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import * as ts from 'typescript'
import {formatClassName} from '../../utils'
import {findAbiType, findAliasFromType, findCoreClass, findCoreType, findVariant} from './finders'
import type {TypeInterfaceDeclaration} from './interfaces'
export function getCoreImports(abi: ABI.Def) {
const coreImports: string[] = []
const coreTypes: string[] = []
for (const struct of abi.structs) {
for (const field of struct.fields) {
const variant = findVariant(field.type, abi)
for (const type of variant?.types || [field.type]) {
const fieldTypeWithoutDecorator = extractDecorator(type).type
const fieldTypeIsStruct = abi.structs.find(
(abiStruct) => abiStruct.name === fieldTypeWithoutDecorator
)
// We don't need to import any core classes if the field type is a struct
if (fieldTypeIsStruct) {
continue
}
const {type: abiType} = findAbiType(type, abi)
const coreClass = findCoreClassImport(abiType)
if (coreClass) {
coreImports.push(coreClass)
}
// We don't need to add action types unless the struct is an action param
if (!structIsUsedInActionParams(struct, abi)) {
continue
}
const coreType = findCoreType(abiType)
if (coreType) {
coreTypes.push(coreType)
}
}
}
}
if (abi.variants.length) {
coreImports.push('Variant')
for (const variant of abi.variants) {
variant.types.forEach((typeString) => {
const {type: abiType} = findAbiType(typeString, abi)
const coreClass = findCoreClassImport(abiType)
if (coreClass) {
coreImports.push(coreClass)
}
})
}
}
if (abi.action_results.length) {
for (const actionResult of abi.action_results) {
const {type: abiType} = findAbiType(actionResult.result_type, abi)
const coreClass = findCoreClassImport(abiType)
if (coreClass) {
coreImports.push(coreClass)
}
}
}
return {
classes: coreImports.filter((value, index, self) => self.indexOf(value) === index),
types: coreTypes
.filter((value, index, self) => self.indexOf(value) === index)
.filter((type) => !coreImports.includes(type)),
}
}
function structIsActionParams(struct: ABI.Struct, abi: ABI.Def) {
return abi.actions.some((action) => action.type === struct.name)
}
function structIsUsedInActionParams(struct: ABI.Struct, abi: ABI.Def) {
if (structIsActionParams(struct, abi)) {
return true
}
const alias = findAliasFromType(struct.name, abi)
const structsUsingStruct = abi.structs.filter((abiStruct) => {
return abiStruct.fields.some(
(field) => extractDecorator(field.type).type === (alias || struct.name)
)
})
if (structsUsingStruct.length === 0) {
return false
}
let isUsedByActionStruct = abi.actions.some((action) =>
structsUsingStruct.map((s) => s.name).includes(action.type)
)
if (!isUsedByActionStruct) {
structsUsingStruct.forEach((structUsingStruct) => {
if (structIsUsedInActionParams(structUsingStruct, abi)) {
isUsedByActionStruct = true
}
})
}
return isUsedByActionStruct
}
export function findCoreClassImport(type: string) {
if (type === 'symbol' || type === 'symbol_code') {
return 'Asset'
}
return findCoreClass(type)
}
export function generateClassDeclaration(
name: string,
members: ts.ClassElement[],
options: {parent?: string; export?: boolean; decorator?: ts.Decorator} = {}
) {
const heritageClauses: ts.HeritageClause[] = []
if (options.parent) {
heritageClauses.push(
ts.factory.createHeritageClause(ts.SyntaxKind.ExtendsKeyword, [
ts.factory.createExpressionWithTypeArguments(
ts.factory.createIdentifier(options.parent),
undefined
),
])
)
}
const modifiers: ts.ModifierLike[] = []
if (options.export === true) {
modifiers.push(ts.factory.createToken(ts.SyntaxKind.ExportKeyword))
}
Iif (options.decorator) {
modifiers.push(options.decorator)
}
const classDeclaration = ts.factory.createClassDeclaration(
modifiers,
ts.factory.createIdentifier(name),
undefined, // type parameters
heritageClauses,
members
)
return classDeclaration
}
export function generateImportStatement(classes, path, type = false): ts.ImportDeclaration {
return ts.factory.createImportDeclaration(
undefined, // modifiers
ts.factory.createImportClause(
type, // isTypeOnly
undefined, // name
ts.factory.createNamedImports(
classes.map((className) =>
ts.factory.createImportSpecifier(
false,
undefined, // propertyName
ts.factory.createIdentifier(className) // name
)
)
) // namedBindings
),
ts.factory.createStringLiteral(path) // moduleSpecifier
)
}
export function generateInterface(
interfaceName: string,
isExport = false,
members: ts.TypeElement[]
): ts.InterfaceDeclaration {
const modifiers = isExport ? [ts.factory.createModifier(ts.SyntaxKind.ExportKeyword)] : []
return ts.factory.createInterfaceDeclaration(
modifiers,
interfaceName,
undefined, // typeParameters
[], // heritageClauses
members
)
}
export function formatInternalType(
typeString: string,
namespace = '',
abi: ABI.Def,
decorator = ''
): string {
const structNames = [...abi.structs, ...abi.variants].map((struct) => struct.name.toLowerCase())
let type
if (structNames.includes(typeString.toLowerCase())) {
type = `${namespace}${formatClassName(typeString)}`
} else {
type = findCoreClass(typeString) || capitalize(typeString)
}
return `${type}${decorator}`
}
const decorators = ['?', '[]']
export function extractDecorator(type: string): {type: string; decorator?: string} {
for (const decorator of decorators) {
if (type.includes(decorator)) {
type = type.replace(decorator, '')
return {type, decorator}
}
}
return {type}
}
export function cleanupType(type: string): string {
return extractDecorator(parseType(trim(type))).type
}
export function parseType(type: string): string {
type = type.replace('$', '')
if (type === 'String') {
return 'string'
}
if (type === 'String[]') {
return 'string[]'
}
Iif (type === 'Boolean') {
return 'boolean'
}
Iif (type === 'Boolean[]') {
return 'boolean[]'
}
return type
}
export function trim(string: string) {
return string.replace(/\s/g, '')
}
export function capitalize(string) {
Iif (typeof string !== 'string' || string.length === 0) {
return ''
}
return string.charAt(0).toUpperCase() + string.slice(1)
}
export function removeDuplicateInterfaces(
interfaces: TypeInterfaceDeclaration[]
): TypeInterfaceDeclaration[] {
// Reverted to original logic: Keep the first encountered interface/alias by name
const seen: string[] = []
return interfaces.filter((declaration) => {
Iif (!declaration.name || !ts.isIdentifier(declaration.name)) {
return true // Keep declarations without a simple name (or handle differently if needed)
}
const name = String(declaration.name.escapedText)
if (seen.includes(name)) {
return false // Discard if name already seen
}
seen.push(name) // Mark name as seen
return true // Keep if name is new
})
}
export function removeCommas(interfaceName: string): string {
return interfaceName.replace(/\./g, '')
}
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