// inference will attempt to infer the missing type arguments.
// Available with go1.21.
const enableReverseTypeInference = true // disable for debugging

// infer attempts to infer the complete set of type arguments for generic function instantiation/call
// based on the given type parameters tparams, type arguments targs, function parameters params, and

    }

    public void jvmArgs(Iterable<?> arguments) {
        addExtraJvmArgs(arguments);
        checkDebugConfiguration(extraJvmArgs);
    }

    public void jvmArgs(Object... arguments) {
        jvmArgs(Arrays.asList(arguments));
    }

    private void addExtraJvmArgs(Iterable<?> arguments) {
        for (Object argument : arguments) {
            String argStr = argument.toString();

    }

    def "when --foreground argument is added, it skips adding --daemon/--no-daemon"() {
        when:
        executer.withArgument("--foreground")
        def allArgs = executer.getAllArgs()

        then:
        !allArgs.contains("--daemon")
        !allArgs.contains("--no-daemon")
    }

    def "when argument is added explicitly, no --daemon argument is added and requireDaemon gets overridden"() {

    }

    /**
     * Returns all methods that are applicable to actual argument types.
     *
     * @param methods list of all candidate methods
     * @param classes the actual types of the arguments
     * @return a list that contains only applicable methods (number of
     *         formal and actual arguments matches, and argument types are assignable
     *         to formal types through a method invocation conversion).

}

public typealias KtCallCandidateInfo = KaCallCandidateInfo

/**
 * A candidate that is applicable for a call. A candidate is applicable if the call's arguments are complete and are assignable to the
 * candidate's parameters, AND the call's type arguments are complete and fit all the constraints of the candidate's type parameters.
 */
public class KaApplicableCallCandidateInfo(
    candidate: KaCall,

	typecheckargs(n)
	args := n.Args
	if len(args) == 0 {
		base.Errorf("missing arguments to delete")
		n.SetType(nil)
		return n
	}

	if len(args) == 1 {
		base.Errorf("missing second (key) argument to delete")
		n.SetType(nil)
		return n
	}

	if len(args) != 2 {
		base.Errorf("too many arguments to delete")
		n.SetType(nil)
		return n
	}

	l := args[0]
	r := args[1]

// die after running into an undefined
// type in the argument list for a
// function.
// Does not compile.

package main

func mine(int b) int { // ERROR "undefined.*b"
	return b + 2 // ERROR "undefined.*b"
}

func main() {
	mine()     // ERROR "not enough arguments"
	c = mine() // ERROR "undefined.*c|not enough arguments"

 *
 * <li>Options can take arguments. The argument follows the option. For example: {@code -a arg} or {@code --long
 * arg}.</li>
 *
 * <li>Arguments can be attached to the option using '='. For example: {@code -a=arg} or {@code --long=arg}.</li>
 *
 * <li>Arguments can be attached to short options. For example: {@code -aarg}.</li>
 *

    /**
     * Sets the full command line, including the executable to be executed plus its arguments.
     *
     * @param args the command plus the args to be executed
     * @since 4.0
     */
    void setCommandLine(List<String> args);

    /**
     * Sets the full command line, including the executable to be executed plus its arguments.
     *
     * @param args the command plus the args to be executed
     */

            Node argumentsNode = commandNode.appendNode("arguments");
            for (Map.Entry<String, String> argument : command.getArguments().entrySet()) {
                Node dictionaryNode = argumentsNode.appendNode("dictionary");
                dictionaryNode.appendNode("key", argument.getKey());
                dictionaryNode.appendNode("value", argument.getValue());
            }
        }
    }