Datatype Element/en - Versionsgeschichte

Cg: /* Constraint Datatype Type */

2026-05-07T17:12:11Z

Constraint Datatype Type

← Nächstältere Version		Version vom 7. Mai 2026, 17:12 Uhr
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	* <compatTypeName> - constraint to types which are compatible with a type named <compatTypeName>		* <compatTypeName> - constraint to types which are compatible with a type named <compatTypeName>
	or a selector from one of:		or a selector from one of:
	* <code>isApplicationClassType</code> - for defined class types where the defined class inherits from ApplicationModel~~. An alternative to this is to define the constraint as "datatype(ApplicationModel)"~~.		* <code>isApplicationClassType</code> - for defined class types where the defined class inherits from ApplicationModel.
			:An alternative to this is to define the constraint as "datatype(ApplicationModel)".
	* <code>isArrayType</code> - for types which have integer-indexable slots		* <code>isArrayType</code> - for types which have integer-indexable slots
	* <code>isCTypeType</code> - for C-defined types		* <code>isCTypeType</code> - for C-defined types
	* <code>isCEnumType</code> - for C enum types ~~(2.12)~~		* <code>isCEnumType</code> - for C enum types
	* <code>isCStructType</code> - for C-defined struct types ~~(2.12)~~		* <code>isCStructType</code> - for C-defined struct types
	* <code>isCUnionType</code> - for C-defined union types ~~(2.12)~~		* <code>isCUnionType</code> - for C-defined union types
	* <code>isCollectionPrimaryType</code> - for subtypes of Collection (eg. Dictionary, Set, OrderedCollection etc.)		* <code>isCollectionPrimaryType</code> - for subtypes of Collection (eg. Dictionary, Set, OrderedCollection etc.)
	* <code>isCompoundType</code> - for compound types		* <code>isCompoundType</code> - for compound types

Cg: /* Constraint Datatype Type */

2026-05-07T17:08:41Z

Constraint Datatype Type

← Nächstältere Version		Version vom 7. Mai 2026, 17:08 Uhr
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	* <code>isCStructType</code> - for C-defined struct types (2.12)		* <code>isCStructType</code> - for C-defined struct types (2.12)
	* <code>isCUnionType</code> - for C-defined union types (2.12)		* <code>isCUnionType</code> - for C-defined union types (2.12)
	* <code>isCollectionPrimaryType</code> - for subtypes of Collection (~~i.e~~. Dictionary, Set, OrderedCollection etc.)		* <code>isCollectionPrimaryType</code> - for subtypes of Collection (eg. Dictionary, Set, OrderedCollection etc.)
	* <code>isCompoundType</code> - for compound types		* <code>isCompoundType</code> - for compound types
	* <code>isEnumType</code> - for enum types		* <code>isEnumType</code> - for enum types
	* <code>isNumberPrimaryType</code> - for subtypes of Number (~~i.e~~. Float, Integer, Fraction, FixedPoint)		* <code>isNumberPrimaryType</code> - for subtypes of Number (eg. Float, Integer, Fraction, FixedPoint, etc.)
			* <code>isPhysicalUnitType</code> - for physical unit types (eg. Length, Acceleration, Voltage, etc.)
	* <code>isPrimaryType</code> - for any primary type		* <code>isPrimaryType</code> - for any primary type
	::(primary types are those defined as class in the underlying framework. You can see and inspect those with the class browser, which is opened via the "''Extras''" → "''Tools''" menu)		::(primary types are those defined as class in the underlying framework. You can see and inspect those with the class browser, which is opened via the "''Extras''" → "''Tools''" menu)

Cg: /* Union Types */

2026-05-07T16:57:37Z

Union Types

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	)		)

	When freezing a pin with union type, you must either specify the concrete type (by using "''Freeze as...''") or by providing an unambitious freeze value text. In the above example, a freeze value entry of <code>123</code> (without quotes) will make the freeze value an integer, whereas if entered as <~~cdoe~~>'123'</code> (with single quotes) will make it a string.		When freezing a pin with union type, you must either specify the concrete type (by using "''Freeze as...''") or by providing an unambitious freeze value text. In the above example, a freeze value entry of <code>123</code> (without quotes) will make the freeze value an integer, whereas if entered as <code>'123'</code> (with single quotes) will make it a string.

	==== Datatype Types ====		==== Datatype Types ====

Cg: /* Union Types */

2026-05-07T16:57:10Z

Union Types

← Nächstältere Version		Version vom 7. Mai 2026, 16:57 Uhr
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	)		)

	When freezing a pin with union type, you must either specify the concrete type (by using "''Freeze as...''") or by providing an unambitious freeze value text. In the above example, a freeze value entry of " 123 " (without ~~the~~ quotes) will make the freeze value an integer, whereas if entered as " '123' " (with single quotes) will make it a string.		When freezing a pin with union type, you must either specify the concrete type (by using "''Freeze as...''") or by providing an unambitious freeze value text. In the above example, a freeze value entry of <code>123</code> (without quotes) will make the freeze value an integer, whereas if entered as <cdoe>'123'</code> (with single quotes) will make it a string.

	==== Datatype Types ====		==== Datatype Types ====

Cg: /* Union Types */

2026-05-07T16:56:19Z

Union Types

← Nächstältere Version		Version vom 7. Mai 2026, 16:56 Uhr
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	)		)

	When freezing a pin with union type, you must either specify the concrete type (by using "''Freeze as...''") or by providing an unambitious freeze value text. In the above example, a freeze value entry of "123" (without ~~double~~ quotes) will make the freeze value an integer, whereas if entered as " '123' " (with single quotes) will make it a string.		When freezing a pin with union type, you must either specify the concrete type (by using "''Freeze as...''") or by providing an unambitious freeze value text. In the above example, a freeze value entry of " 123 " (without the quotes) will make the freeze value an integer, whereas if entered as " '123' " (with single quotes) will make it a string.

	==== Datatype Types ====		==== Datatype Types ====

Cg: /* Tuple Types */

2026-05-07T16:18:39Z

Tuple Types

← Nächstältere Version		Version vom 7. Mai 2026, 16:18 Uhr
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	)		)
	when instantiated, fixed sizes arrays are created for tuple instances.		when instantiated, fixed sizes arrays are created for tuple instances.
	Given a tuple type T, it can be instantiated with:		<br>Given a tuple type T, it can be instantiated (in JS language) with:
	inst = T.new();		inst = T.new();
	and the fields can be set with:		and the fields can be set with:

Cg: /* Physical Units and Value Types */

2025-06-05T09:21:20Z

Physical Units and Value Types

← Nächstältere Version		Version vom 5. Juni 2025, 09:21 Uhr
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	:any numeric value (integer, float, fraction etc.). Most arithmetic action blocks allow for mixed mode arithmetic; i.e. it is possible to add integer values to fractions, floats and vice versa. The resulting value's representation depends on the combination of input values, and will usually be the one with less exactness. I.e. when adding an exact integer or fraction to an inexact float, the result will be an inexact float.<br>Class details in [http://live.exept.de/ClassDoc/classDocOf:,Number Number].<br>Additional info is found in [[Number_API_Functions\|Number API Functions]].		:any numeric value (integer, float, fraction etc.). Most arithmetic action blocks allow for mixed mode arithmetic; i.e. it is possible to add integer values to fractions, floats and vice versa. The resulting value's representation depends on the combination of input values, and will usually be the one with less exactness. I.e. when adding an exact integer or fraction to an inexact float, the result will be an inexact float.<br>Class details in [http://live.exept.de/ClassDoc/classDocOf:,Number Number].<br>Additional info is found in [[Number_API_Functions\|Number API Functions]].

	===== <span id="Type_PhysicalUnit">Physical ~~Units~~</span> and <span id="Type_PhysicalValues">Value Types</span> =====		===== <span id="Type_PhysicalUnit">Physical Unit</span> and <span id="Type_PhysicalValues">Value Types</span> =====

	These include [[PhysicalValues/en#Length\|Length]], [[PhysicalValues/en#Acceleration\|Acceleration]], [[PhysicalValues/en#Mass\|Mass]], Temperature, Electric Resistance, Voltage and many others.		These include [[PhysicalValues/en#Length\|Length]], [[PhysicalValues/en#Acceleration\|Acceleration]], [[PhysicalValues/en#Mass\|Mass]], Temperature, Electric Resistance, Voltage and many others.

Cg: /* Physical Value Types */

2025-06-05T09:21:02Z

Physical Value Types

← Nächstältere Version		Version vom 5. Juni 2025, 09:21 Uhr
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	:any numeric value (integer, float, fraction etc.). Most arithmetic action blocks allow for mixed mode arithmetic; i.e. it is possible to add integer values to fractions, floats and vice versa. The resulting value's representation depends on the combination of input values, and will usually be the one with less exactness. I.e. when adding an exact integer or fraction to an inexact float, the result will be an inexact float.<br>Class details in [http://live.exept.de/ClassDoc/classDocOf:,Number Number].<br>Additional info is found in [[Number_API_Functions\|Number API Functions]].		:any numeric value (integer, float, fraction etc.). Most arithmetic action blocks allow for mixed mode arithmetic; i.e. it is possible to add integer values to fractions, floats and vice versa. The resulting value's representation depends on the combination of input values, and will usually be the one with less exactness. I.e. when adding an exact integer or fraction to an inexact float, the result will be an inexact float.<br>Class details in [http://live.exept.de/ClassDoc/classDocOf:,Number Number].<br>Additional info is found in [[Number_API_Functions\|Number API Functions]].

	===== Physical Value Types =====		===== <span id="Type_PhysicalUnit">Physical Units</span> and <span id="Type_PhysicalValues">Value Types</span> =====

	These include [[PhysicalValues/en#Length\|Length]], [[PhysicalValues/en#Acceleration\|Acceleration]], [[PhysicalValues/en#Mass\|Mass]], Temperature, Electric Resistance, Voltage and many others.		These include [[PhysicalValues/en#Length\|Length]], [[PhysicalValues/en#Acceleration\|Acceleration]], [[PhysicalValues/en#Mass\|Mass]], Temperature, Electric Resistance, Voltage and many others.

Cg: /* Often Useful Types */

2025-06-05T09:18:18Z

Often Useful Types

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	;<div id="Type_IPAddress">IPAddress</div>		;<div id="Type_IPAddress">IPAddress</div>
	:represents an ipv4 or ipv6 address. See [http://live.exept.de/ClassDoc/classDocOf:,SocketAddress SocketAddress].		:represents an ipv4 or ipv6 address. See [http://live.exept.de/ClassDoc/classDocOf:,SocketAddress SocketAddress].

	;<span id="Type_PhysicalUnit">PhysicalUnit</span> Types / <span id="Type_PhysicalValue">Physical Values</span>
	:expecco provides a number of types to represent physical values such as mass, volume, speed, voltage, etc. These are described in detail in [[PhysicalValues/en \| "Physical Values"]].

	;<div id="Type_Socket">Socket</div>		;<div id="Type_Socket">Socket</div>

Cg: /* Physical Value Types */

2025-06-05T09:16:48Z

Physical Value Types

← Nächstältere Version		Version vom 5. Juni 2025, 09:16 Uhr
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	===== Physical Value Types =====		===== Physical Value Types =====

	These include [[PhysicalValues/en#Length\|Length]], [[PhysicalValues/en#Acceleration\|Acceleration]], Temperature, Electric Resistance, Voltage and many others.		These include [[PhysicalValues/en#Length\|Length]], [[PhysicalValues/en#Acceleration\|Acceleration]], [[PhysicalValues/en#Mass\|Mass]], Temperature, Electric Resistance, Voltage and many others.
	Full detailed information and examples are found in [[PhysicalValues/en\|Physical Values]].		Full detailed information and examples are found in [[PhysicalValues/en\|Physical Values]].