vtm/quelldatein/aufbau/aktoren/leser.ts
Christian Fraß 3193117543 save
2018-03-28 13:59:29 +02:00

249 lines
6.2 KiB
TypeScript

/*
* Verrückte Turing-Maschinen — A turing complete game
* Copyright (C) 2016 Christian Fraß <vidofnir@folksprak.org>
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <https://www.gnu.org/licenses/>.
*/
module mod_vtm
{
export module mod_model
{
export module mod_actuator
{
export module mod_leser
{
/**
* @author kcf <vidofnir@folksprak.org>
*/
let kind : string = "leser";
/**
* @author kcf <vidofnir@folksprak.org>
*/
export type type_leser =
{
"direction": mod_direction.type_direction,
"symbol_links": mod_symbol.type_symbol,
"symbol_rechts": mod_symbol.type_symbol,
}
;
/**
* @author kcf <vidofnir@folksprak.org>
*/
function create
(
direction : mod_direction.type_direction,
symbol_links : mod_symbol.type_symbol,
symbol_rechts : mod_symbol.type_symbol
)
: type_leser
{
return {
"direction": direction,
"symbol_links": symbol_links,
"symbol_rechts": symbol_rechts,
};
}
/**
* @author kcf <vidofnir@folksprak.org>
*/
export function create_actuator
(
direction : mod_direction.type_direction,
symbol_links : mod_symbol.type_symbol,
symbol_rechts : mod_symbol.type_symbol
)
: mod_actuator.type_actuator
{
return lib_call.wrap(kind, create(direction, symbol_links, symbol_rechts));
}
/**
* @author kcf <vidofnir@folksprak.org>
*/
function example
(
)
: type_leser
{
return create(0, 0, 1);
}
/**
* @author kcf <vidofnir@folksprak.org>
*/
export function direction_read
(
leser : type_leser
)
: mod_direction.type_direction
{
return leser.direction;
}
/**
* @author kcf <vidofnir@folksprak.org>
*/
export function symbol_links_read
(
leser : type_leser
)
: mod_symbol.type_symbol
{
return leser.symbol_links;
}
/**
* @author kcf <vidofnir@folksprak.org>
*/
export function symbol_rechts_read
(
leser : type_leser
)
: mod_symbol.type_symbol
{
return leser.symbol_rechts;
}
/**
* @author kcf <vidofnir@folksprak.org>
*/
function rotate
(
leser : type_leser,
inkrement : int = +1
)
: void
{
leser.direction = mod_direction.add(leser.direction, inkrement);
}
/**
* @author kcf <vidofnir@folksprak.org>
*/
function use
(
leser : type_leser,
token : mod_token.type_token
)
: void
{
let symbol_ : lib_errormonade.type_errormonade<mod_symbol.type_symbol> = mod_token.read(token);
let summand : mod_direction.type_direction;
if (lib_errormonade.filled(symbol_))
{
let symbol : mod_symbol.type_symbol = lib_errormonade.read(symbol_);
if (symbol === leser.symbol_links)
{
mod_token.shift(token);
summand = +2;
}
else if (symbol === leser.symbol_rechts)
{
mod_token.shift(token);
summand = -2;
}
else
{
summand = 0;
}
}
else
{
summand = 0;
}
let direction : mod_direction.type_direction = mod_direction.add(leser.direction, summand);
mod_token.move(token, direction);
}
/**
* @author kcf <vidofnir@folksprak.org>
*/
function export_
(
leser : type_leser
)
: any
{
return {
"direction": mod_direction.export_(leser.direction),
"symbol_links": mod_symbol.export_(leser.symbol_links),
"symbol_rechts": mod_symbol.export_(leser.symbol_rechts),
};
}
/**
* @author kcf <vidofnir@folksprak.org>
*/
function import_
(
raw : any
)
: type_leser
{
return (
create
(
mod_direction.import_(raw["direction"]),
mod_symbol.import_(raw["symbol_links"]),
mod_symbol.import_(raw["symbol_rechts"])
)
);
}
/**
* @author kcf <vidofnir@folksprak.org>
*/
lib_trait.attend<signature_actuator>
(
trait_actuator,
kind,
{
"example": () => lib_call.wrap(kind, example()),
"rotate": (actuator, inkrement) => rotate(lib_call.unwrap(actuator), inkrement),
"use": (actuator, token) => use(lib_call.unwrap(actuator), token),
"export": (actuator) => ({"kind": kind, "data": export_(actuator.data)}),
"import": (raw) => lib_call.wrap(kind, import_(raw["data"])),
}
)
;
}
}
}
}