Coming from a C background I'm used to defining the size of the buffer in the following way:
来自C背景我习惯用以下方式定义缓冲区的大小:
#define BUFFER_SIZE 1024
uint8_t buffer[BUFFER_SIZE];
How would you do the accomplish the same thing in C#?
你会如何在C#中完成同样的事情?
Also does the all-caps K&R style fit in with normal C# Pascal/Camel case?
全罩式K&R风格是否也适合普通的C#Pascal / Camel表壳?
5 个解决方案
#1
const int BUFFER_SIZE = 1024;
Do not use "static readonly" because it creates a variable. "const" are replaced at build time and do not create variables.
不要使用“static readonly”,因为它会创建一个变量。 “const”在构建时被替换,不会创建变量。
#2
Personally, I prefer constants:
就个人而言,我更喜欢常数:
private const int BUFFER_SIZE = 1024;
Though, if it's public and you're a framework, you may want it to be a readonly to avoid client recompiles.
但是,如果它是公共的并且您是一个框架,您可能希望它是一个只读,以避免客户端重新编译。
#3
public static readonly int BUFFER_SIZE = 1024;
I prefer this over a const due to the compiler shenanigans that can happen with a const value (const is just used for replacement, so changing the value will not change it in any assembly compiled against the original).
由于编译器的恶作剧可能会发生const值(const仅用于替换,因此更改值不会在任何针对原始编译的程序集中更改它),因此我更倾向于使用const。
#4
Don't use #define.
不要使用#define。
Define a constante: private const int BUFFER_SIZE or readonly variable: private readonly int BUFFER_SIZE
定义一个constante:private const int BUFFER_SIZE或readonly变量:private readonly int BUFFER_SIZE
#5
In C#, I decided to do that this way:
在C#中,我决定这样做:
//C# replace C++ #define
struct define
{
public const int BUFFER_SIZE = 1024;
//public const int STAN_LIMIT = 6;
//public const String SIEMENS_FDATE = "1990-01-01";
}
//some code
byte[] buffer = new byte[define.BUFFER_SIZE];
#1
const int BUFFER_SIZE = 1024;
Do not use "static readonly" because it creates a variable. "const" are replaced at build time and do not create variables.
不要使用“static readonly”,因为它会创建一个变量。 “const”在构建时被替换,不会创建变量。
#2
Personally, I prefer constants:
就个人而言,我更喜欢常数:
private const int BUFFER_SIZE = 1024;
Though, if it's public and you're a framework, you may want it to be a readonly to avoid client recompiles.
但是,如果它是公共的并且您是一个框架,您可能希望它是一个只读,以避免客户端重新编译。
#3
public static readonly int BUFFER_SIZE = 1024;
I prefer this over a const due to the compiler shenanigans that can happen with a const value (const is just used for replacement, so changing the value will not change it in any assembly compiled against the original).
由于编译器的恶作剧可能会发生const值(const仅用于替换,因此更改值不会在任何针对原始编译的程序集中更改它),因此我更倾向于使用const。
#4
Don't use #define.
不要使用#define。
Define a constante: private const int BUFFER_SIZE or readonly variable: private readonly int BUFFER_SIZE
定义一个constante:private const int BUFFER_SIZE或readonly变量:private readonly int BUFFER_SIZE
#5
In C#, I decided to do that this way:
在C#中,我决定这样做:
//C# replace C++ #define
struct define
{
public const int BUFFER_SIZE = 1024;
//public const int STAN_LIMIT = 6;
//public const String SIEMENS_FDATE = "1990-01-01";
}
//some code
byte[] buffer = new byte[define.BUFFER_SIZE];