Files
MemoryBear/web/src/views/Workflow/components/Properties/index.tsx
2026-01-14 16:50:20 +08:00

1363 lines
53 KiB
TypeScript

import { type FC, useEffect, useState, useRef, useMemo } from "react";
import { useTranslation } from 'react-i18next'
import { Graph, Node } from '@antv/x6';
import { Form, Input, Button, Select, InputNumber, Slider, Space, Divider, App, Switch } from 'antd'
import type { NodeConfig, NodeProperties, StartVariableItem, VariableEditModalRef } from '../../types'
import Empty from '@/components/Empty';
import emptyIcon from '@/assets/images/workflow/empty.png'
import CustomSelect from "@/components/CustomSelect";
import VariableEditModal from './VariableEditModal';
import MessageEditor from './MessageEditor'
import Knowledge from './Knowledge/Knowledge';
import type { Suggestion } from '../Editor/plugin/AutocompletePlugin'
import VariableSelect from './VariableSelect';
import ParamsList from './ParamsList';
import GroupVariableList from './GroupVariableList'
import CaseList from './CaseList'
import HttpRequest from './HttpRequest';
import MappingList from './MappingList'
import CategoryList from './CategoryList'
import ConditionList from './ConditionList'
import CycleVarsList from './CycleVarsList'
import AssignmentList from './AssignmentList'
import ToolConfig from './ToolConfig'
import MemoryConfig from './MemoryConfig'
// import { calculateVariableList } from './utils/variableListCalculator'
interface PropertiesProps {
selectedNode?: Node | null;
setSelectedNode: (node: Node | null) => void;
graphRef: React.MutableRefObject<Graph | undefined>;
blankClick: () => void;
deleteEvent: () => void;
copyEvent: () => void;
parseEvent: () => void;
config?: any;
}
const Properties: FC<PropertiesProps> = ({
selectedNode,
graphRef,
config: workflowConfig,
}) => {
const { t } = useTranslation()
const { modal } = App.useApp()
const [form] = Form.useForm<NodeConfig>();
const [configs, setConfigs] = useState<Record<string,NodeConfig>>({} as Record<string,NodeConfig>)
const values = Form.useWatch([], form);
const variableModalRef = useRef<VariableEditModalRef>(null)
const [editIndex, setEditIndex] = useState<number | null>(null)
const prevMappingNamesRef = useRef<string[]>([])
const prevTemplateVarsRef = useRef<string[]>([])
const syncTimeoutRef = useRef<number | null>(null)
const isSyncingRef = useRef(false)
const lastSyncSourceRef = useRef<'mapping' | 'template' | null>(null)
useEffect(() => {
if (selectedNode?.getData()?.id) {
form.resetFields()
prevMappingNamesRef.current = []
prevTemplateVarsRef.current = []
lastSyncSourceRef.current = null
}
}, [selectedNode?.getData()?.id])
// Sync template when mapping names change
useEffect(() => {
if (isSyncingRef.current || lastSyncSourceRef.current === 'mapping' || selectedNode?.data?.type !== 'jinja-render' || !values?.mapping || !values?.template) return
const currentMappingNames = Array.isArray(values.mapping) ? values.mapping.filter(item => item && item.name).map((item: any) => item.name) : []
const prevNames = prevMappingNamesRef.current
if (prevNames.length === 0) {
prevMappingNamesRef.current = currentMappingNames
return
}
if (JSON.stringify(prevNames) === JSON.stringify(currentMappingNames)) return
if (syncTimeoutRef.current) clearTimeout(syncTimeoutRef.current)
const activeElement = document.activeElement as HTMLElement
syncTimeoutRef.current = setTimeout(() => {
let updatedTemplate = String(form.getFieldValue('template') || '')
prevNames.forEach((oldName, index) => {
const newName = currentMappingNames[index]
if (newName && oldName !== newName) {
updatedTemplate = updatedTemplate.replace(new RegExp(`{{\\s*${oldName}\\s*}}`, 'g'), `{{${newName}}}`)
}
})
if (updatedTemplate !== form.getFieldValue('template')) {
isSyncingRef.current = true
lastSyncSourceRef.current = 'mapping'
const newTemplateVars = (updatedTemplate.match(/{{\s*([\w.]+)\s*}}/g) || []).map(m => m.replace(/{{\s*|\s*}}/g, ''))
prevTemplateVarsRef.current = newTemplateVars
prevMappingNamesRef.current = currentMappingNames
form.setFieldValue('template', updatedTemplate)
requestAnimationFrame(() => {
activeElement?.focus?.()
setTimeout(() => {
isSyncingRef.current = false
lastSyncSourceRef.current = null
}, 50)
})
} else {
prevMappingNamesRef.current = currentMappingNames
}
}, 0)
}, [values?.mapping, selectedNode?.data?.type, form])
// Sync mapping when template variables change
useEffect(() => {
if (isSyncingRef.current || lastSyncSourceRef.current === 'template' || selectedNode?.data?.type !== 'jinja-render' || !values?.template || !values?.mapping) return
const templateVars = (String(values.template).match(/{{\s*([\w.]+)\s*}}/g) || []).map(m => m.replace(/{{\s*|\s*}}/g, ''))
if (JSON.stringify(prevTemplateVarsRef.current) === JSON.stringify(templateVars)) return
const isTemplateEditor = document.activeElement?.closest('[data-editor-type="template"]')
if (!isTemplateEditor) {
prevTemplateVarsRef.current = templateVars
return
}
const updatedMapping = Array.isArray(values.mapping) ? [...values.mapping.filter(item => item)] : []
const existingNames = updatedMapping.filter(item => item && item.name).map(item => item.name)
let updatedTemplate = String(values.template)
if (prevTemplateVarsRef.current.length > 0) {
prevTemplateVarsRef.current.forEach((oldVar, index) => {
const newVar = templateVars[index]
if (newVar && oldVar !== newVar && updatedMapping[index]) {
updatedMapping[index] = { ...updatedMapping[index], name: newVar }
}
})
}
templateVars.forEach(varName => {
const existingMapping = updatedMapping.find(item => item.value === `{{${varName}}}`)
const regex = new RegExp(`{{\\s*${varName.replace(/\./g, '\\.')}\\s*}}`, 'g')
if (existingMapping) {
updatedTemplate = updatedTemplate.replace(regex, `{{${existingMapping.name}}}`)
} else if (!existingNames.includes(varName)) {
const mappingName = varName.includes('.') ? varName.split('.').pop() || varName : varName
updatedMapping.push({ name: mappingName, value: `{{${varName}}}` })
updatedTemplate = updatedTemplate.replace(regex, `{{${mappingName}}}`)
}
})
const seenNames = new Set<string>()
const finalMapping = updatedMapping.filter(item => {
const isUsed = templateVars.some(v => item.name === v || item.value === `{{${v}}}`)
if (!isUsed || seenNames.has(item.name)) return false
seenNames.add(item.name)
return true
})
isSyncingRef.current = true
lastSyncSourceRef.current = 'template'
prevMappingNamesRef.current = finalMapping.filter(item => item && item.name).map((item: any) => item.name)
prevTemplateVarsRef.current = templateVars
if (JSON.stringify(finalMapping) !== JSON.stringify(values.mapping)) {
form.setFieldValue('mapping', finalMapping)
}
if (updatedTemplate !== String(values.template)) {
form.setFieldValue('template', updatedTemplate)
}
setTimeout(() => {
isSyncingRef.current = false
lastSyncSourceRef.current = null
}, 50)
}, [values?.template, selectedNode?.data?.type, form])
useEffect(() => {
if (selectedNode && form) {
const { type = 'default', name = '', config } = selectedNode.getData() || {}
const initialValue: Record<string, any> = {}
Object.keys(config || {}).forEach(key => {
if (config && config[key] && 'defaultValue' in config[key]) {
initialValue[key] = config[key].defaultValue
}
})
form.setFieldsValue({
type,
id: selectedNode.id,
name,
...initialValue,
})
setConfigs(config || {})
}
}, [selectedNode, form])
const updateNodeLabel = (newLabel: string) => {
if (selectedNode && form) {
const nodeData = selectedNode.data as NodeProperties;
selectedNode.setAttrByPath('text/text', `${nodeData.icon} ${newLabel}`);
selectedNode.setData({ ...selectedNode.data, name: newLabel });
}
};
useEffect(() => {
if (values && selectedNode) {
const { id, knowledge_retrieval, group, group_variables, ...rest } = values
const { knowledge_bases = [], ...restKnowledgeConfig } = (knowledge_retrieval as any) || {}
let allRest = {
...rest,
...restKnowledgeConfig,
}
if (knowledge_bases?.length) {
allRest.knowledge_bases = knowledge_bases?.map((vo: any) => ({
id: vo.id,
...vo.config
}))
}
Object.keys(values).forEach(key => {
if (selectedNode.data?.config?.[key]) {
// Create a deep copy to avoid reference sharing between nodes
if (!selectedNode.data.config[key]) {
selectedNode.data.config[key] = {};
}
selectedNode.data.config[key] = {
...selectedNode.data.config[key],
defaultValue: values[key]
};
}
})
selectedNode?.setData({
...selectedNode.data,
...allRest,
})
}
}, [values, selectedNode, form])
const handleAddVariable = () => {
variableModalRef.current?.handleOpen()
}
const handleEditVariable = (index: number, vo: StartVariableItem) => {
variableModalRef.current?.handleOpen(vo)
setEditIndex(index)
}
const handleRefreshVariable = (value: StartVariableItem) => {
if (!selectedNode) return
if (editIndex !== null) {
const defaultValue = selectedNode.data.config.variables.defaultValue ?? []
defaultValue[editIndex] = value
selectedNode.data.config.variables.defaultValue = [...defaultValue]
} else {
const defaultValue = selectedNode.data.config.variables.defaultValue ?? []
selectedNode.data.config.variables.defaultValue = [...defaultValue, value]
}
selectedNode?.setData({ ...selectedNode.data})
setConfigs({ ...selectedNode.data.config})
}
const handleDeleteVariable = (index: number, vo: StartVariableItem) => {
if (!selectedNode) return
modal.confirm({
title: t('common.confirmDeleteDesc', { name: vo.name }),
okText: t('common.delete'),
cancelText: t('common.cancel'),
okType: 'danger',
onOk: () => {
const defaultValue = selectedNode.data.config.variables.defaultValue ?? []
defaultValue.splice(index, 1)
selectedNode.data.config.variables.defaultValue = [...defaultValue]
selectedNode?.setData({ ...selectedNode.data })
setConfigs({ ...selectedNode.data.config })
}
})
}
const variableList = useMemo(() => {
if (!selectedNode || !graphRef?.current) return [];
const variableList: Suggestion[] = [];
const graph = graphRef.current;
const edges = graph.getEdges();
const nodes = graph.getNodes();
const addedKeys = new Set<string>();
// Find all connected previous nodes (recursive)
const getAllPreviousNodes = (nodeId: string, visited = new Set<string>()): string[] => {
if (visited.has(nodeId)) return [];
visited.add(nodeId);
const directPrevious = edges
.filter(edge => edge.getTargetCellId() === nodeId)
.map(edge => edge.getSourceCellId());
const allPrevious = [...directPrevious];
directPrevious.forEach(prevNodeId => {
allPrevious.push(...getAllPreviousNodes(prevNodeId, visited));
});
return allPrevious;
};
// Find child nodes (nodes whose cycle field equals current node's ID)
const getChildNodes = (nodeId: string): string[] => {
return nodes
.filter(node => node.getData()?.cycle === nodeId)
.map(node => node.id);
};
// Find parent loop/iteration node if current node is a child
const getParentLoopNode = (nodeId: string): Node | null => {
const node = nodes.find(n => n.id === nodeId);
if (!node) return null;
const nodeData = node.getData();
const cycle = nodeData?.cycle;
if (cycle) {
const parentNode = nodes.find(n => n.getData().id === cycle);
if (parentNode) {
const parentData = parentNode.getData();
if (parentData?.type === 'loop' || parentData?.type === 'iteration') {
return parentNode;
}
}
}
return null;
};
const allPreviousNodeIds = getAllPreviousNodes(selectedNode.id);
const childNodeIds = getChildNodes(selectedNode.id);
const parentLoopNode = getParentLoopNode(selectedNode.id);
console.log('childNodeIds', selectedNode, childNodeIds)
let allRelevantNodeIds = [...allPreviousNodeIds, ...childNodeIds];
// Add variables from nodes preceding the parent loop/iteration node if current node is a child
if (parentLoopNode) {
const parentPreviousNodeIds = getAllPreviousNodes(parentLoopNode.id);
allRelevantNodeIds.push(...parentPreviousNodeIds);
}
// Add conversation variables from global config
const conversationVariables = workflowConfig?.variables || [];
conversationVariables.forEach((variable: any) => {
const key = `CONVERSATION_${variable.name}`;
if (!addedKeys.has(key)) {
addedKeys.add(key);
variableList.push({
key,
label: variable.name,
type: 'variable',
dataType: variable.type,
value: `conv.${variable.name}`,
nodeData: { type: 'CONVERSATION', name: 'CONVERSATION', icon: '' },
group: 'CONVERSATION'
});
}
});
allRelevantNodeIds.forEach(nodeId => {
const node = nodes.find(n => n.id === nodeId);
if (!node) return;
const nodeData = node.getData();
const dataNodeId = nodeData.id; // Use the data.id instead of node.id for consistency
switch(nodeData.type) {
case 'start':
const list = [
...(nodeData.config?.variables?.defaultValue ?? []),
...(nodeData.config?.variables?.value ?? [])
]
list.forEach((variable: any) => {
if (!variable || !variable?.name) return;
const key = `${dataNodeId}_${variable.name}`;
if (!addedKeys.has(key)) {
addedKeys.add(key);
variableList.push({
key,
label: variable.name,
type: 'variable',
dataType: variable.type,
value: `${dataNodeId}.${variable.name}`,
nodeData: nodeData,
});
}
});
nodeData.config?.variables?.sys?.forEach((variable: any) => {
if (!variable || !variable?.name) return;
const key = `${dataNodeId}_sys_${variable.name}`;
if (!addedKeys.has(key)) {
addedKeys.add(key);
variableList.push({
key,
label: `sys.${variable.name}`,
type: 'variable',
dataType: variable.type,
value: `sys.${variable.name}`,
nodeData: nodeData,
});
}
});
break
case 'llm':
const llmKey = `${dataNodeId}_output`;
if (!addedKeys.has(llmKey)) {
addedKeys.add(llmKey);
variableList.push({
key: llmKey,
label: 'output',
type: 'variable',
dataType: 'string',
value: `${dataNodeId}.output`,
nodeData: nodeData,
});
}
break
case 'knowledge-retrieval':
const knowledgeKey = `${dataNodeId}_output`;
if (!addedKeys.has(knowledgeKey)) {
addedKeys.add(knowledgeKey);
variableList.push({
key: knowledgeKey,
label: 'output',
type: 'variable',
dataType: 'array[object]',
value: `${dataNodeId}.output`,
nodeData: nodeData,
});
}
break
case 'parameter-extractor':
const successKey = `${dataNodeId}___is_success`;
const reasonKey = `${dataNodeId}___reason`;
if (!addedKeys.has(successKey)) {
addedKeys.add(successKey);
variableList.push({
key: successKey,
label: '__is_success',
type: 'variable',
dataType: 'number',
value: `${dataNodeId}.__is_success`,
nodeData: nodeData,
});
}
if (!addedKeys.has(reasonKey)) {
addedKeys.add(reasonKey);
variableList.push({
key: reasonKey,
label: '__reason',
type: 'variable',
dataType: 'string',
value: `${dataNodeId}.__reason`,
nodeData: nodeData,
});
}
// Add params variables
const paramsList = nodeData.config?.params?.defaultValue || [];
paramsList.forEach((param: any) => {
if (!param || !param?.name) return;
const paramKey = `${dataNodeId}_${param.name}`;
if (!addedKeys.has(paramKey)) {
addedKeys.add(paramKey);
variableList.push({
key: paramKey,
label: param.name,
type: 'variable',
dataType: param.type || 'string',
value: `${dataNodeId}.${param.name}`,
nodeData: nodeData,
});
}
});
break
case 'var-aggregator':
if (nodeData.config.group.defaultValue) {
// If group=true, add variables from group_variables with key as variable name
const groupVariables = nodeData.config.group_variables.defaultValue || [];
groupVariables?.forEach((groupVar: any) => {
if (!groupVar || !groupVar.key) return;
// Determine dataType from first variable in the group
let groupDataType = 'string';
if (groupVar.value && Array.isArray(groupVar.value) && groupVar.value.length > 0) {
const firstVariableValue = groupVar.value[0];
const firstVariable = variableList.find(v => `{{${v.value}}}` === firstVariableValue);
if (firstVariable) {
groupDataType = firstVariable.dataType;
}
}
const groupVarKey = `${dataNodeId}_${groupVar.key}`;
if (!addedKeys.has(groupVarKey)) {
addedKeys.add(groupVarKey);
variableList.push({
key: groupVarKey,
label: groupVar.key,
type: 'variable',
dataType: groupDataType,
value: `${dataNodeId}.${groupVar.key}`,
nodeData: nodeData,
});
}
});
} else {
// If group=false, add output variable with type from first group_variable
const groupVariables = nodeData.config.group_variables.defaultValue || [];
const firstVariable = groupVariables[0];
let outputDataType: string = 'any';
if (firstVariable) {
const filterVo = [...variableList].find(v => {
return `{{${v.value}}}` === firstVariable
})
if (filterVo) {
outputDataType = filterVo?.dataType
}
}
const varAggregatorKey = `${dataNodeId}_output`;
if (!addedKeys.has(varAggregatorKey)) {
addedKeys.add(varAggregatorKey);
variableList.push({
key: varAggregatorKey,
label: 'output',
type: 'variable',
dataType: outputDataType,
value: `${dataNodeId}.output`,
nodeData: nodeData,
});
}
}
break
case 'http-request':
const httpBodyKey = `${dataNodeId}_body`;
const httpStatusKey = `${dataNodeId}_status_code`;
if (!addedKeys.has(httpBodyKey)) {
addedKeys.add(httpBodyKey);
variableList.push({
key: httpBodyKey,
label: 'body',
type: 'variable',
dataType: 'string',
value: `${dataNodeId}.body`,
nodeData: nodeData,
});
}
if (!addedKeys.has(httpStatusKey)) {
addedKeys.add(httpStatusKey);
variableList.push({
key: httpStatusKey,
label: 'status_code',
type: 'variable',
dataType: 'number',
value: `${dataNodeId}.status_code`,
nodeData: nodeData,
});
}
break
case 'jinja-render':
const jinjaOutputKey = `${dataNodeId}_output`;
if (!addedKeys.has(jinjaOutputKey)) {
addedKeys.add(jinjaOutputKey);
variableList.push({
key: jinjaOutputKey,
label: 'output',
type: 'variable',
dataType: 'string',
value: `${dataNodeId}.output`,
nodeData: nodeData,
});
}
break
case 'question-classifier':
const classNameKey = `${dataNodeId}_class_name`;
const outputKey = `${dataNodeId}_output`;
if (!addedKeys.has(classNameKey)) {
addedKeys.add(classNameKey);
variableList.push({
key: classNameKey,
label: 'class_name',
type: 'variable',
dataType: 'string',
value: `${dataNodeId}.class_name`,
nodeData: nodeData,
});
}
// if (!addedKeys.has(outputKey)) {
// addedKeys.add(outputKey);
// variableList.push({
// key: outputKey,
// label: 'output',
// type: 'variable',
// dataType: 'string',
// value: `${dataNodeId}.output`,
// nodeData: nodeData,
// });
// }
break
case 'iteration':
const iterationOutputKey = `${dataNodeId}_output`;
if (!addedKeys.has(iterationOutputKey)) {
addedKeys.add(iterationOutputKey);
// Get the data type from the output configuration, default to string
const outputConfig = nodeData.output;
let outputDataType = 'string';
if (outputConfig) {
// Find the selected variable from variableList to get its type
const selectedVariable = variableList.find(v => v.value === outputConfig);
if (selectedVariable) {
outputDataType = selectedVariable.dataType;
}
}
variableList.push({
key: iterationOutputKey,
label: 'output',
type: 'variable',
dataType: `array[${outputDataType}]`,
value: `${dataNodeId}.output`,
nodeData: nodeData,
});
}
break
case 'loop':
const cycleVars = nodeData.config.cycle_vars.defaultValue || [];
console.log('cycleVars', cycleVars)
cycleVars.forEach((cycleVar: any) => {
const cycleVarKey = `${dataNodeId}_cycle_${cycleVar.name}`;
if (!addedKeys.has(cycleVarKey)) {
addedKeys.add(cycleVarKey);
if (cycleVar.name && cycleVar.name.trim() !== '') {
variableList.push({
key: cycleVarKey,
label: cycleVar.name,
type: 'variable',
dataType: cycleVar.type || 'string',
value: `${dataNodeId}.${cycleVar.name}`,
nodeData: nodeData,
});
}
}
});
break
case 'tool':
const toolDataKey = `${dataNodeId}_data`;
if (!addedKeys.has(toolDataKey)) {
addedKeys.add(toolDataKey);
variableList.push({
key: toolDataKey,
label: 'data',
type: 'variable',
dataType: 'string',
value: `${dataNodeId}.data`,
nodeData: nodeData,
});
}
break
case 'memory-read':
const memoryReadAnswerKey = `${dataNodeId}_answer`;
const memoryReadIntermediateOutputs = `${dataNodeId}_intermediate_outputs`;
if (!addedKeys.has(memoryReadAnswerKey)) {
addedKeys.add(memoryReadAnswerKey);
variableList.push({
key: memoryReadAnswerKey,
label: 'answer',
type: 'variable',
dataType: 'string',
value: `${dataNodeId}.answer`,
nodeData: nodeData,
});
}
if (!addedKeys.has(memoryReadIntermediateOutputs)) {
addedKeys.add(memoryReadIntermediateOutputs);
variableList.push({
key: memoryReadIntermediateOutputs,
label: 'intermediate_outputs',
type: 'variable',
dataType: 'array[object]',
value: `${dataNodeId}.intermediate_outputs`,
nodeData: nodeData,
});
}
break
}
});
// Add parent loop/iteration node variables if current node is a child
if (parentLoopNode) {
const parentData = parentLoopNode.getData();
const parentNodeId = parentLoopNode.getData().id;
if (parentData.type === 'loop') {
const cycleVars = parentData.cycle_vars || [];
cycleVars.forEach((cycleVar: any) => {
const key = `${parentNodeId}_cycle_${cycleVar.name}`;
if (!addedKeys.has(key)) {
addedKeys.add(key);
variableList.push({
key,
label: cycleVar.name,
type: 'variable',
dataType: cycleVar.type || 'String',
value: `${parentNodeId}.${cycleVar.name}`,
nodeData: parentData,
});
}
});
} else if (parentData.type === 'iteration') {
// Add item and index variables for iteration parent only if input has value
if (parentData.config.input.defaultValue) {
const itemKey = `${parentNodeId}_item`;
const indexKey = `${parentNodeId}_index`;
// Determine item dataType from input variable
let itemDataType = 'object';
const inputVariable = variableList.find(v => `{{${v.value}}}` === parentData.config.input.defaultValue);
console.log('itemDataType defaultValue', parentData.config.input.defaultValue, variableList, inputVariable)
if (inputVariable && inputVariable.dataType.startsWith('array[')) {
itemDataType = inputVariable.dataType.replace(/^array\[(.+)\]$/, '$1');
console.log('itemDataType', itemDataType)
}
if (!addedKeys.has(itemKey)) {
addedKeys.add(itemKey);
variableList.push({
key: itemKey,
label: 'item',
type: 'variable',
dataType: itemDataType,
value: `${parentNodeId}.item`,
nodeData: parentData,
});
}
if (!addedKeys.has(indexKey)) {
addedKeys.add(indexKey);
variableList.push({
key: indexKey,
label: 'index',
type: 'variable',
dataType: 'number',
value: `${parentNodeId}.index`,
nodeData: parentData,
});
}
}
}
}
return variableList;
}, [selectedNode, graphRef, workflowConfig?.variables]);
// Filter out boolean type variables for loop and llm nodes
const getFilteredVariableList = (nodeType?: string, key?: string) => {
// Check if current node is a child of iteration node
const parentIterationNode = selectedNode ? (() => {
const nodes = graphRef.current?.getNodes() || [];
const nodeData = selectedNode.getData();
const cycle = nodeData?.cycle;
if (cycle) {
const parentNode = nodes.find(n => n.getData().id === cycle);
if (parentNode) {
const parentData = parentNode.getData();
if (parentData?.type === 'iteration') {
return parentNode;
}
}
}
return null;
})() : null;
// Helper function to add parent iteration variables
const addParentIterationVars = (filteredList: any[]) => {
if (parentIterationNode) {
const parentData = parentIterationNode.getData();
const parentNodeId = parentData.id;
if (parentData.config?.input?.defaultValue) {
const itemKey = `${parentNodeId}_item`;
const indexKey = `${parentNodeId}_index`;
const existingItemVar = filteredList.find(v => v.key === itemKey);
const existingIndexVar = filteredList.find(v => v.key === indexKey);
if (!existingItemVar) {
// Determine item dataType from input variable
let itemDataType = 'object';
const inputVariable = variableList.find(v => `{{${v.value}}}` === parentData.config.input.defaultValue);
if (inputVariable && inputVariable.dataType.startsWith('array[')) {
itemDataType = inputVariable.dataType.replace(/^array\[(.+)\]$/, '$1');
}
filteredList.push({
key: itemKey,
label: 'item',
type: 'variable',
dataType: itemDataType,
value: `${parentNodeId}.item`,
nodeData: parentData,
});
}
if (!existingIndexVar) {
filteredList.push({
key: indexKey,
label: 'index',
type: 'variable',
dataType: 'number',
value: `${parentNodeId}.index`,
nodeData: parentData,
});
}
}
}
return filteredList;
};
if (nodeType === 'llm') {
// For LLM nodes that are children of iteration or loop nodes, include parent variables
const parentLoopNode = selectedNode ? (() => {
const nodes = graphRef.current?.getNodes() || [];
const nodeData = selectedNode.getData();
const cycle = nodeData?.cycle;
if (cycle) {
const parentNode = nodes.find(n => n.getData().id === cycle);
if (parentNode) {
const parentData = parentNode.getData();
if (parentData?.type === 'loop' || parentData?.type === 'iteration') {
return parentNode;
}
}
}
return null;
})() : null;
let filteredList = variableList.filter(variable => variable.dataType !== 'boolean');
// If this LLM node is a child of iteration/loop, ensure parent variables are included
if (parentLoopNode) {
const parentData = parentLoopNode.getData();
const parentNodeId = parentData.id;
// Ensure parent loop/iteration variables are included
if (parentData.type === 'loop') {
const cycleVars = parentData.cycle_vars || [];
cycleVars.forEach((cycleVar: any) => {
const key = `${parentNodeId}_cycle_${cycleVar.name}`;
const existingVar = filteredList.find(v => v.key === key);
if (!existingVar && cycleVar.name && cycleVar.type !== 'boolean') {
filteredList.push({
key,
label: cycleVar.name,
type: 'variable',
dataType: cycleVar.type || 'String',
value: `${parentNodeId}.${cycleVar.name}`,
nodeData: parentData,
});
}
});
} else if (parentData.type === 'iteration') {
// Add item and index variables for iteration parent
if (parentData.config?.input?.defaultValue) {
const itemKey = `${parentNodeId}_item`;
const indexKey = `${parentNodeId}_index`;
const existingItemVar = filteredList.find(v => v.key === itemKey);
const existingIndexVar = filteredList.find(v => v.key === indexKey);
if (!existingItemVar) {
// Determine item dataType from input variable
let itemDataType = 'object';
const inputVariable = variableList.find(v => `{{${v.value}}}` === parentData.config.input.defaultValue);
if (inputVariable && inputVariable.dataType.startsWith('array[')) {
itemDataType = inputVariable.dataType.replace(/^array\[(.+)\]$/, '$1');
}
filteredList.push({
key: itemKey,
label: 'item',
type: 'variable',
dataType: itemDataType,
value: `${parentNodeId}.item`,
nodeData: parentData,
});
}
if (!existingIndexVar) {
filteredList.push({
key: indexKey,
label: 'index',
type: 'variable',
dataType: 'Number',
value: `${parentNodeId}.index`,
nodeData: parentData,
});
}
}
}
}
return filteredList;
}
if (nodeType === 'knowledge-retrieval' || nodeType === 'parameter-extractor' && key !== 'prompt' || nodeType === 'memory-read' || nodeType === 'memory-write' || nodeType === 'question-classifier') {
let filteredList = addParentIterationVars(variableList).filter(variable => variable.dataType === 'string');
return filteredList;
}
if (nodeType === 'parameter-extractor' && key === 'prompt') {
let filteredList = addParentIterationVars(variableList).filter(variable => variable.dataType === 'string' || variable.dataType === 'number');
return filteredList;
}
if (nodeType === 'iteration' && key === 'output') {
return variableList.filter(variable => variable.value.includes('sys.'));
}
if (nodeType === 'iteration') {
return variableList.filter(variable => variable.dataType.includes('array'));
}
if (nodeType === 'loop' && key === 'condition') {
let filteredList = addParentIterationVars(variableList).filter(variable => variable.nodeData.type !== 'loop');
// Add child node output variables for loop nodes
if (selectedNode) {
const graph = graphRef.current;
if (graph) {
const nodes = graph.getNodes();
const childNodes = nodes.filter(node => {
const nodeData = node.getData();
return nodeData?.cycle === selectedNode.id;
});
// Add output variables from child nodes
childNodes.forEach(childNode => {
const childData = childNode.getData();
const childNodeId = childData.id;
// Add child node output variables based on their type
switch(childData.type) {
case 'llm':
case 'jinja-render':
case 'tool':
const outputKey = `${childNodeId}_output`;
const existingOutput = filteredList.find(v => v.key === outputKey);
if (!existingOutput) {
filteredList.push({
key: outputKey,
label: 'output',
type: 'variable',
dataType: 'string',
value: `${childNodeId}.output`,
nodeData: childData,
});
}
break;
case 'http-request':
const bodyKey = `${childNodeId}_body`;
const statusKey = `${childNodeId}_status_code`;
if (!filteredList.find(v => v.key === bodyKey)) {
filteredList.push({
key: bodyKey,
label: 'body',
type: 'variable',
dataType: 'string',
value: `${childNodeId}.body`,
nodeData: childData,
});
}
if (!filteredList.find(v => v.key === statusKey)) {
filteredList.push({
key: statusKey,
label: 'status_code',
type: 'variable',
dataType: 'number',
value: `${childNodeId}.status_code`,
nodeData: childData,
});
}
break;
}
});
}
}
return filteredList;
}
// For all other node types, add parent iteration variables if applicable
let baseList = variableList;
return addParentIterationVars(baseList);
};
// const defaultVariableList = calculateVariableList(selectedNode as Node, graphRef, workflowConfig )
console.log('values', values)
console.log('variableList', variableList)
return (
<div className="rb:w-75 rb:fixed rb:right-0 rb:top-16 rb:bottom-0 rb:p-3">
<div className="rb:font-medium rb:leading-5 rb:mb-3">{t('workflow.nodeProperties')}</div>
{!selectedNode
? <Empty url={emptyIcon} size={140} className="rb:h-full rb:mx-15" title={t('workflow.empty')} />
: <Form form={form} layout="vertical" className="rb:h-[calc(100%-20px)] rb:overflow-y-auto">
<Form.Item name="name" label={t('workflow.nodeName')}>
<Input
placeholder={t('common.pleaseEnter')}
onChange={(e) => {
updateNodeLabel(e.target.value);
}}
/>
</Form.Item>
<Form.Item name="id" label="ID">
<Input disabled />
</Form.Item>
{selectedNode?.data?.type === 'http-request'
? <HttpRequest
options={variableList}
selectedNode={selectedNode}
graphRef={graphRef}
/>
: selectedNode?.data?.type === 'tool'
? <ToolConfig options={variableList} />
: configs && Object.keys(configs).length > 0 && Object.keys(configs).map((key) => {
const config = configs[key] || {}
if (config.dependsOn && (values as any)?.[config.dependsOn as string] !== config.dependsOnValue) {
return null
}
if (selectedNode?.data?.type === 'start' && key === 'variables' && config.type === 'define') {
return (
<div key={key}>
<div className="rb:flex rb:items-center rb:justify-between rb:mb-2.75">
<div className="rb:leading-5">
{t(`workflow.config.${selectedNode?.data?.type}.${key}`)}
</div>
<Button style={{padding: '0 8px', height: '24px'}} onClick={handleAddVariable}>+{t('application.addVariables')}</Button>
</div>
<Space size={4} direction="vertical" className="rb:w-full">
{Array.isArray(config.defaultValue) && config.defaultValue?.map((vo, index) =>
<div key={`${vo.name}}-${index}`} className="rb:p-[4px_8px] rb:text-[12px] rb:text-[#5B6167] rb:flex rb:items-center rb:justify-between rb:border rb:border-[#DFE4ED] rb:rounded-md rb:group rb:cursor-pointer">
<span>{vo.name}·{vo.description}</span>
<div className="rb:group-hover:hidden rb:flex rb:items-center rb:gap-1">
{vo.required && <span>{t('workflow.config.start.required')}</span>}
{vo.type}
</div>
<Space className="rb:hidden! rb:group-hover:flex!">
<div
className="rb:w-4.5 rb:h-4.5 rb:cursor-pointer rb:bg-cover rb:bg-[url('@/assets/images/editBorder.svg')] rb:hover:bg-[url('@/assets/images/editBg.svg')]"
onClick={() => handleEditVariable(index, vo)}
></div>
<div
className="rb:w-4.5 rb:h-4.5 rb:cursor-pointer rb:bg-cover rb:bg-[url('@/assets/images/deleteBorder.svg')] rb:hover:bg-[url('@/assets/images/deleteBg.svg')]"
onClick={() => handleDeleteVariable(index, vo)}
></div>
</Space>
</div>
)}
<Divider size="small" />
{config.sys?.map((vo, index) =>
<div key={index} className="rb:p-[4px_8px] rb:text-[12px] rb:text-[#5B6167] rb:flex rb:items-center rb:justify-between rb:border rb:border-[#DFE4ED] rb:rounded-md">
<div>
<span>sys.{vo.name}</span>
</div>
{vo.type}
</div>
)}
</Space>
</div>
)
}
if (selectedNode?.data?.type === 'llm' && key === 'messages' && config.type === 'define') {
// 为llm节点且isArray=true时添加context变量支持
let contextVariableList = [...getFilteredVariableList('llm')];
const isArrayMode = config.isArray !== false; // 默认为true
if (isArrayMode) {
const contextKey = `${selectedNode.id}_context`;
const hasContextVariable = contextVariableList.some(v => v.key === contextKey);
if (!hasContextVariable) {
contextVariableList.unshift({
key: contextKey,
label: 'context',
type: 'variable',
dataType: 'String',
value: `context`,
nodeData: selectedNode.getData(),
isContext: true,
});
}
}
return (
<Form.Item key={key} name={key}>
<MessageEditor
key={key}
options={contextVariableList.filter(variable => variable.nodeData?.type !== 'knowledge-retrieval')}
parentName={key}
/>
</Form.Item>
)
}
if (selectedNode?.data?.type === 'end' && key === 'output') {
return (
<Form.Item key={key} name={key}>
<MessageEditor
key={key}
isArray={false}
parentName={key}
options={variableList.filter(variable => variable.nodeData?.type !== 'knowledge-retrieval')}
/>
</Form.Item>
)
}
if (config.type === 'define') {
return null
}
if (config.type === 'knowledge') {
return (
<Form.Item
key={key}
name={key}
>
<Knowledge />
</Form.Item>
)
}
if (config.type === 'messageEditor') {
return (
<Form.Item key={key} name={key}>
<MessageEditor
title={t(`workflow.config.${selectedNode?.data?.type}.${key}`)}
isArray={!!config.isArray}
parentName={key}
enableJinja2={config.enableJinja2 as boolean}
options={getFilteredVariableList(selectedNode?.data?.type, key)}
/>
</Form.Item>
)
}
if (config.type === 'paramList') {
return (
<Form.Item key={key} name={key}>
<ParamsList
label={t(`workflow.config.${selectedNode?.data?.type}.${key}`)}
/>
</Form.Item>
)
}
if (config.type === 'groupVariableList') {
return (
<Form.Item key={key} name={key}>
<GroupVariableList
name={key}
options={getFilteredVariableList(selectedNode?.data?.type, key)}
isCanAdd={!!(values as any)?.group}
/>
</Form.Item>
)
}
if (config.type === 'caseList') {
return (
<Form.Item key={key} name={key}>
<CaseList
name={key}
options={getFilteredVariableList(selectedNode?.data?.type, key)}
selectedNode={selectedNode}
graphRef={graphRef}
/>
</Form.Item>
)
}
if (config.type === 'mappingList') {
return (
<Form.Item key={key} name={key}
label={t(`workflow.config.${selectedNode?.data?.type}.${key}`)}
>
<MappingList name={key} options={getFilteredVariableList(selectedNode?.data?.type, key)} />
</Form.Item>
)
}
if (config.type === 'cycleVarsList') {
return (
<Form.Item key={key} name={key}>
<CycleVarsList
parentName={key}
options={getFilteredVariableList(selectedNode?.data?.type, key)}
/>
</Form.Item>
)
}
if (config.type === 'assignmentList') {
return (
<Form.Item key={key} name={key}>
<AssignmentList
parentName={key}
options={(() => {
if (config.filterLoopIterationVars) {
const loopIterationVars: Suggestion[] = [];
return [...getFilteredVariableList(selectedNode?.data?.type, key), ...loopIterationVars];
}
return getFilteredVariableList(selectedNode?.data?.type, key);
})()
}
/>
</Form.Item>
)
}
if (config.type === 'memoryConfig') {
return (
<Form.Item
key={key}
name={key}
noStyle
>
<MemoryConfig
parentName={key}
options={getFilteredVariableList('llm')}
/>
</Form.Item>
)
}
return (
<Form.Item
key={key}
name={key}
label={t(`workflow.config.${selectedNode?.data?.type}.${key}`)}
layout={config.type === 'switch' ? 'horizontal' : 'vertical'}
>
{config.type === 'input'
? <Input placeholder={t('common.pleaseEnter')} />
: config.type === 'textarea'
? <Input.TextArea placeholder={t('common.pleaseEnter')} />
: config.type === 'select'
? <Select
options={config.needTranslation ? (config.options || []).map(vo => ({ ...vo, label: t(vo.label) })) : config.options}
placeholder={t('common.pleaseSelect')}
/>
: config.type === 'inputNumber'
? <InputNumber
placeholder={t('common.pleaseEnter')}
className="rb:w-full!"
onChange={(value) => form.setFieldValue(key, value)}
/>
: config.type === 'slider'
? <Slider min={config.min} max={config.max} step={config.step} />
: config.type === 'customSelect'
? <CustomSelect
placeholder={t('common.pleaseSelect')}
url={config.url as string}
params={config.params}
hasAll={false}
valueKey={config.valueKey}
labelKey={config.labelKey}
/>
: config.type === 'variableList'
? <VariableSelect
placeholder={t('common.pleaseSelect')}
options={(() => {
const baseVariableList = getFilteredVariableList(selectedNode?.data?.type, key);
// Apply filtering if specified in config
if (config.filterNodeTypes || config.filterVariableNames) {
return baseVariableList.filter(variable => {
const nodeTypeMatch = !config.filterNodeTypes ||
(Array.isArray(config.filterNodeTypes) && config.filterNodeTypes.includes(variable.nodeData?.type));
const variableNameMatch = !config.filterVariableNames ||
(Array.isArray(config.filterVariableNames) && config.filterVariableNames.includes(variable.label));
return nodeTypeMatch || variableNameMatch;
});
}
// Filter child nodes for iteration output
if (config.filterChildNodes && selectedNode) {
const graph = graphRef.current;
if (!graph) return [];
const nodes = graph.getNodes();
// Find child nodes whose cycle field equals parent node's ID
const childNodes = nodes.filter(node => {
const nodeData = node.getData();
return nodeData?.cycle === selectedNode.id;
});
return baseVariableList.filter(variable =>
childNodes.some(node => node.id === variable.nodeData?.id) || selectedNode?.data?.type === 'iteration' && key === 'output' && variable.value.includes('sys.')
);
}
return baseVariableList;
})()
}
/>
: config.type === 'switch'
? <Switch onChange={key === 'group' ? () => { form.setFieldValue('group_variables', []) } : undefined} />
: config.type === 'categoryList'
? <CategoryList
parentName={key}
selectedNode={selectedNode}
graphRef={graphRef}
options={getFilteredVariableList(selectedNode?.data?.type, key)}
/>
: config.type === 'conditionList'
? <ConditionList
parentName={key}
options={(() => {
const cycleVars = values?.cycle_vars || [];
const cycleVarSuggestions: Suggestion[] = cycleVars.filter(vo => vo.name && vo.name.trim() !== '').map((cycleVar: any) => ({
key: `${selectedNode.id}_cycle_${cycleVar.name}`,
label: cycleVar.name,
type: 'variable',
dataType: cycleVar.type || 'String',
value: `${selectedNode.getData().id}.${cycleVar.name}`,
nodeData: selectedNode.getData(),
}));
return [...getFilteredVariableList(selectedNode?.data?.type, key), ...cycleVarSuggestions];
})()}
selectedNode={selectedNode}
graphRef={graphRef}
addBtnText={t('workflow.config.addCase')}
/>
: null
}
</Form.Item>
)
})
}
</Form>
}
<VariableEditModal
ref={variableModalRef}
refresh={handleRefreshVariable}
/>
</div>
);
};
export default Properties;