374 lines
13 KiB
Bash
374 lines
13 KiB
Bash
ynh_check_var () {
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test -n "$1" || ynh_die "$2"
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}
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ynh_export () {
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local ynh_arg=""
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for var in $@;
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do
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ynh_arg=$(echo $var | awk '{print toupper($0)}')
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ynh_arg="YNH_APP_ARG_$ynh_arg"
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export $var=${!ynh_arg}
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done
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}
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# Save listed var in YunoHost app settings
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# usage: ynh_save_args VARNAME1 [VARNAME2 [...]]
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ynh_save_args () {
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for var in $@;
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do
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ynh_app_setting_set $app $var ${!var}
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done
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}
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ynh_sso_access () {
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ynh_app_setting_set $app unprotected_uris "/"
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if [[ $is_public -eq 0 ]]; then
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ynh_app_setting_set $app protected_uris "$1"
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fi
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sudo yunohost app ssowatconf
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}
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ynh_configure () {
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local TEMPLATE=$1
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local DEST=$2
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mkdir -p "$(dirname $DEST)"
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if [ -f '../manifest.json' ] ; then
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ynh_render_template "${YNH_CWD}/../conf/$TEMPLATE.j2" "$DEST"
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else
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ynh_render_template "${YNH_CWD}/../settings/conf/$TEMPLATE.j2" "$DEST"
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fi
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}
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ynh_configure_nginx () {
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ynh_configure nginx.conf /etc/nginx/conf.d/$domain.d/$app.conf
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sudo service nginx reload
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}
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# Upgrade
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ynh_read_json () {
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python3 -c "import sys, json;print(json.load(open('$1'))['$2'])"
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}
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ynh_read_manifest () {
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if [ -f '../manifest.json' ] ; then
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ynh_read_json '../manifest.json' "$1"
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else
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ynh_read_json '../settings/manifest.json' "$1"
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fi
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}
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is_stretch () {
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if [ "$(ynh_get_debian_release)" == "stretch" ]
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then
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return 0
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else
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return 1
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fi
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}
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is_jessie () {
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if [ "$(ynh_get_debian_release)" == "jessie" ]
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then
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return 0
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else
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return 1
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fi
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}
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# Internal helper design to allow helpers to use getopts to manage their arguments
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#
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# example: function my_helper()
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# {
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# declare -Ar args_array=( [a]=arg1= [b]=arg2= [c]=arg3 )
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# local arg1
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# local arg2
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# local arg3
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# ynh_handle_getopts_args "$@"
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#
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# [...]
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# }
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# my_helper --arg1 "val1" -b val2 -c
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#
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# usage: ynh_handle_getopts_args "$@"
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# | arg: $@ - Simply "$@" to tranfert all the positionnal arguments to the function
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#
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# This helper need an array, named "args_array" with all the arguments used by the helper
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# that want to use ynh_handle_getopts_args
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# Be carreful, this array has to be an associative array, as the following example:
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# declare -Ar args_array=( [a]=arg1 [b]=arg2= [c]=arg3 )
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# Let's explain this array:
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# a, b and c are short options, -a, -b and -c
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# arg1, arg2 and arg3 are the long options associated to the previous short ones. --arg1, --arg2 and --arg3
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# For each option, a short and long version has to be defined.
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# Let's see something more significant
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# declare -Ar args_array=( [u]=user [f]=finalpath= [d]=database )
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#
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# NB: Because we're using 'declare' without -g, the array will be declared as a local variable.
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#
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# Please keep in mind that the long option will be used as a variable to store the values for this option.
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# For the previous example, that means that $finalpath will be fill with the value given as argument for this option.
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#
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# Also, in the previous example, finalpath has a '=' at the end. That means this option need a value.
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# So, the helper has to be call with --finalpath /final/path, --finalpath=/final/path or -f /final/path, the variable $finalpath will get the value /final/path
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# If there's many values for an option, -f /final /path, the value will be separated by a ';' $finalpath=/final;/path
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# For an option without value, like --user in the example, the helper can be called only with --user or -u. $user will then get the value 1.
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#
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# To keep a retrocompatibility, a package can still call a helper, using getopts, with positional arguments.
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# The "legacy mode" will manage the positional arguments and fill the variable in the same order than they are given in $args_array.
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# e.g. for `my_helper "val1" val2`, arg1 will be filled with val1, and arg2 with val2.
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ynh_handle_getopts_args () {
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# Manage arguments only if there's some provided
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set +x
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if [ $# -ne 0 ]
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then
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# Store arguments in an array to keep each argument separated
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local arguments=("$@")
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# For each option in the array, reduce to short options for getopts (e.g. for [u]=user, --user will be -u)
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# And built parameters string for getopts
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# ${!args_array[@]} is the list of all keys in the array (A key is 'u' in [u]=user, user is a value)
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local getopts_parameters=""
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local key=""
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for key in "${!args_array[@]}"
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do
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# Concatenate each keys of the array to build the string of arguments for getopts
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# Will looks like 'abcd' for -a -b -c -d
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# If the value of a key finish by =, it's an option with additionnal values. (e.g. --user bob or -u bob)
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# Check the last character of the value associate to the key
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if [ "${args_array[$key]: -1}" = "=" ]
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then
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# For an option with additionnal values, add a ':' after the letter for getopts.
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getopts_parameters="${getopts_parameters}${key}:"
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else
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getopts_parameters="${getopts_parameters}${key}"
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fi
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# Check each argument given to the function
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local arg=""
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# ${#arguments[@]} is the size of the array
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for arg in `seq 0 $(( ${#arguments[@]} - 1 ))`
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do
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# And replace long option (value of the key) by the short option, the key itself
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# (e.g. for [u]=user, --user will be -u)
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# Replace long option with =
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arguments[arg]="${arguments[arg]//--${args_array[$key]}/-${key} }"
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# And long option without =
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arguments[arg]="${arguments[arg]//--${args_array[$key]%=}/-${key}}"
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done
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done
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# Read and parse all the arguments
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# Use a function here, to use standart arguments $@ and be able to use shift.
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parse_arg () {
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# Read all arguments, until no arguments are left
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while [ $# -ne 0 ]
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do
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# Initialize the index of getopts
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OPTIND=1
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# Parse with getopts only if the argument begin by -, that means the argument is an option
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# getopts will fill $parameter with the letter of the option it has read.
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local parameter=""
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getopts ":$getopts_parameters" parameter || true
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if [ "$parameter" = "?" ]
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then
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ynh_die "Invalid argument: -${OPTARG:-}"
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elif [ "$parameter" = ":" ]
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then
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ynh_die "-$OPTARG parameter requires an argument."
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else
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local shift_value=1
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# Use the long option, corresponding to the short option read by getopts, as a variable
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# (e.g. for [u]=user, 'user' will be used as a variable)
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# Also, remove '=' at the end of the long option
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# The variable name will be stored in 'option_var'
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local option_var="${args_array[$parameter]%=}"
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# If this option doesn't take values
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# if there's a '=' at the end of the long option name, this option takes values
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if [ "${args_array[$parameter]: -1}" != "=" ]
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then
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# 'eval ${option_var}' will use the content of 'option_var'
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eval ${option_var}=1
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else
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# Read all other arguments to find multiple value for this option.
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# Load args in a array
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local all_args=("$@")
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# If the first argument is longer than 2 characters,
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# There's a value attached to the option, in the same array cell
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if [ ${#all_args[0]} -gt 2 ]; then
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# Remove the option and the space, so keep only the value itself.
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all_args[0]="${all_args[0]#-${parameter} }"
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# Reduce the value of shift, because the option has been removed manually
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shift_value=$(( shift_value - 1 ))
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fi
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# Then read the array value per value
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for i in `seq 0 $(( ${#all_args[@]} - 1 ))`
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do
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# If this argument is an option, end here.
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if [ "${all_args[$i]:0:1}" == "-" ] || [ -z "${all_args[$i]}" ]
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then
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# Ignore the first value of the array, which is the option itself
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if [ "$i" -ne 0 ]; then
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break
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fi
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else
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# Declare the content of option_var as a variable.
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eval ${option_var}=""
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# Else, add this value to this option
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# Each value will be separated by ';'
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if [ -n "${!option_var}" ]
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then
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# If there's already another value for this option, add a ; before adding the new value
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eval ${option_var}+="\;"
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fi
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eval ${option_var}+=\"${all_args[$i]}\"
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shift_value=$(( shift_value + 1 ))
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fi
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done
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fi
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fi
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# Shift the parameter and its argument(s)
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shift $shift_value
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done
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}
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# LEGACY MODE
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# Check if there's getopts arguments
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if [ "${arguments[0]:0:1}" != "-" ]
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then
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# If not, enter in legacy mode and manage the arguments as positionnal ones.
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echo "! Helper used in legacy mode !"
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for i in `seq 0 $(( ${#arguments[@]} -1 ))`
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do
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# Use getopts_parameters as a list of key of the array args_array
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# Remove all ':' in getopts_parameters
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getopts_parameters=${getopts_parameters//:}
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# Get the key from getopts_parameters, by using the key according to the position of the argument.
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key=${getopts_parameters:$i:1}
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# Use the long option, corresponding to the key, as a variable
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# (e.g. for [u]=user, 'user' will be used as a variable)
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# Also, remove '=' at the end of the long option
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# The variable name will be stored in 'option_var'
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local option_var="${args_array[$key]%=}"
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# Store each value given as argument in the corresponding variable
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# The values will be stored in the same order than $args_array
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eval ${option_var}+=\"${arguments[$i]}\"
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done
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else
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# END LEGACY MODE
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# Call parse_arg and pass the modified list of args as an array of arguments.
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parse_arg "${arguments[@]}"
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fi
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fi
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set -x
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}
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# Argument $1 is the size of the swap in MiB
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ynh_add_swap () {
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# Declare an array to define the options of this helper.
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declare -Ar args_array=( [s]=size= )
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local size
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# Manage arguments with getopts
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ynh_handle_getopts_args "$@"
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local swap_max_size=$(( $size * 1024 ))
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local free_space=$(df --output=avail / | sed 1d)
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# Because we don't want to fill the disk with a swap file, divide by 2 the available space.
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local usable_space=$(( $free_space / 2 ))
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# Compare the available space with the size of the swap.
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# And set a acceptable size from the request
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if [ $usable_space -ge $swap_max_size ]
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then
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local swap_size=$swap_max_size
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elif [ $usable_space -ge $(( $swap_max_size / 2 )) ]
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then
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local swap_size=$(( $swap_max_size / 2 ))
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elif [ $usable_space -ge $(( $swap_max_size / 3 )) ]
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then
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local swap_size=$(( $swap_max_size / 3 ))
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elif [ $usable_space -ge $(( $swap_max_size / 4 )) ]
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then
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local swap_size=$(( $swap_max_size / 4 ))
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else
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echo "Not enough space left for a swap file" >&2
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local swap_size=0
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fi
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# If there's enough space for a swap, and no existing swap here
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if [ $swap_size -ne 0 ] && [ ! -e /swap ]
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then
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# Preallocate space for the swap file
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fallocate -l ${swap_size}K /swap
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chmod 0600 /swap
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# Create the swap
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mkswap /swap
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# And activate it
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swapon /swap
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# Then add an entry in fstab to load this swap at each boot.
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echo -e "/swap swap swap defaults 0 0 #Swap added by $app" >> /etc/fstab
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fi
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}
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ynh_del_swap () {
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# If there a swap at this place
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if [ -e /swap ]
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then
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# Clean the fstab
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sed -i "/#Swap added by $app/d" /etc/fstab
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# Desactive the swap file
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swapoff /swap
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# And remove it
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rm /swap
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fi
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}
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# Checks the app version to upgrade with the existing app version and returns:
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# - UPGRADE_APP if the upstream app version has changed
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# - UPGRADE_PACKAGE if only the YunoHost package has changed
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#
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## It stops the current script without error if the package is up-to-date
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#
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# This helper should be used to avoid an upgrade of an app, or the upstream part
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# of it, when it's not needed
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#
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# To force an upgrade, even if the package is up to date,
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# you have to set the variable YNH_FORCE_UPGRADE before.
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# example: sudo YNH_FORCE_UPGRADE=1 yunohost app upgrade MyApp
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# usage: ynh_check_app_version_changed
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ynh_check_app_version_changed () {
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local force_upgrade=${YNH_FORCE_UPGRADE:-0}
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local package_check=${PACKAGE_CHECK_EXEC:-0}
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# By default, upstream app version has changed
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local return_value="UPGRADE_APP"
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local current_version=$(ynh_read_json "/etc/yunohost/apps/$YNH_APP_INSTANCE_NAME/manifest.json" "version" || echo 1.0)
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local current_upstream_version="${current_version/~ynh*/}"
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local update_version=$(ynh_read_manifest "version" || echo 1.0)
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local update_upstream_version="${update_version/~ynh*/}"
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if [ "$current_version" == "$update_version" ] ; then
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# Complete versions are the same
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if [ "$force_upgrade" != "0" ]
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then
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echo "Upgrade forced by YNH_FORCE_UPGRADE." >&2
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unset YNH_FORCE_UPGRADE
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elif [ "$package_check" != "0" ]
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then
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echo "Upgrade forced for package check." >&2
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else
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ynh_die "Up-to-date, nothing to do" 0
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fi
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elif [ "$current_upstream_version" == "$update_upstream_version" ] ; then
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# Upstream versions are the same, only YunoHost package versions differ
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return_value="UPGRADE_PACKAGE"
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fi
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echo $return_value
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}
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