erl_call: node = Cookie = flags = verbosep module: name = , size = 0 apply = Usage: erl_call [-[demqrsv]] [-c Cookie] [-h HiddenName] [-x ErlScript] [-a [Mod [Fun [Args]]]] (-n Node | -sname Node | -name Node) where: -a apply(Mod,Fun,Args) (e.g -a 'erlang length [[a,b,c]]' -c cookie string; by default read from ~/.erlang.cookie -d direct Erlang output to ~/.erl_call.out.<Nodename> -e evaluate contents of standard input (e.g echo "X=1,Y=2,{X,Y}."|erl_call -e ...) -h specify a name for the erl_call client node -m read and compile Erlang module from stdin -n name of Erlang node, same as -name -name name of Erlang node, expanded to a fully qualified -sname name of Erlang node, short form will be used -q halt the Erlang node (overrides the -s switch) -r use a random name for the erl_call client node -s start a new Erlang node if necessary -v verbose mode, i.e print some information on stderr -x use specified erl start script, default is erl

Illegal argument '--help'. Usage: erl_call [-[demqrsv]] [-c Cookie] [-h HiddenName] [-x ErlScript] [-a [Mod [Fun [Args]]]] (-n Node | -sname Node | -name Node) where: -a apply(Mod,Fun,Args) (e.g -a 'erlang length [[a,b,c]]' -c cookie string; by default read from ~/.erlang.cookie -d direct Erlang output to ~/.erl_call.out.<Nodename> -e evaluate contents of standard input (e.g echo "X=1,Y=2,{X,Y}."|erl_call -e ...) -h specify a name for the erl_call client node -m read and compile Erlang module from stdin -n name of Erlang node, same as -name -name name of Erlang node, expanded to a fully qualified -sname name of Erlang node, short form will be used -q halt the Erlang node (overrides the -s switch) -r use a random name for the erl_call client node -s start a new Erlang node if necessary -v verbose mode, i.e print some information on stderr -x use specified erl start script, default is erl