Gudu SQLFlow Product Docs
  • 1. Introduction
    • What is Gudu SQLFlow?
      • What SQLFlow can do
      • Architecture Overview
    • Getting Started
      • Sign up a new account
        • Team Management
        • Delete My Account
        • Activate by entering a coupon
      • How to use SQLFlow
      • Different modes in Gudu SQLFlow
        • Query mode
        • Job mode
      • Basic Usage
      • Convert SQL to E-R Diagram
      • Colors in SQLFlow Diagram
      • Show call relationship
    • Installation
      • Version and Users
        • Cloud and On-Premise version
        • SQLFlow before Version 6
          • For older version SQLFlow under Linux
          • For older version SQLFlow under MacOS
          • For older version SQLFlow under Windows
      • Linux
      • MacOS
      • Windows
      • Docker
      • Clickhouse Installation
        • Clickhouse For CentOs
        • Clickhouse For Ubuntu/Debian/RHEL
      • Troubleshooting
      • Upgrade
      • Third Party Components
      • Renew License File
    • UI
      • SQLText Editor
      • Schema Explorer
      • Diagram Panel
      • Settings
      • Job Management
        • Job Sources
    • Dlineage Tool
      • Overview
      • Usage
        • Analyze data linege from SQL files
        • Analyze data linege from a database
        • Resolve the ambiguous columns in SQL query
        • Map the DataFlowAnalyzer and the settings on SQLFlow UI
        • Settings
      • Dataflow.xml structure
      • FAQ
  • 2. CONCEPTS
    • Data Lineage Basics
      • Dataflow
        • Relations generated by SQLFlow
      • Direct Dataflow
      • Indirect Dataflow
      • Aggregate function and Dataflow
      • Dataflow chain
    • Data Lineage Format Reference
  • 3. API Docs
    • Prerequisites
    • Using the Rest API
    • SQLFlow Rest API reference
      • User Interface
      • Generation Interface
        • /sqlflow
        • /sqlflow/selectedgraph/table_level_lineage
        • /sqlflow/selectedgraph/image
        • /sqlflow/graph
        • /sqlflow/graph/table_level_lineage
        • /sqlflow/graph/image
        • /sqlflow/downstreamGraph
        • /sqlflow/upstreamGraph
        • /sqlflow/erdiagramSelectGraph
        • /sqlflow/leftMostSourceTableGraph
      • Job Interface
        • /submitUserJob
        • /displayUserJobSummary
        • /displayUserJobsSummary
        • /exportLineageAsJson
        • /exportFullLineageAsJson
        • /exportLineageAsGraphml
        • /submitPersistJob
        • /displayUserLatestJobTableLevelLineage
      • Export Image
      • Export CSV
        • /sqlflow/exportFullLineageAsCsv
        • /job/exportFullLineageAsCsv
    • Swagger UI
    • Export the data lineage result
    • Python
      • Basic Usage
      • Advanced Usage
    • SQL Parser API
      • checkSyntax
  • 4. SQLFlow Widget
    • Widget Get started
    • Usages
    • Widget API Reference
  • 5. Databases
    • Database Objects
      • Azure
      • DB2
  • 6. SQLFlow-ingester
    • Introduction
      • SQLFlow-Exporter
      • SQLFlow-Extractor
      • SQLFlow-Submitter
    • Get Started
      • SQL Server
    • SQLFlow-Ingester Java API Usage
    • Understand the format of exported data
      • Oracle
      • Microsoft SQL Server
      • MySQL
      • PostgreSQL
    • List of Supported dbVendors
    • Git Repo
    • Third Party Components
  • 7. Reference
    • Lineage Model
      • Json Format Lineage Model
      • XML Format Lineage Model
      • Data Lineage Elements
    • Database Model
  • 8. other
    • FAQ
      • Handling Internal Database
      • Delete Your Account
      • Table Form Data Without Intermediates
      • Not all schema exported from Oracle
      • Lineage Customization
    • Roadmap
    • SQL Samples
      • Exchange table partition
      • Generate relationship for renamed table
      • Snowflake table function lineage detection
    • Change Logs
    • SQLFlow with Oracle XML functions
    • Major Organizations Utilizing SQLFlow
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  1. 3. API Docs

SQL Parser API

The SQL Parser API is a powerful tool designed to help developers parse, analyze, and manage SQL queries programmatically. It enables users to break down SQL scripts into structured formats, making it easier to understand and manipulate complex queries across multiple databases. With the SQL Parser API, developers can validate SQL syntax, optimize queries, and extract metadata effortlessly.

Using the SQL Parser API is simple and efficient. You can send SQL statements via HTTP requests, and the API returns a parsed response, detailing the structure and components of the SQL query.

In this section, we will show you some usages of the SQL Parser API, allowing seamless integration into various applications.

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Last updated 7 months ago