Protocols and Generics interview questions

1. A.a blueprint of methods and properties that conforming types must implement
2. B.a design style that favors composing behavior through abstractions and default extensions over class inheritance
3. C.a placeholder name inside a protocol that conforming types fill in with a concrete type
4. D.adding methods, computed properties, or conformances to an existing type without modifying its source

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1. A.Protocol-oriented programming
2. B.Generics
3. C.Protocol
4. D.Extension

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1. A.Protocol — a blueprint of methods and properties that conforming types must implement
2. B.Protocol — a placeholder name inside a protocol that conforming types fill in with a concrete type
3. C.Protocol — writing functions and types parameterized over a type so they work with many kinds while staying type-safe
4. D.Protocol — a design style that favors composing behavior through abstractions and default extensions over class inheritance

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1. A.a placeholder name inside a protocol that conforming types fill in with a concrete type
2. B.adding methods, computed properties, or conformances to an existing type without modifying its source
3. C.writing functions and types parameterized over a type so they work with many kinds while staying type-safe
4. D.a design style that favors composing behavior through abstractions and default extensions over class inheritance

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1. A.Generics
2. B.Associated type
3. C.Extension
4. D.Protocol-oriented programming

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1. A.Protocol-oriented programming — writing functions and types parameterized over a type so they work with many kinds while staying type-safe
2. B.Protocol-oriented programming — a blueprint of methods and properties that conforming types must implement
3. C.Protocol-oriented programming — a design style that favors composing behavior through abstractions and default extensions over class inheritance
4. D.Protocol-oriented programming — adding methods, computed properties, or conformances to an existing type without modifying its source

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1. A.adding methods, computed properties, or conformances to an existing type without modifying its source
2. B.a placeholder name inside a protocol that conforming types fill in with a concrete type
3. C.a design style that favors composing behavior through abstractions and default extensions over class inheritance
4. D.writing functions and types parameterized over a type so they work with many kinds while staying type-safe

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1. A.Protocol-oriented programming
2. B.Associated type
3. C.Protocol
4. D.Generics

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1. A.Associated type — adding methods, computed properties, or conformances to an existing type without modifying its source
2. B.Associated type — a placeholder name inside a protocol that conforming types fill in with a concrete type
3. C.Associated type — a design style that favors composing behavior through abstractions and default extensions over class inheritance
4. D.Associated type — a blueprint of methods and properties that conforming types must implement

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1. A.a design style that favors composing behavior through abstractions and default extensions over class inheritance
2. B.a placeholder name inside a protocol that conforming types fill in with a concrete type
3. C.a blueprint of methods and properties that conforming types must implement
4. D.writing functions and types parameterized over a type so they work with many kinds while staying type-safe

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1. A.Associated type
2. B.Extension
3. C.Protocol
4. D.Generics

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1. A.Generics — a blueprint of methods and properties that conforming types must implement
2. B.Generics — writing functions and types parameterized over a type so they work with many kinds while staying type-safe
3. C.Generics — adding methods, computed properties, or conformances to an existing type without modifying its source
4. D.Generics — a design style that favors composing behavior through abstractions and default extensions over class inheritance

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1. A.a design style that favors composing behavior through abstractions and default extensions over class inheritance
2. B.adding methods, computed properties, or conformances to an existing type without modifying its source
3. C.a placeholder name inside a protocol that conforming types fill in with a concrete type
4. D.writing functions and types parameterized over a type so they work with many kinds while staying type-safe

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1. A.Protocol
2. B.Extension
3. C.Protocol-oriented programming
4. D.Generics

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1. A.Extension — a blueprint of methods and properties that conforming types must implement
2. B.Extension — adding methods, computed properties, or conformances to an existing type without modifying its source
3. C.Extension — writing functions and types parameterized over a type so they work with many kinds while staying type-safe
4. D.Extension — a design style that favors composing behavior through abstractions and default extensions over class inheritance

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