Ilya Bogdanov 2024-06-11 12:26:55 +03:00 committed by GitHub
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8 changed files with 250 additions and 50 deletions

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@ -4,11 +4,13 @@
- [Arrows navigation][10179] selected nodes may be moved around, or entire scene - [Arrows navigation][10179] selected nodes may be moved around, or entire scene
if no node is selected. if no node is selected.
- [Copy-pasting multiple nodes][10194].
- The documentation editor has [formatting toolbars][10064]. - The documentation editor has [formatting toolbars][10064].
- The documentation editor supports [rendering images][10205]. - The documentation editor supports [rendering images][10205].
[10064]: https://github.com/enso-org/enso/pull/10064 [10064]: https://github.com/enso-org/enso/pull/10064
[10179]: https://github.com/enso-org/enso/pull/10179 [10179]: https://github.com/enso-org/enso/pull/10179
[10194]: https://github.com/enso-org/enso/pull/10194
[10205]: https://github.com/enso-org/enso/pull/10205 [10205]: https://github.com/enso-org/enso/pull/10205
#### Enso Standard Library #### Enso Standard Library

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@ -3,6 +3,11 @@ import * as actions from './actions'
import { expect } from './customExpect' import { expect } from './customExpect'
import { CONTROL_KEY } from './keyboard' import { CONTROL_KEY } from './keyboard'
import * as locate from './locate' import * as locate from './locate'
import { edgesFromNodeWithBinding, edgesToNodeWithBinding } from './locate'
/** Every edge consists of multiple parts.
* See e2e/edgeRendering.spec.ts for explanation. */
const EDGE_PARTS = 2
test.beforeEach(async ({ page }) => { test.beforeEach(async ({ page }) => {
await page.addInitScript(() => { await page.addInitScript(() => {
@ -55,7 +60,7 @@ test('Copy multiple nodes', async ({ page }) => {
// Select some nodes. // Select some nodes.
const node1 = locate.graphNodeByBinding(page, 'final') const node1 = locate.graphNodeByBinding(page, 'final')
await node1.click() await node1.click()
const node2 = locate.graphNodeByBinding(page, 'data') const node2 = locate.graphNodeByBinding(page, 'prod')
await node2.click({ modifiers: ['Shift'] }) await node2.click({ modifiers: ['Shift'] })
await expect(node1).toBeSelected() await expect(node1).toBeSelected()
await expect(node2).toBeSelected() await expect(node2).toBeSelected()
@ -68,5 +73,16 @@ test('Copy multiple nodes', async ({ page }) => {
// Nodes and comment have been copied. // Nodes and comment have been copied.
await expect(locate.graphNode(page)).toHaveCount(originalNodes + 2) await expect(locate.graphNode(page)).toHaveCount(originalNodes + 2)
// `final` node has a comment.
await expect(page.locator('.GraphNodeComment')).toHaveCount(originalNodeComments + 1) await expect(page.locator('.GraphNodeComment')).toHaveCount(originalNodeComments + 1)
// Check that two copied nodes are isolated, i.e. connected to each other, not original nodes.
await expect(locate.graphNodeByBinding(page, 'prod1')).toBeVisible()
await expect(locate.graphNodeByBinding(page, 'final1')).toBeVisible()
await expect(await edgesFromNodeWithBinding(page, 'sum')).toHaveCount(2 * EDGE_PARTS)
await expect(await edgesFromNodeWithBinding(page, 'prod')).toHaveCount(1 * EDGE_PARTS)
await expect(await edgesToNodeWithBinding(page, 'prod')).toHaveCount(1 * EDGE_PARTS)
await expect(await edgesToNodeWithBinding(page, 'final')).toHaveCount(1 * EDGE_PARTS)
await expect(await edgesToNodeWithBinding(page, 'prod1')).toHaveCount(1 * EDGE_PARTS)
await expect(await edgesToNodeWithBinding(page, 'final1')).toHaveCount(1 * EDGE_PARTS)
}) })

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@ -1,7 +1,8 @@
import type { NodeCreation } from '@/composables/nodeCreation' import type { NodeCreationOptions } from '@/composables/nodeCreation'
import type { GraphStore, Node, NodeId } from '@/stores/graph' import type { GraphStore, Node, NodeId } from '@/stores/graph'
import { Ast } from '@/util/ast' import { Ast } from '@/util/ast'
import { Pattern } from '@/util/ast/match' import { Pattern } from '@/util/ast/match'
import { Vec2 } from '@/util/data/vec2'
import type { ToValue } from '@/util/reactivity' import type { ToValue } from '@/util/reactivity'
import type { NodeMetadataFields } from 'shared/ast' import type { NodeMetadataFields } from 'shared/ast'
import { computed, toValue } from 'vue' import { computed, toValue } from 'vue'
@ -19,6 +20,7 @@ interface ClipboardData {
/** Node data that is copied to the clipboard. Used for serializing and deserializing the node information. */ /** Node data that is copied to the clipboard. Used for serializing and deserializing the node information. */
interface CopiedNode { interface CopiedNode {
expression: string expression: string
binding?: string
documentation?: string | undefined documentation?: string | undefined
metadata?: NodeMetadataFields metadata?: NodeMetadataFields
} }
@ -28,6 +30,7 @@ function nodeStructuredData(node: Node): CopiedNode {
expression: node.innerExpr.code(), expression: node.innerExpr.code(),
documentation: node.documentation, documentation: node.documentation,
metadata: node.rootExpr.serializeMetadata(), metadata: node.rootExpr.serializeMetadata(),
...(node.pattern ? { binding: node.pattern.code() } : {}),
} }
} }
@ -120,12 +123,13 @@ function getClipboard() {
export function useGraphEditorClipboard( export function useGraphEditorClipboard(
graphStore: GraphStore, graphStore: GraphStore,
selected: ToValue<Set<NodeId>>, selected: ToValue<Set<NodeId>>,
createNodes: NodeCreation['createNodes'], createNodes: (nodesOptions: Iterable<NodeCreationOptions>) => void,
) { ) {
/** Copy the content of the selected node to the clipboard. */ /** Copy the content of the selected node to the clipboard. */
function copySelectionToClipboard() { function copySelectionToClipboard() {
const nodes = new Array<Node>() const nodes = new Array<Node>()
for (const id of toValue(selected)) { const ids = graphStore.pickInCodeOrder(toValue(selected))
for (const id of ids) {
const node = graphStore.db.nodeIdToNode.get(id) const node = graphStore.db.nodeIdToNode.get(id)
if (!node) continue if (!node) continue
nodes.push(node) nodes.push(node)
@ -144,13 +148,20 @@ export function useGraphEditorClipboard(
console.warn('No valid node in clipboard.') console.warn('No valid node in clipboard.')
return return
} }
const firstNodePos = clipboardData[0]!.metadata?.position ?? { x: 0, y: 0 }
const originPos = new Vec2(firstNodePos.x, firstNodePos.y)
createNodes( createNodes(
clipboardData.map(({ expression, documentation, metadata }) => ({ clipboardData.map(({ expression, binding, documentation, metadata }) => {
placement: { type: 'mouse' }, const pos = metadata?.position
expression, const relativePos = pos ? new Vec2(pos.x, pos.y).sub(originPos) : new Vec2(0, 0)
metadata, return {
documentation, placement: { type: 'mouseRelative', posOffset: relativePos },
})), expression,
binding,
metadata,
documentation,
}
}),
) )
} }

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@ -10,6 +10,7 @@ import { asNodeId } from '@/stores/graph/graphDatabase'
import type { RequiredImport } from '@/stores/graph/imports' import type { RequiredImport } from '@/stores/graph/imports'
import type { Typename } from '@/stores/suggestionDatabase/entry' import type { Typename } from '@/stores/suggestionDatabase/entry'
import { Ast } from '@/util/ast' import { Ast } from '@/util/ast'
import { isIdentifier, substituteIdentifier, type Identifier } from '@/util/ast/abstract'
import { partition } from '@/util/data/array' import { partition } from '@/util/data/array'
import { filterDefined } from '@/util/data/iterable' import { filterDefined } from '@/util/data/iterable'
import { Rect } from '@/util/data/rect' import { Rect } from '@/util/data/rect'
@ -25,6 +26,7 @@ export type NodeCreation = ReturnType<typeof useNodeCreation>
type GraphIndependentPlacement = type GraphIndependentPlacement =
| { type: 'fixed'; position: Vec2 } | { type: 'fixed'; position: Vec2 }
| { type: 'mouse' } | { type: 'mouse' }
| { type: 'mouseRelative'; posOffset: Vec2 }
| { type: 'mouseEvent'; position: Vec2 } | { type: 'mouseEvent'; position: Vec2 }
type GraphAwarePlacement = { type: 'viewport' } | { type: 'source'; node: NodeId } type GraphAwarePlacement = { type: 'viewport' } | { type: 'source'; node: NodeId }
export type PlacementStrategy = GraphIndependentPlacement | GraphAwarePlacement export type PlacementStrategy = GraphIndependentPlacement | GraphAwarePlacement
@ -44,6 +46,7 @@ function isIndependent(
export interface NodeCreationOptions<Placement extends PlacementStrategy = PlacementStrategy> { export interface NodeCreationOptions<Placement extends PlacementStrategy = PlacementStrategy> {
placement: Placement placement: Placement
expression: string expression: string
binding?: string | undefined
type?: Typename | undefined type?: Typename | undefined
documentation?: string | undefined documentation?: string | undefined
metadata?: Ast.NodeMetadataFields | undefined metadata?: Ast.NodeMetadataFields | undefined
@ -61,10 +64,16 @@ export function useNodeCreation(
return pos ? mouseDictatedPlacement(pos) : undefined return pos ? mouseDictatedPlacement(pos) : undefined
} }
function tryMouseRelative(offset: Vec2) {
const pos = toValue(sceneMousePos)
return pos ? mouseDictatedPlacement(pos.add(offset)) : undefined
}
function placeNode(placement: PlacementStrategy, place: (nodes?: Iterable<Rect>) => Vec2): Vec2 { function placeNode(placement: PlacementStrategy, place: (nodes?: Iterable<Rect>) => Vec2): Vec2 {
return ( return (
placement.type === 'viewport' ? place() placement.type === 'viewport' ? place()
: placement.type === 'mouse' ? tryMouse() ?? place() : placement.type === 'mouse' ? tryMouse() ?? place()
: placement.type === 'mouseRelative' ? tryMouseRelative(placement.posOffset) ?? place()
: placement.type === 'mouseEvent' ? mouseDictatedPlacement(placement.position) : placement.type === 'mouseEvent' ? mouseDictatedPlacement(placement.position)
: placement.type === 'source' ? place(filterDefined([graphStore.visibleArea(placement.node)])) : placement.type === 'source' ? place(filterDefined([graphStore.visibleArea(placement.node)]))
: placement.type === 'fixed' ? placement.position : placement.type === 'fixed' ? placement.position
@ -113,10 +122,21 @@ export function useNodeCreation(
return new Set() return new Set()
} }
const created = new Set<NodeId>() const created = new Set<NodeId>()
const createdIdentifiers = new Set<Identifier>()
const identifiersRenameMap = new Map<Identifier, Identifier>()
graphStore.edit((edit) => { graphStore.edit((edit) => {
const statements = new Array<Ast.Owned>() const statements = new Array<Ast.Owned>()
for (const options of placedNodes) { for (const options of placedNodes) {
const { rootExpression, id } = newAssignmentNode(edit, options) const rhs = Ast.parse(options.expression, edit)
const ident = getIdentifier(rhs, options, createdIdentifiers)
createdIdentifiers.add(ident)
const { id, rootExpression } = newAssignmentNode(
edit,
ident,
rhs,
options,
identifiersRenameMap,
)
statements.push(rootExpression) statements.push(rootExpression)
created.add(id) created.add(id)
assert(options.metadata?.position != null, 'Node should already be placed') assert(options.metadata?.position != null, 'Node should already be placed')
@ -127,29 +147,65 @@ export function useNodeCreation(
onCreated(created) onCreated(created)
} }
/** We resolve import conflicts and substitute identifiers if needed. */
function afterCreation(
edit: Ast.MutableModule,
assignment: Ast.MutableAssignment,
ident: Ast.Identifier,
options: NodeCreationOptions,
identifiersRenameMap: Map<Ast.Identifier, Ast.Identifier>,
) {
// When nodes are copied, we need to substitute original names with newly assigned.
if (options.binding) {
if (isIdentifier(options.binding) && options.binding !== ident)
identifiersRenameMap.set(options.binding, ident)
}
for (const [old, replacement] of identifiersRenameMap.entries()) {
substituteIdentifier(assignment, old, replacement)
}
// Resolve import conflicts.
const conflicts = graphStore.addMissingImports(edit, options.requiredImports ?? []) ?? []
for (const _conflict of conflicts) {
// TODO: Substitution does not work, because we interpret imports wrongly. To be fixed in
// https://github.com/enso-org/enso/issues/9356
// substituteQualifiedName(assignment, conflict.pattern, conflict.fullyQualified)
}
}
function createNode(options: NodeCreationOptions) { function createNode(options: NodeCreationOptions) {
createNodes([options]) createNodes([options])
} }
function newAssignmentNode(edit: Ast.MutableModule, options: NodeCreationOptions) { function newAssignmentNode(
const conflicts = graphStore.addMissingImports(edit, options.requiredImports ?? []) ?? [] edit: Ast.MutableModule,
const rhs = Ast.parse(options.expression, edit) ident: Ast.Identifier,
const inferredPrefix = inferPrefixFromAst(rhs) rhs: Ast.Owned,
const namePrefix = options.type ? typeToPrefix(options.type) : inferredPrefix options: NodeCreationOptions,
const ident = graphStore.generateLocallyUniqueIdent(namePrefix) identifiersRenameMap: Map<Ast.Identifier, Ast.Identifier>,
) {
rhs.setNodeMetadata(options.metadata ?? {}) rhs.setNodeMetadata(options.metadata ?? {})
const assignment = Ast.Assignment.new(edit, ident, rhs) const assignment = Ast.Assignment.new(edit, ident, rhs)
for (const _conflict of conflicts) { afterCreation(edit, assignment, ident, options, identifiersRenameMap)
// TODO: Substitution does not work, because we interpret imports wrongly. To be fixed in
// https://github.com/enso-org/enso/issues/9356
// substituteQualifiedName(edit, assignment, conflict.pattern, conflict.fullyQualified)
}
const id = asNodeId(rhs.id) const id = asNodeId(rhs.id)
const rootExpression = const rootExpression =
options.documentation != null ? options.documentation != null ?
Ast.Documented.new(options.documentation, assignment) Ast.Documented.new(options.documentation, assignment)
: assignment : assignment
return { rootExpression, id, inferredType: inferredPrefix } return { rootExpression, id }
}
function getIdentifier(
expr: Ast.Ast,
options: NodeCreationOptions,
alreadyCreated: Set<Ast.Identifier>,
): Ast.Identifier {
const namePrefix =
options.binding ? existingNameToPrefix(options.binding)
: options.type ? typeToPrefix(options.type)
: inferPrefixFromAst(expr)
const ident = graphStore.generateLocallyUniqueIdent(namePrefix, alreadyCreated)
return ident
} }
return { createNode, createNodes, placeNode } return { createNode, createNodes, placeNode }
@ -187,6 +243,12 @@ function typeToPrefix(type: Typename): string {
} }
} }
/** Strip number suffix from binding name, effectively returning a valid prefix.
* The reverse of graphStore.generateLocallyUniqueIdent */
function existingNameToPrefix(name: string): string {
return name.replace(/\d+$/, '')
}
/** Insert the given statements into the given block, at a location appropriate for new nodes. /** Insert the given statements into the given block, at a location appropriate for new nodes.
* *
* The location will be after any statements in the block that bind identifiers; if the block ends in an expression * The location will be after any statements in the block that bind identifiers; if the block ends in an expression

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@ -138,6 +138,10 @@ export class GraphDb {
private valuesRegistry: ComputedValueRegistry, private valuesRegistry: ComputedValueRegistry,
) {} ) {}
private nodeIdToOuterExprIds = new ReactiveIndex(this.nodeIdToNode, (id, entry) => {
return [[id, entry.outerExpr.id]]
})
private nodeIdToPatternExprIds = new ReactiveIndex(this.nodeIdToNode, (id, entry) => { private nodeIdToPatternExprIds = new ReactiveIndex(this.nodeIdToNode, (id, entry) => {
const exprs: AstId[] = [] const exprs: AstId[] = []
if (entry.pattern) entry.pattern.visitRecursiveAst((ast) => void exprs.push(ast.id)) if (entry.pattern) entry.pattern.visitRecursiveAst((ast) => void exprs.push(ast.id))
@ -202,7 +206,7 @@ export class GraphDb {
return Array.from(ports, (port) => [id, port]) return Array.from(ports, (port) => [id, port])
}) })
nodeMainSuggestion = new ReactiveMapping(this.nodeIdToNode, (id, entry) => { nodeMainSuggestion = new ReactiveMapping(this.nodeIdToNode, (_id, entry) => {
const expressionInfo = this.getExpressionInfo(entry.innerExpr.id) const expressionInfo = this.getExpressionInfo(entry.innerExpr.id)
const method = expressionInfo?.methodCall?.methodPointer const method = expressionInfo?.methodCall?.methodPointer
if (method == null) return if (method == null) return
@ -230,6 +234,10 @@ export class GraphDb {
} }
} }
getOuterExpressionNodeId(exprId: AstId | undefined): NodeId | undefined {
return exprId && set.first(this.nodeIdToOuterExprIds.reverseLookup(exprId))
}
getExpressionNodeId(exprId: AstId | undefined): NodeId | undefined { getExpressionNodeId(exprId: AstId | undefined): NodeId | undefined {
return exprId && set.first(this.nodeIdToExprIds.reverseLookup(exprId)) return exprId && set.first(this.nodeIdToExprIds.reverseLookup(exprId))
} }

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@ -17,7 +17,7 @@ import { type SuggestionDbStore } from '@/stores/suggestionDatabase'
import { assert, bail } from '@/util/assert' import { assert, bail } from '@/util/assert'
import { Ast } from '@/util/ast' import { Ast } from '@/util/ast'
import type { AstId } from '@/util/ast/abstract' import type { AstId } from '@/util/ast/abstract'
import { MutableModule, isIdentifier } from '@/util/ast/abstract' import { MutableModule, isIdentifier, type Identifier } from '@/util/ast/abstract'
import { RawAst, visitRecursive } from '@/util/ast/raw' import { RawAst, visitRecursive } from '@/util/ast/raw'
import { partition } from '@/util/data/array' import { partition } from '@/util/data/array'
import { filterDefined } from '@/util/data/iterable' import { filterDefined } from '@/util/data/iterable'
@ -234,14 +234,21 @@ export const { injectFn: useGraphStore, provideFn: provideGraphStore } = createC
return Ok(method) return Ok(method)
} }
function generateLocallyUniqueIdent(prefix?: string | undefined) { /** Generate unique identifier from `prefix` and some numeric suffix.
* @param prefix - of the identifier
* @param ignore - a list of identifiers to consider as unavailable. Useful when creating multiple identifiers in a batch.
* */
function generateLocallyUniqueIdent(
prefix?: string | undefined,
ignore: Set<Identifier> = new Set(),
): Identifier {
// FIXME: This implementation is not robust in the context of a synchronized document, // FIXME: This implementation is not robust in the context of a synchronized document,
// as the same name can likely be assigned by multiple clients. // as the same name can likely be assigned by multiple clients.
// Consider implementing a mechanism to repair the document in case of name clashes. // Consider implementing a mechanism to repair the document in case of name clashes.
for (let i = 1; ; i++) { for (let i = 1; ; i++) {
const ident = (prefix ?? FALLBACK_BINDING_PREFIX) + i const ident = (prefix ?? FALLBACK_BINDING_PREFIX) + i
assert(isIdentifier(ident)) assert(isIdentifier(ident))
if (!db.identifierUsed(ident)) return ident if (!db.identifierUsed(ident) && !ignore.has(ident)) return ident
} }
} }
@ -387,7 +394,7 @@ export const { injectFn: useGraphStore, provideFn: provideGraphStore } = createC
for (const _conflict of conflicts) { for (const _conflict of conflicts) {
// TODO: Substitution does not work, because we interpret imports wrongly. To be fixed in // TODO: Substitution does not work, because we interpret imports wrongly. To be fixed in
// https://github.com/enso-org/enso/issues/9356 // https://github.com/enso-org/enso/issues/9356
// substituteQualifiedName(edit, wholeAssignment, conflict.pattern, conflict.fullyQualified) // substituteQualifiedName(wholeAssignment, conflict.pattern, conflict.fullyQualified)
} }
} }
}) })
@ -665,6 +672,20 @@ export const { injectFn: useGraphStore, provideFn: provideGraphStore } = createC
proj.computedValueRegistry.processUpdates([update_]) proj.computedValueRegistry.processUpdates([update_])
} }
/** Iterate over code lines, return node IDs from `ids` set in the order of code positions. */
function pickInCodeOrder(ids: Set<NodeId>): NodeId[] {
assert(syncModule.value != null)
const func = unwrap(getExecutedMethodAst(syncModule.value))
const body = func.bodyExpressions()
const result: NodeId[] = []
for (const expr of body) {
const id = expr?.id
const nodeId = db.getOuterExpressionNodeId(id)
if (nodeId && ids.has(nodeId)) result.push(nodeId)
}
return result
}
/** /**
* Reorders nodes so the `targetNodeId` node is placed after `sourceNodeId`. Does nothing if the * Reorders nodes so the `targetNodeId` node is placed after `sourceNodeId`. Does nothing if the
* relative order is already correct. * relative order is already correct.
@ -758,6 +779,7 @@ export const { injectFn: useGraphStore, provideFn: provideGraphStore } = createC
disconnectTarget, disconnectTarget,
moduleRoot, moduleRoot,
deleteNodes, deleteNodes,
pickInCodeOrder,
ensureCorrectNodeOrder, ensureCorrectNodeOrder,
batchEdits, batchEdits,
overrideNodeColor, overrideNodeColor,

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@ -4,14 +4,13 @@ import {
MutableModule, MutableModule,
TextLiteral, TextLiteral,
escapeTextLiteral, escapeTextLiteral,
substituteIdentifier,
substituteQualifiedName, substituteQualifiedName,
unescapeTextLiteral, unescapeTextLiteral,
type Identifier, type Identifier,
} from '@/util/ast/abstract' } from '@/util/ast/abstract'
import { tryQualifiedName } from '@/util/qualifiedName'
import { fc, test } from '@fast-check/vitest' import { fc, test } from '@fast-check/vitest'
import { initializeFFI } from 'shared/ast/ffi' import { initializeFFI } from 'shared/ast/ffi'
import { unwrap } from 'shared/util/data/result'
import { describe, expect } from 'vitest' import { describe, expect } from 'vitest'
import { findExpressions, testCase, tryFindExpressions } from './testCase' import { findExpressions, testCase, tryFindExpressions } from './testCase'
@ -853,18 +852,74 @@ test.each([
substitution: 'ShouldNotWork', substitution: 'ShouldNotWork',
expected: 'Data.Table.new', expected: 'Data.Table.new',
}, },
])('Substitute $pattern insde $original', ({ original, pattern, substitution, expected }) => { ])(
const expression = Ast.parse(original) 'Substitute qualified name $pattern inside $original',
expression.module.replaceRoot(expression) ({ original, pattern, substitution, expected }) => {
const edit = expression.module.edit() const expression = Ast.parse(original)
substituteQualifiedName( const module = expression.module
edit, module.replaceRoot(expression)
expression, const edit = expression.module.edit()
pattern as Ast.QualifiedName, substituteQualifiedName(expression, pattern as Ast.Identifier, substitution as Ast.Identifier)
unwrap(tryQualifiedName(substitution)), module.applyEdit(edit)
) expect(module.root()?.code()).toEqual(expected)
expect(edit.root()?.code()).toEqual(expected) },
}) )
test.each([
{
original: 'some_name',
pattern: 'some_name',
substitution: 'other_name',
expected: 'other_name',
},
{
original: 'x = Table.from_vec (node1.new 1 2 3)',
pattern: 'node1',
substitution: 'node2',
expected: 'x = Table.from_vec (node2.new 1 2 3)',
},
{
original: 'x = some_func "node1"',
pattern: 'node1',
substitution: 'node2',
expected: 'x = some_func "node1"',
},
{
original: 'x + y',
pattern: 'x',
substitution: 'z',
expected: 'z + y',
},
{
original: 'node1.node2.node3',
pattern: 'node2',
substitution: 'ShouldNotWork',
expected: 'node1.node2.node3',
},
{
original: 'node1.node2.node3',
pattern: 'node3',
substitution: 'ShouldNotWork',
expected: 'node1.node2.node3',
},
{
original: '.node1',
pattern: 'node1',
substitution: 'ShouldNotWork',
expected: '.node1',
},
])(
'Substitute identifier $pattern inside $original',
({ original, pattern, substitution, expected }) => {
const expression = Ast.parse(original)
const module = expression.module
module.replaceRoot(expression)
const edit = expression.module.edit()
substituteIdentifier(expression, pattern as Ast.Identifier, substitution as Ast.Identifier)
module.applyEdit(edit)
expect(module.root()?.code()).toEqual(expected)
},
)
test.each([ test.each([
['', ''], ['', ''],

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@ -15,7 +15,9 @@ import {
Function, Function,
Ident, Ident,
MutableBodyBlock, MutableBodyBlock,
MutableIdent,
MutableModule, MutableModule,
MutablePropertyAccess,
NumericLiteral, NumericLiteral,
OprApp, OprApp,
PropertyAccess, PropertyAccess,
@ -165,29 +167,51 @@ export function parseQualifiedName(ast: Ast): QualifiedName | null {
return idents && normalizeQualifiedName(qnFromSegments(idents)) return idents && normalizeQualifiedName(qnFromSegments(idents))
} }
/* Substitute `pattern` inside `expression` with `to`. /** Substitute `pattern` inside `expression` with `to`.
* Will only replace the first item in the property acccess chain. */
export function substituteIdentifier(
expr: MutableAst,
pattern: IdentifierOrOperatorIdentifier,
to: IdentifierOrOperatorIdentifier,
) {
if (expr instanceof MutableIdent && expr.code() === pattern) {
expr.setToken(to)
} else if (expr instanceof MutablePropertyAccess) {
// Substitute only the first item in the property access chain.
if (expr.lhs != null) substituteIdentifier(expr.lhs, pattern, to)
} else {
for (const child of expr.children()) {
if (child instanceof Token) {
continue
}
const mutableChild = expr.module.getVersion(child)
substituteIdentifier(mutableChild, pattern, to)
}
}
}
/** Substitute `pattern` inside `expression` with `to`.
* Replaces identifier, the whole qualified name, or the beginning of the qualified name (first segments of property access chain). */ * Replaces identifier, the whole qualified name, or the beginning of the qualified name (first segments of property access chain). */
export function substituteQualifiedName( export function substituteQualifiedName(
module: MutableModule, expr: MutableAst,
expression: Ast,
pattern: QualifiedName | IdentifierOrOperatorIdentifier, pattern: QualifiedName | IdentifierOrOperatorIdentifier,
to: QualifiedName, to: QualifiedName,
) { ) {
const expr = module.getVersion(expression) ?? expression if (expr instanceof MutablePropertyAccess || expr instanceof MutableIdent) {
if (expr instanceof PropertyAccess || expr instanceof Ident) {
const qn = parseQualifiedName(expr) const qn = parseQualifiedName(expr)
if (qn === pattern) { if (qn === pattern) {
expr.updateValue(() => Ast.parse(to, module)) expr.updateValue(() => Ast.parse(to, expr.module))
} else if (qn && qn.startsWith(pattern)) { } else if (qn && qn.startsWith(pattern)) {
const withoutPattern = qn.replace(pattern, '') const withoutPattern = qn.replace(pattern, '')
expr.updateValue(() => Ast.parse(to + withoutPattern, module)) expr.updateValue(() => Ast.parse(to + withoutPattern, expr.module))
} }
} else { } else {
for (const child of expr.children()) { for (const child of expr.children()) {
if (child instanceof Token) { if (child instanceof Token) {
continue continue
} }
substituteQualifiedName(module, child, pattern, to) const mutableChild = expr.module.getVersion(child)
substituteQualifiedName(mutableChild, pattern, to)
} }
} }
} }