文件列表:

deck (0, 2019-11-13)
deck\deck1.pdf (2150649, 2019-11-13)
deck\deck2.pdf (504374, 2019-11-13)
deck\package.json (433, 2019-11-13)
deck\src (0, 2019-11-13)
deck\src\components (0, 2019-11-13)
deck\src\components\carousel.js (287, 2019-11-13)
deck\src\deck copy.mdx (17163, 2019-11-13)
deck\src\deck1.mdx (16255, 2019-11-13)
deck\src\deck2.mdx (8211, 2019-11-13)
deck\src\deck3.mdx (3998, 2019-11-13)
deck\src\images (0, 2019-11-13)
deck\src\images\applicative_in_picture.png (133968, 2019-11-13)
deck\src\images\bind_regular_vs_elevated_values.png (57446, 2019-11-13)
deck\src\images\changing_value_in_context.png (55720, 2019-11-13)
deck\src\images\changing_value_in_context_magic.png (106439, 2019-11-13)
deck\src\images\changing_value_in_context_nothing.png (34313, 2019-11-13)
deck\src\images\either_circuit_breaking.png (63298, 2019-11-13)
deck\src\images\either_circuit_flow.png (138922, 2019-11-13)
deck\src\images\higher_order_functions.jpeg (52406, 2019-11-13)
deck\src\images\higher_order_functions_diagram.jpeg (12195, 2019-11-13)
deck\src\images\list_effect.png (99558, 2019-11-13)
deck\src\images\map_regular_vs_elevated_values.png (51357, 2019-11-13)
deck\src\images\meme_fp.jpeg (8403, 2019-11-13)
deck\src\images\meme_fp_patterns.jpg (45696, 2019-11-13)
deck\src\images\meme_higher_order_functions.jpeg (48234, 2019-11-13)
deck\src\images\meme_ice_cube_1.jpg (16868, 2019-11-13)
deck\src\images\meme_ice_cube_2.jpeg (6670, 2019-11-13)
deck\src\images\meme_ice_cube_3.jpg (39458, 2019-11-13)
deck\src\images\meme_ice_cube_4.jpg (27295, 2019-11-13)
deck\src\images\meme_ice_cube_5.jpg (85795, 2019-11-13)
deck\src\images\meme_ice_cube_6.jpg (74354, 2019-11-13)
deck\src\images\meme_in_n_out.png (41283, 2019-11-13)
deck\src\images\meme_monads_everywhere.jpeg (45231, 2019-11-13)
deck\src\images\meme_mutating_states.jpg (50948, 2019-11-13)
deck\src\images\option_map.png (302639, 2019-11-13)
deck\src\images\option_to_encode_partial_functions.png (239672, 2019-11-13)
... ...

# Functional Programming in C# ### Run the decks NOTE: you can use `yarn` or `npm` commands interchangeably but do yourself a favor and install yarn globally `npm i yarn -g` and save some time! - clone this repo - `cd deck` - `yarn install` - Start deck for Part 1 `yarn run part1` - Start deck for Part 2 `yarn run part2` ### Export the decks as PDF - Export deck for Part 1 `yarn run pdf deck1.pdf` - Export deck for Part 2 `yarn run pdf deck2.pdf` ### Examples To run each example, move into its respective folder and run `dotnet run`. #### Part 1 - `examples/Code/FPinCSharp.Example1` - Employee directory application written in an imperative way - `examples/Code/FPinCSharp.Example2` - Fixing Employee directory bugs by avoiding mutation - `examples/Code/FPinCSharp.Example3` - Fixing Employee directory bugs caused due to having partial functions and unexpected nulls by utilizing `Option` #### Part 2 - `examples/Code/FPinCSharp.Example4` - Leverage `Either` effect to encode application errors in a functional way - `examples/Code/FPinCSharp.LINQSyntax` - Introduction to C# LINQ syntax which is a convenient syntax for chaining effectful functions - `examples/Code/FPinCSharp.Example5` - Social media profile generation by composing sequential Tasks using a Monadic approach - `examples/Code/FPinCSharp.Example6` - Social media profile generation by composing parallel Tasks using an Applicative approach - `examples/Code/FPinCSharp.Traversables` - Working with lists of elevated values and using `Sequence` and `Traverse` functions - `examples/Code/FPinCSharp.Example7` - Generating many Social media profiles in parallel leveraging `Sequence` from Traversables, the whole request fails if any fail - `examples/Code/FPinCSharp.Example8` - Generating many Social media profiles in parallel and ignoring the failed requests and collected the successfully results only ### What to expect in Part 3 - More Advanced, real world examples of working with `Try`, `TryAsync`, `Traversables` - `examples/Code/FPinCSharp.Traversables` - `examples/Code/FPinCSharp.Example8` - Pattern Matching - Pattern matching in C# - Functional ways of application development using Pattern Matching (creating your own DSL for making a small metrics service) - `examples/LINQPad/pattern-matching-vs-polymorphism` - Limitations of Pattern Matching and Problems of using PM as a replacement to Polymorphism in C# - Ad-Hoc Polymorphism and C# - Types of polymorphism - `examples/LINQPad/subtype-polymorhism.linq` - Ad-Hoc Polymorphism - `examples/LINQPad/ad-hoc-polymorphism.linq` - `examples/LINQPad/ad-hoc-polymorhism-using-extention-methods-in-csharp.linq` - Extension methods as the closest thing in C# for achieving Ad-Hoc Polymorphism - Higher Kinded Types - Lenses and ways of working with nested complex immutable types - `examples/Code/FPinCSharp.Lenses` - `examples/Code/FPinCSharp.ImmutableTypes` - FP things to avoid in C# - Pattern Matching as a replacement for Polymorphism in C# - Currying - Currying is great if a language has first class support for it - Since in C# almost everything needs to be statically typed, you end up having very complex type signatures (`Func>`) which in my opinion, in many cases makes them less practical in C# - There will be times that we cannot avoid them (e.g Apply functions) - Recursion - How to write stack safe tail recursive functions using trampolining technique (fixing our not so stack safe Loop function in Examples 1-4)

近期下载者：

相关文件：

评论：[我要评论] [举报此文件]

收藏者：