# auto-find the scripts, since we might want to run this as sudo.
export WORKDIR="$( \cd "$(\dirname "$0")" && /bin/pwd )" # obtain the script's working directory.
-echo WORKDIR is $WORKDIR
source "$WORKDIR/../core/launch_feisty_meow.sh"
# some convenient defaults for our current usage.
echo "Creating a new apache2 site for $sitename with config file:"
echo " $site_config"
+ # path where site gets checked out, in some arcane manner, and which happens to be
+ # above the path where we put webroot (in the storage suffix, if defined).
+ local path_above="${BASE_PATH}/${appname}"
+ # no slash between appname and suffix, in case suffix is empty.
local full_path="${BASE_PATH}/${appname}${STORAGE_SUFFIX}"
-echo really full path is $full_path
-
-#no, bad! the public folder will be a link.
-# will apache be happy if the site folder doesn't exist yet?
-# # make the storage directory if it's not already present.
-# if [ ! -d "$full_path" ]; then
-# mkdir -p "$full_path"
-# if [ $? -ne 0 ]; then
-# echo "Failed to create the storage directory for $appname in"
-# echo "the folder: $full_path"
-# exit 1
-# fi
-# fi
-
-echo "
+#echo really full path is $full_path
+
+ echo "
+# set up the user's web folder as an apache user web directory.
+
+# set permissions on the actual app folder.
+<Directory \"$full_path\">
+ Options +ExecCGI +Indexes +FollowSymLinks +Includes +MultiViews
+ Require all granted
+</Directory>
+
<VirtualHost *:80>
ServerName ${sitename}
-# ServerAlias ${sitename} *.${sitename}
DocumentRoot ${full_path}
ErrorLog \${APACHE_LOG_DIR}/${sitename}-error.log
CustomLog \${APACHE_LOG_DIR}/${sitename}-access.log combined
echo "Please consult the apache error logs for more details."
exit 1
fi
- rm "$outfile"
+ \rm "$outfile"
}
# restarts the apache2 service.
fi
}
-# chown folder to group www-data. can be done without setting a user, right?
-
# sets up the serverpilot storage location for a user hosted web site.
function maybe_create_site_storage()
{
local our_app="$1"; shift
# make sure the base path for storage of all the apps for this user exists.
local full_path="$BASE_PATH/$our_app"
-echo full path is $full_path
if [ ! -d "$full_path" ]; then
mkdir -p $full_path
- check_result "The app storage path could not be created.\n Path in question is: $full_path"
+ test_or_die "The app storage path could not be created.\n Path in question is: $full_path"
fi
+
# now give the web server some access to the folder. this is crucial since the folders
- # can be hosted in any user folder, and the group permissions will usually be only for the user.
- chown -R $USER:www-data "$BASE_PATH"
- check_result "Failed to set www-data as the owner on the path: $full_path"
- # note that web serving will also hose up unless the path to the folder is writable. so we walk backwards
- # and make sure group access is available.
+ # can be hosted in any user folder, and the group permissions will not necessarily be correct already.
local chow_path="$full_path"
+ # only the first chmod is recursive; the rest just apply to the specific folder of interest.
+ chmod -R g+rx "$chow_path"
+ # walk backwards up the path and fix perms.
while [[ $chow_path != $HOME ]]; do
echo chow path is now $chow_path
- chmod -R g+rx "$chow_path"
- check_result "Failed to add group permissions for www-data on the path: $chow_path"
+ chmod g+rx "$chow_path"
+ test_or_die "Failed to add group permissions on the path: $chow_path"
# reassert the user's ownership of any directories we might have just created.
- chown $USER "$chow_path"
- check_result "changing ownership to user failed on the path: $chow_path"
+ chown $(logname) "$chow_path"
+ test_or_die "changing ownership to user failed on the path: $chow_path"
chow_path="$(dirname "$chow_path")"
done
}