Press n or j to go to the next uncovered block, b, p or k for the previous block.
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import {
Statement,
StatementType
} from '@uniquegood/realworld-web-interface/lib/models/game/Statement';
import { IfStatement } from '@uniquegood/realworld-web-interface/lib/models/game/Statement/If';
import { MoveScreenStatement } from '@uniquegood/realworld-web-interface/lib/models/game/Statement/MoveScreen';
import {
CalculateExpressionType,
calculateExpressionTypeList,
Expression,
expressionInterface,
ParameterExpressionType,
parameterExpressionTypeList,
ReferenceExpressionType,
referenceExpressionTypeList,
ValuableExpressionType,
valuableExpressionTypeList
} from '@uniquegood/realworld-web-interface/lib/models/game/Expression';
import { AlertStatement } from '@uniquegood/realworld-web-interface/lib/models/game/Statement/Alert';
import { ActionType } from '@uniquegood/realworld-web-interface/lib/models/game/Action';
import { useAlertContext } from '@lib/providers/Alert';
import { useGameStateContext } from '@lib/providers/GameState';
import { AcquireItemStatement } from '@uniquegood/realworld-web-interface/lib/models/game/Statement/AcquireItem';
import { ConsumeItemStatement } from '@uniquegood/realworld-web-interface/lib/models/game/Statement/ConsumeItem';
import { TextParameterExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/parameters/Text';
import { AddExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/calculates/Add';
import { EqualExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/calculates/Equal';
import { NotExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/calculates/Not';
import { SimpleModalStatement } from '@uniquegood/realworld-web-interface/lib/models/game/Statement/SimpleModal';
import { useSimpleModalContext } from '@lib/providers/SimpleModal';
import { useAcquireItemModalContext } from '@lib/providers/ItemModal';
import { useGameItemContext } from '@lib/providers/GameItem';
import { ItemModalStatement } from '@uniquegood/realworld-web-interface/lib/models/game/Statement/ItemModal';
import { useContentAnalyticsContext } from '@lib/providers/ContentAnalytics';
import { NumberParameterExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/parameters/Number';
import { ItemQuantityExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/calculates/ItemQuantity';
import { ChangeItemQuantityStatement } from '@uniquegood/realworld-web-interface/lib/models/game/Statement/ChangeItemQuantity';
import { CloseCurrentLayerStatement } from '@uniquegood/realworld-web-interface/lib/models/game/Statement/CloseCurrentLayer';
import { OpenLayerStatement } from '@uniquegood/realworld-web-interface/lib/models/game/Statement/OpenLayer';
import { useGameParameterContext } from '@lib/providers/GameParameter';
import { ChangeBgmStatement } from '@uniquegood/realworld-web-interface/lib/models/game/Statement/ChangeBgm';
import { useBgmContext } from '@lib/providers/Bgm';
import { ResumeBgmStatement } from '@uniquegood/realworld-web-interface/lib/models/game/Statement/ResumeBgm';
import { PauseBgmStatement } from '@uniquegood/realworld-web-interface/lib/models/game/Statement/PauseBgm';
import { DelayStatement } from '@uniquegood/realworld-web-interface/lib/models/game/Statement/Delay';
import { FinishStatement } from '@uniquegood/realworld-web-interface/lib/models/game/Statement/Finish';
import { useLayerBottomSheetContext } from '@lib/providers/LayerBottomSheet';
import { AndExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/calculates/And';
import { DivideExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/calculates/Divide';
import { DivideIntExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/calculates/DivideInt';
import { LessExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/calculates/Less';
import { MultiplyExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/calculates/Multiply';
import { OrExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/calculates/Or';
import { MoreExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/calculates/More';
import { PlusExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/calculates/Plus';
import { OverExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/calculates/Over';
import { RemainderExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/calculates/Remainder';
import { UnderExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/calculates/Under';
import { MinusExpression } from '@uniquegood/realworld-web-interface/lib/models/game/Expression/calculates/Minus';
import { GoOutLinkStatement } from '@uniquegood/realworld-web-interface/lib/models/game/Statement/GoOutLink';
import produce from 'immer';
import { useGameScreenContext } from '@lib/providers/GameScreen';
import { useGameRevisionContext } from '@lib/providers/GameRevision';
type WithParameter =
| {
blockId: string;
originActionType: ActionType;
}
| {
layerId: string;
originActionType: ActionType;
}
| {
itemId: string;
originActionType: ActionType;
}
| {
screenId: string;
originActionType: ActionType;
};
export const useRunStatement = () => {
const { openAlert } = useAlertContext();
const { openSimpleModal } = useSimpleModalContext();
const { openAcquireItemModal } = useAcquireItemModalContext();
const { gameStateRef } = useGameStateContext();
const { parameterMapRef } = useGameParameterContext();
const { getItemById } = useGameItemContext();
const { getScreenById } = useGameScreenContext();
const { currentRevision } = useGameRevisionContext();
const { consumeEvent } = useContentAnalyticsContext();
const { setIsPlayingBgm } = useBgmContext();
const { openLayerBottomSheet } = useLayerBottomSheetContext();
interface BaseExpressionProps<T> {
expression: T;
withParameter?: WithParameter;
}
const ParameterExpressionWithContext: Record<
ParameterExpressionType,
(
props: BaseExpressionProps<any>
) => Expression<ValuableExpressionType | ReferenceExpressionType>
> = {
textParameter: ({
expression,
withParameter
}: BaseExpressionProps<TextParameterExpression>): Expression<'string'> => {
if (!withParameter) {
throw new Error('textParameter must have withParameter');
}
if (!('blockId' in withParameter)) {
throw new Error('textParameter must have blockId');
}
const { blockId, originActionType } = withParameter;
const returnData =
parameterMapRef.current[`block-${blockId}`]?.[originActionType]?.[expression.name];
if (returnData && returnData.type === 'string') {
return {
type: 'string',
value: returnData.value
};
}
throw new Error('parameter invalid'); // 의도되지 않은 에러
},
numberParameter: ({
expression,
withParameter
}: BaseExpressionProps<NumberParameterExpression>): Expression<'number'> => {
if (!withParameter) {
throw new Error('numberParameter must have withParameter');
}
if (!('blockId' in withParameter)) {
throw new Error('numberParameter must have blockId');
}
const { blockId, originActionType } = withParameter;
const returnData =
parameterMapRef.current[`block-${blockId}`]?.[originActionType]?.[expression.name];
if (returnData && returnData.type === 'number') {
return {
type: 'number',
value: returnData.value
};
}
throw new Error('parameter invalid'); // 의도되지 않은 에러
return {
type: 'number',
value: 0
};
}
};
const CalculateExpressionWithContext: Record<
CalculateExpressionType,
(props: BaseExpressionProps<any>) => Expression
> = {
add: ({ expression, withParameter }: BaseExpressionProps<AddExpression>) => {
if (!expression.left) throw new Error('AddExpression must have a property named left');
if (!expression.right) throw new Error('AddExpression must have a property named right');
const leftExpression = expression.left as Expression;
const rightExpression = expression.right as Expression;
const evaluatedLeft = evaluateExpressionWithContext({
expression: leftExpression,
withParameter
});
const evaluatedRight = evaluateExpressionWithContext({
expression: rightExpression,
withParameter
});
if (evaluatedLeft.type === 'string' && evaluatedRight.type === 'string')
return {
type: 'string',
value: evaluatedLeft.value + evaluatedRight.value
};
throw new Error(`AddExpression cannot add ${evaluatedLeft.type} and ${evaluatedRight.type}`);
},
equal: ({ expression, withParameter }: BaseExpressionProps<EqualExpression>) => {
if (!expression.left) throw new Error('EqualExpression must have a property named left');
if (!expression.right) throw new Error('EqualExpression must have a property named right');
const leftExpression = expression.left as Expression;
const rightExpression = expression.right as Expression;
const evaluatedLeft = evaluateExpressionWithContext({
expression: leftExpression,
withParameter
});
const evaluatedRight = evaluateExpressionWithContext({
expression: rightExpression,
withParameter
});
if (!('value' in evaluatedLeft) || !('value' in evaluatedRight))
throw new Error('EqualExpression cannot compare non-valuable expression');
return {
type: 'boolean',
value: evaluatedLeft.value === evaluatedRight.value
};
},
not: ({ expression, withParameter }: BaseExpressionProps<NotExpression>) => {
if (!expression.expression)
throw new Error('NotExpression must have a property named expression');
const tempExpression = expression.expression as Expression;
const evaluatedExpression = evaluateExpressionWithContext({
expression: tempExpression,
withParameter
});
if (!('value' in evaluatedExpression))
throw new Error('NotExpression cannot compare non-valuable expression');
return {
type: 'boolean',
value: !evaluatedExpression.value
};
},
itemQuantity: ({ expression, withParameter }: BaseExpressionProps<ItemQuantityExpression>) => {
if (!expression.item)
throw new Error('ItemQuantityExpression must have a property named item');
const itemExpression = expression.item as Expression;
if (itemExpression.type !== 'itemReference')
throw new Error(
'ItemQuantityExpression must have a property named item of type itemReference'
);
return {
type: 'number',
value: gameStateRef.current.inventory[itemExpression.id] ?? 0
};
},
and: ({ expression, withParameter }: BaseExpressionProps<AndExpression>) => {
if (!expression.left || !expression.right)
throw new Error('AndExpression must have a property named left and right');
const leftExpression = expression.left as Expression;
const rightExpression = expression.right as Expression;
const evaluatedLeft = evaluateExpressionWithContext({
expression: leftExpression,
withParameter
});
const evaluatedRight = evaluateExpressionWithContext({
expression: rightExpression,
withParameter
});
if (evaluatedLeft.type !== 'boolean' || evaluatedRight.type !== 'boolean')
throw new Error(
`AndExpression cannot compare ${evaluatedLeft.type} and ${evaluatedRight.type}`
);
return {
type: 'boolean',
value: evaluatedLeft.value && evaluatedRight.value
};
},
divide: ({ expression, withParameter }: BaseExpressionProps<DivideExpression>) => {
if (!expression.left || !expression.right)
throw new Error('DivideExpression must have a property named left and right');
const leftExpression = expression.left as Expression;
const rightExpression = expression.right as Expression;
const evaluatedLeft = evaluateExpressionWithContext({
expression: leftExpression,
withParameter
});
const evaluatedRight = evaluateExpressionWithContext({
expression: rightExpression,
withParameter
});
if (evaluatedLeft.type !== 'number' || evaluatedRight.type !== 'number')
throw new Error(
`DivideExpression cannot calculate ${evaluatedLeft.type} and ${evaluatedRight.type}`
);
return {
type: 'number',
value: evaluatedLeft.value / evaluatedRight.value
};
},
divideInt: ({ expression, withParameter }: BaseExpressionProps<DivideIntExpression>) => {
if (!expression.left || !expression.right)
throw new Error('DivideIntExpression must have a property named left and right');
const leftExpression = expression.left as Expression;
const rightExpression = expression.right as Expression;
const evaluatedLeft = evaluateExpressionWithContext({
expression: leftExpression,
withParameter
});
const evaluatedRight = evaluateExpressionWithContext({
expression: rightExpression,
withParameter
});
if (evaluatedLeft.type !== 'number' || evaluatedRight.type !== 'number')
throw new Error(
`DivideIntExpression cannot calculate ${evaluatedLeft.type} and ${evaluatedRight.type}`
);
return {
type: 'number',
value: Math.floor(evaluatedLeft.value / evaluatedRight.value)
};
},
less: ({ expression, withParameter }: BaseExpressionProps<LessExpression>) => {
if (!expression.left || !expression.right)
throw new Error('LessExpression must have a property named left and right');
const leftExpression = expression.left as Expression;
const rightExpression = expression.right as Expression;
const evaluatedLeft = evaluateExpressionWithContext({
expression: leftExpression,
withParameter
});
const evaluatedRight = evaluateExpressionWithContext({
expression: rightExpression,
withParameter
});
if (evaluatedLeft.type !== 'number' || evaluatedRight.type !== 'number')
throw new Error(
`LessExpression cannot compare ${evaluatedLeft.type} and ${evaluatedRight.type}`
);
return {
type: 'boolean',
value: evaluatedLeft.value <= evaluatedRight.value
};
},
minus: ({ expression, withParameter }: BaseExpressionProps<MinusExpression>) => {
if (!expression.left || !expression.right)
throw new Error('MinusExpression must have a property named left and right');
const leftExpression = expression.left as Expression;
const rightExpression = expression.right as Expression;
const evaluatedLeft = evaluateExpressionWithContext({
expression: leftExpression,
withParameter
});
const evaluatedRight = evaluateExpressionWithContext({
expression: rightExpression,
withParameter
});
if (evaluatedLeft.type !== 'number' || evaluatedRight.type !== 'number')
throw new Error(
`MinusExpression cannot calculate ${evaluatedLeft.type} and ${evaluatedRight.type}`
);
return {
type: 'number',
value: evaluatedLeft.value - evaluatedRight.value
};
},
more: ({ expression, withParameter }: BaseExpressionProps<MoreExpression>) => {
if (!expression.left || !expression.right)
throw new Error('MoreExpression must have a property named left and right');
const leftExpression = expression.left as Expression;
const rightExpression = expression.right as Expression;
const evaluatedLeft = evaluateExpressionWithContext({
expression: leftExpression,
withParameter
});
const evaluatedRight = evaluateExpressionWithContext({
expression: rightExpression,
withParameter
});
if (evaluatedLeft.type !== 'number' || evaluatedRight.type !== 'number')
throw new Error(
`MoreExpression cannot compare ${evaluatedLeft.type} and ${evaluatedRight.type}`
);
return {
type: 'boolean',
value: evaluatedLeft.value >= evaluatedRight.value
};
},
multiply: ({ expression, withParameter }: BaseExpressionProps<MultiplyExpression>) => {
if (!expression.left || !expression.right)
throw new Error('MultiplyExpression must have a property named left and right');
const leftExpression = expression.left as Expression;
const rightExpression = expression.right as Expression;
const evaluatedLeft = evaluateExpressionWithContext({
expression: leftExpression,
withParameter
});
const evaluatedRight = evaluateExpressionWithContext({
expression: rightExpression,
withParameter
});
if (evaluatedLeft.type !== 'number' || evaluatedRight.type !== 'number')
throw new Error(
`MultiplyExpression cannot calculate ${evaluatedLeft.type} and ${evaluatedRight.type}`
);
return {
type: 'number',
value: evaluatedLeft.value * evaluatedRight.value
};
},
or: ({ expression, withParameter }: BaseExpressionProps<OrExpression>) => {
if (!expression.left || !expression.right)
throw new Error('OrExpression must have a property named left and right');
const leftExpression = expression.left as Expression;
const rightExpression = expression.right as Expression;
const evaluatedLeft = evaluateExpressionWithContext({
expression: leftExpression,
withParameter
});
const evaluatedRight = evaluateExpressionWithContext({
expression: rightExpression,
withParameter
});
if (evaluatedLeft.type !== 'boolean' || evaluatedRight.type !== 'boolean')
throw new Error(
`OrExpression cannot compare ${evaluatedLeft.type} and ${evaluatedRight.type}`
);
return {
type: 'boolean',
value: evaluatedLeft.value || evaluatedRight.value
};
},
over: ({ expression, withParameter }: BaseExpressionProps<OverExpression>) => {
if (!expression.left || !expression.right)
throw new Error('OverExpression must have a property named left and right');
const leftExpression = expression.left as Expression;
const rightExpression = expression.right as Expression;
const evaluatedLeft = evaluateExpressionWithContext({
expression: leftExpression,
withParameter
});
const evaluatedRight = evaluateExpressionWithContext({
expression: rightExpression,
withParameter
});
if (evaluatedLeft.type !== 'number' || evaluatedRight.type !== 'number')
throw new Error(
`OverExpression cannot compare ${evaluatedLeft.type} and ${evaluatedRight.type}`
);
return {
type: 'boolean',
value: evaluatedLeft.value > evaluatedRight.value
};
},
plus: ({ expression, withParameter }: BaseExpressionProps<PlusExpression>) => {
if (!expression.left || !expression.right)
throw new Error('PlusExpression must have a property named left and right');
const leftExpression = expression.left as Expression;
const rightExpression = expression.right as Expression;
const evaluatedLeft = evaluateExpressionWithContext({
expression: leftExpression,
withParameter
});
const evaluatedRight = evaluateExpressionWithContext({
expression: rightExpression,
withParameter
});
if (evaluatedLeft.type !== 'number' || evaluatedRight.type !== 'number')
throw new Error(
`PlusExpression cannot calculate ${evaluatedLeft.type} and ${evaluatedRight.type}`
);
return {
type: 'number',
value: evaluatedLeft.value + evaluatedRight.value
};
},
remainder: ({ expression, withParameter }: BaseExpressionProps<RemainderExpression>) => {
if (!expression.left || !expression.right)
throw new Error('RemainderExpression must have a property named left and right');
const leftExpression = expression.left as Expression;
const rightExpression = expression.right as Expression;
const evaluatedLeft = evaluateExpressionWithContext({
expression: leftExpression,
withParameter
});
const evaluatedRight = evaluateExpressionWithContext({
expression: rightExpression,
withParameter
});
if (evaluatedLeft.type !== 'number' || evaluatedRight.type !== 'number')
throw new Error(
`RemainderExpression cannot calculate ${evaluatedLeft.type} and ${evaluatedRight.type}`
);
return {
type: 'number',
value: evaluatedLeft.value % evaluatedRight.value
};
},
under: ({ expression, withParameter }: BaseExpressionProps<UnderExpression>) => {
if (!expression.left || !expression.right)
throw new Error('UnderExpression must have a property named left and right');
const leftExpression = expression.left as Expression;
const rightExpression = expression.right as Expression;
const evaluatedLeft = evaluateExpressionWithContext({
expression: leftExpression,
withParameter
});
const evaluatedRight = evaluateExpressionWithContext({
expression: rightExpression,
withParameter
});
if (evaluatedLeft.type !== 'number' || evaluatedRight.type !== 'number')
throw new Error(
`UnderExpression cannot compare ${evaluatedLeft.type} and ${evaluatedRight.type}`
);
return {
type: 'boolean',
value: evaluatedLeft.value < evaluatedRight.value
};
}
};
const evaluateExpressionWithContext = ({
expression,
withParameter
}: BaseExpressionProps<Expression>): Expression<
ValuableExpressionType | ReferenceExpressionType
> => {
if (parameterExpressionTypeList.includes(expression.type)) {
return ParameterExpressionWithContext[expression.type as ParameterExpressionType]({
expression,
withParameter
});
}
const evaluatedExpression = calculateExpressionTypeList.includes(expression.type)
? CalculateExpressionWithContext[expression.type as CalculateExpressionType]({
expression,
withParameter
})
: expressionInterface[expression.type].evaluate(expression as any);
if (valuableExpressionTypeList.some((t) => t === evaluatedExpression.type))
return evaluatedExpression as Expression<ValuableExpressionType>;
if (referenceExpressionTypeList.some((t) => t === evaluatedExpression.type))
return evaluatedExpression as Expression<ReferenceExpressionType>;
return evaluateExpressionWithContext({
expression,
withParameter
});
};
interface BaseStatementProps<T> {
statement: T;
withParameter?: WithParameter;
}
const StatementTypeToRunFunction: Record<
StatementType,
(props: BaseStatementProps<any>) => Promise<unknown>
> = useMemo(
() => ({
if: async (props: BaseStatementProps<IfStatement>) => {
const { statement } = props;
if (!statement.condition) throw new Error('if statement의 condition이 없음');
const evaluatedCondition = evaluateExpressionWithContext({
...props,
expression: statement.condition
});
if (!('value' in evaluatedCondition))
throw new Error('if statement의 condition이 value를 가지고 있지 않음');
if (evaluatedCondition.value) {
for await (const eachStatement of statement.trueStatementList) {
const statement = eachStatement as Statement;
await runStatement({ ...props, statement });
}
} else {
for await (const eachStatement of statement.falseStatementList) {
const statement = eachStatement as Statement;
await runStatement({ ...props, statement });
}
}
},
moveScreen: async (props: BaseStatementProps<MoveScreenStatement>) => {
const { statement } = props;
if (!statement.screen) throw new Error('moveScreen statement의 targetScreen가 없음');
const evaluatedScreen = evaluateExpressionWithContext({
...props,
expression: statement.screen
});
if (evaluatedScreen.type !== 'screenReference') {
throw Error("screen의 type이 'screenReference'가 아님");
}
// CA: 스크린 이동 이벤트
consumeEvent({
eventType: 'MoveScreen',
metadata: {
originScreenId: gameStateRef.current.currentScreenId,
destinationScreenId: evaluatedScreen.id
}
});
gameStateRef.current = {
...gameStateRef.current,
currentScreenId: evaluatedScreen.id
};
const targetScreen = getScreenById(evaluatedScreen.id);
if (targetScreen && currentRevision !== undefined) {
if (targetScreen.type === 'end') {
gameStateRef.current = {
...gameStateRef.current,
endRevision: currentRevision
};
} else {
gameStateRef.current = {
...gameStateRef.current,
endRevision: undefined
};
}
}
},
alert: async (props: BaseStatementProps<AlertStatement>) => {
const { statement } = props;
if (!statement.message) throw new Error('alert statement의 message가 없음');
const message = evaluateExpressionWithContext({
...props,
expression: statement.message
});
if (message.type !== 'string') {
throw new Error('alert statement의 message가 string이 아님');
}
await openAlert({ message: message.value });
},
acquireItem: async (props: BaseStatementProps<AcquireItemStatement>) => {
// TODO: 게임에 선언된 아이템이 아닌 값이 들어올 경우 에러 처리
if (!props.statement.item) throw new Error('acquireItem statement의 item이 없음');
if (!props.statement.amount) throw new Error('acquireItem statement의 amount가 없음');
const evaluatedItem = evaluateExpressionWithContext({
...props,
expression: props.statement.item
});
const evaluatedAmount = evaluateExpressionWithContext({
...props,
expression: props.statement.amount
});
if (evaluatedItem.type !== 'itemReference') {
throw new Error('acquireItem evaluatedItem의 type이 itemReference 아님');
}
if (evaluatedAmount.type !== 'number') {
throw new Error('acquireItem evaluatedAmount의 type이 number 아님');
}
gameStateRef.current = produce(gameStateRef.current, (prev) => {
prev.inventory[evaluatedItem.id] =
(prev.inventory[evaluatedItem.id] || 0) + evaluatedAmount.value;
});
},
consumeItem: async (props: BaseStatementProps<ConsumeItemStatement>) => {
if (!props.statement.item) {
throw new Error('consumeItem statement의 item 없음');
}
if (!props.statement.amount) {
throw new Error('consumeItem statement의 amount가 없음');
}
const evaluatedItem = evaluateExpressionWithContext({
...props,
expression: props.statement.item
});
const evaluatedAmount = evaluateExpressionWithContext({
...props,
expression: props.statement.amount
});
if (evaluatedItem.type !== 'itemReference') {
throw new Error('consumeItem evaluatedTargetItemId의 type이 itemReference 아님');
}
if (evaluatedAmount.type !== 'number') {
throw new Error('consumeItem evaluatedAmount의 type이 number 아님');
}
const currentAmount = gameStateRef.current.inventory[evaluatedItem.id];
if (currentAmount < evaluatedAmount.value) {
for await (const eachStatement of props.statement.falseStatementList) {
const statement = eachStatement as Statement;
await runStatement({ ...props, statement });
}
} else {
gameStateRef.current = produce(gameStateRef.current, (prev) => {
prev.inventory[evaluatedItem.id] -= evaluatedAmount.value;
});
for await (const eachStatement of props.statement.trueStatementList) {
const statement = eachStatement as Statement;
await runStatement({ ...props, statement });
}
}
},
itemModal: async (props: BaseStatementProps<ItemModalStatement>) => {
// 아이템 획득 모달
const { statement } = props;
if (!statement.item) throw new Error('itemModal statement의 item 없음');
if (!statement.content) throw new Error('itemModal statement의 content 없음');
const evaluatedItem = evaluateExpressionWithContext({
...props,
expression: statement.item
});
if (evaluatedItem.type !== 'itemReference') {
throw new Error('itemModal evaluatedItem의 type이 itemReference 아님');
}
const content = evaluateExpressionWithContext({
...props,
expression: statement.content
});
if (content.type !== 'string') {
throw new Error('itemModal content의 type이 string이 아님');
}
// item 객체 찾기
const targetItem = getItemById(evaluatedItem.id);
if (!targetItem) throw new Error('itemModal targetItem이 존재하지 않음');
await openAcquireItemModal({ item: targetItem, content: content.value });
},
simpleModal: async (props: BaseStatementProps<SimpleModalStatement>) => {
if (!props.statement.text) throw new Error('simpleModal statement의 text가 없음');
const evaluatedText = evaluateExpressionWithContext({
...props,
expression: props.statement.text
});
if (evaluatedText.type !== 'string') {
throw new Error('simpleModal evaluatedText의 type이 string이 아님');
}
await openSimpleModal({ text: evaluatedText.value });
},
changeItemQuantity: async (props: BaseStatementProps<ChangeItemQuantityStatement>) => {
// TODO: 구현
},
closeCurrentLayer: async (props: BaseStatementProps<CloseCurrentLayerStatement>) => {
// TODO: 구현
},
openLayer: async (props: BaseStatementProps<OpenLayerStatement>) => {
if (!props.statement.layer) throw new Error('openLayer statement의 layer가 없음');
const evaluatedLayer = evaluateExpressionWithContext({
...props,
expression: props.statement.layer
});
if (evaluatedLayer.type !== 'layerReference') {
throw new Error('openLayer evaluatedLayer의 type이 layerReference가 아님');
}
await openLayerBottomSheet(evaluatedLayer.id);
},
finish: async (props: BaseStatementProps<FinishStatement>) => {
// TODO: 구현
},
changeBgm: async (props: BaseStatementProps<ChangeBgmStatement>) => {
if (!props.statement.file) throw new Error('changeBgm statement의 file이 없음');
const evaluatedFile = evaluateExpressionWithContext({
...props,
expression: props.statement.file
});
if (evaluatedFile.type !== 'fileReference') {
throw new Error('changeBgm evaluatedFile의 type이 fileReference가 아님');
}
gameStateRef.current = produce(gameStateRef.current, (draft) => {
draft.gameMeta.currentBgmAudioId = evaluatedFile.id;
});
},
pauseBgm: async (props: BaseStatementProps<PauseBgmStatement>) => {
setIsPlayingBgm(false);
},
resumeBgm: async (props: BaseStatementProps<ResumeBgmStatement>) => {
setIsPlayingBgm(true);
},
delay: async (props: BaseStatementProps<DelayStatement>) => {
if (!props.statement.seconds) throw new Error('delay statement의 seconds가 없음');
const evaluatedDuration = evaluateExpressionWithContext({
...props,
expression: props.statement.seconds
});
if (evaluatedDuration.type !== 'number') {
throw new Error('계산된 delay seconds의 type이 number가 아님');
}
await new Promise((resolve) => {
setTimeout(() => {
resolve(true);
}, evaluatedDuration.value * 1000);
});
},
goOutLink: async (props: BaseStatementProps<GoOutLinkStatement>) => {
if (!props.statement.url) throw new Error('goOutLink statement의 url이 없음');
const evaluatedUrl = evaluateExpressionWithContext({
...props,
expression: props.statement.url
});
if (evaluatedUrl.type !== 'string') {
throw new Error('계산된 goOutLink url의 type이 string이 아님');
}
consumeEvent({
eventType: 'ExternalLinkClick',
metadata: {
link: evaluatedUrl.value
}
});
window.open(evaluatedUrl.value, '_blank');
}
}),
[]
);
const runStatement = useCallback(
async ({ statement, withParameter }: BaseStatementProps<Statement>) => {
await StatementTypeToRunFunction[statement.type]({
statement,
withParameter
});
},
[StatementTypeToRunFunction]
);
return useMemo(
() => ({
runStatement
}),
[runStatement]
);
};
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