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new 6bf5366 translate: hugegraph-hubble.md into english (#117)
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commit 6bf5366035d4d2f92cce1c97c8d7808058f117d9
Author: Xiaojun HUANG <[email protected]>
AuthorDate: Wed Apr 27 17:30:00 2022 +0800
translate: hugegraph-hubble.md into english (#117)
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diff --git a/content/en/docs/quickstart/hugegraph-hubble.md
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--- a/content/en/docs/quickstart/hugegraph-hubble.md
+++ b/content/en/docs/quickstart/hugegraph-hubble.md
@@ -4,434 +4,430 @@ linkTitle: "Visual with HugeGraph-Hubble"
weight: 4
---
-### 1 HugeGraph-Hubble概述
+### 1 HugeGraph-Hubble Overview
-HugeGraph是一款面向分析型，支持批量操作的图数据库系统，它由百度安全团队自主研发，全面支持[Apache
TinkerPop3](https://tinkerpop.apache.org)框架和[Gremlin](https://tinkerpop.apache.org/gremlin.html)图查询语言，提供导出、备份、恢复等完善的工具链生态，有效解决海量图数据的存储、查询和关联分析需求。HugeGraph广泛应用于银行券商的风控打击、保险理赔、推荐搜索、公安犯罪打击、知识图谱构建、网络安全、IT运维等领域，致力于让更多行业、组织及用户享受到更广泛的数据综合价值。
+HugeGraph is an analysis-oriented graph database system that supports batch
operations, which fully supports [Apache
TinkerPop3](https://tinkerpop.apache.org) framework and
[Gremlin](https://tinkerpop.apache.org/gremlin.html) graph query language. It
provides a complete tool chain ecology such as export, backup, and recovery,
and effectively solve the storage, query and correlation analysis needs of
massive graph data. HugeGraph is widely used in the fields of risk control,
insurance cla [...]
-**HugeGraph-Hubble**
是HugeGraph的一站式可视化分析平台，平台涵盖了从数据建模，到数据快速导入，再到数据的在线、离线分析、以及图的统一管理的全过程，实现了图应用的全流程向导式操作，旨在提升用户的使用流畅度，降低用户的使用门槛，提供更为高效易用的使用体验。
+**HugeGraph-Hubble** is HugeGraph's one-stop visual analysis platform. The
platform covers the whole process from data modeling, to efficient data import,
to real-time and offline analysis of data, and unified management of graphs,
realizing the whole process wizard of graph application. It is designed to
improve the user's use fluency, lower the user's use threshold, and provide a
more efficient and easy-to-use user experience.
-平台主要包括以下模块：
+The platform mainly includes the following modules:
-##### 图管理
+##### Graph Management
-图管理模块通过图的创建，连接平台与图数据，实现多图的统一管理，并实现图的访问、编辑、删除、查询操作。
+The graph management module realizes the unified management of multiple graphs
and graph access, editing, deletion, and query by creating graph and connecting
the platform and graph data.
-##### 元数据建模
+##### Metadata Modeling
-元数据建模模块通过创建属性库，顶点类型，边类型，索引类型，实现图模型的构建与管理，平台提供两种模式，列表模式和图模式，可实时展示元数据模型，更加直观。同时还提供了跨图的元数据复用功能，省去相同元数据繁琐的重复创建过程，极大地提升建模效率，增强易用性。
+The metadata modeling module realizes the construction and management of graph
models by creating attribute libraries, vertex types, edge types, and index
types. The platform provides two modes, list mode and graph mode, which can
display the metadata model in real time, which is more intuitive. At the same
time, it also provides a metadata reuse function across graphs, which saves the
tedious and repetitive creation process of the same metadata, greatly improves
modeling efficiency and [...]
-##### 数据导入
+##### Data Import
-数据导入是将用户的业务数据转化为图的顶点和边并插入图数据库中，平台提供了向导式的可视化导入模块，通过创建导入任务，实现导入任务的管理及多个导入任务的并行运行，提高导入效能。进入导入任务后，只需跟随平台步骤提示，按需上传文件，填写内容，就可轻松实现图数据的导入过程，同时支持断点续传，错误重试机制等，降低导入成本，提升效率。
+Data import is to convert the user's business data into the vertices and edges
of the graph and insert it into the graph database. The platform provides a
wizard-style visual import module. By creating import tasks, the management of
import tasks and the parallel operation of multiple import tasks are realized.
Improve import performance. After entering the import task, you only need to
follow the platform step prompts, upload files as needed, and fill in the
content to easily implement [...]
-##### 图分析
+##### Graph Analysis
-通过输入图遍历语言Gremlin可实现图数据的高性能通用分析，并提供顶点的定制化多维路径查询等功能，提供3种图结果展示方式，包括：图形式、表格形式、Json形式，多维度展示数据形态，满足用户使用的多种场景需求。提供运行记录及常用语句收藏等功能，实现图操作的可追溯，以及查询输入的复用共享，快捷高效。支持图数据的导出，导出格式为Json格式。
+By inputting the graph traversal language Gremlin, high-performance general
analysis of graph data can be realized, and functions such as customized
multi-dimensional path query of vertices can be provided, and three kinds of
graph result display methods are provided, including: graph form, table form,
Json form, and multi-dimensional display. The data form meets the needs of
various scenarios used by users. It provides functions such as running records
and collection of common statement [...]
-##### 任务管理
+##### Task Management
-对于需要遍历全图的Gremlin任务，索引的创建与重建等耗时较长的异步任务，平台提供相应的任务管理功能，实现异步任务的统一的管理与结果查看。
+For Gremlin tasks that need to traverse the whole graph, index creation and
reconstruction and other time-consuming asynchronous tasks, the platform
provides corresponding task management functions to achieve unified management
and result viewing of asynchronous tasks.
-### 2 平台使用流程
+### 2 Platform Workflow
-平台的模块使用流程如下：
+The module usage process of the platform is as follows:
<center>
<img src="/docs/images/images-hubble/2平台使用流程.png" alt="image">
</center>
-### 3 平台使用说明
-#### 3.1 图管理
-##### 3.1.1 图创建
-图管理模块下，点击【创建图】，通过填写图ID、图名称、主机名、端口号、用户名、密码的信息，实现多图的连接。
+### 3 Platform Instructions
+#### 3.1 Graph Management
+##### 3.1.1 Graph creation
+Under the graph management module, click [Create graph], and realize the
connection of multiple graphs by filling in the graph ID, graph name, host
name, port number, username, and password information.
<center>
<img src="/docs/images/images-hubble/311图创建.png" alt="image">
</center>
-创建图填写内容如下：
+Create graph by filling in the content as follows:：
<center>
<img src="/docs/images/images-hubble/311图创建2.png" alt="image">
</center>
-##### 3.1.2 图访问
-实现图空间的信息访问，进入后，可进行图的多维查询分析、元数据管理、数据导入、算法分析等操作。
+##### 3.1.2 Graph Access
+Realize the information access of the graph space. After entering, you can
perform operations such as multi-dimensional query analysis, metadata
management, data import, and algorithm analysis of the graph.
<center>
<img src="/docs/images/images-hubble/312图访问.png" alt="image">
</center>
-##### 3.1.3 图管理
-1. 用户通过对图的概览、搜索以及单图的信息编辑与删除，实现图的统一管理。
-2. 搜索范围：可对图名称和ID进行搜索。
+##### 3.1.3 Graph management
+1. Users can achieve unified management of graphs through overview, search,
and information editing and deletion of single graphs.
+2. Search range: You can search for the graph name and ID.
<center>
<img src="/docs/images/images-hubble/313图管理.png" alt="image">
</center>
-#### 3.2 元数据建模（列表+图模式）
-##### 3.2.1 模块入口
-左侧导航处：
+#### 3.2 Metadata Modeling (list + graph mode)
+##### 3.2.1 Module entry
+Left navigation:
<center>
<img src="/docs/images/images-hubble/321元数据入口.png" alt="image">
</center>
-##### 3.2.2 属性类型
-###### 3.2.2.1 创建
-1. 填写或选择属性名称、数据类型、基数，完成属性的创建。
-2. 创建的属性可作为顶点类型和边类型的属性。
+##### 3.2.2 Property type
+###### 3.2.2.1 Create type
+1. Fill in or select the attribute name, data type, and cardinality to
complete the creation of the attribute.
+2. Created attributes can be used as attributes of vertex type and edge type.
-列表模式：
+List mode：
<center>
<img src="/docs/images/images-hubble/3221属性创建.png" alt="image">
</center>
-图模式：
+Graph mode：
<center>
<img src="/docs/images/images-hubble/3221属性创建2.png" alt="image">
</center>
-###### 3.2.2.2 复用
-1. 平台提供【复用】功能，可直接复用其他图的元数据。
-2. 选择需要复用的图ID，继续选择需要复用的属性，之后平台会进行是否冲突的校验，通过后，可实现元数据的复用。
+###### 3.2.2.2 Reuse
+1. The platform provides the [Reuse] function, which can directly reuse the
metadata of other graphs.
+2. Select the graph ID that needs to be reused, and continue to select the
attributes that need to be reused. After that, the platform will check whether
there is a conflict. After passing, the metadata can be reused.
-选择复用项：
+Select reuse items:
<center>
<img src="/docs/images/images-hubble/3222属性复用.png" alt="image">
</center>
-校验复用项：
+Check reuse items:
<center>
<img src="/docs/images/images-hubble/3222属性复用2.png" alt="image">
</center>
-###### 3.2.2.3 管理
-1. 在属性列表中可进行单条删除或批量删除操作。
+###### 3.2.2.3 Management
+1. You can delete a single item or delete it in batches in the attribute list.
-##### 3.2.3 顶点类型
-###### 3.2.3.1 创建
-1.
填写或选择顶点类型名称、ID策略、关联属性、主键属性，顶点样式、查询结果中顶点下方展示的内容，以及索引的信息：包括是否创建类型索引，及属性索引的具体内容，完成顶点类型的创建。
+##### 3.2.3 Vertex type
+###### 3.2.3.1 Create type
+1. Fill in or select the vertex type name, ID strategy, association attribute,
primary key attribute, vertex style, content displayed below the vertex in the
query result, and index information: including whether to create a type index,
and the specific content of the attribute index, complete the vertex Type
creation.
-列表模式：
+List mode:
<center>
<img src="/docs/images/images-hubble/3231顶点创建.png" alt="image">
</center>
-图模式：
+Graph mode:
<center>
<img src="/docs/images/images-hubble/3231顶点创建2.png" alt="image">
</center>
+###### 3.2.3.2 Reuse
+1. The multiplexing of vertex types will reuse the attributes and attribute
indexes associated with this type together.
+2. The reuse method is similar to the property reuse, see 3.2.2.2.
-###### 3.2.3.2 复用
-1. 顶点类型的复用，会将此类型关联的属性和属性索引一并复用。
-2. 复用功能使用方法类似属性的复用，见3.2.2.2。
+###### 3.2.3.3 Administration
+1. Editing operations are available. The vertex style, association type,
vertex display content, and attribute index can be edited, and the rest cannot
be edited.
-###### 3.2.3.3 管理
-1. 可进行编辑操作，顶点样式、关联类型、顶点展示内容、属性索引可编辑，其余不可编辑。
-
-
-2. 可进行单条删除或批量删除操作。
+2. You can delete a single item or delete it in batches.
<center>
<img src="/docs/images/images-hubble/3233顶点删除.png" alt="image">
</center>
-##### 3.2.4 边类型
-###### 3.2.4.1 创建
-1.
填写或选择边类型名称、起点类型、终点类型、关联属性、是否允许多次连接、边样式、查询结果中边下方展示的内容，以及索引的信息：包括是否创建类型索引，及属性索引的具体内容，完成边类型的创建。
+##### 3.2.4 Edge Types
+###### 3.2.4.1 Create
+1. Fill in or select the edge type name, start point type, end point type,
associated attributes, whether to allow multiple connections, edge style,
content displayed below the edge in the query result, and index information:
including whether to create a type index, and attribute index The specific
content, complete the creation of the edge type.
-列表模式：
+List mode:
<center>
<img src="/docs/images/images-hubble/3241边创建.png" alt="image">
</center>
-图模式：
+Graph mode：
<center>
<img src="/docs/images/images-hubble/3241边创建2.png" alt="image">
</center>
-###### 3.2.4.2 复用
-1. 边类型的复用，会将此类型的起点类型、终点类型、关联的属性和属性索引一并复用。
-2. 复用功能使用方法类似属性的复用，见3.2.2.2。
+###### 3.2.4.2 Reuse
+1. The reuse of the edge type will reuse the start point type, end point type,
associated attribute and attribute index of this type.
+2. The reuse method is similar to the property reuse, see 3.2.2.2.
-###### 3.2.4.3 管理
-1. 可进行编辑操作，边样式、关联属性、边展示内容、属性索引可编辑，其余不可编辑，同顶点类型。
-2. 可进行单条删除或批量删除操作。
+###### 3.2.4.3 Administration
+1. Editing operations are available. Edge styles, associated attributes, edge
display content, and attribute indexes can be edited, and the rest cannot be
edited, the same as the vertex type.
+2. You can delete a single item or delete it in batches.
-##### 3.2.5 索引类型
-展示顶点类型和边类型的顶点索引和边索引。
+##### 3.2.5 Index Types
+Displays vertex and edge indices for vertex types and edge types.
-#### 3.3 数据导入
-数据导入的使用流程如下：
+#### 3.3 Data Import
+The usage process of data import is as follows:
<center>
<img src="/docs/images/images-hubble/33导入流程.png" alt="image">
</center>
-##### 3.3.1 模块入口
-左侧导航处：
+##### 3.3.1 Module entrance
+Left navigation:
<center>
<img src="/docs/images/images-hubble/331导入入口.png" alt="image">
</center>
-##### 3.3.2 创建任务
-1. 填写任务名称和备注（非必填），可以创建导入任务。
-2. 可创建多个导入任务，并行导入。
+##### 3.3.2 Create task
+1. Fill in the task name and remarks (optional) to create an import task.
+2. Multiple import tasks can be created and imported in parallel.
<center>
<img src="/docs/images/images-hubble/332创建任务.png" alt="image">
</center>
-##### 3.3.3 上传文件
-1. 上传需要构图的文件，目前支持的格式为CSV，后续会不断更新。
-2. 可同时上传多个文件。
+##### 3.3.3 Uploading files
+1. Upload the file that needs to be composed. The currently supported format
is CSV, which will be updated continuously in the future.
+2. Multiple files can be uploaded at the same time.
<center>
<img src="/docs/images/images-hubble/333上传文件.png" alt="image">
</center>
-##### 3.3.4 设置数据映射
-1. 对上传的文件分别设置数据映射，包括文件设置和类型设置
-2. 文件设置：勾选或填写是否包含表头、分隔符、编码格式等文件本身的设置内容，均设置默认值，无需手动填写
-3. 类型设置：
+##### 3.3.4 Setting up data mapping
+1. Set up data mapping for uploaded files, including file settings and type
settings
+2. File settings: Check or fill in whether to include the header, separator,
encoding format and other settings of the file itself, all set the default
values, no need to fill in manually
+3. Type setting:
- 1. 顶点映射和边映射：
+ 1. Vertex map and edge map:
- 【顶点类型】 ：选择顶点类型，并为其ID映射上传文件中列数据；
+ 【Vertex Type】: Select the vertex type, and upload the column data in
the file for its ID mapping;
- 【边类型】：选择边类型，为其起点类型和终点类型的ID列映射上传文件的列数据；
- 2. 映射设置：为选定的顶点类型的属性映射上传文件中的列数据，此处，若属性名称与文件的表头名称一致，可自动匹配映射属性，无需手动填选
- 3. 完成设置后，显示设置列表，方可进行下一步操作，支持映射的新增、编辑、删除操作
+ 【Edge Type】: Select the edge type and map the column data of the
uploaded file to the ID column of its start point type and end point type;
+ 2. Mapping settings: upload the column data in the file for the attribute
mapping of the selected vertex type. Here, if the attribute name is the same as
the header name of the file, the mapping attribute can be automatically
matched, and there is no need to manually fill in the selection.
+ 3. After completing the setting, the setting list will be displayed
before proceeding to the next step. It supports the operations of adding,
editing and deleting mappings.
-设置映射的填写内容：
+Fill in the settings map:
<center>
<img src="/docs/images/images-hubble/334设置映射.png" alt="image">
</center>
-映射列表：
+Mapping list：
<center>
<img src="/docs/images/images-hubble/334设置映射2.png" alt="image">
</center>
-##### 3.3.5 导入数据
-导入前需要填写导入设置参数，填写完成后，可开始向图库中导入数据
-1. 导入设置
-- 导入设置参数项如下图所示，均设置默认值，无需手动填写
+##### 3.3.5 Import data
+Before importing, you need to fill in the import setting parameters. After
filling in, you can start importing data into the gallery.
+1. Import settings
+- The import setting parameter items are as shown in the figure below, all set
the default value, no need to fill in manually
<center>
<img src="/docs/images/images-hubble/335导入设置.png" alt="image">
</center>
-2. 导入详情
-- 点击开始导入，开始文件的导入任务
-- 导入详情中提供每个上传文件设置的映射类型、导入速度、导入的进度、耗时以及当前任务的具体状态，并可对每个任务进行暂停、继续、停止等操作
-- 若导入失败，可查看具体原因
+2. Import details
+- Click Start Import to start the file import task
+- The import details provide the mapping type, import speed, import progress,
time-consuming and the specific status of the current task set for each
uploaded file, and can pause, resume, stop and other operations for each task
+- If the import fails, you can view the specific reason
<center>
<img src="/docs/images/images-hubble/335导入详情.png" alt="image">
</center>
-#### 3.4 数据分析
-##### 3.4.1 模块入口
-左侧导航处：
+#### 3.4 Data Analysis
+##### 3.4.1 Module entry
+Left navigation:
<center>
<img src="/docs/images/images-hubble/341分析入口.png" alt="image">
</center>
-##### 3.4.2 多图切换
-通过左侧切换入口，灵活切换多图的操作空间
+##### 3.4.2 Multi-image switching
+By switching the entrance on the left, flexibly switch the operation space of
multiple graphs
<center>
<img src="/docs/images/images-hubble/342多图切换.png" alt="image">
</center>
-##### 3.4.3 图分析与处理
-HugeGraph支持Apache
TinkerPop3的图遍历查询语言Gremlin，Gremlin是一种通用的图数据库查询语言，通过输入Gremlin语句，点击执行，即可执行图数据的查询分析操作，并可实现顶点/边的创建及删除、顶点/边的属性修改等。
+##### 3.4.3 Graph Analysis and Processing
+HugeGraph supports Gremlin, a graph traversal query language of Apache
TinkerPop3. Gremlin is a general graph database query language. By entering
Gremlin statements and clicking execute, you can perform query and analysis
operations on graph data, and create and delete vertices/edges. , vertex/edge
attribute modification, etc.
-Gremlin查询后，下方为图结果展示区域，提供3种图结果展示方式，分别为：【图模式】、【表格模式】、【Json模式】。
+After Gremlin query, below is the graph result display area, which provides 3
kinds of graph result display modes: [Graph Mode], [Table Mode], [Json Mode].
-支持缩放、居中、全屏、导出等操作。
-
-【图模式】
+Support zoom, center, full screen, export and other operations.
+【Picture Mode】
<center>
<img src="/docs/images/images-hubble/343图分析-图.png" alt="image">
</center>
-【表格模式】
+【Table mode】
<center>
<img src="/docs/images/images-hubble/343图分析-表格.png" alt="image">
</center>
-【Json模式】
+【Json mode】
<center>
<img src="/docs/images/images-hubble/343图分析-json.png" alt="image">
</center>
-##### 3.4.4 数据详情
-点击顶点/边实体，可查看顶点/边的数据详情，包括：顶点/边类型，顶点ID，属性及对应值，拓展图的信息展示维度，提高易用性。
+##### 3.4.4 Data Details
+Click the vertex/edge entity to view the data details of the vertex/edge,
including: vertex/edge type, vertex ID, attribute and corresponding value,
expand the information display dimension of the graph, and improve the
usability.
-##### 3.4.5 图结果的多维路径查询
-除了全局的查询外，可针对查询结果中的顶点进行深度定制化查询以及隐藏操作，实现图结果的定制化挖掘。
+##### 3.4.5 Multidimensional Path Query of Graph Results
+In addition to the global query, in-depth customized query and hidden
operations can be performed for the vertices in the query result to realize
customized mining of graph results.
-右击顶点，出现顶点的菜单入口，可进行展示、查询、隐藏等操作。
-- 展开：点击后，展示与选中点关联的顶点。
-- 查询：通过选择与选中点关联的边类型及边方向，在此条件下，再选择其属性及相应筛选规则，可实现定制化的路径展示。
-- 隐藏：点击后，隐藏选中点及与之关联的边。
+Right-click a vertex, and the menu entry of the vertex appears, which can be
displayed, inquired, hidden, etc.
+- Expand: Click to display the vertices associated with the selected point.
+- Query: By selecting the edge type and edge direction associated with the
selected point, and then selecting its attributes and corresponding filtering
rules under this condition, a customized path display can be realized.
+- Hide: When clicked, hides the selected point and its associated edges.
-双击顶点，也可展示与选中点关联的顶点。
+Double-clicking a vertex also displays the vertex associated with the selected
point.
<center>
<img src="/docs/images/images-hubble/345定制路径查询.png" alt="image">
</center>
-##### 3.4.6 新增顶点/边
-###### 3.4.6.1 新增顶点
-在图区可通过两个入口，动态新增顶点，如下：
-1. 点击图区面板，出现添加顶点入口
-2. 点击右上角的操作栏中的首个图标
+##### 3.4.6 Add vertex/edge
+###### 3.4.6.1 Added vertex
+In the graph area, two entries can be used to dynamically add vertices, as
follows:
+1. Click on the graph area panel, the Add Vertex entry appears
+2. Click the first icon in the action bar in the upper right corner
-通过选择或填写顶点类型、ID值、属性信息，完成顶点的增加。
+Complete the addition of vertices by selecting or filling in the vertex type,
ID value, and attribute information.
-入口如下：
+The entry is as follows:
<center>
<img src="/docs/images/images-hubble/346新增顶点.png" alt="image">
</center>
-添加顶点内容如下：
+Add the vertex content as follows:
<center>
<img src="/docs/images/images-hubble/346新增顶点2.png" alt="image">
</center>
-###### 3.4.6.2 新增边
-右击图结果中的顶点，可增加该点的出边或者入边。
+###### 3.4.6.2 Add edge
+Right-click a vertex in the graph result to add the outgoing or incoming edge
of that point.
-##### 3.4.7 执行记录与收藏的查询
-1.
图区下方记载每次查询记录，包括：查询时间、执行类型、内容、状态、耗时、以及【收藏】和【加载】操作，实现图执行的全方位记录，有迹可循，并可对执行内容快速加载复用
-2. 提供语句的收藏功能，可对常用语句进行收藏操作，方便高频语句快速调用
+##### 3.4.7 Execute the query of records and favorites
+1. Record each query record at the bottom of the graph area, including: query
time, execution type, content, status, time-consuming, as well as [collection]
and [load] operations, to achieve a comprehensive record of graph execution,
with traces to follow, and Can quickly load and reuse execution content
+2. Provides the function of collecting sentences, which can be used to collect
frequently used sentences, which is convenient for fast calling of
high-frequency sentences.
<center>
<img src="/docs/images/images-hubble/347收藏.png" alt="image">
</center>
-#### 3.5 任务管理
-##### 3.5.1 模块入口
-左侧导航处：
+#### 3.5 Task Management
+##### 3.5.1 Module entry
+Left navigation:
<center>
- <img src="/docs/images/images-hubble/351任务管理入口.png" alt="image">
+ <img src="/docs/images/images-hubble/351任务管理入口.png" alt="image">
</center>
-##### 3.5.2 任务管理
-1. 提供异步任务的统一的管理与结果查看，异步任务包括4类，分别为：
-- gremlin：Gremlin任务
-- algorithm：OLAP算法任务
-- remove_schema：删除元数据
-- rebuild_index：重建索引
-2. 列表显示当前图的异步任务信息，包括：任务ID，任务名称，任务类型，创建时间，耗时，状态，操作，实现对异步任务的管理。
-3. 支持对任务类型和状态进行筛选
-4. 支持搜索任务ID和任务名称
-5. 可对异步任务进行删除或批量删除操作
+##### 3.5.2 Task Management
+1. Provide unified management and result viewing of asynchronous tasks. There
are 4 types of asynchronous tasks, namely:
+- gremlin: Gremlin tasks
+- algorithm: OLAP algorithm task
+- remove_schema: remove metadata
+- rebuild_index: rebuild the index
+2. The list displays the asynchronous task information of the current graph,
including: task ID, task name, task type, creation time, time-consuming,
status, operation, and realizes the management of asynchronous tasks.
+3. Support filtering by task type and status
+4. Support searching for task ID and task name
+5. Asynchronous tasks can be deleted or deleted in batches
<center>
<img src="/docs/images/images-hubble/352任务列表.png" alt="image">
</center>
-##### 3.5.3 Gremlin异步任务
-1.创建任务
+##### 3.5.3 Gremlin asynchronous tasks
+1. Create a task
--
数据分析模块，目前支持两种Gremlin操作，Gremlin查询和Gremlin任务；若用户切换到Gremlin任务，点击执行后，在异步任务中心会建立一条异步任务；
-2.任务提交
-- 任务提交成功后，图区部分返回提交结果和任务ID
-3.任务详情
-- 提供【查看】入口，可跳转到任务详情查看当前任务具体执行情况跳转到任务中心后，直接显示当前执行的任务行
+- The data analysis module currently supports two Gremlin operations, Gremlin
query and Gremlin task; if the user switches to the Gremlin task, after
clicking execute, an asynchronous task will be created in the asynchronous task
center;
+2. Task submission
+- After the task is submitted successfully, the graph area returns the
submission result and task ID
+3. Mission details
+- Provide [View] entry, you can jump to the task details to view the specific
execution of the current task After jumping to the task center, the currently
executing task line will be displayed directly
<center>
<img src="/docs/images/images-hubble/353gremlin任务.png" alt="image">
</center>
-点击查看入口，跳转到任务管理列表，如下：
+Click to view the entry to jump to the task management list, as follows:
<center>
<img src="/docs/images/images-hubble/353gremlin任务2.png" alt="image">
</center>
-4.查看结果
-- 结果通过json形式展示
+4. View the results
+- The results are displayed in the form of json
-##### 3.5.4 OLAP算法任务
-Hubble上暂未提供可视化的OLAP算法执行，可调用RESTful API进行OLAP类算法任务，在任务管理中通过ID找到相应任务，查看进度与结果等。
+##### 3.5.4 OLAP algorithm tasks
+There is no visual OLAP algorithm execution on Hubble. You can call the
RESTful API to perform OLAP algorithm tasks, find the corresponding tasks by ID
in the task management, and view the progress and results.
-##### 3.5.5 删除元数据、重建索引
-1.创建任务
-- 在元数据建模模块中，删除元数据时，可建立删除元数据的异步任务
+##### 3.5.5 Delete metadata, rebuild index
+1. Create a task
+- In the metadata modeling module, when deleting metadata, an asynchronous
task for deleting metadata can be created
<center>
<img src="/docs/images/images-hubble/355删除元数据.png" alt="image">
</center>
-- 在编辑已有的顶点/边类型操作中，新增索引时，可建立创建索引的异步任务
-
+- When editing an existing vertex/edge type operation, when adding an index,
an asynchronous task of creating an index can be created
<center>
<img src="/docs/images/images-hubble/355构建索引.png" alt="image">
</center>
-2.任务详情
-- 确认/保存后，可跳转到任务中心查看当前任务的详情
+2. Task details
+- After confirming/saving, you can jump to the task center to view the details
of the current task
<center>
<img src="/docs/images/images-hubble/355任务详情.png" alt="image">
