were as follows: Speed Simple design Strong support for non-linear development (thousands of parallel branches) Fully distributed Able to handle large projects like the Linux kernel efficiently (speed an unexpected value for one of these values and you don’t know why. In cases like that, you can query Git as to the origin for that value, and it will tell you which configuration file had the final their master branch — possibly only code that has been or will be released. They have another parallel branch named develop or next that they work from or use to test stability — it isn’t necessarily

as follows: • Speed • Simple design • Strong support for non-linear development (thousands of parallel branches) • Fully distributed • Able to handle large projects like the Linux kernel efficiently an unexpected value for one of these values and you don’t know why. In cases like that, you can query Git as to the origin for that value, and it will tell you which configuration file had the final in their master branch — possibly only code that has been or will be released. They have another parallel branch named develop or next that they work from or use to test stability — it isn’t necessarily

were as follows: Speed Simple design Strong support for non-linear development (thousands of parallel branches) Fully distributed Able to handle large projects like the Linux kernel efficiently (speed an unexpected value for one of these values and you don’t know why. In cases like that, you can query Git as to the origin for that value, and it will tell you which configuration file had the final their master branch — possibly only code that has been or will be released. They have another parallel branch named develop or next that they work from or use to test stability — it isn’t necessarily

AuthType Basic AuthName "Git Access" AuthUserFile /srv/git/.htpasswd Require expr !(%{QUERY_STRING} -strmatch '*service=git-receive-pack*' || %{REQUEST_URI} =~ m#/git-receive-pack$#) Require return url_decode_mem(url, strlen(url)); +} + char *url_decode_parameter_name(const char **query) { struct strbuf out = STRBUF_INIT; 在这里，我们看到子模块中定义了一个函数并在主项目中调用了它。 这明显是个简化了的例子，但是希望它能 让你明白这种方法的用处。 http-url = none ssh-url = none [@features] imports = False chunked-push = False matrix2 = False parallel-push = False [authentication] email-case-sensitivity = no 这里我们并不会深入介绍这些选项的含义，但是要注意这是一个 INI 格式的文本文件，就像

AuthType Basic AuthName "Git Access" AuthUserFile /srv/git/.htpasswd Require expr !(%{QUERY_STRING} -strmatch '*service=git-receive-pack*' || % {REQUEST_URI} =~ m#/git-receive-pack$#) Require return url_decode_mem(url, strlen(url)); +} + char *url_decode_parameter_name(const char **query) { struct strbuf out = STRBUF_INIT; 在这里，我们看到子模块中定义了一个函数并在主项目中调用了它。 这明显 是个简化了的例子，但是希望它能让你明白这种方法的用处。 http-url = none ssh-url = none [@features] imports = False chunked-push = False matrix2 = False parallel-push = False [authentication] email-case-sensitivity = no 这里我们并不会深入介绍这些选项的含义，但是要注意这是一个 INI 格式的文