VI Server Class Hierarchy - Revision history

Q at 20:09, 6 June 2020

2020-06-06T20:09:59Z

Q: /* Programmatic Access to the Methods */ Fixed Link

2019-09-09T14:29:17Z

Programmatic Access to the Methods: Fixed Link

← Older revision		Revision as of 14:29, 9 September 2019
Line 321:		Line 321:
	=== Programmatic Access to the Methods ===		=== Programmatic Access to the Methods ===
	[[File:AllMeths() property.png\|frame\|AllMeths[] property]]		[[File:AllMeths() property.png\|frame\|AllMeths[] property]]
	Through [[VI Scripting]] the all of the methods of a given class can be seen by accessing the [[Invoke class/~~AllMeths()~~ property\|~~AllMeths()~~ property]] of the [[Invoke class]]. Start by setting the [[Invoke node\|invoke node]] to the desired class. Then, through scripting functions, get the reference to that invoke node and read the [[Invoke class/~~AllMeths()~~ property\|~~AllMeths()~~ property]] of it. It will return an array of clusters with each element of the array representing an acceptable method of the given class or of a class in its inheritance chain. The cluster contains the following for elements about the method:		Through [[VI Scripting]] the all of the methods of a given class can be seen by accessing the [[Invoke class/All Supported Methods property\|All Supported Methods property]] of the [[Invoke class]]. Start by setting the [[Invoke node\|invoke node]] to the desired class. Then, through scripting functions, get the reference to that invoke node and read the [[Invoke class/All Supported Methods property\|All Supported Methods property]] of it. It will return an array of clusters with each element of the array representing an acceptable method of the given class or of a class in its inheritance chain. The cluster contains the following for elements about the method:
	*Unique ID string - This is a unique ID for the method		*Unique ID string - This is a unique ID for the method
	*Data Name - This is the data name of the method		*Data Name - This is the data name of the method

Q: /* Programmatic Access to the Properties */ Fixed Link

2019-09-09T14:26:44Z

Programmatic Access to the Properties: Fixed Link

← Older revision		Revision as of 14:26, 9 September 2019
Line 313:		Line 313:
	=== Programmatic Access to the Properties ===		=== Programmatic Access to the Properties ===
	[[File:AllProps() property.png\|frame\|AllProps[] property]]		[[File:AllProps() property.png\|frame\|AllProps[] property]]
	Through [[VI Scripting]] the all of the properties of a given class can be seen by accessing the [[Property class/~~AllProps()~~ property\|~~AllProps()~~ property]] of the [[Property class]]. Start by setting the [[Property node\|property node]] to the desired class. Then, through scripting functions, get the reference to that property node and read the [[Property class/~~AllProps()~~ property\|~~AllProps()~~ property]] of it. It will return an array of clusters with each element of the array representing an acceptable property of the given class or of a class in its inheritance chain. The cluster contains the following for elements about the property:		Through [[VI Scripting]] the all of the properties of a given class can be seen by accessing the [[Property class/All Supported Properties property\|All Supported Properties property]] of the [[Property class]]. Start by setting the [[Property node\|property node]] to the desired class. Then, through scripting functions, get the reference to that property node and read the [[Property class/All Supported Properties property\|All Supported Properties property]] of it. It will return an array of clusters with each element of the array representing an acceptable property of the given class or of a class in its inheritance chain. The cluster contains the following for elements about the property:
	*Unique ID string - This is a unique ID for the property		*Unique ID string - This is a unique ID for the property
	*Data Name - This is the data name of the property		*Data Name - This is the data name of the property

Q: /* Programmatic Access to the Classes */ Fixed Link

2019-09-09T14:22:17Z

Programmatic Access to the Classes: Fixed Link

← Older revision		Revision as of 14:22, 9 September 2019
Line 305:		Line 305:
	=== Programmatic Access to the Classes ===		=== Programmatic Access to the Classes ===
	[[File:AllTypes() property.png\|frame\|AllTypes[] property]]		[[File:AllTypes() property.png\|frame\|AllTypes[] property]]
	Through [[VI Scripting]] the entire VI Server Class Hierarchy can be seen by accessing the [[ClassSpecifierConstant class/~~AllTypes~~() property\|~~AllTypes()~~ property]] of the [[ClassSpecifierConstant class]]. This property returns an array of clusters with each element of the array representing one class in the hierarchy. The cluster contains the following four elements about the class:		Through [[VI Scripting]] the entire VI Server Class Hierarchy can be seen by accessing the [[ClassSpecifierConstant class/All Types() property\|All Types[] property]] of the [[ClassSpecifierConstant class]]. This property returns an array of clusters with each element of the array representing one class in the hierarchy. The cluster contains the following four elements about the class:
	*Unique ID string - This is the class ID of the class		*Unique ID string - This is the class ID of the class
	*Parent ID string - This is the Unique ID string of the Parent this class inherits from		*Parent ID string - This is the Unique ID string of the Parent this class inherits from

Q: Added link

2019-09-02T03:31:09Z

Added link

← Older revision		Revision as of 03:31, 2 September 2019
Line 300:		Line 300:
	**[[SubsystemVI class\|SubsystemVI]] (ClassID:62 [[VI Server#Basic Development Environment\|Basic Development Environment]])		**[[SubsystemVI class\|SubsystemVI]] (ClassID:62 [[VI Server#Basic Development Environment\|Basic Development Environment]])
	}}		}}
			[[VI Server Class Hierarchy Table\|Click here for a tabular view of this data]]

	== Programmatic Access to the VI Server Class Hierarchy ==		== Programmatic Access to the VI Server Class Hierarchy ==

Q at 04:28, 27 August 2019

2019-08-27T04:28:31Z

Q: Fixed links

2019-08-27T04:27:26Z

Fixed links

Q: Typo

2019-08-27T01:21:51Z

Typo

← Older revision		Revision as of 01:21, 27 August 2019
Line 1:		Line 1:
	The '''VI Server Class Hierarchy''' is the object-oriented organization of all of the classes available in the [[VI Server]]. These classes define all of the elements in the [[G\|G language]] and is the backbone for properties, (accessible by [[Property node\|property node]]), methods, accessible by ([[Invoke Node\|invoke node]]), and events. The hierarchy consists of the following classes:		The '''VI Server Class Hierarchy''' is the object-oriented organization of all of the classes available in the [[VI Server]]. These classes define all of the elements in the [[G\|G language]] and is the backbone for properties, (accessible by [[Property node\|property node]]), methods, (accessible by [[Invoke Node\|invoke node]]), and events. The hierarchy consists of the following classes:
	{{TOCright}}		{{TOCright}}

Q at 23:15, 21 August 2019

2019-08-21T23:15:00Z

← Older revision		Revision as of 23:15, 21 August 2019
Line 1:		Line 1:
	The '''VI Server Class Hierarchy''' is the object-oriented organization of all of the classes available in the [[VI Server]]. These classes define all of the elements in the [[G\|G language]] and is the backbone for properties, (accessible by [[Property node\|property node]]), methods, accessible by ([[Invoke Node\|invoke node]]), and events. The hierarchy consists of the following classes:		The '''VI Server Class Hierarchy''' is the object-oriented organization of all of the classes available in the [[VI Server]]. These classes define all of the elements in the [[G\|G language]] and is the backbone for properties, (accessible by [[Property node\|property node]]), methods, accessible by ([[Invoke Node\|invoke node]]), and events. The hierarchy consists of the following classes:
	{{TOCright}}		{{TOCright}}
	~~{\| class="wikitable"~~
	~~! colspan="2"\|Legend~~
	\|-
	\|B
	~~\|[[VI Server#Basic Development Environment\|Basic Development Environment]]~~
	\|-
	\|S
	~~\|[[VI Server#VI Scripting\|VI Scripting]]~~
	\|-
	\|P
	~~\|[[VI Server#Private\|Private]]~~
	\|-
	\|B
	~~\|[[VI Server#Deprecated\|Deprecated]]~~
	\|}
	== Class Hierarchy Tree View ==		== Class Hierarchy Tree View ==
	{{#tree:		{{#tree:
	*[[Application class\|Application]] (ClassID:1 [[VI Server#Basic Development Environment\|B]])		*[[Application class\|Application]] (ClassID:1 [[VI Server#Basic Development Environment\|Basic Development Environment]])
	*[[CopyConflict class\|CopyConflict]] (ClassID:98 [[VI Server#Private\|P]])		*[[CopyConflict class\|CopyConflict]] (ClassID:98 [[VI Server#Private\|Private]])
	*[[CopyExpert class\|CopyExpert]] (ClassID:99 [[VI Server#Private\|P]])		*[[CopyExpert class\|CopyExpert]] (ClassID:99 [[VI Server#Private\|Private]])
	*[[CopyItem class\|CopyItem]] (ClassID:97 [[VI Server#Private\|P]])		*[[CopyItem class\|CopyItem]] (ClassID:97 [[VI Server#Private\|Private]])
	*[[CopyOperation class\|CopyOperation]] (ClassID:94 [[VI Server#Private\|P]])		*[[CopyOperation class\|CopyOperation]] (ClassID:94 [[VI Server#Private\|Private]])
	*[[Generic class\|Generic]] (ClassID:3 [[VI Server#Basic Development Environment\|B]])		*[[Generic class\|Generic]] (ClassID:3 [[VI Server#Basic Development Environment\|Basic Development Environment]])
	**[[Bus class\|Bus]] (ClassID:131 [[VI Server#Basic Development Environment\|B]])		**[[Bus class\|Bus]] (ClassID:131 [[VI Server#Basic Development Environment\|Basic Development Environment]])
	**[[ConnectorPane class\|ConnectorPane]] (ClassID:56 [[VI Server#VI Scripting\|S]])		**[[ConnectorPane class\|ConnectorPane]] (ClassID:56 [[VI Server#VI Scripting\|VI Scripting]])
	**[[Cursor class\|Cursor]] (ClassID:38 [[VI Server#Basic Development Environment\|B]])		**[[Cursor class\|Cursor]] (ClassID:38 [[VI Server#Basic Development Environment\|Basic Development Environment]])
	**[[FlatSequenceFrame class\|FlatSequenceFrame]] (ClassID:16479 [[VI Server#VI Scripting\|S]])		**[[FlatSequenceFrame class\|FlatSequenceFrame]] (ClassID:16479 [[VI Server#VI Scripting\|VI Scripting]])
	***[[TimeSequenceFrame class\|TimeSequenceFrame]] (ClassID:16494 [[VI Server#VI Scripting\|S]])		***[[TimeSequenceFrame class\|TimeSequenceFrame]] (ClassID:16494 [[VI Server#VI
	**[
	}}		}}

Line 371:		Line 357:

	== References ==		== References ==

			[[Category:VI Server]]
			[[Category:Classes]]
			[[Category:Properties]]
			[[Category:Methods]]

Q: /* Programmatic Access to the VI Server Class Hierarchy */ Added images

2019-08-21T02:16:50Z

Programmatic Access to the VI Server Class Hierarchy: Added images

← Older revision		Revision as of 02:16, 21 August 2019
Line 317:		Line 317:
	== Programmatic Access to the VI Server Class Hierarchy ==		== Programmatic Access to the VI Server Class Hierarchy ==
	=== Programmatic Access to the Classes ===		=== Programmatic Access to the Classes ===
			[[File:AllTypes() property.png\|frame\|AllTypes[] property]]
	Through [[VI Scripting]] the entire VI Server Class Hierarchy can be seen by accessing the [[AllTypes() property]] of the [[ClassSpecifierConstant class]]. This property returns an array of clusters with each element of the array representing one class in the hierarchy. The cluster contains the following four elements about the class:		Through [[VI Scripting]] the entire VI Server Class Hierarchy can be seen by accessing the [[AllTypes() property]] of the [[ClassSpecifierConstant class]]. This property returns an array of clusters with each element of the array representing one class in the hierarchy. The cluster contains the following four elements about the class:
	*Unique ID string - This is the class ID of the class		*Unique ID string - This is the class ID of the class
Line 324:		Line 325:

	=== Programmatic Access to the Properties ===		=== Programmatic Access to the Properties ===
	Through [[VI Scripting]] the all of the properties of a given class can be seen by accessing the [[~~Properties~~() property]] of the [[Property class]]. Start by setting the [[Property node\|property node]] to the desired class. Then, through scripting functions, get the reference to that property node and read the [[~~Properties~~() property]] of it. It will return an array of clusters with each element of the array representing an acceptable property of the given class or of a class in its inheritance chain. The cluster contains the following for elements about the property:		[[File:AllProps() property.png\|frame\|AllProps[] property]]
			Through [[VI Scripting]] the all of the properties of a given class can be seen by accessing the [[AllProps() property]] of the [[Property class]]. Start by setting the [[Property node\|property node]] to the desired class. Then, through scripting functions, get the reference to that property node and read the [[AllProps() property]] of it. It will return an array of clusters with each element of the array representing an acceptable property of the given class or of a class in its inheritance chain. The cluster contains the following for elements about the property:
	*Unique ID string - This is a unique ID for the property		*Unique ID string - This is a unique ID for the property
	*Data Name - This is the data name of the property		*Data Name - This is the data name of the property
Line 331:		Line 333:

	=== Programmatic Access to the Methods ===		=== Programmatic Access to the Methods ===
	Through [[VI Scripting]] the all of the methods of a given class can be seen by accessing the [[~~Method~~ property]] of the [[Invoke class]]. Start by setting the [[Invoke node\|invoke node]] to the desired class. Then, through scripting functions, get the reference to that invoke node and read the [[~~Method~~ property]] of it. It will return an array of clusters with each element of the array representing an acceptable method of the given class or of a class in its inheritance chain. The cluster contains the following for elements about the method:		[[File:AllMeths() property.png\|frame\|AllMeths[] property]]
			Through [[VI Scripting]] the all of the methods of a given class can be seen by accessing the [[AllMeths() property]] of the [[Invoke class]]. Start by setting the [[Invoke node\|invoke node]] to the desired class. Then, through scripting functions, get the reference to that invoke node and read the [[AllMeths() property]] of it. It will return an array of clusters with each element of the array representing an acceptable method of the given class or of a class in its inheritance chain. The cluster contains the following for elements about the method:
	*Unique ID string - This is a unique ID for the method		*Unique ID string - This is a unique ID for the method
	*Data Name - This is the data name of the method		*Data Name - This is the data name of the method

← Older revision		Revision as of 20:09, 6 June 2020
Line 309:		Line 309:
	*Parent ID string - This is the Unique ID string of the Parent this class inherits from		*Parent ID string - This is the Unique ID string of the Parent this class inherits from
	*Class Name (unlocalized) - This is the name of the class in English		*Class Name (unlocalized) - This is the name of the class in English
	*Class Name (localized) - This is the name of the class in the language of the [[~~LabVIEW~~ Environment ~~Overview~~\|LabVIEW Integrated Development Environment (IDE)]]		*Class Name (localized) - This is the name of the class in the language of the [[Development Environment\|LabVIEW Integrated Development Environment (IDE)]]

	=== Programmatic Access to the Properties ===		=== Programmatic Access to the Properties ===
Line 316:		Line 316:
	*Unique ID string - This is a unique ID for the property		*Unique ID string - This is a unique ID for the property
	*Data Name - This is the data name of the property		*Data Name - This is the data name of the property
	*Short Name (localized) - This is the name of the property as it would appear in a property node in the language of the [[~~LabVIEW~~ Environment ~~Overview~~\|LabVIEW IDE]]		*Short Name (localized) - This is the name of the property as it would appear in a property node in the language of the [[Development Environment\|LabVIEW IDE]]
	*Long Name (localized) - This is the name of the property as it would appear in a drop-down menus as the property was being selected and is in the language of the [[~~LabVIEW~~ Environment ~~Overview~~\|LabVIEW IDE]]		*Long Name (localized) - This is the name of the property as it would appear in a drop-down menus as the property was being selected and is in the language of the [[Development Environment\|LabVIEW IDE]]

	=== Programmatic Access to the Methods ===		=== Programmatic Access to the Methods ===
Line 324:		Line 324:
	*Unique ID string - This is a unique ID for the method		*Unique ID string - This is a unique ID for the method
	*Data Name - This is the data name of the method		*Data Name - This is the data name of the method
	*Short Name (localized) - This is the name of the method as it would appear in a invoke node in the language of the [[~~LabVIEW~~ Environment ~~Overview~~\|LabVIEW IDE]]		*Short Name (localized) - This is the name of the method as it would appear in a invoke node in the language of the [[Development Environment\|LabVIEW IDE]]
	*Long Name (localized) - This is the name of the method as it would appear in a drop-down menus as the method was being selected and is in the language of the [[~~LabVIEW~~ Environment ~~Overview~~\|LabVIEW IDE]]		*Long Name (localized) - This is the name of the method as it would appear in a drop-down menus as the method was being selected and is in the language of the [[Development Environment\|LabVIEW IDE]]

	=== The VI Server Toolkit ===		=== The VI Server Toolkit ===

← Older revision		Revision as of 04:28, 27 August 2019
Line 304:		Line 304:
	=== Programmatic Access to the Classes ===		=== Programmatic Access to the Classes ===
	[[File:AllTypes() property.png\|frame\|AllTypes[] property]]		[[File:AllTypes() property.png\|frame\|AllTypes[] property]]
	Through [[VI Scripting]] the entire VI Server Class Hierarchy can be seen by accessing the [[ClassSpecifierConstant class/AllTypes() property]] of the [[ClassSpecifierConstant class]]. This property returns an array of clusters with each element of the array representing one class in the hierarchy. The cluster contains the following four elements about the class:		Through [[VI Scripting]] the entire VI Server Class Hierarchy can be seen by accessing the [[ClassSpecifierConstant class/AllTypes() property\|AllTypes() property]] of the [[ClassSpecifierConstant class]]. This property returns an array of clusters with each element of the array representing one class in the hierarchy. The cluster contains the following four elements about the class:
	*Unique ID string - This is the class ID of the class		*Unique ID string - This is the class ID of the class
	*Parent ID string - This is the Unique ID string of the Parent this class inherits from		*Parent ID string - This is the Unique ID string of the Parent this class inherits from
Line 312:		Line 312:
	=== Programmatic Access to the Properties ===		=== Programmatic Access to the Properties ===
	[[File:AllProps() property.png\|frame\|AllProps[] property]]		[[File:AllProps() property.png\|frame\|AllProps[] property]]
	Through [[VI Scripting]] the all of the properties of a given class can be seen by accessing the [[Property class/AllProps() property]] of the [[Property class]]. Start by setting the [[Property node\|property node]] to the desired class. Then, through scripting functions, get the reference to that property node and read the [[Property class/AllProps() property]] of it. It will return an array of clusters with each element of the array representing an acceptable property of the given class or of a class in its inheritance chain. The cluster contains the following for elements about the property:		Through [[VI Scripting]] the all of the properties of a given class can be seen by accessing the [[Property class/AllProps() property\|AllProps() property]] of the [[Property class]]. Start by setting the [[Property node\|property node]] to the desired class. Then, through scripting functions, get the reference to that property node and read the [[Property class/AllProps() property\|AllProps() property]] of it. It will return an array of clusters with each element of the array representing an acceptable property of the given class or of a class in its inheritance chain. The cluster contains the following for elements about the property:
	*Unique ID string - This is a unique ID for the property		*Unique ID string - This is a unique ID for the property
	*Data Name - This is the data name of the property		*Data Name - This is the data name of the property
Line 320:		Line 320:
	=== Programmatic Access to the Methods ===		=== Programmatic Access to the Methods ===
	[[File:AllMeths() property.png\|frame\|AllMeths[] property]]		[[File:AllMeths() property.png\|frame\|AllMeths[] property]]
	Through [[VI Scripting]] the all of the methods of a given class can be seen by accessing the [[Invoke class/AllMeths() property]] of the [[Invoke class]]. Start by setting the [[Invoke node\|invoke node]] to the desired class. Then, through scripting functions, get the reference to that invoke node and read the [[Invoke class/AllMeths() property]] of it. It will return an array of clusters with each element of the array representing an acceptable method of the given class or of a class in its inheritance chain. The cluster contains the following for elements about the method:		Through [[VI Scripting]] the all of the methods of a given class can be seen by accessing the [[Invoke class/AllMeths() property\|AllMeths() property]] of the [[Invoke class]]. Start by setting the [[Invoke node\|invoke node]] to the desired class. Then, through scripting functions, get the reference to that invoke node and read the [[Invoke class/AllMeths() property\|AllMeths() property]] of it. It will return an array of clusters with each element of the array representing an acceptable method of the given class or of a class in its inheritance chain. The cluster contains the following for elements about the method:
	*Unique ID string - This is a unique ID for the method		*Unique ID string - This is a unique ID for the method
	*Data Name - This is the data name of the method		*Data Name - This is the data name of the method

← Older revision		Revision as of 04:27, 27 August 2019
Line 304:		Line 304:
	=== Programmatic Access to the Classes ===		=== Programmatic Access to the Classes ===
	[[File:AllTypes() property.png\|frame\|AllTypes[] property]]		[[File:AllTypes() property.png\|frame\|AllTypes[] property]]
	Through [[VI Scripting]] the entire VI Server Class Hierarchy can be seen by accessing the [[AllTypes() property]] of the [[ClassSpecifierConstant class]]. This property returns an array of clusters with each element of the array representing one class in the hierarchy. The cluster contains the following four elements about the class:		Through [[VI Scripting]] the entire VI Server Class Hierarchy can be seen by accessing the [[ClassSpecifierConstant class/AllTypes() property]] of the [[ClassSpecifierConstant class]]. This property returns an array of clusters with each element of the array representing one class in the hierarchy. The cluster contains the following four elements about the class:
	*Unique ID string - This is the class ID of the class		*Unique ID string - This is the class ID of the class
	*Parent ID string - This is the Unique ID string of the Parent this class inherits from		*Parent ID string - This is the Unique ID string of the Parent this class inherits from
Line 312:		Line 312:
	=== Programmatic Access to the Properties ===		=== Programmatic Access to the Properties ===
	[[File:AllProps() property.png\|frame\|AllProps[] property]]		[[File:AllProps() property.png\|frame\|AllProps[] property]]
	Through [[VI Scripting]] the all of the properties of a given class can be seen by accessing the [[AllProps() property]] of the [[Property class]]. Start by setting the [[Property node\|property node]] to the desired class. Then, through scripting functions, get the reference to that property node and read the [[AllProps() property]] of it. It will return an array of clusters with each element of the array representing an acceptable property of the given class or of a class in its inheritance chain. The cluster contains the following for elements about the property:		Through [[VI Scripting]] the all of the properties of a given class can be seen by accessing the [[Property class/AllProps() property]] of the [[Property class]]. Start by setting the [[Property node\|property node]] to the desired class. Then, through scripting functions, get the reference to that property node and read the [[Property class/AllProps() property]] of it. It will return an array of clusters with each element of the array representing an acceptable property of the given class or of a class in its inheritance chain. The cluster contains the following for elements about the property:
	*Unique ID string - This is a unique ID for the property		*Unique ID string - This is a unique ID for the property
	*Data Name - This is the data name of the property		*Data Name - This is the data name of the property
Line 320:		Line 320:
	=== Programmatic Access to the Methods ===		=== Programmatic Access to the Methods ===
	[[File:AllMeths() property.png\|frame\|AllMeths[] property]]		[[File:AllMeths() property.png\|frame\|AllMeths[] property]]
	Through [[VI Scripting]] the all of the methods of a given class can be seen by accessing the [[AllMeths() property]] of the [[Invoke class]]. Start by setting the [[Invoke node\|invoke node]] to the desired class. Then, through scripting functions, get the reference to that invoke node and read the [[AllMeths() property]] of it. It will return an array of clusters with each element of the array representing an acceptable method of the given class or of a class in its inheritance chain. The cluster contains the following for elements about the method:		Through [[VI Scripting]] the all of the methods of a given class can be seen by accessing the [[Invoke class/AllMeths() property]] of the [[Invoke class]]. Start by setting the [[Invoke node\|invoke node]] to the desired class. Then, through scripting functions, get the reference to that invoke node and read the [[Invoke class/AllMeths() property]] of it. It will return an array of clusters with each element of the array representing an acceptable method of the given class or of a class in its inheritance chain. The cluster contains the following for elements about the method:
	*Unique ID string - This is a unique ID for the method		*Unique ID string - This is a unique ID for the method
	*Data Name - This is the data name of the method		*Data Name - This is the data name of the method