Add support for nested provider, field and jsonarray datasource types in new data fetch model
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@ -0,0 +1,44 @@
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import DataFetch from "./DataFetch.js"
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export default class FieldFetch extends DataFetch {
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static async getDefinition(datasource) {
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// Field sources have their schema statically defined
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let schema
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if (datasource.fieldType === "attachment") {
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schema = {
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url: {
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type: "string",
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},
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name: {
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type: "string",
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},
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}
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} else if (datasource.fieldType === "array") {
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schema = {
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value: {
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type: "string",
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},
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}
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}
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return { schema }
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}
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async getData() {
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const { datasource } = this.options
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// These sources will be available directly from context
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const data = datasource?.value || []
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let rows = []
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if (Array.isArray(data) && data[0] && typeof data[0] !== "object") {
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rows = data.map(value => ({ value }))
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} else {
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rows = data
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}
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return {
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rows: rows || [],
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hasNextPage: false,
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cursor: null,
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}
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}
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}
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@ -0,0 +1,13 @@
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import FieldFetch from "./FieldFetch.js"
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import { fetchTableDefinition } from "api"
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import { getJSONArrayDatasourceSchema } from "builder/src/builderStore/jsonUtils"
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export default class JSONArrayFetch extends FieldFetch {
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static async getDefinition(datasource) {
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// JSON arrays need their table definitions fetched.
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// We can then extract their schema as a subset of the table schema.
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const table = await fetchTableDefinition(datasource.tableId)
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const schema = getJSONArrayDatasourceSchema(table?.schema, datasource)
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return { schema }
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}
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}
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@ -0,0 +1,20 @@
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import DataFetch from "./DataFetch.js"
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export default class NestedProviderFetch extends DataFetch {
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static async getDefinition(datasource) {
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// Nested providers should already have exposed their own schema
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return {
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schema: datasource?.value?.schema,
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}
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}
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async getData() {
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const { datasource } = this.options
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// Pull the rows from the existing data provider
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return {
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rows: datasource?.value?.rows || [],
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hasNextPage: false,
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cursor: null,
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}
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}
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}
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@ -2,12 +2,18 @@ import TableFetch from "./TableFetch.js"
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import ViewFetch from "./ViewFetch.js"
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import QueryFetch from "./QueryFetch.js"
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import RelationshipFetch from "./RelationshipFetch.js"
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import NestedProviderFetch from "./NestedProviderFetch.js"
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import FieldFetch from "./FieldFetch.js"
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import JSONArrayFetch from "./JSONArrayFetch.js"
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const DataFetchMap = {
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table: TableFetch,
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view: ViewFetch,
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query: QueryFetch,
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link: RelationshipFetch,
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provider: NestedProviderFetch,
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field: FieldFetch,
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jsonarray: JSONArrayFetch,
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}
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export const fetchData = (datasource, options) => {
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@ -1,83 +1,53 @@
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import {
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convertJSONSchemaToTableSchema,
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getJSONArrayDatasourceSchema,
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} from "builder/src/builderStore/jsonUtils"
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import { fetchTableDefinition } from "api"
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import { convertJSONSchemaToTableSchema } from "builder/src/builderStore/jsonUtils"
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import TableFetch from "./fetch/TableFetch.js"
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import ViewFetch from "./fetch/ViewFetch.js"
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import QueryFetch from "./fetch/QueryFetch.js"
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import RelationshipFetch from "./fetch/RelationshipFetch.js"
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import NestedProviderFetch from "./fetch/NestedProviderFetch.js"
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import FieldFetch from "./fetch/FieldFetch.js"
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import JSONArrayFetch from "./fetch/JSONArrayFetch.js"
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/**
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* Fetches the schema of any kind of datasource.
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* All datasource fetch classes implement their own functionality to get the
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* schema of a datasource of their respective types.
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*/
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export const fetchDatasourceSchema = async datasource => {
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const type = datasource?.type
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let schema
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// Nested providers should already have exposed their own schema
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if (type === "provider") {
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schema = datasource.value?.schema
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}
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// Field sources have their schema statically defined
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if (type === "field") {
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if (datasource.fieldType === "attachment") {
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schema = {
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url: {
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type: "string",
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},
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name: {
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type: "string",
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},
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}
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} else if (datasource.fieldType === "array") {
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schema = {
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value: {
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type: "string",
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},
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}
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}
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}
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// JSON arrays need their table definitions fetched.
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// We can then extract their schema as a subset of the table schema.
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if (type === "jsonarray") {
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const table = await fetchTableDefinition(datasource.tableId)
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schema = getJSONArrayDatasourceSchema(table?.schema, datasource)
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}
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// All normal datasource schema can use their corresponding implementations
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// in the data fetch classes
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const handler = {
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table: TableFetch,
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link: TableFetch,
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view: ViewFetch,
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query: QueryFetch,
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}[type]
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if (handler) {
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const definition = await handler.getDefinition(datasource)
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schema = handler.getSchema(datasource, definition)
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link: RelationshipFetch,
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provider: NestedProviderFetch,
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field: FieldFetch,
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jsonarray: JSONArrayFetch,
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}[datasource?.type]
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if (!handler) {
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return null
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}
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// Get the datasource definition and then schema
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const definition = await handler.getDefinition(datasource)
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const schema = handler.getSchema(datasource, definition)
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if (!schema) {
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return null
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}
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// Check for any JSON fields so we can add any top level properties
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if (schema) {
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let jsonAdditions = {}
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Object.keys(schema).forEach(fieldKey => {
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const fieldSchema = schema[fieldKey]
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if (fieldSchema?.type === "json") {
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const jsonSchema = convertJSONSchemaToTableSchema(fieldSchema, {
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squashObjects: true,
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})
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Object.keys(jsonSchema).forEach(jsonKey => {
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jsonAdditions[`${fieldKey}.${jsonKey}`] = {
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type: jsonSchema[jsonKey].type,
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nestedJSON: true,
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}
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})
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}
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})
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return { ...schema, ...jsonAdditions }
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}
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return null
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let jsonAdditions = {}
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Object.keys(schema).forEach(fieldKey => {
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const fieldSchema = schema[fieldKey]
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if (fieldSchema?.type === "json") {
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const jsonSchema = convertJSONSchemaToTableSchema(fieldSchema, {
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squashObjects: true,
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})
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Object.keys(jsonSchema).forEach(jsonKey => {
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jsonAdditions[`${fieldKey}.${jsonKey}`] = {
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type: jsonSchema[jsonKey].type,
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nestedJSON: true,
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}
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})
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}
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})
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return { ...schema, ...jsonAdditions }
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}
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