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1. 類型種類與基本類型：
Go 語言的類型系統提供了豐富的類型種類，其中包括基本類型和複合類型。基本類型包括整數類型（如 int、int8、int16、int32、int64）、浮點數類型（如 float32、float64）、布爾類型（bool）、字元串類型（string）、字元類型（rune）等。這些基本類型用于存儲常見的資料，如整數、小數、布爾值等。複合類型則包括數組、切片、字典、結構體、接口和函數等。數組是具有固定長度的序列，切片是數組的動态長度版本，字典是一種鍵值對的集合，結構體是由一組不同類型的字段組成的資料結構，接口定義了一組方法的集合，函數類型表示函數的簽名。
1. Types and basic types:
The type system of Go language provides a rich variety of types, including basic types and composite types. Basic types include integer types (such as int, int8, int16, int32, int64), floating-point types (such as float32, float64), Boolean types (bool), string types (string), character types (run), etc. These basic types are used to store common data, such as integers, decimals, Boolean values, etc. Composite types include arrays, slices, dictionaries, structures, interfaces, and functions. An array is a sequence with a fixed length, a slice is a dynamic length version of an array, a dictionary is a collection of key value pairs, a structure is a data structure composed of a set of different types of fields, an interface defines a set of methods, and a function type represents the signature of a function.
2. 類型推斷與顯式類型聲明：
Go 語言支援類型推斷，這意味着編譯器可以根據變量的初始化表達式推斷其類型，進而減少了代碼中的類型聲明。除了類型推斷外，Go 語言也支援顯式類型聲明，即通過關鍵字 var 明确指定變量的類型。顯式類型聲明可以提高代碼的可讀性，并在一些場景下更加清晰地表達變量的含義。
2. Type inference and explicit type declaration:
The Go language supports type inference, which means that the compiler can infer the type of a variable based on its initialization expression, thereby reducing type declarations in the code. In addition to type inference, the Go language also supports explicit type declaration, which explicitly specifies the type of variables through the keyword var. Explicit type declarations can improve the readability of code and, in some scenarios, express the meaning of variables more clearly.
3. 類型安全與類型轉換：
Go 語言是一種類型安全的語言，這意味着變量的類型必須與其所執行的操作相比對。例如，不能将字元串指派給整數類型的變量，否則會在編譯時産生錯誤。類型安全有助于捕獲潛在的錯誤，并提高代碼的穩定性和可靠性。為了在需要時将一個類型的值轉換為另一個類型，Go 語言提供了顯式類型轉換的機制。通過這種方式，可以確定類型轉換的安全性，避免潛在的資料丢失或錯誤。同時，顯式類型轉換也提高了代碼的可讀性，使得代碼更加清晰易懂。
3. Type safety and type conversion:
Go language is a type safe language, which means that the type of a variable must match the operation it performs. For example, strings cannot be assigned to variables of integer type, otherwise errors will occur during compilation. Type safety helps to capture potential errors and improve the stability and reliability of code. In order to convert a value of one type to another when needed, the Go language provides a mechanism for explicit type conversion. Through this approach, the security of type conversion can be ensured, avoiding potential data loss or errors. At the same time, explicit type conversion also improves the readability of the code, making it clearer and easier to understand.
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部分參考内容來自百度
翻譯來源：百度翻譯
編輯，排版|小鑫
稽核|S70