Giddyup是语言无关的只是添加水的git挂钩，通过git推送自动化部署。它还允许你有自定义启动/停止钩子重新启动web服务器，加热缓存等。

https://github.com/mpalmer/giddyup

请看一些例子。

使用下面的更新后文件:

复制你的。git目录到你的web服务器 在你的本地副本上，修改你的.git/config文件，并添加你的web服务器作为远程服务器: (远程“生产”) Url = username@webserver:/path/to/htdocs/.git 在服务器上，用下面的文件替换。git/hooks/post-update 添加对文件的执行访问(同样是在服务器上): Chmod +x .git/hooks/post-update 现在，只要本地推送到你的web服务器，它就会自动更新工作副本: Git推送生产

#!/bin/sh
#
# This hook does two things:
#
#  1. update the "info" files that allow the list of references to be
#     queries over dumb transports such as http
#
#  2. if this repository looks like it is a non-bare repository, and
#     the checked-out branch is pushed to, then update the working copy.
#     This makes "push" function somewhat similarly to darcs and bzr.
#
# To enable this hook, make this file executable by "chmod +x post-update". 
git-update-server-info 
is_bare=$(git-config --get --bool core.bare) 
if [ -z "$is_bare" ]
then
      # for compatibility's sake, guess
      git_dir_full=$(cd $GIT_DIR; pwd)
      case $git_dir_full in */.git) is_bare=false;; *) is_bare=true;; esac
fi 
update_wc() {
      ref=$1
      echo "Push to checked out branch $ref" >&2
      if [ ! -f $GIT_DIR/logs/HEAD ]
      then
             echo "E:push to non-bare repository requires a HEAD reflog" >&2
             exit 1
      fi
      if (cd $GIT_WORK_TREE; git-diff-files -q --exit-code >/dev/null)
      then
             wc_dirty=0
      else
             echo "W:unstaged changes found in working copy" >&2
             wc_dirty=1
             desc="working copy"
      fi
      if git diff-index --cached HEAD@{1} >/dev/null
      then
             index_dirty=0
      else
             echo "W:uncommitted, staged changes found" >&2
             index_dirty=1
             if [ -n "$desc" ]
             then
                   desc="$desc and index"
             else
                   desc="index"
             fi
      fi
      if [ "$wc_dirty" -ne 0 -o "$index_dirty" -ne 0 ]
      then
             new=$(git rev-parse HEAD)
             echo "W:stashing dirty $desc - see git-stash(1)" >&2
             ( trap 'echo trapped $$; git symbolic-ref HEAD "'"$ref"'"' 2 3 13 15 ERR EXIT
             git-update-ref --no-deref HEAD HEAD@{1}
             cd $GIT_WORK_TREE
             git stash save "dirty $desc before update to $new";
             git-symbolic-ref HEAD "$ref"
             )
      fi 
      # eye candy - show the WC updates :)
      echo "Updating working copy" >&2
      (cd $GIT_WORK_TREE
      git-diff-index -R --name-status HEAD >&2
      git-reset --hard HEAD)
} 
if [ "$is_bare" = "false" ]
then
      active_branch=`git-symbolic-ref HEAD`
      export GIT_DIR=$(cd $GIT_DIR; pwd)
      GIT_WORK_TREE=${GIT_WORK_TREE-..}
      for ref
      do
             if [ "$ref" = "$active_branch" ]
             then
                   update_wc $ref
             fi
      done
fi

听起来你应该在你的服务器上有两个副本。一个裸拷贝，你可以推/拉，当你完成时，你会推你的改变，然后你会把这个克隆到你的web目录，并设置一个cronjob来每天从你的web目录更新git pull。

对于有多个开发人员访问同一个存储库的环境，下面的指导方针可能会有所帮助。

确保你有一个所有开发人员都属于的unix组，并将.git存储库的所有权授予该组。

在服务器存储库的.git/config中设置sharerepository = true。(这告诉git允许提交和部署所需的多个用户。 将每个用户的bashrc文件中的umask设置为相同的- 002是一个很好的开始

对于post-receive hook，我使用了两种解决方案:

部署方案1

#!/bin/bash 
#  /git-repo/hooks/post-receive - file content on server (chmod as 755 to be executed)
# DEPLOY SOLUTION 1 

    export GIT_DIR=/git/repo-bare.git
    export GIT_BRANCH1=master
    export GIT_TARGET1=/var/www/html
    export GIT_BRANCH2=dev
    export GIT_TARGET2=/var/www/dev
    echo "GIT DIR:  $GIT_DIR/"
    echo "GIT TARGET1:  $GIT_TARGET1/"
    echo "GIT BRANCH1:  $GIT_BRANCH1/"
    echo "GIT TARGET2:  $GIT_TARGET2/"
    echo "GIT BRANCH2:  $GIT_BRANCH2/"
    echo ""

    cd $GIT_DIR/

while read oldrev newrev refname
do
    branch=$(git rev-parse --abbrev-ref $refname)
    BRANCH_REGEX='^${GIT_BRANCH1}.*$'
    if [[ $branch =~ $BRANCH_REGEX ]] ; then
        export GIT_WORK_TREE=$GIT_TARGET1/.
        echo "Checking out branch: $branch";
        echo "Checking out to workdir: $GIT_WORK_TREE"; 

        git checkout -f $branch
    fi

    BRANCH_REGEX='^${GIT_BRANCH2}.*$'
    if [[ $branch =~ $BRANCH_REGEX ]] ; then
        export GIT_WORK_TREE=$GIT_TARGET2/.
        echo "Checking out branch: $branch";
        echo "Checking out to workdir: $GIT_WORK_TREE"; 

        git checkout -f $branch
    fi
done

部署方案2

#!/bin/bash 
#  /git-repo/hooks/post-receive - file content on server (chmod as 755 to be executed)
# DEPLOY SOLUTION 2

    export GIT_DIR=/git/repo-bare.git
    export GIT_BRANCH1=master
    export GIT_TARGET1=/var/www/html
    export GIT_BRANCH2=dev
    export GIT_TARGET2=/var/www/dev
    export GIT_TEMP_DIR1=/tmp/deploy1
    export GIT_TEMP_DIR2=/tmp/deploy2
    echo "GIT DIR:  $GIT_DIR/"
    echo "GIT TARGET1:  $GIT_TARGET1/"
    echo "GIT BRANCH1:  $GIT_BRANCH1/"
    echo "GIT TARGET2:  $GIT_TARGET2/"
    echo "GIT BRANCH2:  $GIT_BRANCH2/"
    echo "GIT TEMP DIR1:  $GIT_TEMP_DIR1/"
    echo "GIT TEMP DIR2:  $GIT_TEMP_DIR2/"
    echo ""

    cd $GIT_DIR/

while read oldrev newrev refname
do
    branch=$(git rev-parse --abbrev-ref $refname)
    BRANCH_REGEX='^${GIT_BRANCH1}.*$'
    if [[ $branch =~ $BRANCH_REGEX ]] ; then
        export GIT_WORK_TREE=$GIT_TARGET1/.
        echo "Checking out branch: $branch";
        echo "Checking out to workdir: $GIT_WORK_TREE"; 

        # DEPLOY SOLUTION 2: 
        cd $GIT_DIR/; mkdir -p $GIT_TEMP_DIR1; 
        export GIT_WORK_TREE=$GIT_TEMP_DIR1/.
        git checkout -f $branch
        export GIT_WORK_TREE=$GIT_TARGET1/.
        rsync $GIT_TEMP_DIR1/. -v -q --delete --delete-after -av $GIT_TARGET1/.
        rm -rf $GIT_TEMP_DIR1
    fi

    BRANCH_REGEX='^${GIT_BRANCH2}.*$'
    if [[ $branch =~ $BRANCH_REGEX ]] ; then
        export GIT_WORK_TREE=$GIT_TARGET2/.
        echo "Checking out branch: $branch";
        echo "Checking out to workdir: $GIT_WORK_TREE"; 

        # DEPLOY SOLUTION 2: 
        cd $GIT_DIR/; mkdir -p $GIT_TEMP_DIR2; 
        export GIT_WORK_TREE=$GIT_TEMP_DIR2/.
        git checkout -f $branch
        export GIT_WORK_TREE=$GIT_TARGET2/.
        rsync $GIT_TEMP_DIR2/. -v -q --delete --delete-after -av $GIT_TARGET2/.
        rm -rf $GIT_TEMP_DIR2
    fi
done

这两种解决方案都基于本文中提供的早期解决方案。

请注意, 美元BRANCH_REGEX = ' ^ $ {GIT_BRANCH1}。” 过滤匹配“master”或“dev*”字符串的分支名称，如果推送的分支匹配，则部署工作树。 这使得将开发版本和主版本部署到不同的位置成为可能。

DEPLOY SOLUTION 1仅删除文件，这些文件是repo的一部分，并由提交删除。比部署方案2快。

DEPLOY SOLUTION 2的优势在于，它将从生产目录中删除添加到服务器端的任何新文件，无论这些文件是否添加到repo。它将永远是回购的干净的欺骗。比部署方案1慢。

在经历了许多错误的开始和死胡同之后，多亏了这篇文章，我终于能够使用“git push remote”部署网站代码。

作者的更新后脚本只有一行长，并且他的解决方案不像其他一些解决方案那样需要.htaccess配置来隐藏Git回购。

如果您在Amazon EC2实例上部署它，则会遇到几个绊脚石;

1)如果使用sudo创建裸目标存储库，必须将repo的所有者更改为ec2-user，否则推送将失败。(尝试“chown ec2-user:ec2-user repo”)

2)如果你没有预先配置你的amazon-private-key的位置，推送会失败。可以在/etc/ssh/ssh_config中作为IdentityFile参数，也可以在~/。ssh/config使用“[主机]- HostName - IdentityFile - User”布局在这里描述…

.．.但是，如果在~/中配置了Host。ssh/config和不同于HostName的Git推送将失败。(这可能是Git的bug)