Press n or j to go to the next uncovered block, b, p or k for the previous block.
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12x 12x 1x 15x 15x 15x 15x 15x 15x 15x 15x 15x 9x 9x 9x 9x 9x 9x 9x 15x 15x 15x 1x 201x 201x 201x 201x 201x 201x 201x 201x 201x 201x 201x 201x 201x 201x 201x 201x 201x 201x 201x 201x 619x 619x 201x 201x 201x 201x 201x 201x 189x 189x 12x 12x 12x 201x 201x 201x 201x 201x 201x 201x 1x 2x 2x 2x 2x 2x 2x 2x 2x 2x 2x 2x 4x 4x 2x 2x 4x 2x 2x 2x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 3x 3x 3x 3x 3x 3x 3x 3x 3x 3x 3x 5x 5x 5x 5x 3x 3x 1x 1x 2x 2x 2x 2x 2x 3x 1x 2x 2x 2x 2x 2x 1x 3x 3x 3x 3x 3x 3x 3x 3x 3x 3x 3x 3x 3x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 2x 2x 2x 2x 2x 2x 2x 2x 1x 1x 2x 1x 1x 1x 1x 9x 9x 9x 9x 17x 17x 9x 9x 9x 1x 3x 3x 3x 3x 3x 3x 3x 3x 6x 6x 3x 3x 6x 6x 3x 3x 3x 1x 6x 6x 6x 6x 6x 6x 6x 6x 6x 1x 2x 2x 2x 2x 2x 1x 1x 1x 1x 2x 1x 1x 1x 1x 1x 5463x 5463x 5463x 1x 1x 1x 189x 189x 189x 189x 28x 28x 189x 189x 210x 210x 210x 210x 189x 189x 189x 1x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 48x 48x 4x 4x 48x 48x 3x 3x 48x 48x 4x 4x 48x 48x 1x 1x 48x 48x 48x 48x 2x 2x 48x 48x 24x 8x 8x 16x 16x 16x 24x 48x 48x 10x 10x 10x 48x 48x 48x 48x 12x 1x 12x 12x 12x 12x 8x 8x 12x 4x 4x 4x 4x 12x 12x 60x 10x 60x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 12x 1x 24x 24x 24x 24x 24x 57x 25x 25x 57x 24x 24x 24x 1x 99x 99x 99x 4x 4x 99x 1x 138x 138x 138x 7x 7x 7x 138x 1x 48x 48x 48x 48x 48x 48x 48x 48x 48x 48x 48x 48x 48x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x | import * as prettier from 'prettier';
import ALParser from '../parser/ALParser.js';
import { isParagraphStatement, isCompoundStatement, shouldAddBlankLineAfter } from "./printerHelpers.js";
import { TokenFormatter } from './tokenFormatter.js';
const { hardline, join, indent, group, line, softline } = prettier.doc.builders;
function getVisitorKeys(node) {
if (node && Array.isArray(node.children)) {
return ['children'];
}
return [];
}
function print(path, options, print, args) {
const node = path.node;
if (!node) return "";
// Terminal node (ANTLR token)
if (node.symbol) {
const text = node.symbol.text;
if (text === "<EOF>") return "";
return printToken(node);
}
switch (node.ruleIndex) {
case ALParser.RULE_compilationUnit:
return printCompilationUnit(path, options, print);
//#region Common object elements
case ALParser.RULE_objectDefinition:
return printObjectDefinition(path, options, print);
case ALParser.RULE_genericObjectProperty:
case ALParser.RULE_accessProperty:
return printGenericObjectProperty(path, options, print);
case ALParser.RULE_tablePropertiesList:
case ALParser.RULE_pagePropertiesList:
case ALParser.RULE_codeunitPropertiesList:
case ALParser.RULE_enumPropertiesList:
case ALParser.RULE_keyPropertiesList:
case ALParser.RULE_enumPropertiesList:
case ALParser.RULE_enumValuePropertiesList:
case ALParser.RULE_groupPropertiesList:
case ALParser.RULE_queryPropertiesList:
case ALParser.RULE_queryColumnPropertiesList:
case ALParser.RULE_reportPropertiesList:
case ALParser.RULE_reportDataItemPropertiesList:
return printObjectPropertiesList(path, options, print);
case ALParser.RULE_tablePropertyItem:
case ALParser.RULE_codeunitPropertyItem:
case ALParser.RULE_pagePropertyItem:
case ALParser.RULE_tableFieldPropertyItem:
case ALParser.RULE_keyPropertyItem:
case ALParser.RULE_enumPropertyItem:
case ALParser.RULE_enumValuePropertyItem:
case ALParser.RULE_queryPropertyItem:
case ALParser.RULE_queryColumnPropertyItem:
return printObjectPropertyItem(path, options, print);
case ALParser.RULE_tableProperty:
case ALParser.RULE_pageProperty:
case ALParser.RULE_pageFieldProperty:
case ALParser.RULE_actionProperty:
case ALParser.RULE_codeunitProperty:
case ALParser.RULE_tableFieldProperty:
case ALParser.RULE_keyProperty:
case ALParser.RULE_groupProperty:
case ALParser.RULE_partProperty:
case ALParser.RULE_enumProperty:
case ALParser.RULE_enumValueProperty:
case ALParser.RULE_interfaceProperty:
case ALParser.RULE_queryProperty:
case ALParser.RULE_queryColumnProperty:
case ALParser.RULE_reportProperty:
case ALParser.RULE_reportDataItemProperty:
return printObjectProperty(path, options, print);
case ALParser.RULE_objectReference:
return printObjectReference(path, options, print);
case ALParser.RULE_subpageLinkProperty:
case ALParser.RULE_runPageLinkProperty:
return printSubPageLinkProperty(path, options, print);
case ALParser.RULE_pageLinkExpression:
return printPageLinkExpression(path, options, print);
case ALParser.RULE_objectPermissionsList:
return printObjectPermissionsList(path, options, print);
case ALParser.RULE_permissionsPropertyValue:
return printPermissionsPropertyValue(path, options, print);
case ALParser.RULE_decimalPlacesPropValue:
return printDecimalPlacesPropertyValue(path, options, print);
case ALParser.RULE_accessByPermissionProperty:
return printAccessByPermissionPropertyValue(path, options, print);
//#endregion Common object elements
//#region Table object
case ALParser.RULE_tableObject:
return printTableObject(path, options, print);
case ALParser.RULE_tableFieldsList:
case ALParser.RULE_tableExtFieldsList:
return printTableFieldsList(path, options, print);
case ALParser.RULE_tableFieldDefinition:
return printTableFieldDefinition(path, options, print);
case ALParser.RULE_tableFieldPropertiesList:
return printTableFieldPropertiesList(path, options, print);
case ALParser.RULE_tableRelationExpression:
return printTableRelationExpression(path, options, print);
case ALParser.RULE_tableFieldReference:
return printTableFieldReference(path, options, print);
case ALParser.RULE_tableRelationWhereExpression:
return printTableRelationWhereExpression(path, options, print);
case ALParser.RULE_tableRelationFieldReference:
case ALParser.RULE_tableRelationConstReference:
case ALParser.RULE_tableRelationFilter:
return printTableRelationFilterRef(path, options, print);
case ALParser.RULE_relationFilterExpression:
return printRelationFilterExpression(path, options, print);
case ALParser.RULE_calcFormulaExpression:
return printCalcFormulaExpression(path, options, print);
case ALParser.RULE_tableKeysSection:
return printTableKeysSection(path, options, print);
case ALParser.RULE_keyList:
return printKeyList(path, options, print);
case ALParser.RULE_keyItem:
return printKeyItem(path, options, print);
case ALParser.RULE_fieldGroupsList:
return printFieldGroupsList(path, options, print);
case ALParser.RULE_fieldGroupItem:
return printFieldGroupItem(path, options, print);
case ALParser.RULE_fieldGroupDefinition:
return printFieldGroupDefinition(path, options, print);
case ALParser.RULE_fieldGroupFieldsList:
return printFieldGroupFieldsList(path, options, print);
//#endregion Table object
//#region Table extension object
case ALParser.RULE_tableExtensionObject:
return printTableExtObject(path, options, print);
case ALParser.RULE_tableExtFieldModification:
return printTableExtFieldModification(path, node, print);
//#endregion Table extension object
//#region Page object
case ALParser.RULE_pageObject:
return printPageObject(path, options, print);
case ALParser.RULE_layoutDefinition:
return printLayoutDefinition(path, options, print);
case ALParser.RULE_layoutElements:
return printLayoutElements(path, options, print);
case ALParser.RULE_areaDefinition:
return printAreaDefinition(path, options, print);
case ALParser.RULE_areaElements:
return printAreaElements(path, options, print);
case ALParser.RULE_groupDefinition:
return printGroupDefinition(path, options, print);
case ALParser.RULE_groupElements:
return printGroupElements(path, options, print);
case ALParser.RULE_groupPropertyItem:
return printGroupPropertyItem(path, options, print);
case ALParser.RULE_partDefinition:
return printPartDefinition(path, options, print);
case ALParser.RULE_partPropertiesList:
return printPartPropertiesList(path, options, print);
case ALParser.RULE_partPropertyItem:
return printPartPropertyItem(path, options, print);
case ALParser.RULE_repeaterDefinition:
return printRepeaterDefinition(path, options, print);
case ALParser.RULE_repeaterElements:
return printRepeaterElements(path, options, print);
case ALParser.RULE_pageFieldItem:
case ALParser.RULE_userControlItem:
return printPageFieldItem(path, options, print);
case ALParser.RULE_pageLabelItem:
return printPageLabelItem(path, options, print);
case ALParser.RULE_pageFieldPropertiesList:
return printPageFieldPropertiesList(path, options, print);
case ALParser.RULE_pageFieldPropertyItem:
return printPageFieldPropertyItem(path, options, print);
case ALParser.RULE_separatorDefinition:
return printSeparatorElement(path, options, print);
case ALParser.RULE_actionsDefinition:
return printActionsDefinition(path, options, print);
case ALParser.RULE_actionElements:
return printActionElements(path, options, print);
case ALParser.RULE_actionDefinition:
return printActionDefinition(path, options, print);
case ALParser.RULE_actionPropertiesList:
return printActionPropertiesList(path, options, print);
case ALParser.RULE_actionPropertyItem:
return printActionPropertyItem(path, options, print);
case ALParser.RULE_actionAreaDefinition:
return printActionAreaDefinition(path, options, print);
case ALParser.RULE_actionAreaElements:
return printActionAreaElements(path, options, print);
case ALParser.RULE_actionGroupDefinition:
return printActionGroupDefinition(path, options, print);
case ALParser.RULE_actionRefsList:
return printActionRefsList(path, options, print);
case ALParser.RULE_actionRef:
return printActionRef(path, options, print);
case ALParser.RULE_tableViewExpression:
return pintTableViewExpression(path, options, print);
case ALParser.RULE_sourceTableViewProperty:
return printSourceTableViewExpression(path, options, print);
//#endregion Page object
//#region Codeunit object
case ALParser.RULE_codeunitObject:
return printCodeunitObject(path, options, print);
case ALParser.RULE_implementsInterfacesList:
return printImplementsInterfacesList(path, options, print);
//#endregion Codeunit object
//#region Interface object
case ALParser.RULE_interfaceObject:
return printInterfaceObject(path, options, print);
case ALParser.RULE_interfacePropertiesList:
return printInterfacePropertiesList(path, options, print);
case ALParser.RULE_procedureDeclaration:
return printProcedureDeclaration(path, options, print);
case ALParser.RULE_interfacePropertyItem:
return printInterfacePropertyItem(path, options, print);
//#endregion Interface object
//#region Enum object
case ALParser.RULE_enumObject:
return printEnumObject(path, options, print);
case ALParser.RULE_enumValuesList:
return printEnumValuesList(path, options, print);
case ALParser.RULE_enumValueDefinition:
return printEnumValueDefinition(path, options, print);
case ALParser.RULE_implementationProperty:
return printImplementationProperty(path, options, print);
//#endregion Enum object
//#region Page extension
case ALParser.RULE_pageExtensionObject:
return printPageExtensionObject(path, options, print);
case ALParser.RULE_pageExtLayoutDefinition:
return printPageExtLayoutDefinition(path, options, print);
case ALParser.RULE_pageExtLayoutModification:
case ALParser.RULE_pageExtActionModification:
case ALParser.RULE_pageExtActionPropModification:
return printPageExtLayoutModificationBlock(path, options, print);
case ALParser.RULE_pageExtElementModification:
return printPageExtElementModificationBlock(path, options, print);
case ALParser.RULE_pageExtActionsBlock:
return printPageExtensionActions(path, options, print);
case ALParser.RULE_pageExtElementRelocation:
return printPageExtElementRelocation(path, options, print);
//#endregion Page extension
//#region Enum extension
case ALParser.RULE_enumExtensionObject:
return printEnumExtensionObject(path, options, print);
//#endregion Enum extension
//#region Query object
case ALParser.RULE_queryObject:
return printQueryObject(path, options, print);
case ALParser.RULE_queryElements:
return printQueryElements(path, options, print);
case ALParser.RULE_queryDataItemElementsList:
return printQueryDataItemElementsList(path, options, print);
case ALParser.RULE_queryDataItemDefinition:
return printQueryDataItemDefinition(path, options, print);
case ALParser.RULE_queryDataItemLinkProperty:
case ALParser.RULE_dataItemTableFilterProp:
case ALParser.RULE_columnFilterProp:
return printDataItemLinkProperty(path, options, print);
case ALParser.RULE_queryColumnDefinition:
case ALParser.RULE_queryFilterDefinition:
return printQueryColumnDefinition(path, options, print);
case ALParser.RULE_orderByProperty:
return printOrderByProperty(path, options, print);
//#endregion Query object
//#region Report object
case ALParser.RULE_reportObject:
return printReportObject(path, options, print);
case ALParser.RULE_reportDatasetDefinition:
return printReportDatasetDefinition(path, options, print);
case ALParser.RULE_reportDataItemDefinition:
case ALParser.RULE_reportColumnDefinition:
return printReportDataItemDefinition(path, options, print);
case ALParser.RULE_reportDataItemElementsList:
return printReportDataItemElementsList(path, options, print);
case ALParser.RULE_reportDataItemLinkProperty:
return printDataItemLinkProperty(path, options, print);
case ALParser.RULE_requestpageDefinition:
return printReportRequestPage(path, options, print);
case ALParser.RULE_renderingOptions:
return printRenderingOptions(path, options, print);
case ALParser.RULE_renderingLayout:
return printRenderingLayout(path, options, print);
case ALParser.RULE_labelsDefinition:
return printLabelsDefinition(path, options, () => print(path, args));
case ALParser.RULE_labelDefinition:
return printLabelDefinition(path, options, print);
case ALParser.RULE_dataItemTableViewProperty:
return printDataItemTableViewProperty(path, options, print);
//#endregion Report object
//#region Code statements
case ALParser.RULE_namespaceDeclaration:
return printNamespaceDeclaration(path, options, print);
case ALParser.RULE_usingRefList:
return printUsingRefList(path, options, print);
case ALParser.RULE_usingReference:
return printUsingReference(path, options, print);
case ALParser.RULE_variableDeclaration:
return printVariableDeclaration(path, options, print);
case ALParser.RULE_variablesList:
return printVariablesList(path, options, print);
case ALParser.RULE_triggersList:
return printTriggersList(path, options, print);
case ALParser.RULE_triggerDefinition:
return printTriggerDefinition(path, options, print);
case ALParser.RULE_proceduresList:
return printProceduresList(path, options, print);
case ALParser.RULE_procedureDefinition:
return printProcedureDefinition(path, options, print);
case ALParser.RULE_procedureReturnType:
return printProcReturnType(path, options, print);
case ALParser.RULE_procedureAttributesList:
return printProcedureAttributes(path, options, print);
case ALParser.RULE_procedureAttribute:
return printProcedureAttribute(path, options, print);
case ALParser.RULE_parameterList:
return printParameterList(path, options, print);
case ALParser.RULE_parameter:
return printParameter(path, options, print);
case ALParser.RULE_statement:
return printStatement(path, options, print);
case ALParser.RULE_statementWithSeparator:
return printStatementWithSeparator(path, options, print);
case ALParser.RULE_statementList:
return printStatementList(path, options, print);
case ALParser.RULE_ifStatement:
return printIfStatement(path, options, print);
case ALParser.RULE_ifElseStatement:
case ALParser.RULE_caseElseStatement:
return printElseStatement(path, options, print);
case ALParser.RULE_forStatement:
return printForLoopStatement(path, options, print);
case ALParser.RULE_whileStatement:
return printWhileLoopStatement(path, options, print);
case ALParser.RULE_repeatStatement:
return printRepeatStatement(path, options, print);
case ALParser.RULE_forEachStatement:
return printForEachStatement(path, options, print);
case ALParser.RULE_simpleDataType:
path.call(print, 'children', 0);
// Multi-part type definition concatenate without spaces (e.g. Text[100], Code[20])
case ALParser.RULE_codeDataType:
case ALParser.RULE_textDataType:
return path.map(print, 'children');
// Two-token types (e.g. Record Customer) — join with space
case ALParser.RULE_codeunitDataType:
case ALParser.RULE_enumDataType:
case ALParser.RULE_interfaceDataType:
case ALParser.RULE_pageDataType:
case ALParser.RULE_queryDataType:
case ALParser.RULE_recordDataType:
case ALParser.RULE_reportDataType:
case ALParser.RULE_testPageDataType:
case ALParser.RULE_testRequestPageDataType:
case ALParser.RULE_xmlPortDataType:
case ALParser.RULE_dotNetDataType:
return join(" ", path.map(print, 'children'));
// Other data types that require special formatting
case ALParser.RULE_arrayDataType:
return printArrayDataType(path, options, print);
case ALParser.RULE_dictionaryDataType:
return printDictionaryDataType(path, options, print);
case ALParser.RULE_labelDataType:
return printLabelDataType(path, options, print);
case ALParser.RULE_listDataType:
return printListDataType(path, options, print);
case ALParser.RULE_optionDataType:
return printOptionDataType(path, options, print);
case ALParser.RULE_textConstDataType:
return printTextConst(path, options, print);
case ALParser.RULE_identifiersList:
return printIdentifiersList(path, options, print);
case ALParser.RULE_procedureCall:
return printProcedureCall(path, options, print, args);
case ALParser.RULE_argumentList:
return printArgumentList(path, options, print, args);
case ALParser.RULE_unaryExpression:
case ALParser.RULE_unaryPlusExpression:
case ALParser.RULE_unaryMinusExpression:
return printUnaryExpression(path, options, print, args);
case ALParser.RULE_unaryNotExpression:
return printUnaryNotExpression(path, options, print);
case ALParser.RULE_compoundBlock:
return printCompoundBlock(path, options, print);
case ALParser.RULE_caseStatement:
return printCaseStatement(path, options, print);
case ALParser.RULE_caseBranch:
return printCaseBranch(path, options, print);
case ALParser.RULE_assignmentStatement:
case ALParser.RULE_equalityExpression:
case ALParser.RULE_relationalExpression:
case ALParser.RULE_tableRelationEqualityExpression:
case ALParser.RULE_subpageLinkFilter:
return printBinaryExpression(path, options, print, args);
case ALParser.RULE_logicalInExpression:
return printLogicalInExpression(path, options, print);
case ALParser.RULE_logicalOrExpression:
case ALParser.RULE_logicalAndExpression:
case ALParser.RULE_additiveExpression:
case ALParser.RULE_multiplicativeExpression:
return printMultipartExpression(path, options, print, args);
case ALParser.RULE_exitStatement:
return printExitStatement(path, options, print, args);
//#endregion Code statements
default:
if (Array.isArray(node.children)) {
return path.map(() => print(path, args), 'children');
}
return "";
}
}
function printComment(path, options) {
const comment = path.node;
if (!comment?.symbol?.text) {
return "";
}
let text = comment.symbol.text.trim();
const hasPrecedingSiblings = (path) => {
return path.siblings?.findIndex(sibling => sibling.symbol.startLine < path.node.symbol.startLine) > -1
}
const padToOrigin = (symbol) => {
return symbol.text.trim().padStart(text.length + symbol.startColumn);
}
const parts = [];
if (comment.addBlankLineBefore) {
parts.push(hardline);
}
if (text.startsWith('#')) {
text = padToOrigin(comment.symbol);
parts.push(prettier.doc.builders.trim);
}
parts.push(text);
if (comment.addBlankLineAfter) {
parts.push(hardline);
}
return parts;
}
function canAttachComment(node) {
if (!node) return false;
// Comments cannot be attached to EOF or whitespace-like nodes
if (node.symbol && node.symbol.text === "<EOF>") return false;
if (node.hidden) return false; // Skip hidden tokens themselves
return true;
}
function isBlockComment(node) {
if (!node || !node.symbol) return false;
const text = node.symbol.text;
return text && text.trim().startsWith("/*");
}
function handleOwnLineComment(comment, text, options, ast, isLastComment) {
if (comment.value.trimStart().startsWith('#region') && comment.followingNode) {
prettier.util.addLeadingComment(comment.followingNode, comment);
return true;
}
if (comment.value.trimStart().startsWith('#endregion') && comment.precedingNode) {
prettier.util.addTrailingComment(comment.precedingNode, comment);
if (isLastComment) {
insertBlankLinesInNodeComments(ast);
}
return true;
}
// The last comment is attached explicitly to be able to insert blank lines for the complete set of comments
if (!isLastComment)
return false;
if (comment.followingNode) {
prettier.util.addLeadingComment(comment.followingNode, comment);
}
else {
prettier.util.addTrailingComment(comment.precedingNode, comment);
}
insertBlankLinesInNodeComments(ast);
return true;
}
function insertBlankLinesInNodeComments(node) {
if (node.comments) {
insertBlankLinesInComments(node.comments.filter(comment => comment.leading === true && comment.placement === 'ownLine'));
insertBlankLinesInComments(node.comments.filter(comment => comment.leading === false && comment.placement === 'ownLine'));
}
if (!node.children)
return;
node.children.map(child => insertBlankLinesInNodeComments(child));
}
function insertBlankLinesInComments(comments) {
if (!comments || comments.length === 0)
return;
// Blank line between the preceding node and the first comment
const firstComment = comments[0];
if (comments[0].leading &&
firstComment.precedingNode &&
!firstComment.followingNode?.ruleIndex === ALParser.RULE_statementWithSeparator &&
!firstComment.followingNode?.ruleIndex === ALParser.RULE_statement
) {
// Prettier formatter inserts a blank line before the first trailing comment
// When printing comments inside a statment list, statement printer takes care of the blank lines between
const precedingNodeEndLine = firstComment.precedingNode.symbol
? firstComment.precedingNode.symbol.line
: firstComment.precedingNode.stop.line;
firstComment.addBlankLineBefore = firstComment.symbol.startLine > precedingNodeEndLine + 1;
}
// Blank line between the last comment and the following node
const lastComment = comments[comments.length - 1];
if (lastComment.followingNode) {
const followingNodeStartLine = lastComment.followingNode.symbol
? lastComment.followingNode.symbol.line
: lastComment.followingNode.start.line;
lastComment.addBlankLineAfter = lastComment.symbol.stopLine < followingNodeStartLine - 1;
}
// Blank lines between comments
for (let i = 1; i < comments.length; i++) {
if (comments[i].symbol.startLine > comments[i - 1].symbol.stopLine + 1) {
comments[i].addBlankLineBefore = true;
}
}
}
function printCompilationUnit(path, options, print) {
// Grammar: namespaceDeclaration? usingRefList? objectDefinition* EOF
const children = path.node.children;
const namespaceDescIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_namespaceDeclaration);
const usingRefListIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_usingRefList);
const objectDefinitionIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_objectDefinition);
const namespace = namespaceDescIdx > -1 ? path.call(print, 'children', namespaceDescIdx) : [];
const usingRefList = usingRefListIdx > -1 ? path.call(print, 'children', usingRefListIdx) : [];
const objectDef = path.call(print, 'children', objectDefinitionIdx);
const result = [];
if (namespace.length > 0) {
result.push(...namespace, hardline, hardline);
}
if (usingRefList.length > 0) {
result.push(...usingRefList, hardline, hardline);
}
if (objectDef.length > 0) {
result.push(...objectDef, hardline);
}
return result;
}
function printObjectDefinition(path, options, print) {
return path.call(print, 'children', 0);
}
function printGenericObjectProperty(path, options, print) {
return printObjectProperty(path, options, print);
}
function printObjectPropertiesList(path, options, print) {
return join(hardline, path.map(print, 'children'));
}
function printObjectPropertyItem(path, options, print) {
// Grammar: tableProperty SEMICOLON (For table. Other object follow the same grammar, only with the respective object type.)
return [path.call(print, 'children', 0), path.call(print, 'children', 1)];
}
function printObjectProperty(path, options, print) {
// Grammar: identifier EQUAL expression (COMMA identifier EQUAL literal)*;
const children = path.node.children;
if (children.length === 1)
return path.call(print, 'children', 0);
const definition = [];
definition.push(path.call(print, 'children', 0)); // Property name
definition.push(path.call(print, 'children', 1)); // Equal sign
definition.push(path.call(print, 'children', 2)); // Property value
// Comma-separated list of property modifiers (e.g. Caption = 'Caption text', Locked = true)
const modifiers = [];
for (let i = 3; i < children.length; i += 4) {
modifiers.push(
join(" ", [
path.call(print, 'children', i), // Comma
path.call(print, 'children', i + 1), // Name
path.call(print, 'children', i + 2), // Equal sign
path.call(print, 'children', i + 3) // Value
]));
}
const property = [];
property.push(join(" ", definition));
if (modifiers.length > 0)
property.push(modifiers);
return property;
}
function printObjectReference(path, options, print) {
// Grammar: objectTypeName identifier;
return join(" ", path.map(print, 'children'));
}
//#region Table functions
function printTableObject(path, options, print) {
return printALObject(path, options, print, ALParser.TABLE);
}
function printTableFieldsList(path, options, print) {
const children = path.node.children;
// Invoked for table fields and table extension fields
// Table fields grammar: FIELDS LBRACE tableFieldDefinition* RBRACE
// Table extension fields grammar: FIELDS LBRACE (tableFieldDefinition | tableExtFieldModification)* RBRACE;
const fieldDocs = [];
for (let i = 2; i < children.length - 1; i++) {
fieldDocs.push(path.call(print, 'children', i));
}
return [
path.call(print, 'children', 0), // "fields" keyword
hardline,
path.call(print, 'children', 1), // left brace
indent([hardline, join(hardline, fieldDocs)]),
hardline,
path.call(print, 'children', children.length - 1) // right brace
];
}
function printTableFieldDefinition(path, options, print) {
const children = path.node.children;
// Grammar: FIELD LPAREN INTEGER_LITERAL SEMICOLON identifier SEMICOLON dataType RPAREN LBRACE tableFieldProperties* triggersList* RBRACE;
const fieldKeyword = path.call(print, 'children', 0);
const lparen = path.call(print, 'children', 1);
const fieldId = path.call(print, 'children', 2);
const semicolon1 = path.call(print, 'children', 3);
const fieldName = path.call(print, 'children', 4); // identifier (non-terminal)
const semicolon2 = path.call(print, 'children', 5);
const fieldType = path.call(print, 'children', 6); // dataType (non-terminal)
const rparen = path.call(print, 'children', 7);
const lbrace = path.call(print, 'children', 8);
const rbrace = path.call(print, 'children', children.length - 1);
// Table field properties and triggers occupy children[9] through children[length-2]; children[length-1] is RBRACE
const elementDocs = [];
for (let i = 9; i < children.length - 1; i++) {
elementDocs.push(path.call(print, 'children', i));
}
const signature = [fieldKeyword, lparen, fieldId, semicolon1, " ", fieldName, semicolon2, " ", fieldType, rparen];
let body = [];
if (elementDocs.length > 0) {
body = [hardline, lbrace, indent([hardline, join([hardline, hardline], elementDocs)]), hardline, rbrace];
}
else {
if (options?.collapseEmptyBraces) {
body = [" ", lbrace, rbrace];
}
else {
body = [hardline, lbrace, hardline, rbrace];
}
}
return [...signature, ...body];
}
function printTableFieldPropertiesList(path, options, print) {
// Grammar: tableFieldPropertyItem+
return join(hardline, path.map(print, 'children'));
}
function printTableKeysSection(path, options, print) {
// Grammar: KEYS LBRACE keyList RBRACE
const keysKeyword = path.call(print, 'children', 0);
const lbrace = path.call(print, 'children', 1);
const keyList = path.call(print, 'children', 2);
const rbrace = path.call(print, 'children', 3);
return [keysKeyword, hardline, lbrace, indent([hardline, keyList]), hardline, rbrace];
}
function printKeyList(path, options, print) {
// Grammar: (keyItem)*
const children = path.node.children;
if (!children || children.length === 0) return "";
return join(hardline, path.map(print, 'children'));
}
function printKeyItem(path, options, print) {
// Grammar: KEY LPAREN identifier SEMICOLON identifier (COMMA identifier)* RPAREN LBRACE keyPropertiesList? RBRACE
const children = path.node.children;
const rparenIdx = children.findIndex(c => c.symbol?.type === ALParser.RPAREN);
const keyName = path.call(print, 'children', 2);
// Field names at indices 4, 6, 8, ... (COMMA tokens at 5, 7, ... are skipped)
const fieldDocs = [];
for (let i = 4; i < rparenIdx; i += 2) {
fieldDocs.push(path.call(print, 'children', i));
}
const propsListIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_keyPropertiesList);
let propsList = [];
if (propsListIdx > -1) {
propsList = path.call(print, 'children', propsListIdx);
}
const lBrace = propsListIdx > -1
? path.call(print, 'children', children.length - 3)
: path.call(print, 'children', children.length - 2);
const rBrace = path.call(print, 'children', children.length - 1);
const signature = ["key(", keyName, "; ", join(", ", fieldDocs), ")"];
let body = [];
if (propsListIdx > -1) {
body = [hardline, lBrace, indent([hardline, propsList]), hardline, rBrace];
}
else {
if (options.collapseEmptyBraces) {
body = [" ", lBrace, rBrace];
}
else {
body = [hardline, lBrace, hardline, rBrace];
}
}
return [...signature, ...body];
}
function printFieldGroupsList(path, options, print) {
// Grammar: FIELDGROUPS LBRACE fieldGroupItem* RBRACE
const rBraceIdx = path.node.children.findIndex(c => c.symbol?.type === ALParser.RBRACE);
const keyword = path.call(print, 'children', 0);
const lbrace = path.call(print, 'children', 1);
const rbrace = path.call(print, 'children', rBraceIdx);
const items = [];
for (let i = 2; i < rBraceIdx; i++) {
items.push(path.call(print, 'children', 2));
}
if (options.removeEmptyElements && items.length === 0)
return [];
const res = [];
res.push(keyword, hardline, lbrace);
if (items.length > 0) {
res.push(indent([hardline, join(hardline, items)]));
}
res.push(hardline, rbrace);
return res;
}
function printFieldGroupItem(path, options, print) {
// Grammar: FIELDGROUP LPAREN fieldGroupDefinition RPAREN LBRACE RBRACE
const fieldgroup = [
path.call(print, 'children', 0),
path.call(print, 'children', 1),
path.call(print, 'children', 2),
path.call(print, 'children', 3)
];
fieldgroup.push(options.collapseEmptyBraces ? " " : hardline);
fieldgroup.push(path.call(print, 'children', path.node.children.length - 2));
if (!options.collapseEmptyBraces) {
fieldgroup.push(hardline);
}
fieldgroup.push(path.call(print, 'children', path.node.children.length - 1));
return fieldgroup;
}
function printFieldGroupDefinition(path, options, print) {
// Grammar: identifier SEMICOLON fieldGroupFieldsList
return [path.call(print, 'children', 0), "; ", path.call(print, 'children', 2)];
}
function printFieldGroupFieldsList(path, options, print) {
// Grammar: identifier (COMMA identifier)*
const fieldNames = [];
for (let i = 0; i < path.node.children.length; i += 2) {
fieldNames.push(path.call(print, 'children', i));
}
return join(", ", fieldNames);
}
//#endregion Table functions
//#region Table extension functions
function printTableExtObject(path, options, print) {
// Grammar: TABLEEXTENSION INTEGER_LITERAL IDENTIFIER EXTENDS IDENTIFIER LBRACE tableExtPropertiesList? tableExtFieldsList? tableKeysSection? (variablesList | triggersList | proceduresList)* RBRACE;
const children = path.node.children;
const objectIdx = children.findIndex(c => c.symbol?.type === ALParser.TABLEEXTENSION);
if (objectIdx === -1) return "";
const objectId = path.call(print, 'children', objectIdx + 1);
const objectName = path.call(print, 'children', objectIdx + 2);
const extendedObjectName = path.call(print, 'children', objectIdx + 4);
const elementStart = objectIdx + 6;
const elementEnd = children.length - 1;
const elementDocs = [];
for (let i = elementStart; i < elementEnd; i++) {
elementDocs.push(path.call(print, 'children', i));
}
const body = elementDocs.length > 0
? [indent([hardline, join([hardline, hardline], elementDocs)]), hardline]
: [hardline];
return ["tableextension ", objectId, " ", objectName, " extends ", extendedObjectName, hardline, "{", ...body, "}"];
}
function printTableExtFieldModification(path, node, print) {
// Grammar: MODIFY LPAREN identifier RPAREN LBRACE tableFieldPropertiesList? triggersList? RBRACE;
const children = path.node.children;
const modifyKeyword = path.call(print, 'children', 0);
const lparen = path.call(print, 'children', 1);
const fieldName = path.call(print, 'children', 2);
const rparen = path.call(print, 'children', 3);
const lbrace = path.call(print, 'children', 4);
const rbrace = path.call(print, 'children', children.length - 1);
const elementDocs = [];
for (let i = 5; i < children.length - 1; i++) {
elementDocs.push(path.call(print, 'children', i));
}
const signature = [modifyKeyword, lparen, fieldName, rparen];
let body = [];
if (elementDocs.length > 0) {
body = [hardline, lbrace, indent([hardline, join([hardline, hardline], elementDocs)]), hardline, rbrace];
}
else {
if (options.collapseEmptyBraces) {
body = [" ", lbrace, rbrace];
}
else {
body = [hardline, lbrace, hardline, rbrace];
}
}
return [...signature, ...body];
}
//#endregion Table extension functions
//#region Page functions
function printPageObject(path, options, print) {
return printALObject(path, options, print, ALParser.PAGE);
}
function printLayoutDefinition(path, options, print) {
// Grammar: LAYOUT LBRACE layoutElements RBRACE
const elements = path.call(print, 'children', 2);
if (options.removeEmptyElements && (!Array.isArray(elements) || elements.length === 0))
return [];
const pageLayout = [path.call(print, 'children', 0)];
pageLayout.push(
!options.collapseEmptyBraces || (Array.isArray(elements) && elements.length > 0)
? hardline
: " ");
pageLayout.push(path.call(print, 'children', 1));
if (Array.isArray(elements) && elements.length > 0) {
pageLayout.push(indent([hardline, elements]));
}
if (!options.collapseEmptyBraces || (Array.isArray(elements) && elements.length > 0)) {
pageLayout.push(hardline);
}
pageLayout.push(path.call(print, 'children', 3));
return pageLayout;
}
function printLayoutElements(path, options, print) {
// Grammar: (areaDefinition | groupDefinition | pageFieldItem | partDefinition | repeaterDefinition)*
const children = path.node.children;
if (!children || children.length === 0) return "";
return join(hardline, path.map(print, 'children'));
}
function printAreaDefinition(path, options, print) {
// Grammar: AREA LPAREN IDENTIFIER RPAREN LBRACE areaElements RBRACE
const name = path.call(print, 'children', 2);
const elements = path.call(print, 'children', 5);
return ["area(", name, ")", hardline, "{", indent([hardline, elements]), hardline, "}"];
}
function printAreaElements(path, options, print) {
// Grammar: (groupDefinition | pageFieldItem | partDefinition | repeaterDefinition)*
const children = path.node.children;
if (!children || children.length === 0) return "";
return join(hardline, path.map(print, 'children'));
}
function printGroupDefinition(path, options, print) {
// Grammar: GROUP LPAREN identifier RPAREN LBRACE groupElements RBRACE
const name = path.call(print, 'children', 2);
const elements = path.call(print, 'children', 5);
return ["group(", name, ")", hardline, "{", indent([hardline, elements]), hardline, "}"];
}
function printGroupElements(path, options, print) {
// Grammar: groupPropertiesList? (pageFieldItem | groupDefinition | partDefinition)*
const children = path.node.children;
if (!children || children.length === 0)
return "";
const docs = [];
let layoutElementsStartIndex = 0;
// Inserting an empty line after the properties block if there is one
if (children[0].ruleIndex === ALParser.RULE_groupPropertiesList) {
layoutElementsStartIndex = 1;
docs.push([path.call(print, 'children', 0), hardline]);
}
for (let i = layoutElementsStartIndex; i < children.length; i++) {
docs.push([path.call(print, 'children', i)]);
}
return join(hardline, docs);
}
function printGroupPropertyItem(path, options, print) {
return [path.call(print, 'children', 0), ";"];
}
function printPartDefinition(path, options, print) {
// Grammar: PART LPAREN IDENTIFIER SEMICOLON IDENTIFIER RPAREN LBRACE partPropertiesList RBRACE
const partName = path.call(print, 'children', 2);
const pageName = path.call(print, 'children', 4);
const props = path.call(print, 'children', 7);
const body = props
? [hardline, "{", indent([hardline, props]), hardline, "}"]
: [hardline, "{", hardline, "}"];
return ["part(", partName, "; ", pageName, ")", ...body];
}
function printPartPropertiesList(path, options, print) {
// Grammar: partPropertyItem+
return join(hardline, path.map(print, 'children'));
}
function printPartPropertyItem(path, options, print) {
// Grammar: partProperty SEMICOLON
return [path.call(print, 'children', 0), ";"];
}
function printRepeaterDefinition(path, options, print) {
// Grammar: REPEATER LPAREN identifier RPAREN LBRACE repeaterElements RBRACE
const repeaterKeyword = path.call(print, 'children', 0);
const lparen = path.call(print, 'children', 1);
const repeaterName = path.call(print, 'children', 2);
const rparen = path.call(print, 'children', 3);
const lbrace = path.call(print, 'children', 4);
const elements = path.call(print, 'children', 5);
const rbrace = path.call(print, 'children', 6);
return [repeaterKeyword, lparen, repeaterName, rparen, hardline, lbrace, indent([hardline, elements]), hardline, rbrace];
}
function printRepeaterElements(path, options, print) {
// Grammar: pageFieldPropertiesList? (pageFieldItem | groupDefinition)*
const children = path.node.children;
if (!children || children.length === 0)
return "";
let firstElementIdx = 0;
const elements = [];
if (children[0].ruleIndex === ALParser.RULE_pageFieldPropertiesList) {
const properties = path.call(print, 'children', 0);
if (children.length === 1)
return properties;
elements.push([properties, hardline]);
firstElementIdx += 1;
}
for (let i = firstElementIdx; i < children.length; i++) {
elements.push([path.call(print, 'children', i)]);
}
return join(hardline, elements);
}
function printPageFieldItem(path, options, print) {
// Grammar: FIELD LPAREN identifier SEMICOLON expression RPAREN LBRACE pageFieldPropertiesList? triggersList? RBRACE;
const children = path.node.children;
const keyword = path.call(print, 'children', 0);
const lparen = path.call(print, 'children', 1);
const fieldName = path.call(print, 'children', 2);
const semicolon = path.call(print, 'children', 3);
const expression = path.call(print, 'children', 4);
const rparen = path.call(print, 'children', 5);
const lbrace = path.call(print, 'children', 6);
const rbrace = path.call(print, 'children', children.length - 1);
const elementDocs = [];
for (let i = 7; i < children.length - 1; i++) {
elementDocs.push(path.call(print, 'children', i));
}
const signature = [keyword, lparen, fieldName, semicolon, " ", expression, rparen];
const nonEmpty = elementDocs.filter(Boolean);
let body = [];
if (nonEmpty.length > 0) {
body = [hardline, lbrace, indent([hardline, join([hardline, hardline], nonEmpty)]), hardline, rbrace];
}
else {
if (options.collapseEmptyBraces) {
body = [" ", lbrace, rbrace];
}
else {
body = [hardline, lbrace, hardline, rbrace];
}
}
return [...signature, ...body];
}
function printPageLabelItem(path, options, print) {
// Grammar: LABEL LPAREN identifier RPAREN LBRACE pageFieldPropertiesList? RBRACE;
const children = path.node.children;
const signature = [];
for (let i = 0; i < 4; i++) {
signature.push(path.call(print, 'children', i));
}
const lbrace = path.call(print, 'children', 4);
const rbrace = path.call(print, 'children', children.length - 1);
const properties = children[5].ruleIndex === ALParser.RULE_pageFieldPropertiesList ? path.call(print, 'children', 5) : [];
let body = [];
if (properties.length > 0) {
body = [hardline, lbrace, indent([hardline, properties]), hardline, rbrace];
}
else {
if (options.collapseEmptyBraces) {
body = [" ", lbrace, rbrace];
}
else {
body = [hardline, lbrace, hardline, rbrace];
}
}
return [...signature, ...body];
}
function printPageFieldPropertiesList(path, options, print) {
// Grammar: pageFieldPropertyDefinition+
return join(hardline, path.map(print, 'children'));
}
function printPageFieldPropertyItem(path, options, print) {
// Grammar: pageFieldProperty SEMICOLON
return [path.call(print, 'children', 0), ";"];
}
function printSeparatorElement(path, options, print) {
// Grammar: SEPARATOR LPAREN identifier RPAREN LBRACE pageFieldPropertiesList? RBRACE;
const children = path.node.children;
const properties = [];
if (children[children.length - 2].ruleIndex === ALParser.RULE_pageFieldPropertiesList) {
properties.push(...path.call(print, 'children', children.length - 2));
}
const lbrace = children[children.length - 2].ruleIndex === ALParser.RULE_pageFieldPropertiesList
? path.call(print, 'children', children.length - 3)
: path.call(print, 'children', children.length - 2);
const separatorDefinition = [];
separatorDefinition.push(...path.call(print, 'children', 0));
separatorDefinition.push(...path.call(print, 'children', 1));
separatorDefinition.push(...path.call(print, 'children', 2));
separatorDefinition.push(...path.call(print, 'children', 3));
separatorDefinition.push(properties.length > 0 || !options.collapseEmptyBraces ? hardline : " ");
separatorDefinition.push(...lbrace);
if (properties.length > 0) {
separatorDefinition.push(indent([hardline, properties]));
}
if (properties.length > 0 || !options.collapseEmptyBraces) {
separatorDefinition.push(hardline);
}
separatorDefinition.push(...path.call(print, 'children', children.length - 1));
return separatorDefinition
}
function printActionsDefinition(path, options, print) {
// Grammar: ACTIONS LBRACE actionElements RBRACE
const elements = path.call(print, 'children', 2);
if (options.removeEmptyElements && (!Array.isArray(elements) || elements.length === 0))
return [];
const keyword = path.call(print, 'children', 0);
const lbrace = path.call(print, 'children', 1);
const rbrace = path.call(print, 'children', 3);
const actionsDef = [keyword];
actionsDef.push(((Array.isArray(elements) && elements.length > 0) || !options.collapseEmptyBraces) ? hardline : " ");
actionsDef.push(lbrace);
if (Array.isArray(elements) && elements.length > 0) {
actionsDef.push(indent([hardline, elements]));
}
if ((Array.isArray(elements) && elements.length > 0) || !options.collapseEmptyBraces) {
actionsDef.push(hardline);
}
actionsDef.push(rbrace);
return actionsDef;
}
function printActionElements(path, options, print) {
// Grammar: actionPropertiesList? (actionDefinition | actionRefsList | actionGroupDefinition | actionAreaDefinition)*;
const children = path.node.children;
if (!children || children.length === 0)
return [];
let actionStartIdx = 0;
const elements = [];
if (children[0].ruleIndex === ALParser.RULE_actionPropertiesList) {
elements.push(path.call(print, 'children', 0));
actionStartIdx = 1;
}
const actions = [];
for (let i = actionStartIdx; i < children.length; i++) {
actions.push(path.call(print, 'children', i));
}
if (actions.length > 0) {
if (elements.length > 0)
elements.push(hardline, hardline);
elements.push(join(hardline, actions));
}
return elements;
}
function printActionDefinition(path, options, print) {
// Grammar: ACTION LPAREN IDENTIFIER RPAREN LBRACE actionPropertiesList? triggersList? RBRACE
const children = path.node.children;
const name = path.call(print, 'children', 2);
// actionPropertiesList? and triggersList? are collected between LBRACE (index 4) and RBRACE (last)
const elementDocs = [];
for (let i = 5; i < children.length - 1; i++) {
elementDocs.push(path.call(print, 'children', i));
}
const lbraceIdx = path.node.children.findIndex(c => c.symbol?.type === ALParser.LBRACE);
const lbrace = path.call(print, 'children', lbraceIdx);
const rbrace = path.call(print, 'children', children.length - 1);
const nonEmpty = elementDocs.filter(Boolean);
let body = [];
if (nonEmpty.length > 0) {
body = [hardline, lbrace, indent([hardline, join([hardline, hardline], nonEmpty)]), hardline, rbrace]
}
else {
if (options.collapseEmptyBraces) {
body = [" ", lbrace, rbrace];
}
else {
body = [hardline, lbrace, hardline, rbrace];
}
}
return ["action(", name, ")", ...body];
}
function printActionPropertiesList(path, options, print) {
// Grammar: actionPropertyItem+
return join(hardline, path.map(print, 'children'));
}
function printActionPropertyItem(path, options, print) {
// Grammar: actionProperty SEMICOLON
return [path.call(print, 'children', 0), ";"];
}
function printActionAreaDefinition(path, options, print) {
// Grammar: AREA LPAREN IDENTIFIER RPAREN LBRACE actionAreaElements RBRACE
const name = path.call(print, 'children', 2);
const elements = path.call(print, 'children', 5);
return ["area(", name, ")", hardline, "{", indent([hardline, elements]), hardline, "}"];
}
function printActionAreaElements(path, options, print) {
// Grammar: actionPropertiesList? (actionDefinition | actionGroupDefinition | actionRefsList)*;
const children = path.node.children;
if (!children || children.length === 0) return "";
return join(hardline, path.map(print, 'children'));
}
function printActionGroupDefinition(path, options, print) {
// Grammar: GROUP LPAREN IDENTIFIER RPAREN LBRACE actionElements RBRACE
const name = path.call(print, 'children', 2);
const elements = path.call(print, 'children', 5);
return ["group(", name, ")", hardline, "{", indent([hardline, elements]), hardline, "}"];
}
function printActionRefsList(path, options, print) {
// Grammar: actionRef+
return join(hardline, path.map(print, 'children'));
}
function printActionRef(path, options, print) {
// Grammar: ACTIONREF LPAREN identifier SEMICOLON identifier RPAREN LBRACE actionPropertiesList? RBRACE
const actionRefKeyword = path.call(print, 'children', 0);
const lparen = path.call(print, 'children', 1);
const name = path.call(print, 'children', 2);
const semicolon = path.call(print, 'children', 3);
const actionName = path.call(print, 'children', 4);
const rparen = path.call(print, 'children', 5);
const lbrace = path.call(print, 'children', 6);
const rbrace = path.call(print, 'children', path.node.children.length - 1);
const actionPropsIdx = path.node.children.findIndex(c => c.ruleIndex === ALParser.RULE_actionPropertiesList);
const properties = [];
if (actionPropsIdx > -1) {
properties.push(indent([hardline, path.call(print, 'children', actionPropsIdx)]));
}
const actionRef = [actionRefKeyword, lparen, name, semicolon, " ", actionName, rparen];
actionRef.push(properties.length > 0 || !options.collapseEmptyBraces ? hardline : " ");
actionRef.push(lbrace, properties);
if (properties.length > 0 || !options.collapseEmptyBraces) {
actionRef.push(hardline);
}
actionRef.push(rbrace);
return actionRef;
}
function printTableRelationExpression(path, options, print) {
return group(indent(join(line, path.map(print, 'children'))));
}
function printTableFieldReference(path, options, print) {
return path.map(print, 'children');
}
function printTableRelationWhereExpression(path, options, print) {
// Grammar: WHERE LPAREN tableRelationEqualityExpression (COMMA tableRelationEqualityExpression)* RPAREN
const children = path.node.children;
const filters = [];
for (let i = 2; i < children.length; i += 2) {
filters.push(path.call(print, 'children', i));
}
return ["where(", indent(join([",", line], filters)), ")"];
}
function printTableRelationFilterRef(path, options, print) {
const rparenIdx = path.node.children.findIndex(c => c.symbol?.type === ALParser.RPAREN);
const func = path.call(print, 'children', 0);
const lParen = path.call(print, 'children', 1);
const rParen = path.call(print, 'children', rparenIdx);
const expression = [];
for (let i = 2; i < rparenIdx; i++)
expression.push(path.call(print, 'children', i));
return [func, lParen, ...expression, rParen];
}
function printRelationFilterExpression(path, options, print) {
return join(" ", path.map(print, 'children'));
}
function printCalcFormulaExpression(path, options, print) {
// Grammar: (MINUS | PLUS)? identifier LPAREN tableFieldReference (tableRelationWhereExpression)? RPAREN;
const children = path.node.children;
const functionIdx = children[0].symbol?.type === ALParser.MINUS || children[0].symbol?.type === ALParser.PLUS ? 1 : 0;
const whereExprIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_tableRelationWhereExpression);
const rparenIdx = children.findIndex(c => c.symbol?.type === ALParser.RPAREN);
const tableRefIdx = whereExprIdx > 0 ? whereExprIdx - 1 : rparenIdx - 1;
const calcFormulaFunction = [];
calcFormulaFunction.push(path.call(print, 'children', 0));
if (functionIdx > 0) {
calcFormulaFunction.push(path.call(print, 'children', 1));
}
let whereExpr = [];
if (whereExprIdx > 0) {
whereExpr = path.call(print, 'children', whereExprIdx);
}
const tableRef = path.call(print, 'children', tableRefIdx);
return group([...calcFormulaFunction, "(", indent([...tableRef, line, ...whereExpr]), ")"]);
}
function printSubPageLinkProperty(path, options, print) {
// Grammar: SUBPAGELINK EQUAL subpageLinkExpression
const keyword = path.call(print, 'children', 0);
const equalSign = path.call(print, 'children', 1);
const expression = path.call(print, 'children', 2);
return [keyword, " ", equalSign, group(indent([line, expression]))];
}
function printPageLinkExpression(path, options, print) {
// Grammar: subpageLinkFilter (COMMA subpageLinkFilter)*;
const children = path.node.children;
const filters = [];
for (let i = 0; i < children.length; i += 2) {
const filter = [];
filter.push(path.call(print, 'children', i));
if (children.length > i + 1 && children[i + 1].symbol?.type === ALParser.COMMA) {
filter.push([path.call(print, 'children', i + 1), line]);
}
filters.push(filter);
}
return filters;
}
function pintTableViewExpression(path, options, print) {
// Grammar: sourceTableSortingExpr? sourceTableOrderExpr? tableRelationWhereExpression?;
return group(indent(join(line, path.map(print, 'children'))));
}
function printSourceTableViewExpression(path, options, print) {
return printObjectProperty(path, options, print);
}
//#endregion Page functions
//#region Page extension functions
function printPageExtensionObject(path, options, print) {
return printALObject(path, options, print, ALParser.PAGEEXTENSION);
}
function printPageExtLayoutDefinition(path, options, print) {
// Grammar: LAYOUT LBRACE (pageExtLayoutModification | pageExtElementModification)* RBRACE
const children = path.node.children;
const lBraceIdx = children.findIndex(c => c.symbol?.type === ALParser.LBRACE);
const rBraceIdx = children.findIndex(c => c.symbol?.type === ALParser.RBRACE);
const layoutElements = [];
for (let i = lBraceIdx + 1; i < rBraceIdx; i++) {
layoutElements.push(path.call(print, "children", i));
}
const layout = [];
layout.push(path.call(print, "children", 0), hardline, path.call(print, "children", lBraceIdx));
if (layoutElements.length > 0) {
layout.push(indent([hardline, join(hardline, layoutElements)]));
}
layout.push(hardline, path.call(print, "children", rBraceIdx));
return layout;
}
function printPageExtLayoutModificationBlock(path, options, print) {
// Grammar: pageExtLayoutMod LPAREN identifier RPAREN LBRACE layoutElements RBRACE
const children = path.node.children;
const lBraceIdx = children.findIndex(c => c.symbol?.type === ALParser.LBRACE);
const anchor = [];
for (let i = 0; i < lBraceIdx; i++) {
anchor.push(path.call(print, 'children', i));
}
const layoutElements = path.call(print, 'children', lBraceIdx + 1);
const lBrace = path.call(print, 'children', lBraceIdx);
const rBrace = path.call(print, 'children', children.length - 1);
return [anchor, hardline, lBrace, indent([hardline, layoutElements]), hardline, rBrace];
}
function printPageExtElementModificationBlock(path, options, print) {
// Grammar: MODIFY LPAREN identifier RPAREN LBRACE (pageFieldPropertiesList | actionPropertiesList | triggersList)* RBRACE
const children = path.node.children;
const lBraceIdx = children.findIndex(c => c.symbol?.type === ALParser.LBRACE);
const anchor = [];
for (let i = 0; i < lBraceIdx; i++) {
anchor.push(path.call(print, 'children', i));
}
const layoutElements = [];
for (let i = lBraceIdx + 1; i < children.length - 1; i++) {
layoutElements.push(path.call(print, 'children', i));
}
path.call(print, 'children', lBraceIdx + 1);
const lBrace = path.call(print, 'children', lBraceIdx);
const rBrace = path.call(print, 'children', children.length - 1);
return [...anchor, hardline, lBrace, indent([hardline, join(hardline, layoutElements)]), hardline, rBrace];
}
function printPageExtensionActions(path, options, print) {
// Grammar: ACTIONS LBRACE (pageExtActionModification | pageExtActionPropModification)* RBRACE
const children = path.node.children;
const lBraceIdx = children.findIndex(c => c.symbol?.type === ALParser.LBRACE);
const rBraceIdx = children.findIndex(c => c.symbol?.type === ALParser.RBRACE);
const mods = [];
for (let i = lBraceIdx + 1; i < rBraceIdx; i++)
mods.push(path.call(print, "children", i));
const result = [];
result.push(path.call(print, "children", 0), hardline, path.call(print, "children", lBraceIdx));
if (mods.length > 0) {
result.push(indent([hardline, join(hardline, mods)]));
}
result.push(hardline, path.call(print, "children", rBraceIdx));
return result;
}
function printPageExtElementRelocation(path, options, print) {
// Grammar: pageExtElementRelocationKeyword LPAREN identifier SEMICOLON identifiersList RPAREN;
const keyword = path.call(print, 'children', 0);
const lparen = path.call(print, 'children', 1);
const identifier = path.call(print, 'children', 2);
const semicolon = path.call(print, 'children', 3);
const idList = path.call(print, 'children', 4);
const rparen = path.call(print, 'children', 5);
return [keyword, lparen, identifier, semicolon, " ", idList, rparen];
}
//#endregion Page extension functions
//#region Interface functions
function printInterfaceObject(path, options, print) {
const children = path.node.children;
// Grammar: INTERFACE identifier (EXTENDS identifierWithNamespace)? LBRACE interfacePropertiesList? procedureDeclaration* RBRACE
const keyword = path.call(print, 'children', 0);
const objectName = path.call(print, 'children', 1);
let properties = [];
const propsListIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_interfacePropertiesList);
if (propsListIdx > -1) {
properties = path.call(print, 'children', propsListIdx);
}
const procListStart = children.findIndex(c => c.ruleIndex === ALParser.RULE_procedureDeclaration);
const procListEnd = children.length - 1;
const procDeclDocs = [];
if (procListStart > -1) {
for (let i = procListStart; i < procListEnd; i++) {
procDeclDocs.push(path.call(print, 'children', i));
}
}
const declaration = [keyword, " ", objectName];
const extendsIdx = children.findIndex(c => c.symbol?.type === ALParser.EXTENDS);
if (extendsIdx > -1) {
declaration.push([" ", path.call(print, 'children', extendsIdx)]);
declaration.push([" ", path.call(print, 'children', extendsIdx + 1)]);
}
const body = [];
if (properties.length > 0) {
body.push(hardline, ...properties);
}
if (procDeclDocs.length > 0) {
if (body.length > 0) {
body.push(hardline);
}
body.push(hardline, join([hardline], procDeclDocs));
}
return [...declaration, hardline, "{", indent([...body]), hardline, "}"];
}
function printInterfacePropertiesList(path, options, print) {
return join(hardline, path.map(print, 'children'));
}
function printProcedureDeclaration(path, options, print) {
// Grammar: PROCEDURE identifier LPAREN parameterList? RPAREN procedureReturnType? SEMICOLON?
const children = path.node.children;
const rParenIdx = children.findIndex(c => c.symbol?.type === ALParser.RPAREN);
const returnTypeIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_procedureReturnType);
const name = path.call(print, 'children', 1);
const paramDoc = rParenIdx > 3 ? path.call(print, 'children', 3) : "";
let signature =
[path.call(print, 'children', 0), " ", name, path.call(print, 'children', 2), softline, paramDoc, path.call(print, 'children', rParenIdx)];
if (returnTypeIdx) {
signature = [...signature, path.call(print, 'children', returnTypeIdx)];
}
const semicolon =
children[children.length - 1].symbol?.type === ALParser.SEMICOLON
? path.call(print, 'children', children.length - 1)
: ";";
signature = group(indent([...signature, semicolon]));
return signature;
}
function printInterfacePropertyItem(path, options, print) {
// Grammar: interfaceProperty SEMICOLON
return path.map(print, 'children');
}
//#endregion Interface functions
//#region Codeunit functions
function printCodeunitObject(path, options, print) {
return printALObject(path, options, print, ALParser.CODEUNIT);
}
function printImplementsInterfacesList(path, options, print) {
// Grammar: IMPLEMENTS identifierWithNamespace (COMMA identifierWithNamespace)*
const children = path.node.children;
const implementsKeyword = path.call(print, 'children', 0);
const interfaces = [];
for (let i = 1; i < children.length; i += 2) {
interfaces.push(path.call(print, 'children', i)); // Name of the implemented interface
if (i < children.length - 1) {
interfaces.push([path.call(print, 'children', i + 1), " "]); // Comma
}
}
return [implementsKeyword, " ", interfaces];
}
//#endregion Codeunit functions
//#region Enum functions
function printEnumObject(path, options, print) {
return printALObject(path, options, print, ALParser.ENUM);
}
function printEnumValuesList(path, options, print) {
return join(hardline, path.map(print, 'children'));
}
function printEnumValueDefinition(path, options, print) {
// Grammar: VALUE LPAREN INTEGER_LITERAL SEMICOLON identifier RPAREN LBRACE enumValuePropertiesList? RBRACE
const children = path.node.children;
const semicolonIdx = children.findIndex(c => c.symbol?.type === ALParser.SEMICOLON);
const lBraceIdx = children.findIndex(c => c.symbol?.type === ALParser.LBRACE);
const rBraceIdx = children.findIndex(c => c.symbol?.type === ALParser.RBRACE);
const decl = [];
for (let i = 0; i < semicolonIdx; i++) {
decl.push(path.call(print, 'children', i));
}
decl.push(path.call(print, 'children', semicolonIdx));
decl.push(" ");
for (let i = semicolonIdx + 1; i < lBraceIdx; i++) {
decl.push(path.call(print, 'children', i));
}
const props = [];
if (rBraceIdx > lBraceIdx + 1) {
props.push(path.call(print, 'children', lBraceIdx + 1));
}
const result = [];
result.push(
decl,
hardline,
path.call(print, 'children', lBraceIdx));
if (props.length > 0) {
result.push(indent([hardline, props]));
}
result.push(
hardline,
path.call(print, 'children', rBraceIdx)
);
return result;
}
function printImplementationProperty(path, options, print) {
// Grammar: identifier EQUAL identifierWithNamespace EQUAL identifierWithNamespace (COMMA identifierWithNamespace EQUAL identifierWithNamespace)*;
const children = path.node.children;
const stmt = [];
stmt.push(path.call(print, 'children', 0), " ", path.call(print, 'children', 1));
const implementations = [];
for (let impl = 2; impl <= children.length - 3; impl += 4) {
implementations.push(
line,
path.call(print, 'children', impl), // Interface name
" ",
path.call(print, 'children', impl + 1), // Equal sign
" ",
path.call(print, 'children', impl + 2) // Implementation name
);
if (impl < children.length - 4) {
implementations.push(path.call(print, 'children', impl + 3)); // Comma before the next implementation
}
}
stmt.push(group(indent(implementations)));
return stmt;
}
//#endregion Enum functions
//#region Enum extension functions
function printEnumExtensionObject(path, options, print) {
return printALObject(path, options, print, ALParser.ENUMEXTENSION);
}
//#endregion Enum extension functions
//#region Query functions
function printQueryObject(path, options, print) {
return printALObject(path, options, print, ALParser.QUERY);
}
function printQueryDataItemElementsList(path, options, print) {
return join(hardline, path.map(print, 'children'));
}
function printQueryElements(path, options, print) {
// Grammar: ELEMENTS LBRACE queryDataItemDefinition* RBRACE;
const keyword = path.call(print, 'children', 0);
const lbrace = path.call(print, 'children', 1);
const rbrace = path.call(print, 'children', path.node.children.length - 1);
const dataItems = [];
for (let i = 2; i < path.node.children.length - 1; i++) {
dataItems.push(path.call(print, 'children', i));
}
return [keyword, hardline, lbrace, indent([hardline, join(hardline, dataItems)]), hardline, rbrace];
}
function printQueryDataItemDefinition(path, options, print) {
// Grammar: DATAITEM LPAREN identifier SEMICOLON expression RPAREN LBRACE queryPropertiesList? queryDataItemElementsList? RBRACE;
const children = path.node.children;
const keyword = path.call(print, 'children', 0);
const lparen = path.call(print, 'children', 1);
const dataItemId = path.call(print, 'children', 2);
const semicolon = path.call(print, 'children', 3);
const refExpression = path.call(print, 'children', 4);
const rparen = path.call(print, 'children', 5);
const lbrace = path.call(print, 'children', 6);
const rbrace = path.call(print, 'children', children.length - 1);
const content = [];
const propsIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_queryPropertiesList);
if (propsIdx > -1)
content.push(path.call(print, 'children', propsIdx));
const elementsIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_queryDataItemElementsList);
if (elementsIdx > -1) {
if (content.length > 0)
content.push(hardline, hardline);
content.push(path.call(print, 'children', elementsIdx));
}
const dataItem = [keyword, lparen, dataItemId, semicolon, " ", refExpression, rparen, hardline, lbrace];
if (content.length > 0)
dataItem.push(indent([hardline, ...content]));
dataItem.push(hardline, rbrace);
return dataItem;
}
function printDataItemLinkProperty(path, options, print) {
// Grammar: DATAITEMLINK EQUAL identifier EQUAL tableFieldReference (COMMA identifier EQUAL tableFieldReference)*;
const propertyName = path.call(print, 'children', 0);
const equalSign = path.call(print, 'children', 1);
const colRefs = [];
for (let i = 2; i <= path.node.children.length - 3; i += 4) {
const colName = path.call(print, 'children', i);
const refEqualSign = path.call(print, 'children', i + 1);
const referencedColumn = path.call(print, 'children', i + 2);
colRefs.push(colName, " ", refEqualSign, " ", referencedColumn);
if (i < path.node.children.length - 3) {
colRefs.push(path.call(print, 'children', i + 3), line); // Comma
}
}
return [propertyName, " ", equalSign, group(indent([line, ...colRefs]))];
}
function printQueryColumnDefinition(path, options, print) {
// Grammar: COLUMN LPAREN identifier (SEMICOLON expression)? RPAREN LBRACE queryColumnPropertiesList? RBRACE;
const children = path.node.children;
const keyword = path.call(print, 'children', 0);
const lparen = path.call(print, 'children', 1);
const colId = path.call(print, 'children', 2);
const semicolonIdx = children.findIndex(c => c.symbol?.type === ALParser.SEMICOLON);
const refExpIdx = semicolonIdx > -1 ? semicolonIdx + 1 : -1;
const rparenIdx = semicolonIdx > -1 ? 5 : 3;
const lbraceIdx = rparenIdx + 1;
const propsListIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_queryColumnPropertiesList);
const rbraceIdx = children.length - 1;
const semicolon = semicolonIdx > -1 ? path.call(print, 'children', semicolonIdx) : [];
const refExpression = refExpIdx > -1 ? path.call(print, 'children', refExpIdx) : [];
const rparen = path.call(print, 'children', rparenIdx);
const lbrace = path.call(print, 'children', lbraceIdx);
const rbrace = path.call(print, 'children', rbraceIdx);
const properties =
propsListIdx > -1
? path.call(print, 'children', propsListIdx)
: [];
const content = [keyword, lparen, colId];
if (semicolonIdx > -1)
content.push(semicolon, " ", refExpression);
content.push(rparen)
content.push(properties.length > 0 || !options.collapseEmptyBraces ? hardline : " ");
content.push(lbrace);
if (properties.length > 0)
content.push(indent([hardline, ...properties]));
if (properties.length > 0 || !options.collapseEmptyBraces) {
content.push(hardline)
}
content.push(rbrace);
return content;
}
function printOrderByProperty(path, options, print) {
// Grammar: ORDERBY EQUAL IDENTIFIER LPAREN identifier RPAREN (COMMA IDENTIFIER LPAREN identifier RPAREN)*;
const keyword = path.call(print, 'children', 0);
const equalSign = path.call(print, 'children', 1);
const expression = [];
for (let i = 2; i < path.node.children.length; i += 5) {
expression.push(path.call(print, 'children', i)); // Order direction: ascending / descending
expression.push(path.call(print, 'children', i + 1)); // Left parenthesis
expression.push(path.call(print, 'children', i + 2)); // Ordergin column name
expression.push(path.call(print, 'children', i + 3)); // Right parenthesis
if (i < path.node.children.length - 4) {
expression.push([path.call(print, 'children', i + 4), " "]); // Comma separating the next ordering clause
}
}
return [keyword, " ", equalSign, " ", ...expression];
}
//#endregion Query functions
//#region Report functions
function printReportObject(path, options, print) {
return printALObject(path, options, print, ALParser.REPORT);
}
function printReportDatasetDefinition(path, options, print) {
// Grammar: DATASET LBRACE reportDataItemDefinition* RBRACE;
const children = path.node.children;
const keyword = path.call(print, 'children', 0);
const lbrace = path.call(print, 'children', 1);
const rbrace = path.call(print, 'children', children.length - 1);
const dataItems = [];
for (let i = 2; i < children.length - 1; i++) {
dataItems.push(path.call(print, 'children', i));
}
const dataset = [keyword, hardline, lbrace];
if (dataItems.length > 0)
dataset.push(indent([hardline, ...dataItems]));
dataset.push(hardline, rbrace);
return dataset;
}
function printReportDataItemDefinition(path, options, print) {
// Grammar: DATAITEM LPAREN identifier SEMICOLON expression RPAREN LBRACE reportDataItemPropertiesList? reportDataItemElementsList? triggersList? RBRACE;
const children = path.node.children;
const keyword = path.call(print, 'children', 0);
const lparen = path.call(print, 'children', 1);
const dataItemName = path.call(print, 'children', 2);
const semicolon = path.call(print, 'children', 3);
const sourceExpression = path.call(print, 'children', 4);
const rparen = path.call(print, 'children', 5);
const lbrace = path.call(print, 'children', 6);
const rbrace = path.call(print, 'children', children.length - 1);
const elements = [];
for (let i = 7; i < children.length - 1; i++) { // All elements between lbrace and rbrace
elements.push(path.call(print, 'children', i));
}
const dataItem = [keyword, lparen, dataItemName, semicolon, " ", sourceExpression, rparen, hardline, lbrace];
if (elements.length > 0) {
dataItem.push(indent([hardline, join([hardline, hardline], elements)]));
}
dataItem.push(hardline, rbrace);
return dataItem;
}
function printReportDataItemElementsList(path, options, print) {
return join(hardline, path.map(print, 'children'));
}
function printReportRequestPage(path, options, print) {
// Grammar: REQUESTPAGE LBRACE pagePropertiesList? layoutDefinition? (triggersList | variablesList | proceduresList | actionsDefinition)* RBRACE;
const children = path.node.children;
const elements = [];
for (let i = 2; i < children.length - 1; i++) {
const el = path.call(print, 'children', i);
if (Array.isArray(el) && el.length > 0)
elements.push(el);
}
if (options.removeEmptyElements && elements.length === 0)
return [];
const keyword = path.call(print, 'children', 0);
const lbrace = path.call(print, 'children', 1);
const rbrace = path.call(print, 'children', children.length - 1);
const pageDocs = [keyword, hardline, lbrace];
if (elements.length > 0) {
pageDocs.push(indent([hardline, join([hardline, hardline], elements)]));
}
pageDocs.push(hardline, rbrace);
return pageDocs;
}
function printRenderingOptions(path, options, print) {
// Grammar: RENDERING LBRACE renderingLayout* RBRACE
const children = path.node.children;
const keyword = path.call(print, 'children', 0);
const lbrace = path.call(print, 'children', 1);
const rbrace = path.call(print, 'children', children.length - 1);
const layouts = [];
for (let i = 2; i < children.length - 1; i++) {
layouts.push(path.call(print, 'children', i));
}
const renderingDocs = [keyword, hardline, lbrace];
if (layouts.length > 0) {
renderingDocs.push(indent([hardline, join(hardline, layouts)]));
}
renderingDocs.push(hardline, rbrace);
return renderingDocs;
}
function printRenderingLayout(path, options, print) {
// Grammar: LAYOUT LPAREN identifier RPAREN LBRACE reportDataItemPropertiesList RBRACE
const keyword = path.call(print, 'children', 0);
const lparen = path.call(print, 'children', 1);
const layoutName = path.call(print, 'children', 2);
const rparen = path.call(print, 'children', 3);
const lbrace = path.call(print, 'children', 4);
const props = path.call(print, 'children', 5);
const rbrace = path.call(print, 'children', 6);
const body = props
? [hardline, lbrace, indent([hardline, props]), hardline, rbrace]
: [hardline, lbrace, hardline, rbrace];
return [keyword, lparen, layoutName, rparen, ...body];
}
function printLabelsDefinition(path, options, print) {
// Grammar: LABELS LBRACE labelDefinition* RBRACE
const children = path.node.children;
const keyword = path.call(print, 'children', 0);
const lbrace = path.call(print, 'children', 1);
const rbrace = path.call(print, 'children', children.length - 1);
const labels = [];
for (let i = 2; i < children.length - 1; i++) {
labels.push(path.call(print, 'children', i));
}
if (options.removeEmptyElements && labels.length === 0) {
return [];
}
const labelsDocs = [keyword];
labelsDocs.push(labels.length > 0 || !options.collapseEmptyBraces ? hardline : " ");
labelsDocs.push(lbrace);
if (labels.length > 0) {
labelsDocs.push(indent([hardline, join(hardline, labels)]));
}
if (labels.length > 0 || !options.collapseEmptyBraces) {
labelsDocs.push(hardline);
}
labelsDocs.push(rbrace);
return labelsDocs;
}
function printLabelDefinition(path, options, print) {
// Grammar: identifier EQUAL STRING_LITERAL (COMMA identifier EQUAL literal)* SEMICOLON
const children = path.node.children;
const labelName = path.call(print, 'children', 0);
const equal = path.call(print, 'children', 1);
const labelValue = path.call(print, 'children', 2);
const parts = [labelName, " ", equal, " ", labelValue];
// Add additional identifier = value pairs if present
for (let i = 3; i < children.length - 1; i += 4) {
if (children[i].symbol?.type === ALParser.COMMA) {
parts.push(path.call(print, 'children', i)); // comma
parts.push(line);
parts.push(path.call(print, 'children', i + 1)); // identifier
parts.push(" ");
parts.push(path.call(print, 'children', i + 2)); // equal
parts.push(" ");
parts.push(path.call(print, 'children', i + 3)); // value
}
}
parts.push(path.call(print, 'children', children.length - 1)); // semicolon
return group(indent(parts));
}
function printDataItemTableViewProperty(path, options, print) {
return printObjectProperty(path, options, print);
}
//#endregion Report functions
//#region Code statements
function printNamespaceDeclaration(path, options, print) {
// Grammar: NAMESPACE namespaceName SEMICOLON;
return [path.call(print, 'children', 0), " ", ...path.call(print, 'children', 1), path.call(print, 'children', 2)];
}
function printUsingRefList(path, options, print) {
return join(hardline, path.map(print, 'children'));
}
function printUsingReference(path, options, print) {
// Grammar: USING namespaceName SEMICOLON;
return [path.call(print, 'children', 0), " ", ...path.call(print, 'children', 1), path.call(print, 'children', 2)];
}
function printVariableDeclaration(path, options, print) {
// Grammar: variableAttributesList? identifier (COMMA identifier)* COLON dataType SEMICOLON
const children = path.node.children;
const colonIdx = children.findIndex(c => c.symbol?.type === ALParser.COLON);
const attrListIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_variableAttributesList);
const attributes = attrListIdx > -1 ? [path.call(print, 'children', attrListIdx), hardline] : [];
const varNames = [];
for (let varIdx = attrListIdx + 1; varIdx < colonIdx; varIdx += 2)
varNames.push(path.call(print, 'children', varIdx));
const type = path.call(print, 'children', colonIdx + 1);
return [
...attributes,
join(", ", varNames),
path.call(print, 'children', colonIdx),
" ",
type,
path.call(print, 'children', children.length - 1)
];
}
function printVariablesList(path, options, print) {
// Grammar: PROTECTED? VAR variableDeclaration+;
const children = path.node.children;
const varIdx = children.findIndex(c => c.symbol?.type === ALParser.VAR);
const keywords = [];
for (let i = 0; i <= varIdx; i++) {
keywords.push(path.call(print, 'children', i));
}
const varDocs = [];
for (let i = varIdx + 1; i < children.length; i++) {
varDocs.push(path.call(print, 'children', i));
}
return varDocs.length > 0
? [join(" ", keywords), indent([hardline, join(hardline, varDocs)])]
: [];
}
function printTriggersList(path, options, print) {
// Grammar: triggerDefinition+
return join([hardline, hardline], path.map(print, 'children'));
}
function printTriggerDefinition(path, options, print) {
// Grammar: TRIGGER IDENTIFIER LPAREN parameterList? RPAREN procedureReturnType? variablesList? BEGIN statementList? END SEMICOLON
const children = path.node.children;
const paramsListIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_parameterList);
const beginIdx = children.findIndex(c => c.symbol?.type === ALParser.BEGIN);
const endIdx = children.findIndex(c => c.symbol?.type === ALParser.END);
const returnTypeIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_procedureReturnType);
const varsIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_variablesList);
const statementListId = endIdx > beginIdx + 1 ? beginIdx + 1 : -1;
const triggerKeyword = path.call(print, 'children', 0);
const name = path.call(print, 'children', 1);
const lParen = path.call(print, 'children', 2);
const rParen = path.call(print, 'children', paramsListIdx > -1 ? paramsListIdx + 1 : 3);
const beginKeyword = path.call(print, 'children', beginIdx);
const endKeyword = path.call(print, 'children', endIdx);
const semicolon = path.call(print, 'children', children.length - 1);
const paramDoc = paramsListIdx > -1 ? path.call(print, 'children', paramsListIdx) : "";
const returnType = returnTypeIdx > -1 ? path.call(print, 'children', returnTypeIdx) : [];
// variablesList: any rule context between RPAREN and BEGIN
const varDocs = path.call(print, 'children', varsIdx);
const signature = [triggerKeyword, " ", name, lParen, paramDoc, rParen];
if (returnType.length > 0) {
signature.push(...returnType);
}
const vars = varDocs.length > 0 ? [hardline, ...varDocs] : [];
const body = statementListId > 0
? [hardline, beginKeyword, indent([hardline, path.call(print, 'children', statementListId)]), hardline, endKeyword, semicolon]
: [hardline, beginKeyword, hardline, endKeyword, semicolon];
return [...signature, ...vars, ...body];
}
function printProceduresList(path, options, print) {
// Grammar: procedureDefinition+
const children = path.node.children;
const procedures = [];
for (let i = 0; i < children.length; i++) {
removeBlankLineBeforeLeadingComment(children[i]);
removeBlankLineAroundTrailingComment(children[i]);
procedures.push(path.call(print, 'children', i));
}
// To avoid inserting redundant line breaks after the trailing comment attached to the procedures list node
removeBlankLineAroundTrailingComment(path.node);
return join([hardline, hardline], procedures);
}
function printProcedureDefinition(path, options, print) {
// Grammar: procedureAttributesList? (LOCAL | INTERNAL)? PROCEDURE IDENTIFIER LPAREN parameterList? RPAREN procedureReturnType? variablesList? BEGIN statementList? END SEMICOLON
const children = path.node.children;
const accessModifierIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_procedureAccessModifier);
const procKeywordIdx = children.findIndex(c => c.symbol?.type === ALParser.PROCEDURE);
const varListIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_variablesList);
const lParenIdx = children.findIndex(c => c.symbol?.type === ALParser.LPAREN);
const rParenIdx = children.findIndex(c => c.symbol?.type === ALParser.RPAREN);
const returnTypeIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_procedureReturnType);
const beginIdx = children.findIndex(c => c.symbol?.type === ALParser.BEGIN);
const endIdx = children.findIndex(c => c.symbol?.type === ALParser.END);
const statementListId = endIdx > beginIdx + 1 ? beginIdx + 1 : -1;
const proc = path.call(print, 'children', procKeywordIdx);
const begin = path.call(print, 'children', beginIdx);
const end = path.call(print, 'children', endIdx);
let attributes = [];
if (children[0].ruleIndex === ALParser.RULE_procedureAttributesList) {
attributes = [...path.call(print, "children", 0), hardline];
}
const name = path.call(print, 'children', procKeywordIdx + 1);
// parameterList is at index procKeywordIdx + 3 only when RPAREN is not immediately after LPAREN (index procKeywordIdx + 2)
const paramDoc = rParenIdx > procKeywordIdx + 3 ? path.call(print, 'children', procKeywordIdx + 3) : "";
// variablesList: any rule context between RPAREN and BEGIN
const varDocs = varListIdx > 0 ? path.call(print, 'children', varListIdx) : [];
let signature = [proc, " ", name, path.call(print, 'children', lParenIdx), group(indent([softline, paramDoc])), path.call(print, 'children', rParenIdx)];
// If the procedure return type is not defined, returnTypeIdx = -1
let returnType = [];
if (returnTypeIdx > 0) {
returnType = path.call(print, 'children', returnTypeIdx);
}
let accessModifier = [];
if (accessModifierIdx >= 0) {
accessModifier = [path.call(print, 'children', accessModifierIdx), " "];
}
const vars = varDocs.length > 0 ? [hardline, varDocs] : [];
const semicolon = children[children.length - 1].symbol?.type === ALParser.SEMICOLON
? path.call(print, 'children', children.length - 1)
: ";"; // Adding the trailing semicolon after the "end" if it is missing.
// TODO: This may break comment allocation if a comment is placed after the keyword. Need to reattach the comment in this case.
const body = statementListId > 0
? [hardline, begin, indent([hardline, path.call(print, 'children', statementListId)]), hardline, end, semicolon]
: [hardline, begin, hardline, end, semicolon];
return [...attributes, ...accessModifier, ...signature, ...returnType, ...vars, ...body];
}
function printProcedureAttributes(path, options, print) {
return join(hardline, path.map(print, 'children'));
}
function printProcedureAttribute(path, options, print) {
// Grammar: LBRACKET expression RBRACKET
return path.map(() => print(path, { suppressLineBreaks: options.noLineBreaksInAttributes || false }), 'children');
}
function printParameterList(path, options, print) {
// Grammar: parameter (SEMICOLON parameter)* — SEMICOLON tokens at indices 1, 3, 5, ... are skipped
const children = path.node.children;
const paramDocs = [];
for (let i = 0; i < children.length; i += 2) {
paramDocs.push(path.call(print, 'children', i));
}
return join([";", line], paramDocs);
}
function printProcReturnType(path, options, print) {
// Grammar: identifier? COLON dataType;
const elements = [];
let nextElNo = 0;
if (path.node.children[0].symbol?.type !== ALParser.COLON) {
elements.push(" ", path.call(print, 'children', 0));
nextElNo += 1;
}
elements.push(path.call(print, 'children', nextElNo), " "); // Colon
elements.push(path.call(print, 'children', nextElNo + 1));
return elements;
}
function printStatementList(path, options, print) {
const children = path.node.children;
const stmtDocs = [];
const paragraphs = [];
for (let i = 0; i < children.length; i++) {
paragraphs.push(isParagraphStatement(children[i]));
}
for (let i = 0; i < children.length; i++) {
let doc = path.call(print, 'children', i);
if (i === children.length - 1 && children[i].ruleIndex === ALParser.RULE_statement) {
// The last statement in the list can end without the terminating semicolon. Printer will add it.
// To determine whether the semicolon is present or not, we check the parser rule for the node.
// Elements of the statement list can be either "statment" or "statementWithSeparator".
doc = [doc, ";"];
}
if (i > 0) {
stmtDocs.push(hardline);
if (
paragraphs[i - 1] ||
paragraphs[i] ||
children[i].start.line > children[i - 1].stop.line + 1 ||
shouldAddBlankLineAfter(children[i - 1])
) {
stmtDocs.push(hardline);
}
}
stmtDocs.push(doc);
}
return stmtDocs.length > 0
? stmtDocs
: "";
}
function printStatementWithSeparator(path, options, print) {
return path.map(print, 'children');
}
function printStatement(path, options, print) {
// Statement can be prefixed with an error assertion "asserterror"
const statement = [];
let stmtStartIdx = 0;
if (path.node.children[0].symbol?.type == ALParser.ASSERTERROR) {
statement.push(path.call(print, 'children', 0));
statement.push(" ");
stmtStartIdx++;
}
for (let i = stmtStartIdx; i < path.node.children.length; i++) {
statement.push(path.call(print, 'children', i));
}
return statement;
}
function printParameter(path, options, print) {
// Grammar: VAR? IDENTIFIER COLON dataType
const children = path.node.children;
const hasVar = children[0]?.symbol?.type === ALParser.VAR;
if (hasVar) {
const name = path.call(print, 'children', 1);
const type = path.call(print, 'children', 3);
return ["var ", name, ": ", type];
}
const name = path.call(print, 'children', 0);
const type = path.call(print, 'children', 2);
return [name, ": ", type];
}
function printIfStatement(path, options, print) {
// Grammar: IF expression THEN statement elseStatement?
const children = path.node.children;
const ifKeyword = path.call(print, 'children', 0);
const condition = path.call(print, 'children', 1); // expression
const thenKeyword = path.call(print, 'children', 2);
let thenStmt = path.call(print, 'children', 3); // statement
// Statement following "then". If it's a compound statement "begin..end", do not insert a hardline before the statement.
if (children[3]?.children[0]?.ruleIndex === ALParser.RULE_compoundBlock) {
thenStmt = [" ", thenStmt];
}
else if (thenStmt.length > 0) {
// If the statement body is missing ("if condition then;"), do not insert the line break: the terminating semicolon sticks to the "then" keyword.
thenStmt = indent([hardline, thenStmt]);
}
const result = [group([ifKeyword, " ", condition, line, thenKeyword]), thenStmt];
// ELSE and its statement are optional — present when children.length > 4
if (children.length > 4) {
let elseStmt = path.call(print, 'children', 4);
result.push(
children[3]?.children[0]?.ruleIndex === ALParser.RULE_compoundBlock
? " "
: hardline
);
result.push(elseStmt);
}
return result;
}
function printElseStatement(path, options, print) {
// Grammar: ELSE statementList;
// Similar to "then begin" in the if statement above, "else begin" must not break the line.
const elseKeyword = path.call(print, 'children', 0);
let elseStmt = path.call(print, 'children', 1);
if (isCompoundStatement(path.node.children[1]?.children[0])) {
elseStmt = [" ", elseStmt];
}
else {
elseStmt = indent([hardline, elseStmt]);
}
return [elseKeyword, elseStmt];
}
function printForLoopStatement(path, options, print) {
// Grammar: FOR identifier ASSIGN expression TO expression DO statement
// | FOR identifier ASSIGN expression DOWNTO expression DO statement;
const children = path.node.children;
const iterator = path.call(print, 'children', 1);
const initialization = path.call(print, 'children', 3);
const increment = path.call(print, 'children', 4); // "to" or "downto" keyword
const condition = path.call(print, 'children', 5);
let statement = (children.length > 7) ? path.call(print, 'children', 7) : [];
// Statement executed inside the loop. If it's a compond statement "begin..end", do not insert a hardline before the statement.
if (children.length > 7) {
if (children[7].children && children[7].children[0].ruleIndex === ALParser.RULE_compoundBlock) {
statement = [" ", statement];
}
else {
statement = indent([hardline, statement]);
}
}
return ["for ", iterator, " := ", initialization, ` ${increment} `, condition, " do", statement];
}
function printForEachStatement(path, options, print) {
// Grammar: FOREACH identifier IN expression DO statement
const children = path.node.children;
const iterator = path.call(print, 'children', 1);
const condition = path.call(print, 'children', 3);
let statement = (children.length > 5) ? path.call(print, 'children', 5) : [];
// Statement executed inside the loop. If it's a compond statement "begin..end", do not insert a hardline before the statement.
if (children.length > 5) {
if (children[5].children[0].ruleIndex === ALParser.RULE_compoundBlock) {
statement = [" ", statement];
}
else {
statement = indent([hardline, statement]);
}
}
return ["foreach ", iterator, " in ", condition, " do", statement];
}
function printRepeatStatement(path, options, print) {
// Grammar: REPEAT statementList UNTIL expression;
const statementList = path.call(print, 'children', 1);
const condition = path.call(print, 'children', 3);
return ["repeat", indent([hardline, statementList]), [hardline, "until ", condition]];
}
function printWhileLoopStatement(path, options, print) {
// Grammar: WHILE expression DO statement?
const children = path.node.children;
const condition = path.call(print, 'children', 1);
let statement = children.length > 3 ? path.call(print, 'children', 3) : [];
// Statement executed inside the loop. If it's a compond statement "begin..end", do not insert a hardline before the statement.
if (children.length > 3) {
if (children[3].children[0].ruleIndex === ALParser.RULE_compoundBlock) {
statement = [" ", statement];
}
else {
statement = indent([hardline, statement]);
}
}
return ["while ", condition, " do", statement];
}
function printCaseStatement(path, options, print) {
// Grammar: CASE expression OF caseBranch+ (elseStatement SEMICOLON?)? END
const children = path.node.children;
const caseKeyword = path.call(print, 'children', 0);
const ofKeyword = path.call(print, 'children', 2);
const endKeyword = path.call(print, 'children', path.node.children.length - 1);
const elseIdx = path.node.children.findIndex(c => c.ruleIndex === ALParser.RULE_caseElseStatement);
let elseBranch = elseIdx > -1 ? path.call(print, 'children', elseIdx) : [];
const switchExpr = path.call(print, 'children', 1);
const branches = [];
const lastBranchIdx = elseIdx > -1 ? elseIdx - 1 : children.length - 2;
for (let i = 3; i <= lastBranchIdx; i++) {
branches.push(path.call(print, 'children', i));
}
if (elseIdx > -1) {
branches.push(elseBranch);
}
return [caseKeyword, " ", switchExpr, " ", ofKeyword, indent([hardline, join(hardline, branches)]), hardline, endKeyword];
}
function printCaseBranch(path, options, print) {
// Grammar: expression ((COMMA | RANGE_OP) expression)* COLON (statement | statementWithSeparator | SEMICOLON);
const colonIdx = path.node.children.findIndex(c => c.symbol?.type === ALParser.COLON);
const conditions = [];
let i = 0;
while (i < colonIdx) {
// for (let i = 0; i < colonIdx; i += 2) {
let condition = path.call(print, 'children', i);
if (i < colonIdx - 1) {
condition = [condition, path.call(print, 'children', i + 1)]; // Print the comma or range operator separating the conditions
}
if (path.node.children[i + 1].symbol.type === ALParser.RANGE_OP) {
i += 2;
condition.push(path.call(print, 'children', i));
if (i < colonIdx - 1) {
condition = [condition, path.call(print, 'children', i + 1)];
}
}
i += 2;
conditions.push(condition);
}
const colon = path.call(print, 'children', colonIdx);
const statement = path.call(print, 'children', colonIdx + 1);
if (path.node.children[colonIdx + 1].ruleIndex === ALParser.RULE_statement) { // If the statement in a case branch ends with semicolon, its type must be statementWithSeparator
statement.push(";");
}
return [join(hardline, conditions), colon, indent([hardline, statement])];
}
function printProcedureCall(path, options, print, args) {
// Grammar: identifier (DOT identifier)* LPAREN argumentList? RPAREN
const children = path.node.children;
const lParenIdx = children.findIndex(c => c.symbol?.type === ALParser.LPAREN);
const rParenIdx = children.findIndex(c => c.symbol?.type === ALParser.RPAREN);
// Name chain before LPAREN: joined without spaces to produce e.g. "Foo.Bar.Baz"
const nameDocs = [];
for (let i = 0; i < lParenIdx; i++) {
nameDocs.push(path.call(print, 'children', i));
}
// argumentList is present when there is a child between LPAREN and RPAREN
const argDoc = rParenIdx > lParenIdx + 1 ? path.call(() => print(path, args), 'children', lParenIdx + 1) : "";
const result = [...nameDocs, path.call(print, 'children', lParenIdx)];
if (argDoc.length > 0 && !args?.suppressLineBreaks)
result.push(softline);
result.push(argDoc, path.call(print, 'children', rParenIdx));
return group(indent(result));
}
function printArgumentList(path, options, print, args) {
// Grammar: expression (COMMA expression)*
const children = path.node.children;
const argDocs = [];
for (let i = 0; i < children.length; i += 2) {
const argument = path.call(print, 'children', i);
const comma = i < children.length - 2 ? [path.call(print, 'children', i + 1), args?.suppressLineBreaks ? " " : line] : [];
argDocs.push([...argument, ...comma]);
}
return argDocs;
}
function printUnaryExpression(path, options, print, args) {
return path.map(() => print(path, args), 'children');
}
function printUnaryNotExpression(path, options, print) {
return join(" ", path.map(print, 'children'));
}
function printBinaryExpression(path, options, print, args) {
// All binary expressions follow the structure: "operand operator operand".
// If the line does not fit in the print width, the second operand will be moved to the next line with indent.
const printWithArguments = () => print(path, args);
return path.node?.children?.length > 1
? group(indent([path.call(printWithArguments, 'children', 0), " ", path.call(printWithArguments, 'children', 1), line, path.call(printWithArguments, 'children', 2)]))
: join(" ", path.map(printWithArguments, 'children'));
}
function printMultipartExpression(path, options, print, args) {
// Grammar: unaryExpression ((MULTIPLY | DIVIDE | DIV | MOD) unaryExpression)*;
const children = path.node.children;
const parts = [];
for (let i = 0; i < children.length; i += 2) {
const operand = path.call(() => print(path, args), 'children', i);
parts.length === 0 ? parts.push(operand) : parts.push([line, operand]);
if (i + 1 < children.length) {
parts.push([" ", path.call(() => print(path, args), 'children', i + 1)]);
}
}
return children.length > 1 ? group(indent(parts)) : parts;
}
function printLogicalInExpression(path, options, print) {
// Grammar: logicalAndExpression IN LBRACKET logicalAndExpression ((COMMA|RANGE_OP) logicalAndExpression)* RBRACKET;
const children = path.node.children;
const components = [];
components.push(path.call(print, 'children', 0)); // Left expression
components.push([" ", path.call(print, 'children', 1), " "]); // "in" keyword
components.push(path.call(print, 'children', 2)); // Left bracket
components.push(path.call(print, 'children', 3)); // First condition - always present
for (let i = 4; i < children.length - 1; i += 2) {
components.push(path.call(print, 'children', i)); // Operator - comma or range
if (children[i].symbol.type === ALParser.COMMA) {
components.push(" ");
}
components.push(path.call(print, 'children', i + 1)); // Condition following the operator
}
components.push(path.call(print, 'children', children.length - 1)); // Right bracket
return components;
}
function printCompoundBlock(path, options, print) {
// Grammar: BEGIN statementList? END
const statementListIdx = path.node.children.findIndex(c => c.ruleIndex === ALParser.RULE_statementList);
const endIdx = path.node.children.findIndex(c => c.symbol?.type === ALParser.END);
const beginKeyword = path.call(print, 'children', 0);
const statementList = statementListIdx > -1
? path.call(print, 'children', 1)
: [];
const endKeyword = path.call(print, 'children', endIdx);
const compoundBlock = [];
compoundBlock.push(beginKeyword);
if (statementListIdx > -1) {
compoundBlock.push(indent([hardline, statementList]));
}
compoundBlock.push([hardline, endKeyword]);
return compoundBlock;
}
function printExitStatement(path, options, print, args) {
// Grammar: EXIT (LPAREN expression RPAREN)?;
const children = path.node.children;
const stmt = [];
const expressionIdx = children.findIndex(c => c.ruleIndex === ALParser.RULE_expression);
stmt.push(path.call(print, 'children', 0));
if (children.length > 1) {
stmt.push(path.call(print, 'children', 1));
if (expressionIdx > -1) {
stmt.push(group(indent([softline, path.call(print, 'children', expressionIdx)])));
}
stmt.push(path.call(print, 'children', children.length - 1));
}
return stmt;
}
function printALObject(path, options, print, objectType) {
const children = path.node.children;
// Grammar is similar for most objects.
// For example, table grammar: TABLE INTEGER_LITERAL identifier LBRACE
// tablePropertyList? variablesList? tableFieldsList? tableKeysSection?
// variablesList? triggersList? variablesList? proceduresList? variablesList?
// RBRACE
// Codeunit and Enum objects can implement interfaces and therefore additonally have an optional IMPLEMENTS block
// ENUM INTEGER_LITERAL IDENTIFIER (IMPLEMENTS identifierWithNamespace)? LBRACE enumPropertiesList? enumValuesList? RBRACE
// Optional prefix rules are omitted from children when absent, so find the object type token (TABLE, PAGE, CODEUNIT, etc) dynamically
const objectIdx = children.findIndex(c => c.symbol?.type === objectType);
if (objectIdx === -1) return "";
const lBraceIdx = children.findIndex(c => c.symbol?.type === ALParser.LBRACE);
const rBraceIdx = children.findIndex(c => c.symbol?.type === ALParser.RBRACE);
const objectDeclaration = [];
for (let i = 0; i < lBraceIdx; i++) {
objectDeclaration.push(path.call(print, 'children', i));
}
const elementStart = lBraceIdx + 1;
const elementEnd = children.length - 1;
let elementDocs = [];
if (!options || options.groupGlobalVars === "none") {
elementDocs = printAllElements(path, options, print, elementStart, elementEnd);
}
else {
elementDocs = printElementsInGroups(path, options, print, elementStart, elementEnd);
}
const body = elementDocs.length > 0
? [indent([hardline, join([hardline, hardline], elementDocs)]), hardline]
: [hardline];
return [join(" ", objectDeclaration), hardline, path.call(print, 'children', lBraceIdx), ...body, path.call(print, 'children', rBraceIdx)];
}
function printArrayDataType(path, options, print) {
// Grammar: ARRAY LBRACKET INTEGER_LITERAL (COMMA INTEGER_LITERAL)* RBRACKET OF dataType;
const children = path.node.children;
const arrayKeyword = path.call(print, 'children', 0);
const lbracket = path.call(print, 'children', 1);
const rbracket = path.call(print, 'children', children.length - 3);
const ofKeyword = path.call(print, 'children', children.length - 2);
const dataType = path.call(print, 'children', children.length - 1);
const dimensions = [];
for (let i = 2; i < children.length - 3; i += 2) {
dimensions.push(path.call(print, 'children', i));
if (children[i + 1].symbol?.type === ALParser.COMMA) {
dimensions.push([path.call(print, 'children', i + 1), " "]);
}
}
return [arrayKeyword, lbracket, ...dimensions, rbracket, " ", ofKeyword, " ", dataType];
}
function printDictionaryDataType(path, options, print) {
// Grammar: DICTIONARY OF LBRACKET dataType COMMA dataType RBRACKET;
const dictTypeName = path.call(print, 'children', 0);
const ofKeyword = path.call(print, 'children', 1);
const lbracket = path.call(print, 'children', 2);
const type1 = path.call(print, 'children', 3);
const comma = path.call(print, 'children', 4);
const type2 = path.call(print, 'children', 5);
const rbracket = path.call(print, 'children', 6);
return [dictTypeName, " ", ofKeyword, " ", lbracket, type1, comma, " ", type2, rbracket];
}
function printLabelDataType(path, options, print) {
// Grammar: LABEL STRING_LITERAL ((COMMA COMMENT EQUAL STRING_LITERAL)? | (COMMA LOCKED EQUAL BOOLEAN_LITERAL)? )*
// Flat: Label 'text', Comment = 'value', Locked = true
// Broken: Label 'text',
// Comment = 'value',
// Locked = true
const children = path.node.children;
const labelText = path.call(print, 'children', 1);
const properties = [];
for (let index = 3; index < children.length; index += 4) {
const name = path.call(print, 'children', index);
const value = path.call(print, 'children', index + 2);
properties.push([name, " = ", value]);
}
if (properties.length === 0) {
return ["Label ", labelText];
}
return group([
"Label ", labelText,
indent(properties.map(prop => [",", line, prop]))
]);
}
function printListDataType(path, options, print) {
// Grammar: LIST OF LBRACKET dataType RBRACKET
const type = path.call(print, 'children', 3);
return ["List of [", type, "]"];
}
function printOptionDataType(path, options, print) {
// Grammar: OPTION COMMA? identifiersList?;
const typeName = path.call(print, 'children', 0);
const optionValues = [];
for (let i = 1; i < path.node.children.length; i++) {
optionValues.push(path.call(print, 'children', i));
}
return optionValues.length > 0
? [typeName, " ", optionValues]
: [typeName];
}
function printTextConst(path, options, print) {
// Grammar: TEXTCONST IDENTIFIER EQUAL STRING_LITERAL (COMMA IDENTIFIER EQUAL STRING_LITERAL)*;
const children = path.node.children;
const decl = [];
decl.push(path.call(print, 'children', 0), " ");
for (let i = 1; i <= children.length - 3; i += 4) {
decl.push(
path.call(print, 'children', i),
" ",
path.call(print, 'children', i + 1),
" ",
path.call(print, 'children', i + 2));
if (i < children.length - 4) {
decl.push(path.call(print, 'children', i + 3), " "); // Comma before the next language constant
}
}
return decl;
}
function printIdentifiersList(path, options, print) {
// Grammar: identifier (COMMA identifier)*
const optionValues = [];
for (let i = 0; i < path.node.children.length; i += 2) {
optionValues.push(path.call(print, 'children', i));
}
return join(", ", optionValues);
}
function printObjectPermissionsList(path, options, print) {
// Grammar: PERMISSIONS EQUAL permissionsPropertyValue (COMMA permissionsPropertyValue)*
const children = path.node.children;
const permissionsKeyword = path.call(print, 'children', 0);
const equalSign = path.call(print, 'children', 1);
const propValues = [];
for (let i = 2; i < children.length; i += 2) {
let value = path.call(print, 'children', i);
if (i < children.length - 1) {
value.push(path.call(print, 'children', i + 1)); // Print comma
}
propValues.push(value);
}
return group(indent([permissionsKeyword, " ", equalSign, line, join(line, propValues)]));
}
function printPermissionsPropertyValue(path, options, print) {
// Grammar: identifier identifier EQUAL PERMISSION_VALUES
const objectType = path.call(print, 'children', 0);
const objectName = path.call(print, 'children', 1);
const equalSign = path.call(print, 'children', 2);
const permissions = path.call(print, 'children', 3);
return join(" ", [objectType, objectName, equalSign, permissions]);
}
function printDecimalPlacesPropertyValue(path, options, print) {
// Grammar: INTEGER_LITERAL (COLON INTEGER_LITERAL)?;
const intPart = path.call(print, 'children', 0);
if (path.node.children.length === 1)
return intPart;
const colon = path.call(print, 'children', 1);
const decPart = path.call(print, 'children', 2);
return [intPart, " ", colon, " ", decPart];
}
function printAccessByPermissionPropertyValue(path, options, print) {
return join(" ", path.map(print, 'children'));
}
function printToken(token) {
return TokenFormatter.format(token);
}
//#endregion Code statements
function printAllElements(path, options, print, elementStart, elementEnd) {
const elementDocs = [];
for (let i = elementStart + 1; i < elementEnd; i++) {
removeBlankLineBeforeLeadingComment(path.node.children[i]);
}
for (let i = elementStart; i < elementEnd; i++) {
const el = path.call(print, 'children', i);
if (Array.isArray(el) && el.length > 0)
elementDocs.push(el);
}
return elementDocs;
}
function printElementsInGroups(path, options, print, elementStart, elementEnd) {
const objectElements = {
properties: [],
vars: [],
protectedVars: [],
procedures: [],
fields: [],
keys: [],
layout: [],
actions: [],
otherElements: []
}
for (let i = elementStart; i < elementEnd; i++) {
switch (true) {
case isALObjectPropertiesList(path.node.children[i]):
objectElements.properties = path.call(print, 'children', i);
break;
case path.node.children[i].ruleIndex === ALParser.RULE_proceduresList:
objectElements.procedures.push(path.call(print, 'children', i));
break;
case path.node.children[i].ruleIndex === ALParser.RULE_layoutDefinition:
objectElements.layout = path.call(print, 'children', i);
break;
case path.node.children[i].ruleIndex === ALParser.RULE_tableFieldsList:
objectElements.fields = path.call(print, 'children', i);
break;
case path.node.children[i].ruleIndex === ALParser.RULE_tableKeysSection:
objectElements.keys = path.call(print, 'children', i);
break;
case path.node.children[i].ruleIndex === ALParser.RULE_actionsDefinition:
objectElements.actions = path.call(print, 'children', i);
break;
case path.node.children[i].ruleIndex === ALParser.RULE_variablesList:
if (path.node.children[i]?.children[0]?.symbol?.type === ALParser.PROTECTED) {
objectElements.protectedVars.push(path.call(() => printVariablesListExcludingKeywords(path, options, print), 'children', i));
}
else {
objectElements.vars.push(path.call(() => printVariablesListExcludingKeywords(path, options, print), 'children', i));
}
break;
default:
const el = path.call(print, 'children', i);
if (el !== "")
objectElements.otherElements.push(el);
}
}
return buildObjectFromElementGroups(objectElements, options);
}
function buildObjectFromElementGroups(objectElements, options) {
const elementDocs = [];
if (objectElements.vars.length > 0) {
objectElements.vars = ["var", indent([hardline, join(hardline, objectElements.vars)])];
}
if (objectElements.protectedVars.length > 0) {
if (objectElements.vars.length > 0)
objectElements.vars.push(hardline, hardline);
objectElements.vars.push("protected var", indent([hardline, join(hardline, objectElements.protectedVars)]));
}
const pushNonEmpty = (arr, el) => {
if (!Array.isArray(el) || el.length > 0) {
arr.push(el);
};
};
pushNonEmpty(elementDocs, objectElements.properties);
pushNonEmpty(elementDocs, objectElements.fields);
pushNonEmpty(elementDocs, objectElements.keys);
pushNonEmpty(elementDocs, objectElements.layout);
pushNonEmpty(elementDocs, objectElements.actions);
if (options.groupGlobalVars === "top" && objectElements.vars.length > 0)
elementDocs.push(objectElements.vars);
elementDocs.push(...objectElements.otherElements)
if (options.groupGlobalVars === "beforeCode" && objectElements.vars.length > 0)
elementDocs.push(objectElements.vars);
if (objectElements.procedures.length > 0)
elementDocs.push(objectElements.procedures);
if (options.groupGlobalVars === "bottom" && objectElements.vars.length > 0)
elementDocs.push(objectElements.vars);
return elementDocs;
}
function printVariablesListExcludingKeywords(path, options, print) {
const children = path.node.children;
const vars = [];
for (let i = 0; i < children.length; i++) {
if (children[i].ruleIndex === ALParser.RULE_variableDeclaration) {
vars.push(path.call(print, 'children', i));
}
}
return join(hardline, vars);
}
function removeBlankLineBeforeLeadingComment(node) {
const leadingCommentIndex = node.comments?.findIndex(el => el.leading === true);
if (leadingCommentIndex > -1) {
node.comments[leadingCommentIndex].addBlankLineBefore = false;
}
}
function removeBlankLineAroundTrailingComment(node) {
const trailingCommentIndex = node.comments?.findIndex(el => el.leading === false);
if (trailingCommentIndex > -1) {
node.comments[trailingCommentIndex].addBlankLineBefore = false;
node.comments[trailingCommentIndex].addBlankLineAfter = false;
}
}
function isALObjectPropertiesList(node) {
if (typeof node.ruleIndex === "undefined")
return false;
return [
ALParser.RULE_tablePropertiesList,
ALParser.RULE_pagePropertiesList,
ALParser.RULE_codeunitPropertiesList,
ALParser.RULE_reportPropertiesList,
ALParser.RULE_queryPropertiesList,
ALParser.RULE_tableExtPropertiesList
].includes(node.ruleIndex);
}
export default {
print,
getVisitorKeys,
printComment,
canAttachComment,
isBlockComment,
handleComments: {
ownLine: handleOwnLineComment
}
}
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