorT::value_type& DynExp::FindInLibraryVector	(	const LibraryVectorT &	LibraryVector,
		const std::string &	Category,
		const std::string &	Name
	)

Finds an entry in a library vector by category and name.

Template Parameters

LibraryVectorT Type of the library vector

Parameters

LibraryVector	Library vector to search in
Category	Category to search for
Name	Name to search for

Returns: Returns a reference to the found entry.

Exceptions

Util::NotFoundException is thrown if the entry is not found.

Definition at line 258 of file Libraries.h.

◆ InstrumentThreadMain()

int DynExp::InstrumentThreadMain	(	InstrumentInstance	Instance,
		InstrumentBase *const	Instrument
	)

Instruments run in their own thread. This is the instrument thread's main function.

Parameters

Instance	Handle to the instrument thread's data related to the instrument running this thread. The instrument thread is expected to let the lifetime of `Instance` expire upon termination.
Instrument	Pointer to the instrument running this thread

Returns: Util::DynExpErrorCodes::NoError if the thread terminated without an error, the respective error code otherwise.

Definition at line 8 of file Instrument.cpp.

◆ MakeEvent()

template<typename ReceiverType , typename... ArgsTs>

auto DynExp::MakeEvent	(	ReceiverType *	Receiver,
		typename DefaultEvent< ReceiverType, std::tuple< std::remove_reference_t< ArgsTs >... >>::EventFuncPtrType	EventFuncPtr,
		ArgsTs &&...	Args
	)

Creates an event of type DefaultEvent.

Template Parameters

ReceiverType	Module type to receive this event.
...ArgsTs	Types of arguments passed to the event function.

Parameters

Receiver	Pointer to module receiving this event.
EventFuncPtr	Event function to be invoked (member function of ReceiverType expected).
...Args	Arguments to pass to the event function.

Exceptions

Util::InvalidArgException is thrown if EventFuncPtr is nullptr.

Definition at line 763 of file Module.h.

◆ MakeHardwareAdapter()

template<typename HardwareAdapterT >

HardwareAdapterPtrType DynExp::MakeHardwareAdapter	(	const std::thread::id	OwnerThreadID,
		ParamsBasePtrType &&	Params
	)

Factory function to generate a hardware adapter of a specific type.

Template Parameters

HardwareAdapterT Type of the hardware adapter to generate

Parameters

OwnerThreadID	ID of the thread owning the hardware adapter
Params	Reference to the hardware adapter's parameters to take ownership of

Returns: Pointer to the hardware adapter of the specified type

Definition at line 43 of file HardwareAdapter.h.

◆ MakeHardwareAdapterConfig()

template<typename HardwareAdapterT >

ConfiguratorBasePtrType DynExp::MakeHardwareAdapterConfig ( )

Factory function to generate a configurator for a specific hardware adapter type.

Template Parameters

HardwareAdapterT Type of the hardware adapter to generate a configurator for

Returns: Pointer to the configurator for the specified hardware adapter type

Definition at line 30 of file HardwareAdapter.h.

◆ MakeInstrument()

template<typename InstrumentT >

InstrumentPtrType DynExp::MakeInstrument	(	const std::thread::id	OwnerThreadID,
		ParamsBasePtrType &&	Params
	)

Factory function to generate an instrument of a specific type.

Template Parameters

InstrumentT Type of the instrument to generate

Parameters

OwnerThreadID	ID of the thread owning the instrument
Params	Reference to theinstrument's parameters to take ownership of

Returns: Pointer to the instrument of the specified type

Definition at line 47 of file Instrument.h.

◆ MakeInstrumentConfig()

template<typename InstrumentT >

ConfiguratorBasePtrType DynExp::MakeInstrumentConfig ( )

Factory function to generate a configurator for a specific instrument type.

Template Parameters

InstrumentT Type of the instrument to generate a configurator for

Returns: Pointer to the configurator for the specified instrument type

Definition at line 34 of file Instrument.h.

◆ MakeModule()

template<typename ModuleT >

ModulePtrType DynExp::MakeModule	(	const std::thread::id	OwnerThreadID,
		ParamsBasePtrType &&	Params
	)

Factory function to generate a module of a specific type.

Template Parameters

ModuleT Type of the module to generate

Parameters

OwnerThreadID	ID of the thread owning the module
Params	Reference to the module's parameters to take ownership of

Returns: Pointer to the module of the specified type

Definition at line 44 of file Module.h.

◆ MakeModuleConfig()

template<typename ModuleT >

ConfiguratorBasePtrType DynExp::MakeModuleConfig ( )

Factory function to generate a configurator for a specific module type.

Template Parameters

ModuleT Type of the module to generate a configurator for

Returns: Pointer to the configurator for the specified module type

Definition at line 31 of file Module.h.

◆ MakeParams()

template<typename ConfiguratorT >

ParamsBasePtrType DynExp::MakeParams	(	ItemIDType	ID,
		const DynExpCore &	Core
	)

Factory function to generate an Object's parameters.

Template Parameters

ConfiguratorT The object type is determined by the Object's configurator derived from ConfiguratorBase.

Parameters

ID	ID of the `Object` to generate parameters for
Core	Reference to DynExp's core

Returns: Pointer to the Object's parameters

Definition at line 1818 of file Object.h.

◆ MakeTask()

template<typename TaskT , typename... ArgTs>

std::unique_ptr<TaskT> DynExp::MakeTask ( ArgTs &&... Args )

Factory function to create a task to be enqueued in an instrument's task queue.

Template Parameters

TaskT	Type of a task derived from class `TaskBase`
...ArgTs	Types of the arguments to forward to the task's constructor

Parameters

...Args Arguments to forward to the task's constructor

Returns: Pointer to the task of the specified type

Definition at line 63 of file Instrument.h.

◆ ModuleThreadMain()

int DynExp::ModuleThreadMain	(	ModuleInstance	Instance,
		ModuleBase *const	Module
	)

Modules run in their own thread. This is the module thread's main function.

Parameters

Instance	Handle to the module thread's data related to the module running this thread. The module thread is expected to let the lifetime of `Instance` expire upon termination.
Module	Pointer to the module running this thread

Returns: Util::DynExpErrorCodes::NoError if the thread terminated without an error, the respective error code otherwise.

Definition at line 10 of file Module.cpp.

◆ operator<=>()

template<typename ParamType >

auto DynExp::operator<=>	(	const ParamsBase::TypedParamBase< ParamType > &	lhs,
		const ParamType &	rhs
	)

Provides three-way comparison for two parameters.

Template Parameters

ParamType Underlying parameter value type

Parameters

lhs	Left-hand side of the comparison
rhs	Right-hand side of the comparison

Returns: Returns the result of a three-way comparison between the values of lhs and rhs.

Definition at line 1802 of file Object.h.

◆ operator==()

template<typename ParamType >

auto DynExp::operator==	(	const ParamsBase::TypedParamBase< ParamType > &	lhs,
		const ParamType &	rhs
	)

Provides (in)equality comparison operators for two parameters. Since C++20, inequality operators (operator!=) are generated by compiler.

Template Parameters

ParamType Underlying parameter value type

Parameters

lhs	Left-hand side of the comparison
rhs	Right-hand side of the comparison

Returns: Returns true if the value of lhs equals the value of rhs, false otherwise.

Definition at line 1792 of file Object.h.

◆ WaitForInstruments()

template<typename... InstrTs>

void DynExp::WaitForInstruments ( InstrTs &... Instruments )

Blocks until every instrument passed to the function as a reference parameter has arrived at a synchronization point.

Template Parameters

...InstrTs Types of the instruments passed to this function.

Parameters

...Instruments Instruments to synchronize.

Definition at line 1234 of file Instrument.h.

Variable Documentation

◆ DefaultLocale

constexpr auto DynExp::DefaultLocale = "en_US.UTF8"

constexpr

Default locale string.

Definition at line 36 of file DynExpDefinitions.h.in.

◆ DynExpDescription

constexpr auto DynExp::DynExpDescription = "Highly flexible laboratory automation for dynamically changing experiments."

constexpr

DynExp's description string

Definition at line 31 of file DynExpDefinitions.h.in.

◆ DynExpName

constexpr auto DynExp::DynExpName = "DynExp"

constexpr

DynExp's name string

Definition at line 21 of file DynExpDefinitions.h.in.

◆ DynExpVersion

constexpr auto DynExp::DynExpVersion = "@PROJECT_VERSION@"

constexpr

DynExp's version string

Definition at line 26 of file DynExpDefinitions.h.in.

Classes

Typedefs

Enumerations

Functions

Variables

Detailed Description

Class Documentation

◆ DynExp::LibraryObjectFactoryParamList

template<typename ObjectTypeBasePtr, LibraryObjectFactoryPtrType< ObjectTypeBasePtr > ...> class DynExp::LibraryObjectFactoryParamList< ObjectTypeBasePtr,... >

◆ DynExp::LibraryConfigFactoryParamList

template<LibraryConfigFactoryPtrType...> class DynExp::LibraryConfigFactoryParamList<... >

◆ DynExp::LibraryStringParamList

template<LibraryStringParamPtrType...> class DynExp::LibraryStringParamList<... >

◆ DynExp::LibraryBase

template<typename ObjectTypeBasePtr, typename ObjFactories, typename ConfFactories, typename ObjNames, typename ObjCategories> class DynExp::LibraryBase< ObjectTypeBasePtr, ObjFactories, ConfFactories, ObjNames, ObjCategories >

◆ DynExp::ManagerTypeOfObjectType

template<typename ObjectType, std::enable_if_t< std::is_base_of_v< HardwareAdapterBase, ObjectType >||std::is_base_of_v< InstrumentBase, ObjectType >, int > = 0> struct DynExp::ManagerTypeOfObjectType< ObjectType, >

Typedef Documentation

◆ ConfiguratorBasePtrType

◆ HardwareAdapterLibraryVectorType

◆ HardwareAdapterPtrType

◆ InstrumentLibraryVectorType

◆ InstrumentPtrType

◆ ItemIDListType

◆ ItemIDType

◆ LibraryConfigFactoryPtrType

◆ LibraryObjectFactoryPtrType

◆ LibraryStringParamPtrType

◆ LibraryStringType

◆ ManagerTypeOfObjectType_t

◆ ModuleLibraryVectorType

◆ ModulePtrType

◆ ParamsBasePtrType

Enumeration Type Documentation

◆ anonymous enum

◆ TextUsageType

Function Documentation

◆ dynamic_InstrumentData_cast()

◆ dynamic_ModuleData_cast()

◆ dynamic_Object_cast()

◆ dynamic_Params_cast() [1/2]

◆ dynamic_Params_cast() [2/2]

◆ FindInLibraryVector()

◆ InstrumentThreadMain()

◆ MakeEvent()

◆ MakeHardwareAdapter()

◆ MakeHardwareAdapterConfig()

◆ MakeInstrument()

◆ MakeInstrumentConfig()

◆ MakeModule()

◆ MakeModuleConfig()

◆ MakeParams()

◆ MakeTask()

◆ ModuleThreadMain()

◆ operator<=>()

◆ operator==()

◆ WaitForInstruments()

Variable Documentation

◆ DefaultLocale

◆ DynExpDescription

◆ DynExpName

◆ DynExpVersion

template<typename ObjectTypeBasePtr, LibraryObjectFactoryPtrType< ObjectTypeBasePtr > ...>
class DynExp::LibraryObjectFactoryParamList< ObjectTypeBasePtr,... >

template<LibraryConfigFactoryPtrType...>
class DynExp::LibraryConfigFactoryParamList<... >

template<LibraryStringParamPtrType...>
class DynExp::LibraryStringParamList<... >

template<typename ObjectTypeBasePtr, typename ObjFactories, typename ConfFactories, typename ObjNames, typename ObjCategories>
class DynExp::LibraryBase< ObjectTypeBasePtr, ObjFactories, ConfFactories, ObjNames, ObjCategories >

template<typename ObjectType, std::enable_if_t< std::is_base_of_v< HardwareAdapterBase, ObjectType >||std::is_base_of_v< InstrumentBase, ObjectType >, int > = 0>
struct DynExp::ManagerTypeOfObjectType< ObjectType, >