Collaboration diagram for Write service:

Detailed Description

This service is used to write attributes of nodes.

The following node attributes cannot be changed once a node has been created:

The following attributes cannot be written from the server, as they are specific to the different users and set by the access control callback:

See also: https://reference.opcfoundation.org/Core/Part4/v105/docs/5.10.4

Functions
WriteResponse	opcua::services::write (Client &connection, const WriteRequest &request) noexcept

WriteResponse	opcua::services::write (Client &connection, Span< const WriteValue > nodesToWrite) noexcept

template<typename CompletionToken >
auto	opcua::services::writeAsync (Client &connection, const WriteRequest &request, CompletionToken &&token)

template<typename CompletionToken >
auto	opcua::services::writeAsync (Client &connection, Span< const WriteValue > nodesToWrite, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeAttribute (T &connection, const NodeId &id, AttributeId attributeId, const DataValue &value) noexcept

template<typename CompletionToken >
auto	opcua::services::writeAttributeAsync (Client &connection, const NodeId &id, AttributeId attributeId, const DataValue &value, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeDataValue (T &connection, const NodeId &id, const DataValue &value) noexcept

template<typename CompletionToken >
auto	opcua::services::writeDataValueAsync (Client &connection, const NodeId &id, const DataValue &value, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeBrowseName (T &connection, const NodeId &id, const QualifiedName &browseName) noexcept

template<typename CompletionToken >
auto	opcua::services::writeBrowseNameAsync (Client &connection, const NodeId &id, const QualifiedName &browseName, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeDisplayName (T &connection, const NodeId &id, const LocalizedText &displayName) noexcept

template<typename CompletionToken >
auto	opcua::services::writeDisplayNameAsync (Client &connection, const NodeId &id, const LocalizedText &displayName, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeDescription (T &connection, const NodeId &id, const LocalizedText &description) noexcept

template<typename CompletionToken >
auto	opcua::services::writeDescriptionAsync (Client &connection, const NodeId &id, const LocalizedText &description, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeWriteMask (T &connection, const NodeId &id, Bitmask< WriteMask > writeMask) noexcept

template<typename CompletionToken >
auto	opcua::services::writeWriteMaskAsync (Client &connection, const NodeId &id, Bitmask< WriteMask > writeMask, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeUserWriteMask (T &connection, const NodeId &id, Bitmask< WriteMask > userWriteMask) noexcept

template<typename CompletionToken >
auto	opcua::services::writeUserWriteMaskAsync (Client &connection, const NodeId &id, Bitmask< WriteMask > userWriteMask, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeIsAbstract (T &connection, const NodeId &id, bool isAbstract) noexcept

template<typename CompletionToken >
auto	opcua::services::writeIsAbstractAsync (Client &connection, const NodeId &id, bool isAbstract, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeSymmetric (T &connection, const NodeId &id, bool symmetric) noexcept

template<typename CompletionToken >
auto	opcua::services::writeSymmetricAsync (Client &connection, const NodeId &id, bool symmetric, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeInverseName (T &connection, const NodeId &id, const LocalizedText &inverseName) noexcept

template<typename CompletionToken >
auto	opcua::services::writeInverseNameAsync (Client &connection, const NodeId &id, const LocalizedText &inverseName, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeContainsNoLoops (T &connection, const NodeId &id, const bool &containsNoLoops) noexcept

template<typename CompletionToken >
auto	opcua::services::writeContainsNoLoopsAsync (Client &connection, const NodeId &id, const bool &containsNoLoops, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeEventNotifier (T &connection, const NodeId &id, Bitmask< EventNotifier > eventNotifier) noexcept

template<typename CompletionToken >
auto	opcua::services::writeEventNotifierAsync (Client &connection, const NodeId &id, Bitmask< EventNotifier > eventNotifier, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeValue (T &connection, const NodeId &id, const Variant &value) noexcept

template<typename CompletionToken >
auto	opcua::services::writeValueAsync (Client &connection, const NodeId &id, const Variant &value, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeDataType (T &connection, const NodeId &id, const NodeId &dataType) noexcept

template<typename CompletionToken >
auto	opcua::services::writeDataTypeAsync (Client &connection, const NodeId &id, const NodeId &dataType, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeValueRank (T &connection, const NodeId &id, ValueRank valueRank) noexcept

template<typename CompletionToken >
auto	opcua::services::writeValueRankAsync (Client &connection, const NodeId &id, ValueRank valueRank, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeArrayDimensions (T &connection, const NodeId &id, Span< const uint32_t > arrayDimensions) noexcept

template<typename CompletionToken >
auto	opcua::services::writeArrayDimensionsAsync (Client &connection, const NodeId &id, Span< const uint32_t > arrayDimensions, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeAccessLevel (T &connection, const NodeId &id, Bitmask< AccessLevel > accessLevel) noexcept

template<typename CompletionToken >
auto	opcua::services::writeAccessLevelAsync (Client &connection, const NodeId &id, Bitmask< AccessLevel > accessLevel, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeUserAccessLevel (T &connection, const NodeId &id, Bitmask< AccessLevel > userAccessLevel) noexcept

template<typename CompletionToken >
auto	opcua::services::writeUserAccessLevelAsync (Client &connection, const NodeId &id, Bitmask< AccessLevel > userAccessLevel, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeMinimumSamplingInterval (T &connection, const NodeId &id, double minimumSamplingInterval) noexcept

template<typename CompletionToken >
auto	opcua::services::writeMinimumSamplingIntervalAsync (Client &connection, const NodeId &id, double minimumSamplingInterval, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeHistorizing (T &connection, const NodeId &id, bool historizing) noexcept

template<typename CompletionToken >
auto	opcua::services::writeHistorizingAsync (Client &connection, const NodeId &id, bool historizing, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeExecutable (T &connection, const NodeId &id, bool executable) noexcept

template<typename CompletionToken >
auto	opcua::services::writeExecutableAsync (Client &connection, const NodeId &id, bool executable, CompletionToken &&token)

template<typename T >
StatusCode	opcua::services::writeUserExecutable (T &connection, const NodeId &id, bool userExecutable) noexcept

template<typename CompletionToken >
auto	opcua::services::writeUserExecutableAsync (Client &connection, const NodeId &id, bool userExecutable, CompletionToken &&token)

Function Documentation

◆ write() [1/2]

WriteResponse opcua::services::write	(	Client &	connection,
		const WriteRequest &	request )

noexcept

Write one or more attributes of one or more nodes (client only).

Parameters

connection	Instance of type Client
request	Write request

Referenced by opcua::services::write().

◆ write() [2/2]

WriteResponse opcua::services::write	(	Client &	connection,
		Span< const WriteValue >	nodesToWrite )

inlinenoexcept

This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

Definition at line 148 of file attribute.hpp.

◆ writeAsync() [1/2]

template<typename CompletionToken >

auto opcua::services::writeAsync	(	Client &	connection,
		const WriteRequest &	request,
		CompletionToken &&	token )

Write one or more attributes of one or more nodes (client only).

Parameters

connection	Instance of type Client
request	Write request
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(WriteResponse&) opcua::WriteResponse UA_WriteResponse wrapper class. Definition types_composed.hpp:1413

Returns

void if token is a callback function (object)
std::future<WriteResponse> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 158 of file attribute.hpp.

Referenced by opcua::services::writeAsync(), and opcua::services::writeAttributeAsync().

◆ writeAsync() [2/2]

template<typename CompletionToken >

auto opcua::services::writeAsync	(	Client &	connection,
		Span< const WriteValue >	nodesToWrite,
		CompletionToken &&	token )

This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

Definition at line 166 of file attribute.hpp.

◆ writeAttribute()

template<typename T >

StatusCode opcua::services::writeAttribute	(	T &	connection,
		const NodeId &	id,
		AttributeId	attributeId,
		const DataValue &	value )

noexcept

Write node attribute.

Parameters

connection	Instance of type Client
id	Node to write
attributeId	Attribute to write
value	Value to write

Referenced by opcua::services::detail::writeAttributeImpl(), and opcua::services::writeDataValue().

◆ writeAttributeAsync()

template<typename CompletionToken >

auto opcua::services::writeAttributeAsync	(	Client &	connection,
		const NodeId &	id,
		AttributeId	attributeId,
		const DataValue &	value,
		CompletionToken &&	token )

Write node attribute.

Parameters

connection	Instance of type Client
id	Node to write
attributeId	Attribute to write
value	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode) opcua::StatusCode UA_StatusCode wrapper class. Definition types.hpp:44

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 190 of file attribute.hpp.

Referenced by opcua::services::detail::writeAttributeAsyncImpl(), and opcua::services::writeDataValueAsync().

◆ writeDataValue()

template<typename T >

StatusCode opcua::services::writeDataValue	(	T &	connection,
		const NodeId &	id,
		const DataValue &	value )

noexcept

Write the AttributeId::Value attribute of a node as a DataValue object.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
value	Value to write

Definition at line 296 of file attribute.hpp.

Referenced by opcua::Node< Connection >::writeDataValue().

◆ writeDataValueAsync()

template<typename CompletionToken >

auto opcua::services::writeDataValueAsync	(	Client &	connection,
		const NodeId &	id,
		const DataValue &	value,
		CompletionToken &&	token )

Write the AttributeId::Value attribute of a node as a DataValue object.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
value	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 307 of file attribute.hpp.

Referenced by opcua::Node< Connection >::writeDataValueAsync().

◆ writeBrowseName()

template<typename T >

StatusCode opcua::services::writeBrowseName	(	T &	connection,
		const NodeId &	id,
		const QualifiedName &	browseName )

noexcept

Write the AttributeId::BrowseName attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
browseName	Value to write

Definition at line 91 of file attribute_highlevel.hpp.

◆ writeBrowseNameAsync()

template<typename CompletionToken >

auto opcua::services::writeBrowseNameAsync	(	Client &	connection,
		const NodeId &	id,
		const QualifiedName &	browseName,
		CompletionToken &&	token )

Write the AttributeId::BrowseName attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
browseName	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 104 of file attribute_highlevel.hpp.

◆ writeDisplayName()

template<typename T >

StatusCode opcua::services::writeDisplayName	(	T &	connection,
		const NodeId &	id,
		const LocalizedText &	displayName )

noexcept

Write the AttributeId::DisplayName attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
displayName	Value to write

Definition at line 144 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeDisplayName().

◆ writeDisplayNameAsync()

template<typename CompletionToken >

auto opcua::services::writeDisplayNameAsync	(	Client &	connection,
		const NodeId &	id,
		const LocalizedText &	displayName,
		CompletionToken &&	token )

Write the AttributeId::DisplayName attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
displayName	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 157 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeDisplayNameAsync().

◆ writeDescription()

template<typename T >

StatusCode opcua::services::writeDescription	(	T &	connection,
		const NodeId &	id,
		const LocalizedText &	description )

noexcept

Write the AttributeId::Description attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
description	Value to write

Definition at line 197 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeDescription().

◆ writeDescriptionAsync()

template<typename CompletionToken >

auto opcua::services::writeDescriptionAsync	(	Client &	connection,
		const NodeId &	id,
		const LocalizedText &	description,
		CompletionToken &&	token )

Write the AttributeId::Description attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
description	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 210 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeDescriptionAsync().

◆ writeWriteMask()

template<typename T >

StatusCode opcua::services::writeWriteMask	(	T &	connection,
		const NodeId &	id,
		Bitmask< WriteMask >	writeMask )

noexcept

Write the AttributeId::WriteMask attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
writeMask	Value to write

Definition at line 250 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeWriteMask().

◆ writeWriteMaskAsync()

template<typename CompletionToken >

auto opcua::services::writeWriteMaskAsync	(	Client &	connection,
		const NodeId &	id,
		Bitmask< WriteMask >	writeMask,
		CompletionToken &&	token )

Write the AttributeId::WriteMask attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
writeMask	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 261 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeWriteMaskAsync().

◆ writeUserWriteMask()

template<typename T >

StatusCode opcua::services::writeUserWriteMask	(	T &	connection,
		const NodeId &	id,
		Bitmask< WriteMask >	userWriteMask )

noexcept

Write the AttributeId::UserWriteMask attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
userWriteMask	Value to write

Definition at line 301 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeUserWriteMask().

◆ writeUserWriteMaskAsync()

template<typename CompletionToken >

auto opcua::services::writeUserWriteMaskAsync	(	Client &	connection,
		const NodeId &	id,
		Bitmask< WriteMask >	userWriteMask,
		CompletionToken &&	token )

Write the AttributeId::UserWriteMask attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
userWriteMask	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 314 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeUserWriteMaskAsync().

◆ writeIsAbstract()

template<typename T >

StatusCode opcua::services::writeIsAbstract	(	T &	connection,
		const NodeId &	id,
		bool	isAbstract )

noexcept

Write the AttributeId::IsAbstract attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
isAbstract	Value to write

Definition at line 354 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeIsAbstract().

◆ writeIsAbstractAsync()

template<typename CompletionToken >

auto opcua::services::writeIsAbstractAsync	(	Client &	connection,
		const NodeId &	id,
		bool	isAbstract,
		CompletionToken &&	token )

Write the AttributeId::IsAbstract attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
isAbstract	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 365 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeIsAbstractAsync().

◆ writeSymmetric()

template<typename T >

StatusCode opcua::services::writeSymmetric	(	T &	connection,
		const NodeId &	id,
		bool	symmetric )

noexcept

Write the AttributeId::Symmetric attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
symmetric	Value to write

Definition at line 405 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeSymmetric().

◆ writeSymmetricAsync()

template<typename CompletionToken >

auto opcua::services::writeSymmetricAsync	(	Client &	connection,
		const NodeId &	id,
		bool	symmetric,
		CompletionToken &&	token )

Write the AttributeId::Symmetric attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
symmetric	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 416 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeSymmetricAsync().

◆ writeInverseName()

template<typename T >

StatusCode opcua::services::writeInverseName	(	T &	connection,
		const NodeId &	id,
		const LocalizedText &	inverseName )

noexcept

Write the AttributeId::InverseName attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
inverseName	Value to write

Definition at line 456 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeInverseName().

◆ writeInverseNameAsync()

template<typename CompletionToken >

auto opcua::services::writeInverseNameAsync	(	Client &	connection,
		const NodeId &	id,
		const LocalizedText &	inverseName,
		CompletionToken &&	token )

Write the AttributeId::InverseName attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
inverseName	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 469 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeInverseNameAsync().

◆ writeContainsNoLoops()

template<typename T >

StatusCode opcua::services::writeContainsNoLoops	(	T &	connection,
		const NodeId &	id,
		const bool &	containsNoLoops )

noexcept

Write the AttributeId::ContainsNoLoops attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
containsNoLoops	Value to write

Definition at line 509 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeContainsNoLoops().

◆ writeContainsNoLoopsAsync()

template<typename CompletionToken >

auto opcua::services::writeContainsNoLoopsAsync	(	Client &	connection,
		const NodeId &	id,
		const bool &	containsNoLoops,
		CompletionToken &&	token )

Write the AttributeId::ContainsNoLoops attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
containsNoLoops	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 524 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeContainsNoLoopsAsync().

◆ writeEventNotifier()

template<typename T >

StatusCode opcua::services::writeEventNotifier	(	T &	connection,
		const NodeId &	id,
		Bitmask< EventNotifier >	eventNotifier )

noexcept

Write the AttributeId::EventNotifier attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
eventNotifier	Value to write

Definition at line 564 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeEventNotifier().

◆ writeEventNotifierAsync()

template<typename CompletionToken >

auto opcua::services::writeEventNotifierAsync	(	Client &	connection,
		const NodeId &	id,
		Bitmask< EventNotifier >	eventNotifier,
		CompletionToken &&	token )

Write the AttributeId::EventNotifier attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
eventNotifier	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 577 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeEventNotifierAsync().

◆ writeValue()

template<typename T >

StatusCode opcua::services::writeValue	(	T &	connection,
		const NodeId &	id,
		const Variant &	value )

noexcept

Write the AttributeId::Value attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
value	Value to write

Definition at line 620 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeValue().

◆ writeValueAsync()

template<typename CompletionToken >

auto opcua::services::writeValueAsync	(	Client &	connection,
		const NodeId &	id,
		const Variant &	value,
		CompletionToken &&	token )

Write the AttributeId::Value attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
value	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 631 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeValueAsync().

◆ writeDataType()

template<typename T >

StatusCode opcua::services::writeDataType	(	T &	connection,
		const NodeId &	id,
		const NodeId &	dataType )

noexcept

Write the AttributeId::DataType attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
dataType	Value to write

Definition at line 671 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeDataType().

◆ writeDataTypeAsync()

template<typename CompletionToken >

auto opcua::services::writeDataTypeAsync	(	Client &	connection,
		const NodeId &	id,
		const NodeId &	dataType,
		CompletionToken &&	token )

Write the AttributeId::DataType attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
dataType	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 682 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeDataTypeAsync().

◆ writeValueRank()

template<typename T >

StatusCode opcua::services::writeValueRank	(	T &	connection,
		const NodeId &	id,
		ValueRank	valueRank )

noexcept

Write the AttributeId::ValueRank attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
valueRank	Value to write

Definition at line 722 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeValueRank().

◆ writeValueRankAsync()

template<typename CompletionToken >

auto opcua::services::writeValueRankAsync	(	Client &	connection,
		const NodeId &	id,
		ValueRank	valueRank,
		CompletionToken &&	token )

Write the AttributeId::ValueRank attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
valueRank	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 733 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeValueRankAsync().

◆ writeArrayDimensions()

template<typename T >

StatusCode opcua::services::writeArrayDimensions	(	T &	connection,
		const NodeId &	id,
		Span< const uint32_t >	arrayDimensions )

noexcept

Write the AttributeId::ArrayDimensions attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
arrayDimensions	Value to write

Definition at line 773 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeArrayDimensions().

◆ writeArrayDimensionsAsync()

template<typename CompletionToken >

auto opcua::services::writeArrayDimensionsAsync	(	Client &	connection,
		const NodeId &	id,
		Span< const uint32_t >	arrayDimensions,
		CompletionToken &&	token )

Write the AttributeId::ArrayDimensions attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
arrayDimensions	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 788 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeArrayDimensionsAsync().

◆ writeAccessLevel()

template<typename T >

StatusCode opcua::services::writeAccessLevel	(	T &	connection,
		const NodeId &	id,
		Bitmask< AccessLevel >	accessLevel )

noexcept

Write the AttributeId::AccessLevel attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
accessLevel	Value to write

Definition at line 831 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeAccessLevel().

◆ writeAccessLevelAsync()

template<typename CompletionToken >

auto opcua::services::writeAccessLevelAsync	(	Client &	connection,
		const NodeId &	id,
		Bitmask< AccessLevel >	accessLevel,
		CompletionToken &&	token )

Write the AttributeId::AccessLevel attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
accessLevel	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 844 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeAccessLevelAsync().

◆ writeUserAccessLevel()

template<typename T >

StatusCode opcua::services::writeUserAccessLevel	(	T &	connection,
		const NodeId &	id,
		Bitmask< AccessLevel >	userAccessLevel )

noexcept

Write the AttributeId::UserAccessLevel attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
userAccessLevel	Value to write

Definition at line 884 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeUserAccessLevel().

◆ writeUserAccessLevelAsync()

template<typename CompletionToken >

auto opcua::services::writeUserAccessLevelAsync	(	Client &	connection,
		const NodeId &	id,
		Bitmask< AccessLevel >	userAccessLevel,
		CompletionToken &&	token )

Write the AttributeId::UserAccessLevel attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
userAccessLevel	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 899 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeUserAccessLevelAsync().

◆ writeMinimumSamplingInterval()

template<typename T >

StatusCode opcua::services::writeMinimumSamplingInterval	(	T &	connection,
		const NodeId &	id,
		double	minimumSamplingInterval )

noexcept

Write the AttributeId::MinimumSamplingInterval attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
minimumSamplingInterval	Value to write

Definition at line 944 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeMinimumSamplingInterval().

◆ writeMinimumSamplingIntervalAsync()

template<typename CompletionToken >

auto opcua::services::writeMinimumSamplingIntervalAsync	(	Client &	connection,
		const NodeId &	id,
		double	minimumSamplingInterval,
		CompletionToken &&	token )

Write the AttributeId::MinimumSamplingInterval attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
minimumSamplingInterval	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 959 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeMinimumSamplingIntervalAsync().

◆ writeHistorizing()

template<typename T >

StatusCode opcua::services::writeHistorizing	(	T &	connection,
		const NodeId &	id,
		bool	historizing )

noexcept

Write the AttributeId::Historizing attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
historizing	Value to write

Definition at line 999 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeHistorizing().

◆ writeHistorizingAsync()

template<typename CompletionToken >

auto opcua::services::writeHistorizingAsync	(	Client &	connection,
		const NodeId &	id,
		bool	historizing,
		CompletionToken &&	token )

Write the AttributeId::Historizing attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
historizing	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 1010 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeHistorizingAsync().

◆ writeExecutable()

template<typename T >

StatusCode opcua::services::writeExecutable	(	T &	connection,
		const NodeId &	id,
		bool	executable )

noexcept

Write the AttributeId::Executable attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
executable	Value to write

Definition at line 1050 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeExecutable().

◆ writeExecutableAsync()

template<typename CompletionToken >

auto opcua::services::writeExecutableAsync	(	Client &	connection,
		const NodeId &	id,
		bool	executable,
		CompletionToken &&	token )

Write the AttributeId::Executable attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
executable	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 1061 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeExecutableAsync().

◆ writeUserExecutable()

template<typename T >

StatusCode opcua::services::writeUserExecutable	(	T &	connection,
		const NodeId &	id,
		bool	userExecutable )

noexcept

Write the AttributeId::UserExecutable attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
userExecutable	Value to write

Definition at line 1101 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeUserExecutable().

◆ writeUserExecutableAsync()

template<typename CompletionToken >

auto opcua::services::writeUserExecutableAsync	(	Client &	connection,
		const NodeId &	id,
		bool	userExecutable,
		CompletionToken &&	token )

Write the AttributeId::UserExecutable attribute of a node.

Parameters

connection	Instance of type Client (or Server)
id	Node to write
userExecutable	Value to write
token	The completion token that will be used to produce a completion handler, which will be called when the operation completes. Potential completion tokens include useFuture, useDeferred, useDetached, or a function (object) with the correct completion signature. The function signature of the completion handler must be: void(StatusCode)

Returns

void if token is a callback function (object)
std::future<StatusCode> if token is of type UseFutureToken
auto(auto&& token) callable for deferred execution if token is of type UseDeferredToken
void if token is of type UseDetachedToken

Definition at line 1112 of file attribute_highlevel.hpp.

Referenced by opcua::Node< Connection >::writeUserExecutableAsync().

Detailed Description

Functions

Function Documentation

◆ write() [1/2]

◆ write() [2/2]

◆ writeAsync() [1/2]

◆ writeAsync() [2/2]

◆ writeAttribute()

◆ writeAttributeAsync()

◆ writeDataValue()

◆ writeDataValueAsync()

◆ writeBrowseName()

◆ writeBrowseNameAsync()

◆ writeDisplayName()

◆ writeDisplayNameAsync()

◆ writeDescription()

◆ writeDescriptionAsync()

◆ writeWriteMask()

◆ writeWriteMaskAsync()

◆ writeUserWriteMask()

◆ writeUserWriteMaskAsync()

◆ writeIsAbstract()

◆ writeIsAbstractAsync()

◆ writeSymmetric()

◆ writeSymmetricAsync()

◆ writeInverseName()

◆ writeInverseNameAsync()

◆ writeContainsNoLoops()

◆ writeContainsNoLoopsAsync()

◆ writeEventNotifier()

◆ writeEventNotifierAsync()

◆ writeValue()

◆ writeValueAsync()

◆ writeDataType()

◆ writeDataTypeAsync()

◆ writeValueRank()

◆ writeValueRankAsync()

◆ writeArrayDimensions()

◆ writeArrayDimensionsAsync()

◆ writeAccessLevel()

◆ writeAccessLevelAsync()

◆ writeUserAccessLevel()

◆ writeUserAccessLevelAsync()

◆ writeMinimumSamplingInterval()

◆ writeMinimumSamplingIntervalAsync()

◆ writeHistorizing()

◆ writeHistorizingAsync()

◆ writeExecutable()

◆ writeExecutableAsync()

◆ writeUserExecutable()

◆ writeUserExecutableAsync()