Tracker made in React for keeping track of HP and MP and so on.
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import grammar from "./grammar.ohm-bundle";
import {
Affinity,
ElementalType,
MarkdownContext,
MarkdownOutput,
MeteredResource,
NumberSign,
Operands,
ParseContext,
Resource,
UnmeteredResource,
} from "../model/Messages";
import {IterationNode, Node, NonterminalNode, TerminalNode} from "ohm-js";
import {CharacterPrivacy, CharacterSide} from "../model/Character";
import {ClockMode} from "../model/GameState";
export const parser = grammar.createSemantics()
export interface ParserNode extends Node {
element: ElementalType|null
affinity: Affinity
sign: NumberSign
numberValue: number
identifier: string
resource: Resource|null
// TODO: Implement all of the things listed below.
operands: Operands
blockTargets: Operands
blockSources: Operands
currentValue: number|null
maxValue: number|null
textValue: string
silenced: boolean
failReason: unknown // TODO: create an enum for this
// TODO: create rules for these to describe clocks/timers/items/statuses/characters and implement them
nameText: string
descriptionText: string
side: CharacterSide
privacy: CharacterPrivacy
clockMode: ClockMode
timerDirection: unknown // TODO: create an enum for this
timerDurationMs: number
// TODO: make sure that FP and UP spent gets saved in the appropriate counters
evaluate(ctx: ParseContext): ParseContext
renderMarkdown(ctx: MarkdownContext): MarkdownOutput
}
parser.addAttribute<ElementalType|null>("element", {
fireElement(): ElementalType.Fire {
return ElementalType.Fire
},
waterElement(): ElementalType.Water {
return ElementalType.Water
},
lightningElement(): ElementalType.Lightning {
return ElementalType.Lightning
},
iceElement(): ElementalType.Ice {
return ElementalType.Ice
},
earthElement(): ElementalType.Earth {
return ElementalType.Earth
},
windElement(): ElementalType.Wind {
return ElementalType.Wind
},
lightElement(): ElementalType.Light {
return ElementalType.Light
},
darkElement(): ElementalType.Dark {
return ElementalType.Dark
},
physicalElement(): ElementalType.Physical {
return ElementalType.Physical
},
nonElement(): ElementalType.Nonelemental {
return ElementalType.Nonelemental
},
healingElement(): ElementalType.Healing {
return ElementalType.Healing
},
elementalType(elementNode: NonterminalNode): ElementalType {
const element = (elementNode as ParserNode).element
if (element === null) {
throw Error("Unexpectedly null element when an element was specified")
}
return element
},
DeltaOperation(operands: NonterminalNode, space: NonterminalNode, resource: NonterminalNode, colon: NonterminalNode, delta: NonterminalNode, affinity: IterationNode, elementalType: IterationNode): ElementalType | null {
return (elementalType as ParserNode).element
},
DeltaOperationAlternate(operands: NonterminalNode, colon: NonterminalNode, delta: NonterminalNode, affinity: IterationNode, resource: IterationNode, elementalType: IterationNode): ElementalType | null {
return (elementalType as ParserNode).element
},
DeltaOperationAlternate2(operands: NonterminalNode, colon: NonterminalNode, resource: NonterminalNode, delta: NonterminalNode, affinity: IterationNode, elementalType: IterationNode): ElementalType | null {
return (elementalType as ParserNode).element
},
_iter(...children: Node[]): ElementalType|null {
if (this.isOptional() && children.length === 0) {
return null
} else if (this.isOptional() && children.length === 1) {
return (children[0] as ParserNode).element
} else {
throw Error(`No idea what to say ${this.ctorName} iteration node's element is when there are multiple children`)
}
},
_nonterminal(): never {
throw Error(`No idea what to say ${this.ctorName} nonterminal node's element is`)
},
_terminal(): never {
throw Error(`No idea what to say ${this.ctorName} terminal node's element is`)
}
})
parser.addAttribute<Affinity>("affinity", {
absorbAffinity(): Affinity.Absorbs {
return Affinity.Absorbs
},
immuneAffinity(): Affinity.Immune {
return Affinity.Immune
},
resistAffinity(): Affinity.Resistant {
return Affinity.Resistant
},
vulnerableAffinity(): Affinity.Vulnerable {
return Affinity.Vulnerable
},
normalAffinity(): Affinity.Normal {
return Affinity.Normal
},
affinity(affinityNode: NonterminalNode): Affinity {
return (affinityNode as ParserNode).affinity
},
DeltaOperation(operands: NonterminalNode, space: NonterminalNode, resource: NonterminalNode, colon: NonterminalNode, delta: NonterminalNode, affinity: IterationNode, elementalType: IterationNode): Affinity {
return (affinity as ParserNode).affinity
},
DeltaOperationAlternate(operands: NonterminalNode, colon: NonterminalNode, delta: NonterminalNode, affinity: IterationNode, resource: IterationNode, elementalType: IterationNode): Affinity {
return (affinity as ParserNode).affinity
},
DeltaOperationAlternate2(operands: NonterminalNode, colon: NonterminalNode, resource: NonterminalNode, delta: NonterminalNode, affinity: IterationNode, elementalType: IterationNode): Affinity {
return (affinity as ParserNode).affinity
},
_iter(...children: Node[]): Affinity {
if (this.isOptional() && children.length === 0) {
return Affinity.Normal
} else if (this.isOptional() && children.length === 1) {
return (children[0] as ParserNode).affinity
} else {
throw Error(`No idea what to say ${this.ctorName} iteration node's affinity is when there are multiple children`)
}
},
_nonterminal(): never {
throw Error(`No idea what to say ${this.ctorName} nonterminal node's affinity is`)
},
_terminal(): never {
throw Error(`No idea what to say ${this.ctorName} terminal node's affinity is`)
}
})
parser.addAttribute<NumberSign>("sign", {
deltaOperator(oper: NonterminalNode): NumberSign {
return (oper as ParserNode).sign
},
plus(): NumberSign.Positive {
return NumberSign.Positive
},
minus(): NumberSign.Negative {
return NumberSign.Negative
},
StatusOrItemDeltaOperation(operands: NonterminalNode, colon: NonterminalNode, deltaOperator: NonterminalNode, identifier: NonterminalNode, counter: NonterminalNode): NumberSign {
return (deltaOperator as ParserNode).sign
},
StatusOrItemCounterDeltaOperation(operands: NonterminalNode, colon: NonterminalNode, identifier: NonterminalNode, delta: NonterminalNode): NumberSign {
return (delta as ParserNode).sign
},
_iter(): never {
throw Error(`No idea what to say ${this.ctorName} iteration node's number sign is`)
},
_nonterminal(): never {
throw Error(`No idea what to say ${this.ctorName} nonterminal node's number sign is`)
},
_terminal(): never {
throw Error(`No idea what to say ${this.ctorName} terminal node's number sign is`)
}
})
parser.addAttribute<number>("numberValue", {
integer(digits: IterationNode): number {
return parseInt(digits.sourceString)
},
Delta(sign: NonterminalNode, integer: NonterminalNode): number {
const number = (integer as ParserNode).numberValue
switch ((sign as ParserNode).sign) {
case NumberSign.Negative:
return -number
case NumberSign.Positive:
return number
}
},
DeltaOperation(operands: NonterminalNode, space: NonterminalNode, resource: NonterminalNode, colon: NonterminalNode, delta: NonterminalNode, affinity: IterationNode, elementalType: IterationNode): number {
return (delta as ParserNode).numberValue
},
DeltaOperationAlternate(operands: NonterminalNode, colon: NonterminalNode, delta: NonterminalNode, affinity: IterationNode, resource: IterationNode, elementalType: IterationNode): number {
return (delta as ParserNode).numberValue
},
DeltaOperationAlternate2(operands: NonterminalNode, colon: NonterminalNode, resource: NonterminalNode, delta: NonterminalNode, affinity: IterationNode, elementalType: IterationNode): number {
return (delta as ParserNode).numberValue
},
MaxValue(separator: NonterminalNode, integer: NonterminalNode): number {
return (integer as ParserNode).numberValue;
},
SetValueOperation(operands: NonterminalNode, space: NonterminalNode, resource: NonterminalNode, colon: NonterminalNode, integer: NonterminalNode): number {
return (integer as ParserNode).numberValue;
},
SetValueOperationAlternate(operands: NonterminalNode, colon: NonterminalNode, integer: NonterminalNode, resource: NonterminalNode): number {
return (integer as ParserNode).numberValue;
},
SetValueOperationAlternate2(operands: NonterminalNode, colon: NonterminalNode, resource: NonterminalNode, integer: NonterminalNode): number {
return (integer as ParserNode).numberValue;
},
SetMaxOperation(operands: NonterminalNode, space: NonterminalNode, resource: NonterminalNode, colon: NonterminalNode, maxvalue: NonterminalNode): number {
return (maxvalue as ParserNode).numberValue;
},
SetMaxOperationAlternate(operands: NonterminalNode, colon: NonterminalNode, maxvalue: NonterminalNode, resource: NonterminalNode): number {
return (maxvalue as ParserNode).numberValue;
},
SetMaxOperationAlternate2(operands: NonterminalNode, colon: NonterminalNode, resource: NonterminalNode, maxvalue: NonterminalNode): number {
return (maxvalue as ParserNode).numberValue;
},
StatusOrItemCounterUnwrapped(x: IterationNode, integer: NonterminalNode): number {
return (integer as ParserNode).numberValue
},
StatusOrItemCounterWrapped(lParen: TerminalNode, counter: NonterminalNode, rParen: TerminalNode): number {
return (counter as ParserNode).numberValue
},
StatusOrItemDeltaOperation(operands: NonterminalNode, colon: NonterminalNode, deltaOperator: NonterminalNode, identifier: NonterminalNode, counter: NonterminalNode): number {
return (counter as ParserNode).numberValue
},
StatusOrItemCounterDeltaOperation(operands: NonterminalNode, colon: NonterminalNode, identifier: NonterminalNode, delta: NonterminalNode): number {
return (delta as ParserNode).numberValue
},
StatusOrItemCounterSetOperation(operands: NonterminalNode, colon: NonterminalNode, identifier: NonterminalNode, counter: NonterminalNode): number {
return (counter as ParserNode).numberValue
},
_iter(): never {
throw Error(`No idea what to say ${this.ctorName} iteration node's number value is`)
},
_nonterminal(): never {
throw Error(`No idea what to say ${this.ctorName} nonterminal node's number value is`)
},
_terminal(): never {
throw Error(`No idea what to say ${this.ctorName} terminal node's number value is`)
}
})
parser.addAttribute<string>("identifier", {
identifier(): string {
return this.sourceString
},
StatusOrItemDeltaOperation(operands: NonterminalNode, colon: NonterminalNode, deltaOperator: NonterminalNode, identifier: NonterminalNode, counter: NonterminalNode): string {
return (identifier as ParserNode).identifier
},
StatusOrItemCounterDeltaOperation(operands: NonterminalNode, colon: NonterminalNode, identifier: NonterminalNode, delta: NonterminalNode): string {
return (identifier as ParserNode).identifier
},
StatusOrItemCounterSetOperation(operands: NonterminalNode, colon: NonterminalNode, identifier: NonterminalNode, counter: NonterminalNode): string {
return (identifier as ParserNode).identifier
},
_iter(): never {
throw Error(`No idea what to say ${this.ctorName} iteration node's identifier value is`)
},
_nonterminal(): never {
throw Error(`No idea what to say ${this.ctorName} nonterminal node's identifier value is`)
},
_terminal(): never {
throw Error(`No idea what to say ${this.ctorName} terminal node's identifier value is`)
}
})
parser.addAttribute<Resource|null>("resource", {
BpResource(): MeteredResource.Blood {
return MeteredResource.Blood
},
FabulaResource(): UnmeteredResource.Fabula {
return UnmeteredResource.Fabula;
},
HpResource(): MeteredResource.Health {
return MeteredResource.Health;
},
IpResource(): MeteredResource.Items {
return MeteredResource.Items;
},
LevelResource(): UnmeteredResource.Level {
return UnmeteredResource.Level;
},
MaterialsResource(): UnmeteredResource.Materials {
return UnmeteredResource.Materials;
},
MeteredResource(res: NonterminalNode): MeteredResource {
const r = (res as ParserNode).resource;
switch (r) {
case MeteredResource.Health:
case MeteredResource.Magic:
case MeteredResource.Items:
case MeteredResource.Experience:
case MeteredResource.Zero:
case MeteredResource.Turns:
case MeteredResource.Segments:
case MeteredResource.Blood:
return r
default:
throw Error("unexpected unmetered resource in metered resource node")
}
},
MoneyResource(): UnmeteredResource.Zenit {
return UnmeteredResource.Zenit;
},
MpResource(): MeteredResource.Magic {
return MeteredResource.Magic;
},
Resource(res: NonterminalNode): Resource {
const r = (res as ParserNode).resource;
if (r === null) {
throw Error("unexpected null resource in resource node")
}
return r
},
SpResource(type: NonterminalNode): UnmeteredResource.Special|UnmeteredResource.Fabula|UnmeteredResource.Ultima {
const r = (type as ParserNode).resource;
switch (r) {
case UnmeteredResource.Special:
case UnmeteredResource.Fabula:
case UnmeteredResource.Ultima:
return r
default:
throw Error("unexpected non-SP resources in an SP node")
}
},
SpecialResource(): UnmeteredResource.Special {
return UnmeteredResource.Special;
},
TpResource(): MeteredResource.Turns {
return MeteredResource.Turns;
},
UltimaResource(): Resource {
return UnmeteredResource.Ultima;
},
UnmeteredResource(res: NonterminalNode): UnmeteredResource {
const r = (res as ParserNode).resource;
switch (r) {
case UnmeteredResource.Fabula:
case UnmeteredResource.Ultima:
case UnmeteredResource.Zenit:
case UnmeteredResource.Materials:
case UnmeteredResource.Special:
case UnmeteredResource.Level:
return r
default:
throw Error("unexpected metered resource in unmetered resource node")
}
},
XpResource(): MeteredResource.Experience {
return MeteredResource.Experience;
},
ZpResource(): MeteredResource.Zero {
return MeteredResource.Zero;
},
DeltaOperation(operands: NonterminalNode, space: NonterminalNode, resource: NonterminalNode, colon: NonterminalNode, delta: NonterminalNode, affinity: IterationNode, elementalType: IterationNode): Resource {
const r = (resource as ParserNode).resource
if (r === null) {
throw Error("unexpected null resource in required resource node")
}
return r
},
DeltaOperationAlternate(operands: NonterminalNode, colon: NonterminalNode, delta: NonterminalNode, affinity: IterationNode, resource: IterationNode, elementalType: IterationNode): Resource|null {
return (resource as ParserNode).resource
},
DeltaOperationAlternate2(operands: NonterminalNode, colon: NonterminalNode, resource: NonterminalNode, delta: NonterminalNode, affinity: IterationNode, elementalType: IterationNode): Resource {
const r = (resource as ParserNode).resource
if (r === null) {
throw Error("unexpected null resource in required resource node")
}
return r
},
SetValueOperation(operands: NonterminalNode, space: NonterminalNode, resource: NonterminalNode, colon: NonterminalNode, integer: NonterminalNode): Resource {
const r = (resource as ParserNode).resource
if (r === null) {
throw Error("unexpected null resource in required resource node")
}
return r
},
SetValueOperationAlternate(operands: NonterminalNode, colon: NonterminalNode, integer: NonterminalNode, resource: NonterminalNode): Resource {
const r = (resource as ParserNode).resource
if (r === null) {
throw Error("unexpected null resource in required resource node")
}
return r
},
SetValueOperationAlternate2(operands: NonterminalNode, colon: NonterminalNode, resource: NonterminalNode, integer: NonterminalNode): Resource {
const r = (resource as ParserNode).resource
if (r === null) {
throw Error("unexpected null resource in required resource node")
}
return r
},
SetMaxOperation(operands: NonterminalNode, space: NonterminalNode, resource: NonterminalNode, colon: NonterminalNode, maxvalue: NonterminalNode): MeteredResource {
const r = (resource as ParserNode).resource;
switch (r) {
case MeteredResource.Health:
case MeteredResource.Magic:
case MeteredResource.Items:
case MeteredResource.Experience:
case MeteredResource.Zero:
case MeteredResource.Turns:
case MeteredResource.Segments:
case MeteredResource.Blood:
return r
default:
throw Error("unexpected unmetered resource in metered resource node")
}
},
SetMaxOperationAlternate(operands: NonterminalNode, colon: NonterminalNode, maxvalue: NonterminalNode, resource: NonterminalNode): MeteredResource {
const r = (resource as ParserNode).resource;
switch (r) {
case MeteredResource.Health:
case MeteredResource.Magic:
case MeteredResource.Items:
case MeteredResource.Experience:
case MeteredResource.Zero:
case MeteredResource.Turns:
case MeteredResource.Segments:
case MeteredResource.Blood:
return r
default:
throw Error("unexpected unmetered resource in metered resource node")
}
},
SetMaxOperationAlternate2(operands: NonterminalNode, colon: NonterminalNode, resource: NonterminalNode, maxvalue: NonterminalNode): MeteredResource {
const r = (resource as ParserNode).resource;
switch (r) {
case MeteredResource.Health:
case MeteredResource.Magic:
case MeteredResource.Items:
case MeteredResource.Experience:
case MeteredResource.Zero:
case MeteredResource.Turns:
case MeteredResource.Segments:
case MeteredResource.Blood:
return r
default:
throw Error("unexpected unmetered resource in metered resource node")
}
},
_iter(...children: Node[]): Resource|null {
if (this.isOptional() && children.length === 0) {
return null
} else if (this.isOptional() && children.length === 1) {
return (children[0] as ParserNode).resource
} else {
throw Error(`No idea what to say ${this.ctorName} iteration node's resource is when there are multiple children`)
}
},
SetMeteredOperation(operands: NonterminalNode, space: NonterminalNode, resource: NonterminalNode, colon: NonterminalNode, value: NonterminalNode): MeteredResource {
const r = (resource as ParserNode).resource;
switch (r) {
case MeteredResource.Health:
case MeteredResource.Magic:
case MeteredResource.Items:
case MeteredResource.Experience:
case MeteredResource.Zero:
case MeteredResource.Turns:
case MeteredResource.Segments:
case MeteredResource.Blood:
return r
default:
throw Error("unexpected unmetered resource in metered resource node")
}
},
SetMeteredOperationAlternate(operands: NonterminalNode, colon: NonterminalNode, value: NonterminalNode, resource: NonterminalNode): MeteredResource {
const r = (resource as ParserNode).resource;
switch (r) {
case MeteredResource.Health:
case MeteredResource.Magic:
case MeteredResource.Items:
case MeteredResource.Experience:
case MeteredResource.Zero:
case MeteredResource.Turns:
case MeteredResource.Segments:
case MeteredResource.Blood:
return r
default:
throw Error("unexpected unmetered resource in metered resource node")
}
},
SetMeteredOperationAlternate2(operands: NonterminalNode, colon: NonterminalNode, resource: NonterminalNode, value: NonterminalNode): MeteredResource {
const r = (resource as ParserNode).resource;
switch (r) {
case MeteredResource.Health:
case MeteredResource.Magic:
case MeteredResource.Items:
case MeteredResource.Experience:
case MeteredResource.Zero:
case MeteredResource.Turns:
case MeteredResource.Segments:
case MeteredResource.Blood:
return r
default:
throw Error("unexpected unmetered resource in metered resource node")
}
},
ClearOperation(operands: NonterminalNode, space: NonterminalNode, resource: NonterminalNode, colon: NonterminalNode, nul: NonterminalNode): Resource {
const r = (resource as ParserNode).resource
if (r === null) {
throw Error("unexpected null resource in required resource node")
}
return r
},
ClearOperationAlternate(operands: NonterminalNode, colon: NonterminalNode, nul: NonterminalNode, resource: NonterminalNode): Resource {
const r = (resource as ParserNode).resource
if (r === null) {
throw Error("unexpected null resource in required resource node")
}
return r
},
ClearOperationAlternate2(operands: NonterminalNode, colon: NonterminalNode, resource: NonterminalNode, nul: NonterminalNode): Resource {
const r = (resource as ParserNode).resource
if (r === null) {
throw Error("unexpected null resource in required resource node")
}
return r
},
})