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Merge pull request #1152 from Budibase/user-active-and-bugs 

Some fixes and the ability to set a user to inactive
This commit is contained in:
Michael Drury 2021-02-22 15:10:16 +00:00 committed by GitHub
parent 1078f25862 f9249fe99d
commit 9bd6126a5f
13 changed files with 497 additions and 360 deletions
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3
packages/builder/src/components/backend/DataTable/RowFieldControl.svelte
View File

@ -11,8 +11,9 @@
import { capitalise } from "../../../helpers"
import LinkedRowSelector from "components/common/LinkedRowSelector.svelte"
export let defaultValue
export let meta
export let value = meta.type === "boolean" ? false : ""
export let value = defaultValue || (meta.type === "boolean" ? false : "")
export let readonly
$: type = meta.type

31
packages/builder/src/components/backend/DataTable/modals/CreateEditColumn.svelte
View File

@ -7,7 +7,6 @@
Select,
Toggle,
Radio,
} from "@budibase/bbui"
import { cloneDeep } from "lodash/fp"
import { backendUiStore } from "builderStore"
@ -38,12 +37,14 @@
$backendUiStore.selectedTable.primaryDisplay === field.name
let relationshipTypes = [
{text: 'Many to many (N:N)', value: 'many-to-many',},
{text: 'One to many (1:N)', value: 'one-to-many',}
{ text: "Many to many (N:N)", value: "many-to-many" },
{ text: "One to many (1:N)", value: "one-to-many" },
]
let types = ['Many to many (N:N)', 'One to many (1:N)']
let types = ["Many to many (N:N)", "One to many (1:N)"]
let selectedRelationshipType = relationshipTypes.find(type => type.value === field.relationshipType)?.text || 'Many to many (N:N)'
let selectedRelationshipType =
relationshipTypes.find(type => type.value === field.relationshipType)
?.text || "Many to many (N:N)"
let indexes = [...($backendUiStore.selectedTable.indexes || [])]
let confirmDeleteDialog
@ -68,10 +69,12 @@
field.type !== LINK_TYPE && !uneditable && field.type !== AUTO_COL
async function saveColumn() {
// Set relationship type if it's
if (field.type === 'link') {
field.relationshipType = relationshipTypes.find(type => type.text === selectedRelationshipType).value
}
// Set relationship type if it's
if (field.type === "link") {
field.relationshipType = relationshipTypes.find(
type => type.text === selectedRelationshipType
).value
}
if (field.type === AUTO_COL) {
field = buildAutoColumn(
@ -228,11 +231,15 @@
label="Max Value"
bind:value={field.constraints.numericality.lessThanOrEqualTo} />
{:else if field.type === 'link'}
<div>
<div>
<Label grey extraSmall>Select relationship type</Label>
<div class="radio-buttons">
{#each types as type}
<Radio disabled={originalName} name="Relationship type" value={type} bind:group={selectedRelationshipType}>
<Radio
disabled={originalName}
name="Relationship type"
value={type}
bind:group={selectedRelationshipType}>
<label for={type}>{type}</label>
</Radio>
{/each}
@ -282,7 +289,7 @@
.radio-buttons {
display: flex;
gap: var(--spacing-m);
font-size: var(--font-size-xs)
font-size: var(--font-size-xs);
}
.actions {
display: grid;

9
packages/builder/src/components/backend/DataTable/modals/CreateEditUser.svelte
View File

@ -29,6 +29,7 @@
let customSchema = { ...schema }
delete customSchema["email"]
delete customSchema["roleId"]
delete customSchema["status"]
return Object.entries(customSchema)
}
@ -79,7 +80,13 @@
<option value={role._id}>{role.name}</option>
{/each}
</Select>
<RowFieldControl
meta={{ name: 'status', type: 'options', constraints: { inclusion: ['active', 'inactive'] } }}
bind:value={row.status}
defaultValue={'active'} />
{#each customSchemaKeys as [key, meta]}
<RowFieldControl {meta} bind:value={row[key]} {creating} />
{#if !meta.autocolumn}
<RowFieldControl {meta} bind:value={row[key]} {creating} />
{/if}
{/each}
</ModalContent>

11
packages/builder/src/components/common/LinkedRowSelector.svelte
View File

@ -42,10 +42,17 @@
</Label>
{:else}
{#if schema.relationshipType === 'one-to-many'}
<Select thin secondary on:change={e => linkedRows = [e.target.value]} name={label} {label}>
<Select
thin
secondary
on:change={e => (linkedRows = [e.target.value])}
name={label}
{label}>
<option value="">Choose an option</option>
{#each rows as row}
<option selected={row._id === linkedRows[0]} value={row._id}>{getPrettyName(row)}</option>
<option selected={row._id === linkedRows[0]} value={row._id}>
{getPrettyName(row)}
</option>
{/each}
</Select>
{:else}

5
packages/client/src/api/api.js
View File

@ -1,7 +1,7 @@
/**
* API cache for cached request responses.
*/
import { notificationStore } from "../store/notification"
import { notificationStore } from "../store"
let cache = {}
/**
@ -34,6 +34,9 @@ const makeApiCall = async ({ method, url, body, json = true }) => {
switch (response.status) {
case 200:
return response.json()
case 401:
notificationStore.danger("Invalid credentials")
return handleError(`Invalid credentials`)
case 404:
notificationStore.danger("Not found")
return handleError(`${url}: Not Found`)

12
packages/server/src/api/controllers/auth.js
View File

@ -7,6 +7,9 @@ const { generateUserID } = require("../../db/utils")
const { setCookie } = require("../../utilities")
const { outputProcessing } = require("../../utilities/rowProcessor")
const { ViewNames } = require("../../db/utils")
const { UserStatus } = require("../../constants")
const INVALID_ERR = "Invalid Credentials"
exports.authenticate = async ctx => {
const appId = ctx.appId
@ -27,7 +30,12 @@ exports.authenticate = async ctx => {
} catch (_) {
// do not want to throw a 404 - as this could be
// used to determine valid emails
ctx.throw(401, "Invalid Credentials")
ctx.throw(401, INVALID_ERR)
}
// check that the user is currently inactive, if this is the case throw invalid
if (dbUser.status === UserStatus.INACTIVE) {
ctx.throw(401, INVALID_ERR)
}
// authenticate
@ -56,7 +64,7 @@ exports.authenticate = async ctx => {
appId,
}
} else {
ctx.throw(401, "Invalid credentials.")
ctx.throw(401, INVALID_ERR)
}
}

5
packages/server/src/api/controllers/row.js
View File

@ -96,7 +96,10 @@ exports.patch = async function(ctx) {
// Creation of a new user goes to the user controller
if (row.tableId === ViewNames.USERS) {
// the row has been updated, need to put it into the ctx
ctx.request.body = row
ctx.request.body = {
...row,
password: ctx.request.body.password,
}
await usersController.update(ctx)
return
}

285
packages/server/src/api/controllers/table.js
View File

@ -1,285 +0,0 @@
const CouchDB = require("../../db")
const linkRows = require("../../db/linkedRows")
const csvParser = require("../../utilities/csvParser")
const {
getRowParams,
getTableParams,
generateTableID,
generateRowID,
} = require("../../db/utils")
const { isEqual } = require("lodash/fp")
const { FieldTypes, AutoFieldSubTypes } = require("../../constants")
const { inputProcessing } = require("../../utilities/rowProcessor")
async function checkForColumnUpdates(db, oldTable, updatedTable) {
let updatedRows
const rename = updatedTable._rename
let deletedColumns = []
if (oldTable && oldTable.schema && updatedTable.schema) {
deletedColumns = Object.keys(oldTable.schema).filter(
colName => updatedTable.schema[colName] == null
)
}
// check for renaming of columns or deleted columns
if (rename || deletedColumns.length !== 0) {
const rows = await db.allDocs(
getRowParams(updatedTable._id, null, {
include_docs: true,
})
)
updatedRows = rows.rows.map(({ doc }) => {
if (rename) {
doc[rename.updated] = doc[rename.old]
delete doc[rename.old]
} else if (deletedColumns.length !== 0) {
deletedColumns.forEach(colName => delete doc[colName])
}
return doc
})
delete updatedTable._rename
}
return updatedRows
}
// makes sure the passed in table isn't going to reset the auto ID
function makeSureTableUpToDate(table, tableToSave) {
if (!table) {
return tableToSave
}
// sure sure rev is up to date
tableToSave._rev = table._rev
// make sure auto IDs are always updated - these are internal
// so the client may not know they have changed
for (let [field, column] of Object.entries(table.schema)) {
if (
column.autocolumn &&
column.subtype === AutoFieldSubTypes.AUTO_ID &&
tableToSave.schema[field]
) {
tableToSave.schema[field].lastID = column.lastID
}
}
return tableToSave
}
async function handleDataImport(user, table, dataImport) {
const db = new CouchDB(user.appId)
if (dataImport && dataImport.csvString) {
// Populate the table with rows imported from CSV in a bulk update
const data = await csvParser.transform(dataImport)
for (let i = 0; i < data.length; i++) {
let row = data[i]
row._id = generateRowID(table._id)
row.tableId = table._id
const processed = inputProcessing(user, table, row)
row = processed.row
// these auto-fields will never actually link anywhere (always builder)
for (let [fieldName, schema] of Object.entries(table.schema)) {
if (
schema.autocolumn &&
(schema.subtype === AutoFieldSubTypes.CREATED_BY ||
schema.subtype === AutoFieldSubTypes.UPDATED_BY)
) {
delete row[fieldName]
}
}
table = processed.table
data[i] = row
}
await db.bulkDocs(data)
let response = await db.put(table)
table._rev = response._rev
}
return table
}
async function handleSearchIndexes(db, table) {
// create relevant search indexes
if (table.indexes && table.indexes.length > 0) {
const currentIndexes = await db.getIndexes()
const indexName = `search:${table._id}`
const existingIndex = currentIndexes.indexes.find(
existing => existing.name === indexName
)
if (existingIndex) {
const currentFields = existingIndex.def.fields.map(
field => Object.keys(field)[0]
)
// if index fields have changed, delete the original index
if (!isEqual(currentFields, table.indexes)) {
await db.deleteIndex(existingIndex)
// create/recreate the index with fields
await db.createIndex({
index: {
fields: table.indexes,
name: indexName,
ddoc: "search_ddoc",
type: "json",
},
})
}
} else {
// create/recreate the index with fields
await db.createIndex({
index: {
fields: table.indexes,
name: indexName,
ddoc: "search_ddoc",
type: "json",
},
})
}
}
return table
}
exports.fetch = async function(ctx) {
const db = new CouchDB(ctx.user.appId)
const body = await db.allDocs(
getTableParams(null, {
include_docs: true,
})
)
ctx.body = body.rows.map(row => row.doc)
}
exports.find = async function(ctx) {
const db = new CouchDB(ctx.user.appId)
ctx.body = await db.get(ctx.params.id)
}
exports.save = async function(ctx) {
const appId = ctx.user.appId
const db = new CouchDB(appId)
const { dataImport, ...rest } = ctx.request.body
let tableToSave = {
type: "table",
_id: generateTableID(),
views: {},
...rest,
}
// if the table obj had an _id then it will have been retrieved
let oldTable
if (ctx.request.body && ctx.request.body._id) {
oldTable = await db.get(ctx.request.body._id)
tableToSave = makeSureTableUpToDate(oldTable, tableToSave)
}
// make sure that types don't change of a column, have to remove
// the column if you want to change the type
if (oldTable && oldTable.schema) {
for (let propKey of Object.keys(tableToSave.schema)) {
let column = tableToSave.schema[propKey]
let oldColumn = oldTable.schema[propKey]
if (oldColumn && oldColumn.type !== column.type) {
ctx.throw(400, "Cannot change the type of a column")
}
}
}
// Don't rename if the name is the same
let { _rename } = tableToSave
if (_rename && _rename.old === _rename.updated) {
_rename = null
delete tableToSave._rename
}
// rename row fields when table column is renamed
if (_rename && tableToSave.schema[_rename.updated].type === FieldTypes.LINK) {
ctx.throw(400, "Cannot rename a linked column.")
} else if (_rename && tableToSave.primaryDisplay === _rename.old) {
ctx.throw(400, "Cannot rename the display column.")
}
let updatedRows = await checkForColumnUpdates(db, oldTable, tableToSave)
// update schema of non-statistics views when new columns are added
for (let view in tableToSave.views) {
const tableView = tableToSave.views[view]
if (!tableView) continue
if (tableView.schema.group || tableView.schema.field) continue
tableView.schema = tableToSave.schema
}
// update linked rows
const linkResp = await linkRows.updateLinks({
appId,
eventType: oldTable
? linkRows.EventType.TABLE_UPDATED
: linkRows.EventType.TABLE_SAVE,
table: tableToSave,
oldTable: oldTable,
})
if (linkResp != null && linkResp._rev) {
tableToSave._rev = linkResp._rev
}
// don't perform any updates until relationships have been
// checked by the updateLinks function
if (updatedRows && updatedRows.length !== 0) {
await db.bulkDocs(updatedRows)
}
const result = await db.post(tableToSave)
tableToSave._rev = result.rev
tableToSave = await handleSearchIndexes(db, tableToSave)
tableToSave = await handleDataImport(ctx.user, tableToSave, dataImport)
ctx.eventEmitter &&
ctx.eventEmitter.emitTable(`table:save`, appId, tableToSave)
ctx.status = 200
ctx.message = `Table ${ctx.request.body.name} saved successfully.`
ctx.body = tableToSave
}
exports.destroy = async function(ctx) {
const appId = ctx.user.appId
const db = new CouchDB(appId)
const tableToDelete = await db.get(ctx.params.tableId)
// Delete all rows for that table
const rows = await db.allDocs(
getRowParams(ctx.params.tableId, null, {
include_docs: true,
})
)
await db.bulkDocs(rows.rows.map(row => ({ ...row.doc, _deleted: true })))
// update linked rows
await linkRows.updateLinks({
appId,
eventType: linkRows.EventType.TABLE_DELETE,
table: tableToDelete,
})
// don't remove the table itself until very end
await db.remove(tableToDelete)
// remove table search index
const currentIndexes = await db.getIndexes()
const existingIndex = currentIndexes.indexes.find(
existing => existing.name === `search:${ctx.params.tableId}`
)
if (existingIndex) {
await db.deleteIndex(existingIndex)
}
ctx.eventEmitter &&
ctx.eventEmitter.emitTable(`table:delete`, appId, tableToDelete)
ctx.status = 200
ctx.message = `Table ${ctx.params.tableId} deleted.`
}
exports.validateCSVSchema = async function(ctx) {
const { csvString, schema = {} } = ctx.request.body
const result = await csvParser.parse(csvString, schema)
ctx.body = { schema: result }
}

165
packages/server/src/api/controllers/table/index.js Normal file
View File

@ -0,0 +1,165 @@
const CouchDB = require("../../../db")
const linkRows = require("../../../db/linkedRows")
const csvParser = require("../../../utilities/csvParser")
const {
getRowParams,
getTableParams,
generateTableID,
} = require("../../../db/utils")
const { FieldTypes } = require("../../../constants")
const { TableSaveFunctions } = require("./utils")
exports.fetch = async function(ctx) {
const db = new CouchDB(ctx.user.appId)
const body = await db.allDocs(
getTableParams(null, {
include_docs: true,
})
)
ctx.body = body.rows.map(row => row.doc)
}
exports.find = async function(ctx) {
const db = new CouchDB(ctx.user.appId)
ctx.body = await db.get(ctx.params.id)
}
exports.save = async function(ctx) {
const appId = ctx.user.appId
const db = new CouchDB(appId)
const { dataImport, ...rest } = ctx.request.body
let tableToSave = {
type: "table",
_id: generateTableID(),
views: {},
...rest,
}
// if the table obj had an _id then it will have been retrieved
let oldTable
if (ctx.request.body && ctx.request.body._id) {
oldTable = await db.get(ctx.request.body._id)
}
// saving a table is a complex operation, involving many different steps, this
// has been broken out into a utility to make it more obvious/easier to manipulate
const tableSaveFunctions = new TableSaveFunctions({
db,
ctx,
oldTable,
dataImport,
})
tableToSave = await tableSaveFunctions.before(tableToSave)
// make sure that types don't change of a column, have to remove
// the column if you want to change the type
if (oldTable && oldTable.schema) {
for (let propKey of Object.keys(tableToSave.schema)) {
let column = tableToSave.schema[propKey]
let oldColumn = oldTable.schema[propKey]
if (oldColumn && oldColumn.type !== column.type) {
ctx.throw(400, "Cannot change the type of a column")
}
}
}
// Don't rename if the name is the same
let { _rename } = tableToSave
if (_rename && _rename.old === _rename.updated) {
_rename = null
delete tableToSave._rename
}
// rename row fields when table column is renamed
if (_rename && tableToSave.schema[_rename.updated].type === FieldTypes.LINK) {
ctx.throw(400, "Cannot rename a linked column.")
} else if (_rename && tableToSave.primaryDisplay === _rename.old) {
ctx.throw(400, "Cannot rename the display column.")
}
tableToSave = await tableSaveFunctions.mid(tableToSave)
// update schema of non-statistics views when new columns are added
for (let view in tableToSave.views) {
const tableView = tableToSave.views[view]
if (!tableView) continue
if (tableView.schema.group || tableView.schema.field) continue
tableView.schema = tableToSave.schema
}
// update linked rows
const linkResp = await linkRows.updateLinks({
appId,
eventType: oldTable
? linkRows.EventType.TABLE_UPDATED
: linkRows.EventType.TABLE_SAVE,
table: tableToSave,
oldTable: oldTable,
})
if (linkResp != null && linkResp._rev) {
tableToSave._rev = linkResp._rev
}
// don't perform any updates until relationships have been
// checked by the updateLinks function
const updatedRows = tableSaveFunctions.getUpdatedRows()
if (updatedRows && updatedRows.length !== 0) {
await db.bulkDocs(updatedRows)
}
const result = await db.post(tableToSave)
tableToSave._rev = result.rev
tableToSave = await tableSaveFunctions.after(tableToSave)
ctx.eventEmitter &&
ctx.eventEmitter.emitTable(`table:save`, appId, tableToSave)
ctx.status = 200
ctx.message = `Table ${ctx.request.body.name} saved successfully.`
ctx.body = tableToSave
}
exports.destroy = async function(ctx) {
const appId = ctx.user.appId
const db = new CouchDB(appId)
const tableToDelete = await db.get(ctx.params.tableId)
// Delete all rows for that table
const rows = await db.allDocs(
getRowParams(ctx.params.tableId, null, {
include_docs: true,
})
)
await db.bulkDocs(rows.rows.map(row => ({ ...row.doc, _deleted: true })))
// update linked rows
await linkRows.updateLinks({
appId,
eventType: linkRows.EventType.TABLE_DELETE,
table: tableToDelete,
})
// don't remove the table itself until very end
await db.remove(tableToDelete)
// remove table search index
const currentIndexes = await db.getIndexes()
const existingIndex = currentIndexes.indexes.find(
existing => existing.name === `search:${ctx.params.tableId}`
)
if (existingIndex) {
await db.deleteIndex(existingIndex)
}
ctx.eventEmitter &&
ctx.eventEmitter.emitTable(`table:delete`, appId, tableToDelete)
ctx.status = 200
ctx.message = `Table ${ctx.params.tableId} deleted.`
}
exports.validateCSVSchema = async function(ctx) {
const { csvString, schema = {} } = ctx.request.body
const result = await csvParser.parse(csvString, schema)
ctx.body = { schema: result }
}

195
packages/server/src/api/controllers/table/utils.js Normal file
View File

@ -0,0 +1,195 @@
const CouchDB = require("../../../db")
const csvParser = require("../../../utilities/csvParser")
const { getRowParams, generateRowID, ViewNames } = require("../../../db/utils")
const { isEqual } = require("lodash/fp")
const { AutoFieldSubTypes } = require("../../../constants")
const { inputProcessing } = require("../../../utilities/rowProcessor")
const { USERS_TABLE_SCHEMA } = require("../../../constants")
exports.checkForColumnUpdates = async (db, oldTable, updatedTable) => {
let updatedRows = []
const rename = updatedTable._rename
let deletedColumns = []
if (oldTable && oldTable.schema && updatedTable.schema) {
deletedColumns = Object.keys(oldTable.schema).filter(
colName => updatedTable.schema[colName] == null
)
}
// check for renaming of columns or deleted columns
if (rename || deletedColumns.length !== 0) {
const rows = await db.allDocs(
getRowParams(updatedTable._id, null, {
include_docs: true,
})
)
updatedRows = rows.rows.map(({ doc }) => {
if (rename) {
doc[rename.updated] = doc[rename.old]
delete doc[rename.old]
} else if (deletedColumns.length !== 0) {
deletedColumns.forEach(colName => delete doc[colName])
}
return doc
})
delete updatedTable._rename
}
return { rows: updatedRows, table: updatedTable }
}
// makes sure the passed in table isn't going to reset the auto ID
exports.makeSureTableUpToDate = (table, tableToSave) => {
if (!table) {
return tableToSave
}
// sure sure rev is up to date
tableToSave._rev = table._rev
// make sure auto IDs are always updated - these are internal
// so the client may not know they have changed
for (let [field, column] of Object.entries(table.schema)) {
if (
column.autocolumn &&
column.subtype === AutoFieldSubTypes.AUTO_ID &&
tableToSave.schema[field]
) {
tableToSave.schema[field].lastID = column.lastID
}
}
return tableToSave
}
exports.handleDataImport = async (user, table, dataImport) => {
const db = new CouchDB(user.appId)
if (dataImport && dataImport.csvString) {
// Populate the table with rows imported from CSV in a bulk update
const data = await csvParser.transform(dataImport)
for (let i = 0; i < data.length; i++) {
let row = data[i]
row._id = generateRowID(table._id)
row.tableId = table._id
const processed = inputProcessing(user, table, row)
row = processed.row
// these auto-fields will never actually link anywhere (always builder)
for (let [fieldName, schema] of Object.entries(table.schema)) {
if (
schema.autocolumn &&
(schema.subtype === AutoFieldSubTypes.CREATED_BY ||
schema.subtype === AutoFieldSubTypes.UPDATED_BY)
) {
delete row[fieldName]
}
}
table = processed.table
data[i] = row
}
await db.bulkDocs(data)
let response = await db.put(table)
table._rev = response._rev
}
return table
}
exports.handleSearchIndexes = async (db, table) => {
// create relevant search indexes
if (table.indexes && table.indexes.length > 0) {
const currentIndexes = await db.getIndexes()
const indexName = `search:${table._id}`
const existingIndex = currentIndexes.indexes.find(
existing => existing.name === indexName
)
if (existingIndex) {
const currentFields = existingIndex.def.fields.map(
field => Object.keys(field)[0]
)
// if index fields have changed, delete the original index
if (!isEqual(currentFields, table.indexes)) {
await db.deleteIndex(existingIndex)
// create/recreate the index with fields
await db.createIndex({
index: {
fields: table.indexes,
name: indexName,
ddoc: "search_ddoc",
type: "json",
},
})
}
} else {
// create/recreate the index with fields
await db.createIndex({
index: {
fields: table.indexes,
name: indexName,
ddoc: "search_ddoc",
type: "json",
},
})
}
}
return table
}
exports.checkStaticTables = table => {
// check user schema has all required elements
if (table._id === ViewNames.USERS) {
for (let [key, schema] of Object.entries(USERS_TABLE_SCHEMA.schema)) {
// check if the schema exists on the table to be created/updated
if (table.schema[key] == null) {
table.schema[key] = schema
}
}
}
return table
}
class TableSaveFunctions {
constructor({ db, ctx, oldTable, dataImport }) {
this.db = db
this.ctx = ctx
this.oldTable = oldTable
this.dataImport = dataImport
// any rows that need updated
this.rows = []
}
// before anything is done
async before(table) {
if (this.oldTable) {
table = exports.makeSureTableUpToDate(this.oldTable, table)
}
table = exports.checkStaticTables(table)
return table
}
// when confirmed valid
async mid(table) {
let response = await exports.checkForColumnUpdates(
this.db,
this.oldTable,
table
)
this.rows = this.rows.concat(response.rows)
return table
}
// after saving
async after(table) {
table = await exports.handleSearchIndexes(this.db, table)
table = await exports.handleDataImport(
this.ctx.user,
table,
this.dataImport
)
return table
}
getUpdatedRows() {
return this.rows
}
}
exports.TableSaveFunctions = TableSaveFunctions

15
packages/server/src/api/controllers/user.js
View File

@ -2,6 +2,7 @@ const CouchDB = require("../../db")
const bcrypt = require("../../utilities/bcrypt")
const { generateUserID, getUserParams, ViewNames } = require("../../db/utils")
const { getRole } = require("../../utilities/security/roles")
const { UserStatus } = require("../../constants")
exports.fetch = async function(ctx) {
const database = new CouchDB(ctx.user.appId)
@ -42,6 +43,10 @@ exports.create = async function(ctx) {
password: hashedPassword,
tableId: ViewNames.USERS,
}
// add the active status to a user if its not provided
if (user.status == null) {
user.status = UserStatus.ACTIVE
}
try {
const response = await db.post(user)
@ -64,13 +69,21 @@ exports.create = async function(ctx) {
exports.update = async function(ctx) {
const db = new CouchDB(ctx.user.appId)
const user = ctx.request.body
let dbUser
// get user incase password removed
if (user._id) {
dbUser = await db.get(user._id)
}
if (user.password) {
user.password = await bcrypt.hash(user.password)
} else {
delete user.password
}
const response = await db.put(user)
const response = await db.put({
password: dbUser.password,
...user,
})
user._rev = response.rev
ctx.status = 200

95
packages/server/src/constants/index.js
View File

@ -1,44 +1,5 @@
const { BUILTIN_ROLE_IDS } = require("../utilities/security/roles")
const AuthTypes = {
APP: "app",
BUILDER: "builder",
EXTERNAL: "external",
}
const USERS_TABLE_SCHEMA = {
_id: "ta_users",
type: "table",
views: {},
name: "Users",
schema: {
email: {
type: "string",
constraints: {
type: "string",
email: true,
length: {
maximum: "",
},
presence: true,
},
fieldName: "email",
name: "email",
},
roleId: {
fieldName: "roleId",
name: "roleId",
type: "options",
constraints: {
type: "string",
presence: false,
inclusion: Object.values(BUILTIN_ROLE_IDS),
},
},
},
primaryDisplay: "email",
}
exports.FieldTypes = {
STRING: "string",
LONGFORM: "longform",
@ -51,6 +12,60 @@ exports.FieldTypes = {
AUTO: "auto",
}
exports.AuthTypes = {
APP: "app",
BUILDER: "builder",
EXTERNAL: "external",
}
exports.UserStatus = {
ACTIVE: "active",
INACTIVE: "inactive",
}
exports.USERS_TABLE_SCHEMA = {
_id: "ta_users",
type: "table",
views: {},
name: "Users",
schema: {
email: {
type: exports.FieldTypes.STRING,
constraints: {
type: exports.FieldTypes.STRING,
email: true,
length: {
maximum: "",
},
presence: true,
},
fieldName: "email",
name: "email",
},
roleId: {
fieldName: "roleId",
name: "roleId",
type: exports.FieldTypes.OPTIONS,
constraints: {
type: exports.FieldTypes.STRING,
presence: false,
inclusion: Object.values(BUILTIN_ROLE_IDS),
},
},
status: {
fieldName: "status",
name: "status",
type: exports.FieldTypes.OPTIONS,
constraints: {
type: exports.FieldTypes.STRING,
presence: false,
inclusion: Object.values(exports.UserStatus),
},
},
},
primaryDisplay: "email",
}
exports.AutoFieldSubTypes = {
CREATED_BY: "createdBy",
CREATED_AT: "createdAt",
@ -59,8 +74,6 @@ exports.AutoFieldSubTypes = {
AUTO_ID: "autoID",
}
exports.AuthTypes = AuthTypes
exports.USERS_TABLE_SCHEMA = USERS_TABLE_SCHEMA
exports.BUILDER_CONFIG_DB = "builder-config-db"
exports.HOSTING_DOC = "hosting-doc"
exports.OBJ_STORE_DIRECTORY = "/app-assets/assets"

26
packages/standard-components/src/forms/RelationshipField.svelte
View File

@ -18,25 +18,25 @@
let options = []
let tableDefinition
let fieldText = ""
const setFieldText = (value) => {
if (fieldSchema?.relationshipType === 'one-to-many') {
const setFieldText = value => {
if (fieldSchema?.relationshipType === "one-to-many") {
if (value?.length && options?.length) {
const row = options.find(row => row._id === value[0])
return row.name
} else {
return placeholder || 'Choose an option'
}
return placeholder || "Choose an option"
}
} else {
if (value?.length) {
return `${value?.length ?? 0} selected rows`
} else {
return placeholder || 'Choose some options'
}
return placeholder || "Choose some options"
}
}
}
$: options, fieldText = setFieldText($fieldState?.value)
$: options, (fieldText = setFieldText($fieldState?.value))
$: valueLookupMap = getValueLookupMap($fieldState?.value)
$: isOptionSelected = option => valueLookupMap[option] === true
$: linkedTableId = fieldSchema?.tableId
@ -74,14 +74,14 @@
}
const toggleOption = option => {
if (fieldSchema.type === 'one-to-many') {
if (fieldSchema.type === "one-to-many") {
fieldApi.setValue([option])
} else {
if ($fieldState.value.includes(option)) {
fieldApi.setValue($fieldState.value.filter(x => x !== option))
} else {
fieldApi.setValue([...$fieldState.value, option])
}
fieldApi.setValue($fieldState.value.filter(x => x !== option))
} else {
fieldApi.setValue([...$fieldState.value, option])
}
}
}
</script>