What it doesn't do is recompile and relink automatically if it doesn't know anything has changed.
如果它不知道有东西被修改了，它就不会自动重编译和重链接。
Any script that was written using this function changes automatically when you recompile or relink.
而当你重新编译或重新链接时，任何一个用该函数编写的脚本都能自动修改。
Link, relink, or remove link to master slide: in the master slide drop-down list, make appropriate selection.
链接，取消链接或者移除主幻灯片链接：在主幻灯片下拉列表中，做出一个适当的选择。
Edit and Continue cannot relink your program if you are debugging it from a location other than the original build location.
如果正在从原始生成位置以外的位置调试，“编辑并继续”不能重新链接程序。
If the interface and implementation are clearly separated and protected, you can accomplish this and require only a relink by the user.
如果接口和实现被清楚地分离和保护，你就可以轻松地完成它，你要做的只是重新连接一下你的新库。
When you do this, applications using implicit linking do not have to relink with the new import library that contains the new functions.
当您这样做时，使用隐含连结的应用程序就不需要重新连结包含新函式的新汇入程序库。
If you make changes to a static library using Edit and Continue, you need to manually rebuild the library and relink applications using it.
如果使用“编辑并继续”更改静态库，需要使用“编辑并继续”手动重新生成库并重新链接应用程序。
Internally, hacrtmqm uses a script called halinkmqm to relink the subdirectories used for IPC keys and create a symlink from /var/mqm/qmgrs/$qmgr to the /ha/$qmgr/data/qmgrs/$qmgr directory.
在内部，hacrtmqm使用一个称为halinkmqm 的脚本来重新链接用作IPC 的子目录，并创建一个指向 /ha/$qmgr/data/qmgrs/$qmgr 目录的符号链接 /var/mqm/qmgrs/$qmgr。
The disadvantage is lack of flexibility -- you must write a new parser program for each new format, and if a format changes, you must change, recompile, relink, and redeploy the parser program.
缺点在于缺乏灵活性——您必须为每种新的格式编写新的解析器程序，并且如果格式更改，您就必须更改、重新编译、重新链接和重新部署解析器程序。
The disadvantage is lack of flexibility -- you must write a new parser program for each new format, and if a format changes, you must change, recompile, relink, and redeploy the parser program.
缺点在于缺乏灵活性——您必须为每种新的格式编写新的解析器程序，并且如果格式更改，您就必须更改、重新编译、重新链接和重新部署解析器程序。
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