Directories ¶
Path | Synopsis |
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composition
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assertions/example1
Sample program demonstrating when implicit interface conversions are provided by the compiler.
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Sample program demonstrating when implicit interface conversions are provided by the compiler. |
assertions/example2
Sample program demonstrating that type assertions are a runtime and not compile time construct.
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Sample program demonstrating that type assertions are a runtime and not compile time construct. |
assertions/example3
Sample program to show how method sets can affect behavior.
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Sample program to show how method sets can affect behavior. |
decoupling/example1
Sample program demonstrating struct composition.
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Sample program demonstrating struct composition. |
decoupling/example2
Sample program demonstrating decoupling with interfaces.
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Sample program demonstrating decoupling with interfaces. |
decoupling/example3
Sample program demonstrating interface composition.
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Sample program demonstrating interface composition. |
decoupling/example4
Sample program demonstrating decoupling with interface composition.
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Sample program demonstrating decoupling with interface composition. |
decoupling/example5
Sample program demonstrating removing interface pollution.
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Sample program demonstrating removing interface pollution. |
decoupling/example6
Sample program demonstrating being more precise with API design.
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Sample program demonstrating being more precise with API design. |
exercises/exercise1
Using the template, declare a set of concrete types that implement the set of predefined interface types.
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Using the template, declare a set of concrete types that implement the set of predefined interface types. |
grouping/example1
This is an example of using type hierarchies with a OOP pattern.
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This is an example of using type hierarchies with a OOP pattern. |
grouping/example2
This is an example of using composition and interfaces.
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This is an example of using composition and interfaces. |
mocking/example1
Sample program to show how you can personally mock concrete types when you need to for your own packages or tests.
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Sample program to show how you can personally mock concrete types when you need to for your own packages or tests. |
mocking/example1/pubsub
Package pubsub simulates a package that provides publication/subscription type services.
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Package pubsub simulates a package that provides publication/subscription type services. |
pollution/example1
This is an example that creates interface pollution by improperly using an interface when one is not needed.
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This is an example that creates interface pollution by improperly using an interface when one is not needed. |
pollution/example2
This is an example that removes the interface pollution by removing the interface and using the concrete type directly.
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This is an example that removes the interface pollution by removing the interface and using the concrete type directly. |
error_handling
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example1
Sample program to show how the default error type is implemented.
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Sample program to show how the default error type is implemented. |
example2
Sample program to show how to use error variables to help the caller determine the exact error being returned.
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Sample program to show how to use error variables to help the caller determine the exact error being returned. |
example3
http://golang.org/src/pkg/encoding/json/decode.go Sample program to show how to implement a custom error type based on the json package in the standard library.
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http://golang.org/src/pkg/encoding/json/decode.go Sample program to show how to implement a custom error type based on the json package in the standard library. |
example4
Package example5 provides code to show how to implement behavior as context.
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Package example5 provides code to show how to implement behavior as context. |
example5
Sample program to show see if the class can find the bug.
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Sample program to show see if the class can find the bug. |
example5/reason
Sample program to show see if the class can find the bug.
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Sample program to show see if the class can find the bug. |
example6
Sample program to show how wrapping errors work.
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Sample program to show how wrapping errors work. |
exercises/exercise1
Create two error variables, one called ErrInvalidValue and the other called ErrAmountTooLarge.
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Create two error variables, one called ErrInvalidValue and the other called ErrAmountTooLarge. |
exercises/exercise2
Create a custom error type called appError that contains three fields, err error, message string and code int.
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Create a custom error type called appError that contains three fields, err error, message string and code int. |
exercises/template1
Create two error variables, one called ErrInvalidValue and the other called ErrAmountTooLarge.
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Create two error variables, one called ErrInvalidValue and the other called ErrAmountTooLarge. |
exercises/template2
Create a custom error type called appError that contains three fields, err error, message string and code int.
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Create a custom error type called appError that contains three fields, err error, message string and code int. |
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