Windows how to exec programme which implemented with .net language

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转载最新推荐文章于 2026-11-07 20:18:33 发布 313 阅读 AI 写同款· GEO 优化 ›

YOLO26 标签分配机制：STAL 小目标感知分配策略 YOLO26提出的STAL标签分配策略通过尺度感知机制优化了小目标检测性能。该方法根据目标面积将检测对象分为小、中、大三类，分别采用差异化的分配参数（TopK数量、IoU阈值和中心度权重），特别是对小目标采用更宽松的匹配条件和更高的中心度权重。实验结果表明，STAL策略显著提升了小目标检测精度（AP_small），同时保持了整体检测性能（mAP），为解决目标检测中尺度不平衡问题提供了有效方案。阅读详情

1.You write source code in C#.

2.You then compile it using the C# compiler (csc.exe) into an EXE.

3.The C# compiler outputs the MSIL code and a manifest into a read-only part of the EXE that has a standard PE (Win32-portable executable) header.
So far, so good. However, here's the important part: when the compiler creates the output, it also imports a function named _ CorExeMain from the .NET runtime.

4.When the application is executed, the operating system loads the PE, as well as any dependent dynamic-link libraries (DLLs), such as the one that exports the _ CorExeMain function (mscoree.dll), just as it does with any valid PE.
5.The operating system loader then jumps to the entry point inside the PE, which is put there by the C# compiler. Once again, this is exactly how any other PE is executed in Windows.
However, since the operating system obviously can't execute the MSIL code, the entry point is just a small stub that jumps to the _ CorExeMain function in mscoree.dll.

6.The _ CorExeMain function starts the execution of the MSIL code that was placed in the PE.

7.Since MSIL code cannot be executed directly—because it's not in a machine-executable format—the CLR compiles the MSIL by using a just-in-time (JIT) compiler (or JITter) into native CPU instructions as it processes the MSIL. JIT compiling occurs only as methods in the program are called. The compiled executable code is cached on the machine and is recompiled only if there's some change to the source c