Docker container in a subdirectory, you need to rewrite the request path in the server proxying the requests. For example, using haproxy it can be done as: frontend http bind *:80 option forwardfor is suggested, perhaps a .htaccess file with the HTTP-AUTH directive or disallowing incoming HTTP requests at one’s router or firewall will suffice (both of which are beyond the scope of this manual but setting is an efficient way to lower the server load since the latter does not need to send MySQL requests to build the available database list. But it does not replace the privileges rules of the MySQL

Docker container in a subdirectory, you need to rewrite the request path in the server proxying the requests. For example, using haproxy it can be done as: frontend http bind *:80 option forwardfor is suggested, perhaps a .htaccess file with the HTTP-AUTH directive or disallowing incoming HTTP requests at one’s router or firewall will suffice (both of which are beyond the scope of this manual but setting is an efficient way to lower the server load since the latter does not need to send MySQL requests to build the available database list. But it does not replace the privileges rules of the MySQL

Docker container in a subdirectory, you need to rewrite the request path in the server proxying the requests. For example using haproxy it can be done as: frontend http bind *:80 option forwardfor is suggested, perhaps a .htaccess file with the HTTP-AUTH directive or disallowing incoming HTTP requests at one’s router or firewall will suffice (both of which are beyond the scope of this manual but setting is an efficient way to lower the server load since the latter does not need to send MySQL requests to build the available database list. But it does not replace the privileges rules of the MySQL

Docker container in a subdirectory, you need to rewrite the request path in the server proxying the requests. For example, using haproxy it can be done as: frontend http bind *:80 option forwardfor is suggested, perhaps a .htaccess file with the HTTP-AUTH directive or disallowing incoming HTTP requests at one’s router or firewall will suffice (both of which are beyond the scope of this manual but setting is an efficient way to lower the server load since the latter does not need to send MySQL requests to build the available database list. But it does not replace the privileges rules of the MySQL

Docker container in a subdirectory, you need to rewrite the request path in the server proxying the requests. For example using haproxy it can be done as: frontend http bind *:80 option forwardfor is suggested, perhaps a .htaccess file with the HTTP-AUTH directive or disallowing incoming HTTP requests at one’s router or firewall will suffice (both of which are beyond the scope of this manual but setting is an efficient way to lower the server load since the latter does not need to send MySQL requests to build the available database list. But it does not replace the privileges rules of the MySQL

Docker container in a subdirectory, you need to rewrite the request path in the server proxying the requests. For example, using haproxy it can be done as: frontend http bind *:80 option forwardfor is suggested, perhaps a .htaccess file with the HTTP-AUTH directive or disallowing incoming HTTP requests at one’s router or firewall will suffice (both of which are beyond the scope of this manual but setting is an efficient way to lower the server load since the latter does not need to send MySQL requests to build the available database list. But it does not replace the privileges rules of the MySQL

Docker container in a subdirectory, you need to rewrite the request path in the server proxying the requests. For example using haproxy it can be done as: frontend http bind *:80 option forwardfor is suggested, perhaps a .htaccess file with the HTTP-AUTH directive or disallowing incoming HTTP requests at one’s router or firewall will suffice (both of which are beyond the scope of this manual but setting is an efficient way to lower the server load since the latter does not need to send MySQL requests to build the available database list. But it does not replace the privileges rules of the MySQL

Docker container in a subdirectory, you need to rewrite the request path in the server proxying the requests. For example using haproxy it can be done as: frontend http bind *:80 option forwardfor is suggested, perhaps a .htaccess file with the HTTP-AUTH directive or disallowing incoming HTTP requests at one’s router or firewall will suffice (both of which are beyond the scope of this manual but setting is an efficient way to lower the server load since the latter does not need to send MySQL requests to build the available database list. But it does not replace the privileges rules of the MySQL

Docker container in a subdirectory, you need to rewrite the request path in the server proxying the requests. For example using haproxy it can be done as: frontend http bind *:80 option forwardfor is suggested, perhaps a .htaccess file with the HTTP-AUTH directive or disallowing incoming HTTP requests at one’s router or firewall will suffice (both of which are beyond the scope of this manual but setting is an efficient way to lower the server load since the latter does not need to send MySQL requests to build the available database list. But it does not replace the privileges rules of the MySQL

Docker container in a subdirectory, you need to rewrite the request path in the server proxying the requests. For example, using haproxy it can be done as: frontend http bind *:80 option forwardfor is suggested, perhaps a .htaccess file with the HTTP-AUTH directive or disallowing incoming HTTP requests at one’s router or firewall will suffice (both of which are beyond the scope of this manual but setting is an efficient way to lower the server load since the latter does not need to send MySQL requests to build the available database list. But it does not replace the privileges rules of the MySQL