A type class for string, text and visual representation of objects. An alternative to toString. This trait has mor demanding ambitions . The capabilities of decimal place precision and explicit typing for numbers are placed defined here and in the corresponding Show type class although they have n meaning / purpose for many types, as separating them adds enormous complexity for very little gain.
Attributes
- Companion
- object
- Graph
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- Supertypes
- Known subtypes
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class MultipleShow[A]trait PersistBoth[A]class PersistBothSimple[A]class PersistBooleanNamedclass PersistBothTellSimple[R]class PersistDbl2Both[A]class PersistDbl3Both[A]class PersistInt2Both[A]trait ShowCompound[A]trait ShowNFixed[A]trait ShowDbl2[A]class ShowDbl2Imp[A]trait ShowInt2[A]class ShowInt2Imp[A]trait ShowDbl3[A]class ShowDbl3Imp[A]trait ShowInt3[A]class ShowInt3Imp[A]class ShowDbl4[A]trait ShowInt4[A]class ShowInt4Imp[A]trait ShowInt5[A]trait ShowTellN[A]trait ShowSimple[A]trait ShowTell[A]trait PersistTell[A]class PersistTellInt2[A]trait ShowTellDbl2[R]class ShowTellDbl2Imp[R]trait ShowTellElemDbl2[R]class ShowTellDbl2Imp[R]trait ShowTellInt2[R]class ShowTellInt2Imp[R]class ShowTellInt4[R]class ShowTellSimple[R]trait ShowTellSum[A]Show all
Members list
Value members
Abstract methods
Provides the standard string representation for the object. Its called ShowT to indicate this is a type class method that acts upon an object rather than a method on the object being shown.
Provides the standard string representation for the object. Its called ShowT to indicate this is a type class method that acts upon an object rather than a method on the object being shown.
Attributes
Provides the standard string representation for the object. Its called ShowT to indicate this is a type class method that acts upon an object rather than a method on the object being shown.
Provides the standard string representation for the object. Its called ShowT to indicate this is a type class method that acts upon an object rather than a method on the object being shown.
Attributes
Provides the standard string representation for the object. Its called ShowT to indicate this is a type class method that acts upon an object rather than a method on the object being shown.
Provides the standard string representation for the object. Its called ShowT to indicate this is a type class method that acts upon an object rather than a method on the object being shown.
Attributes
Provides the standard string representation for the object. Its called ShowT to indicate this is a type class method that acts upon an object rather than a method on the object being shown.
Provides the standard string representation for the object. Its called ShowT to indicate this is a type class method that acts upon an object rather than a method on the object being shown.
Attributes
Provides the standard string representation for the object. Its called ShowT to indicate this is a type class method that acts upon an object rather than a method on the object being shown.
Provides the standard string representation for the object. Its called ShowT to indicate this is a type class method that acts upon an object rather than a method on the object being shown.
Attributes
Provides the standard string representation for the object. Its called ShowT to indicate this is a type class method that acts upon an object rather than a method on the object being shown.
Provides the standard string representation for the object. Its called ShowT to indicate this is a type class method that acts upon an object rather than a method on the object being shown.
Attributes
Provides the standard string representation for the object. Its called ShowT to indicate this is a type class method that acts upon an object rather than a method on the object being shown.
Provides the standard string representation for the object. Its called ShowT to indicate this is a type class method that acts upon an object rather than a method on the object being shown.
Attributes
Provides the standard string representation for the object. Its called ShowT to indicate this is a type class method that acts upon an object rather than a method on the object being shown.
Provides the standard string representation for the object. Its called ShowT to indicate this is a type class method that acts upon an object rather than a method on the object being shown.
Attributes
Simple values such as Int, String, Double have a syntax depth of one. A Tuple3[String, Int, Double] has a depth of 2. Not clear whether this should always be determined at compile time or if sometimes it should be determined at runtime.
Simple values such as Int, String, Double have a syntax depth of one. A Tuple3[String, Int, Double] has a depth of 2. Not clear whether this should always be determined at compile time or if sometimes it should be determined at runtime.
Attributes
Simple values such as Int, String, Double have a syntax depth of one. A Tuple3[String, Int, Double] has a depth of 2. Not clear whether this should always be determined at compile time or if sometimes it should be determined at runtime.
Simple values such as Int, String, Double have a syntax depth of one. A Tuple3[String, Int, Double] has a depth of 2. Not clear whether this should always be determined at compile time or if sometimes it should be determined at runtime.
Attributes
Simple values such as Int, String, Double have a syntax depth of one. A Tuple3[String, Int, Double] has a depth of 2. Not clear whether this should always be determined at compile time or if sometimes it should be determined at runtime.
Simple values such as Int, String, Double have a syntax depth of one. A Tuple3[String, Int, Double] has a depth of 2. Not clear whether this should always be determined at compile time or if sometimes it should be determined at runtime.
Attributes
Simple values such as Int, String, Double have a syntax depth of one. A Tuple3[String, Int, Double] has a depth of 2. Not clear whether this should always be determined at compile time or if sometimes it should be determined at runtime.
Simple values such as Int, String, Double have a syntax depth of one. A Tuple3[String, Int, Double] has a depth of 2. Not clear whether this should always be determined at compile time or if sometimes it should be determined at runtime.
Attributes
Simple values such as Int, String, Double have a syntax depth of one. A Tuple3[String, Int, Double] has a depth of 2. Not clear whether this should always be determined at compile time or if sometimes it should be determined at runtime.
Simple values such as Int, String, Double have a syntax depth of one. A Tuple3[String, Int, Double] has a depth of 2. Not clear whether this should always be determined at compile time or if sometimes it should be determined at runtime.
Attributes
Simple values such as Int, String, Double have a syntax depth of one. A Tuple3[String, Int, Double] has a depth of 2. Not clear whether this should always be determined at compile time or if sometimes it should be determined at runtime.
Simple values such as Int, String, Double have a syntax depth of one. A Tuple3[String, Int, Double] has a depth of 2. Not clear whether this should always be determined at compile time or if sometimes it should be determined at runtime.
Attributes
Simple values such as Int, String, Double have a syntax depth of one. A Tuple3[String, Int, Double] has a depth of 2. Not clear whether this should always be determined at compile time or if sometimes it should be determined at runtime.
Simple values such as Int, String, Double have a syntax depth of one. A Tuple3[String, Int, Double] has a depth of 2. Not clear whether this should always be determined at compile time or if sometimes it should be determined at runtime.
Attributes
Simple values such as Int, String, Double have a syntax depth of one. A Tuple3[String, Int, Double] has a depth of 2. Not clear whether this should always be determined at compile time or if sometimes it should be determined at runtime.
Simple values such as Int, String, Double have a syntax depth of one. A Tuple3[String, Int, Double] has a depth of 2. Not clear whether this should always be determined at compile time or if sometimes it should be determined at runtime.
Attributes
Inherited methods
This property determines if the type can be used with Multiple syntax.
This property determines if the type can be used with Multiple syntax.
MyObj * 7
. for describing sequences succinctly. This is not desirable for some types such as numerical and mathematical vector types as this could be confusing 3 * 4 should resolve to an Int of value 12, not a Multiple(3, 4).
Attributes
- Inherited from:
- Persist
This property determines if the type can be used with Multiple syntax.
This property determines if the type can be used with Multiple syntax.
MyObj * 7
. for describing sequences succinctly. This is not desirable for some types such as numerical and mathematical vector types as this could be confusing 3 * 4 should resolve to an Int of value 12, not a Multiple(3, 4).
Attributes
- Inherited from:
- Persist
This property determines if the type can be used with Multiple syntax.
This property determines if the type can be used with Multiple syntax.
MyObj * 7
. for describing sequences succinctly. This is not desirable for some types such as numerical and mathematical vector types as this could be confusing 3 * 4 should resolve to an Int of value 12, not a Multiple(3, 4).
Attributes
- Inherited from:
- Persist
This property determines if the type can be used with Multiple syntax.
This property determines if the type can be used with Multiple syntax.
MyObj * 7
. for describing sequences succinctly. This is not desirable for some types such as numerical and mathematical vector types as this could be confusing 3 * 4 should resolve to an Int of value 12, not a Multiple(3, 4).
Attributes
- Inherited from:
- Persist
This property determines if the type can be used with Multiple syntax.
This property determines if the type can be used with Multiple syntax.
MyObj * 7
. for describing sequences succinctly. This is not desirable for some types such as numerical and mathematical vector types as this could be confusing 3 * 4 should resolve to an Int of value 12, not a Multiple(3, 4).
Attributes
- Inherited from:
- Persist
This property determines if the type can be used with Multiple syntax.
This property determines if the type can be used with Multiple syntax.
MyObj * 7
. for describing sequences succinctly. This is not desirable for some types such as numerical and mathematical vector types as this could be confusing 3 * 4 should resolve to an Int of value 12, not a Multiple(3, 4).
Attributes
- Inherited from:
- Persist
This property determines if the type can be used with Multiple syntax.
This property determines if the type can be used with Multiple syntax.
MyObj * 7
. for describing sequences succinctly. This is not desirable for some types such as numerical and mathematical vector types as this could be confusing 3 * 4 should resolve to an Int of value 12, not a Multiple(3, 4).
Attributes
- Inherited from:
- Persist
This property determines if the type can be used with Multiple syntax.
This property determines if the type can be used with Multiple syntax.
MyObj * 7
. for describing sequences succinctly. This is not desirable for some types such as numerical and mathematical vector types as this could be confusing 3 * 4 should resolve to an Int of value 12, not a Multiple(3, 4).
Attributes
- Inherited from:
- Persist
Inherited and Abstract methods
The type of the object to be persisted.
The type of the object to be persisted.
The type of the object to be persisted.
The type of the object to be persisted.
The type of the object to be persisted.