c/.cpp file includes nimbase.h and a few C stdlib headers high level macros & templates => simple structs and functions 30 Interfacing with C/C++ Interfacing with C/C++ Foreign Function Interface proc

fixed-size containers (called arrays in C), and hetero­ geneous fixed-size containers (called structs in C). A different approach is taken by languages like Python or Ruby, which aim to make writing object types, which can contain data of 92 different types. Nim tuples and objects are similar to C structs and are not as verbose as Java classes. We will learn more about these types in later sections of of procedures, functions, iterators, templates, and macros as well as those of various loop con­ structs or code following conditional statements, build indented blocks and create new scopes. In this new

homogeneous, fixed-size containers (called arrays in C), and heterogeneous fixed- size containers (called structs in C). A different approach is taken by languages like Python or Ruby, which aim to make writing object types, which can contain data of different types. Nim tuples and objects are similar to C structs and are not as verbose as Java classes. We will learn more about these types in later sections of procedures, functions, iterators, templates, and macros as well as those of various loop con­ 94 structs or code following conditional statements, build indented blocks and create new scopes. In this new

fixed-size containers (called arrays in C), and hetero­ geneous fixed-size containers (called structs in C). A different approach is taken by languages like Python or Ruby, which aim to make writing object types, which can contain data of 92 different types. Nim tuples and objects are similar to C structs and are not as verbose as Java classes. We will learn more about these types in later sections of of procedures, functions, iterators, templates, and macros as well as those of various loop con­ structs or code following conditional statements, build indented blocks and create new scopes. In this new

homogeneous, fixed-size containers (called arrays in C), and heterogeneous fixed- size containers (called structs in C). A different approach is taken by languages like Python or Ruby, which aim to make writing object types, which can contain data of different types. Nim tuples and objects are similar to C structs and are not as verbose as Java classes. We will learn more about these types in later sections of procedures, functions, iterators, templates, and macros as well as those of various loop con­ 94 structs or code following conditional statements, build indented blocks and create new scopes. In this new

homogeneous, fixed-size containers (called arrays in C), and heterogeneous fixed- size containers (called structs in C). A different approach is taken by languages like Python or Ruby, which aim to make writing object types, which can contain data of different types. Nim tuples and objects are similar to C structs and are not as verbose as Java classes. We will learn more about these types in later sections of procedures, functions, iterators, templates, and macros as well as those of various loop con­ 94 structs or code following conditional statements, build indented blocks and create new scopes. In this new

homogeneous, fixed-size containers (called arrays in C), and heterogeneous fixed- size containers (called structs in C). A different approach is taken by languages like Python or Ruby, which aim to make writing object types, which can contain data of different types. Nim tuples and objects are similar to C structs and are not as verbose as Java classes. We will learn more about these types in later sections of procedures, functions, iterators, templates, and macros as well as those of various loop con­ 94 structs or code following conditional statements, build indented blocks and create new scopes. In this new

homogeneous, fixed-size containers (called arrays in C), and heterogeneous fixed- size containers (called structs in C). A different approach is taken by languages like Python or Ruby, which aim to make writing object types, which can contain data of different types. Nim tuples and objects are similar to C structs and are not as verbose as Java classes. We will learn more about these types in later sections of procedures, functions, iterators, templates, and macros as well as those of various loop con­ 94 structs or code following conditional statements, build indented blocks and create new scopes. In this new

fixed-size containers (called arrays in C), and hetero­ geneous fixed-size containers (called structs in C). A different approach is taken by languages like Python or Ruby, which aim to make writing object types, which can contain data of 92 different types. Nim tuples and objects are similar to C structs and are not as verbose as Java classes. We will learn more about these types in later sections of of procedures, functions, iterators, templates, and macros as well as those of various loop con­ structs or code following conditional statements, build indented blocks and create new scopes. In this new

homogeneous, fixed-size containers (called arrays in C), and heterogeneous fixed- size containers (called structs in C). A different approach is taken by languages like Python or Ruby, which aim to make writing object types, which can contain data of different types. Nim tuples and objects are similar to C structs and are not as verbose as Java classes. We will learn more about these types in later sections of procedures, functions, iterators, templates, and macros as well as those of various loop con­ 94 structs or code following conditional statements, build indented blocks and create new scopes. In this new