Akka london scala_user_group
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Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.
Component-Oriented: scala was initially designed as a language to do component oriented programming, with its requirements on reusability, maintainability, orthogonality and extensibility.
Coherent: Scala has managed to build a coherent whole while merging the FP and OO paradigms.
High level: Scala allows you to program it to very high level utilizing its powerful abstractions both in OO and FP
Extensible: It is great for building Domain Specific Languages (DSLs). Since Scala has a good type inference, a very flexible syntax which gives it a dynamic feel similar to Ruby and Python.