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Spring Boot + Angular/React/Vue in one handy generator

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import { binaryOptions, relationshipOptions } from '../../core/built-in-options/index.js'; import { applicationTypes, databaseTypes, fieldTypes, reservedKeywords } from '../../../jhipster/index.js'; import EntityValidator from './entity-validator.js'; import FieldValidator from './field-validator.js'; import ValidationValidator from './validation-validator.js'; import RelationshipValidator from './relationship-validator.js'; import EnumValidator from './enum-validator.js'; import DeploymentValidator from './deployment-validator.js'; import UnaryOptionValidator from './unary-option-validator.js'; import BinaryOptionValidator from './binary-option-validator.js'; const { isReservedFieldName, isReservedPaginationWords, isReservedTableName } = reservedKeywords; const { BUILT_IN_ENTITY } = relationshipOptions; const { SQL } = databaseTypes; export default function createValidator(jdlObject, applicationSettings = {}, logger = console) { if (!jdlObject) { throw new Error('A JDL object must be passed to check for business errors.'); } const { blueprints, databaseType } = applicationSettings; const checkReservedKeywords = Boolean((databaseType ?? 'no') !== 'no') && (blueprints?.length ?? 0) === 0; return { checkForErrors: () => { checkForEntityErrors({ checkReservedKeywords }); checkForRelationshipErrors(); checkForEnumErrors({ checkReservedKeywords }); if (checkReservedKeywords) { checkDeploymentsErrors(); checkForOptionErrors(); } else { logger.warn('Blueprints are being used, the JDL validation phase is skipped.'); } }, }; function checkForEntityErrors(options) { if (jdlObject.getEntityQuantity() === 0) { return; } const validator = new EntityValidator(); jdlObject.forEachEntity(jdlEntity => { validator.validate(jdlEntity, options); if (options.checkReservedKeywords) { if (isReservedTableName(jdlEntity.tableName, applicationSettings.databaseType)) { logger.warn(`The table name '${jdlEntity.tableName}' is a reserved keyword, so it will be prefixed with the value of 'jhiPrefix'.`); } } checkForFieldErrors(jdlEntity.name, jdlEntity.fields, options); }); } function checkForFieldErrors(entityName, jdlFields, options) { const validator = new FieldValidator(); const filtering = applicationSettings.databaseType === SQL; Object.keys(jdlFields).forEach(fieldName => { const jdlField = jdlFields[fieldName]; validator.validate(jdlField); if (options.checkReservedKeywords) { if (isReservedFieldName(jdlField.name)) { logger.warn(`The name '${jdlField.name}' is a reserved keyword, so it will be prefixed with the value of 'jhiPrefix'.`); } if (filtering && isReservedPaginationWords(jdlField.name)) { throw new Error(`Field name '${fieldName}' found in ${entityName} is a reserved keyword, as it is used by Spring for pagination in the URL.`); } } const typeCheckingFunction = getTypeCheckingFunction(entityName, applicationSettings); const isAnEnum = jdlObject.hasEnum(jdlField.type); if (!isAnEnum && !typeCheckingFunction(jdlField.type)) { throw new Error(`The type '${jdlField.type}' is an unknown field type for field '${fieldName}' of entity '${entityName}'.`); } checkForValidationErrors(jdlField, isAnEnum); }); } function checkForValidationErrors(jdlField, isAnEnum) { const validator = new ValidationValidator(); jdlField.forEachValidation(jdlValidation => { validator.validate(jdlValidation); if (!fieldTypes.hasValidation(jdlField.type, jdlValidation.name, isAnEnum)) { throw new Error(`The validation '${jdlValidation.name}' isn't supported for the type '${jdlField.type}'.`); } }); } function checkForRelationshipErrors() { if (jdlObject.getRelationshipQuantity() === 0) { return; } const validator = new RelationshipValidator(); jdlObject.forEachRelationship(jdlRelationship => { validator.validate(jdlRelationship); checkForAbsentEntities({ jdlRelationship, doesEntityExist: entityName => !!jdlObject.getEntity(entityName), }); }); } function checkForEnumErrors(options) { if (jdlObject.getEnumQuantity() === 0) { return; } const validator = new EnumValidator(); jdlObject.forEachEnum(jdlEnum => { validator.validate(jdlEnum, options); }); } function checkDeploymentsErrors() { if (jdlObject.getDeploymentQuantity() === 0) { return; } const validator = new DeploymentValidator(); jdlObject.forEachDeployment(deployment => { validator.validate(deployment); }); } function checkForOptionErrors() { if (jdlObject.getOptionQuantity() === 0) { return; } const unaryOptionValidator = new UnaryOptionValidator(); const binaryOptionValidator = new BinaryOptionValidator(); jdlObject.getOptions().forEach(option => { if (option.getType() === 'UNARY') { unaryOptionValidator.validate(option); } else { binaryOptionValidator.validate(option); } checkForPaginationInAppWithCassandra(option, applicationSettings); }); } } function getTypeCheckingFunction(entityName, applicationSettings) { if (applicationSettings.applicationType === applicationTypes.GATEWAY) { return () => true; } return fieldTypes.getIsType(applicationSettings.databaseType); } function checkForAbsentEntities({ jdlRelationship, doesEntityExist, }) { const absentEntities = []; if (!doesEntityExist(jdlRelationship.from)) { absentEntities.push(jdlRelationship.from); } if (!doesEntityExist(jdlRelationship.to) && !jdlRelationship.options.global[BUILT_IN_ENTITY]) { absentEntities.push(jdlRelationship.to); } if (absentEntities.length !== 0) { throw new Error(`In the relationship between ${jdlRelationship.from} and ${jdlRelationship.to}, ` + `${absentEntities.join(' and ')} ${absentEntities.length === 1 ? 'is' : 'are'} not declared. If '${jdlRelationship.to}' is a built-in entity declare like '${jdlRelationship.from} to ${jdlRelationship.to} with builtInEntity'.`); } } function checkForPaginationInAppWithCassandra(jdlOption, applicationSettings) { if (applicationSettings.databaseType === databaseTypes.CASSANDRA && jdlOption.name === binaryOptions.Options.PAGINATION) { throw new Error("Pagination isn't allowed when the application uses Cassandra."); } }