Foreign Function Interface Function Definitions Function Types Implicit Arguments Instance Arguments Irrelevance Lambda Abstraction Local Definitions: let and where Lexical Structure Literal Overloading Mixfix file) and following the instructions. Compiling Agda programs To compile a module containing a function main :: IO A for some A (where IO can be found in the Primitive.agda [https://github.com/agda/agda- types Coinduction IO Literal overloading Reflection Rewriting Static values Strictness Coinduction Coinductive Records Old Coinduction Copatterns Copatterns in function definitions Mixing patterns and

Foreign Function Interface Function Definitions Function Types Implicit Arguments Instance Arguments Irrelevance Lambda Abstraction Local Definitions: let and where Lexical Structure Literal Overloading Mixfix file) and following the instructions. Compiling Agda programs To compile a module containing a function main :: IO A for some A (where IO can be found in the Primitive.agda [https://github.com/agda/agda- types Coinduction IO Literal overloading Reflection Rewriting Static values Strictness Coinduction Coinductive Records Old Coinduction Copatterns Copatterns in function definitions Mixing patterns and

Foreign Function Interface Function Definitions Function Types Implicit Arguments Instance Arguments Irrelevance Lambda Abstraction Local Definitions: let and where Lexical Structure Literal Overloading Mixfix file) and following the instructions. Compiling Agda programs To compile a module containing a function main :: IO A for some A (where IO can be found in the Primitive.agda [https://github.com/agda/agda- types Coinduction IO Literal overloading Reflection Rewriting Static values Strictness Coinduction Coinductive Records Old Coinduction Copatterns Copatterns in function definitions Mixing patterns and

definitions Built-ins Coinduction Copatterns Core language Cubical Data Types Foreign Function Interface Function Definitions Function Types Generalization of Declared Variables Implicit Arguments Instance Arguments Arguments Irrelevance Lambda Abstraction Local Definitions: let and where Lexical Structure Literal Overloading Mixfix Operators Module System Mutual Recursion Pattern Synonyms Positivity Checking Postulates [http://en.wikipedia.org/wiki/Scheme_%28programming_language%29]. In such languages, if f is a function, one can apply it to anything, including itself. This makes it easy to write programs (almost all

definitions Built-ins Coinduction Copatterns Core language Cubical Data Types Foreign Function Interface Function Definitions Function Types Generalization of Declared Variables Implicit Arguments Instance Arguments Arguments Irrelevance Lambda Abstraction Local Definitions: let and where Lexical Structure Literal Overloading Mixfix Operators Module System Mutual Recursion Pattern Synonyms Positivity Checking Postulates [http://en.wikipedia.org/wiki/Scheme_%28programming_language%29]. In such languages, if f is a function, one can apply it to anything, including itself. This makes it easy to write programs (almost all

Foreign Function Interface Function Definitions Function Types Implicit Arguments Instance Arguments Irrelevance Lambda Abstraction Local Definitions: let and where Lexical Structure Literal Overloading Mixfix Sized types Coinduction IO Literal overloading Reflection Rewriting Strictness Coinduction Coinductive Records Old Coinduction Copatterns Copatterns in function definitions Mixing patterns and co-patterns Indexed datatypes Strict positivity Foreign Function Interface Haskell FFI Function Definitions Introduction General form Special patterns Case trees Function Types Notational conventions Implicit Arguments

Foreign Function Interface Function Definitions Function Types Implicit Arguments Instance Arguments Irrelevance Lambda Abstraction Local Definitions: let and where Lexical Structure Literal Overloading Mixfix types Coinduction IO Literal overloading Reflection Rewriting Static values Strictness Coinduction Coinductive Records Old Coinduction Copatterns Copatterns in function definitions Mixing patterns and Strict positivity Foreign Function Interface Compiler Pragmas Haskell FFI JavaScript FFI Function Definitions Introduction General form Special patterns Case trees Function Types Notational conventions

Copatterns Core language Cubical Cumulativity Data Types Flat Modality Foreign Function Interface Function Definitions Function Types Generalization of Declared Variables Implicit Arguments Instance Arguments Arguments Irrelevance Lambda Abstraction Local Definitions: let and where Lexical Structure Literal Overloading Mixfix Operators Module System Mutual Recursion Pattern Synonyms Positivity Checking Postulates [https://en.wikipedia.org/wiki/Scheme_%28programming_language%29]. In such languages, if f is a function, one can apply it to anything, including itself. This makes it easy to write programs (almost all

Copatterns Core language Cubical Cumulativity Data Types Flat Modality Foreign Function Interface Function Definitions Function Types Generalization of Declared Variables Implicit Arguments Instance Arguments Arguments Irrelevance Lambda Abstraction Local Definitions: let and where Lexical Structure Literal Overloading Mixfix Operators Module System Mutual Recursion Pattern Synonyms Positivity Checking Postulates [https://en.wikipedia.org/wiki/Scheme_%28programming_language%29]. In such languages, if f is a function, one can apply it to anything, including itself. This makes it easy to write programs (almost all

Copatterns Core language Cubical Cumulativity Data Types Flat Modality Foreign Function Interface Function Definitions Function Types Generalization of Declared Variables Implicit Arguments Instance Arguments Arguments Irrelevance Lambda Abstraction Local Definitions: let and where Lexical Structure Literal Overloading Mixfix Operators Module System Mutual Recursion Pattern Synonyms Positivity Checking Postulates [https://en.wikipedia.org/wiki/Scheme_%28programming_language%29]. In such languages, if f is a function, one can apply it to anything, including itself. This makes it easy to write programs (almost all