}
fn test_is_ctcp() {
	verb := 'ACTION'
	msg := 'hop'
	ctcp_msg := '\1$verb $msg\1'
	assert ctcp_encode(verb, msg) == ctcp_msg
	if code := ctcp_decode(ctcp_msg) {
		assert code == '$verb $msg'
	} else {
		assert false
	}

fn test_is_ctcp() {
	ircm := setup()
	if _ := ircm.is_ctcp('hi') {
		assert false
	} else {
		assert true
	}
	if word := ircm.is_ctcp('\1ACTION hop\1') {
		assert word == 'ACTION hop'
	} else {
		assert false
	}

fn test_capabilities_decode() {
	cap := capabilities_decode('KEY=VALUE')
	assert cap['KEY'] == 'VALUE'

				capabilities := parts[2].split(' ')
				for cap in capabilities {
					cap_parts := cap.split('=')
					if cap_parts.len == 2 {
						println('$server_name cap ${cap_parts[0]} is ${cap_parts[1]}')
						if cap_parts[0] == 'NETWORK' {
							println('$ircnet.hostname was $ircnet.name set to ${cap_parts[1]}')
							ircnet.name = cap_parts[1]
						}
					}

				capabilities := capabilities_decode(parts[2])
				if netname := capabilities['NETWORK'] {
					println('$ircnet.hostname was $ircnet.name set to $netname')
					ircnet.name = netname

}
pub fn capabilities_decode(capstr string) map[string]string {
	parts := capstr.split(' ')
	mut cap := map[string]string{}
	for part in parts {
		cap_parts := part.split('=')
		if cap_parts.len == 2 {
			key := cap_parts[0]
			value := cap_parts[1]
			cap[key] = value
		}
	}
	return cap