OpenIntegrations/docs/en/md/SQLite/Common-methods/Execute-sql-query.mdx

---
sidebar_position: 4
description: Execute SQL query and other functions to work with SQLite in the Open Integration Package, a free open-source integration library for 1C:Enterprise 8, OneScript and CLI
keywords: [1C, 1С, 1С:Enterprise, 1С:Enterprise 8.3, API, Integration, Services, Exchange, OneScript, CLI, SQLite]
---

import Tabs from '@theme/Tabs';
import TabItem from '@theme/TabItem';

# Execute SQL query
 Executes an arbitrary SQL query



`Function ExecuteSQLQuery(Val QueryText, Val Parameters = "", Val ForceResult = False, Val Connection = "", Val Extensions = Undefined) Export`

  | Parameter | CLI option | Type | Required | Description |
  |-|-|-|-|-|
  | QueryText | --sql | String | ✔ | Database query text |
  | Parameters | --params | Array Of Arbitrary | ✖ | Array of positional parameters of the request |
  | ForceResult | --force | Boolean | ✖ | Includes an attempt to retrieve the result, even for nonSELECT queries |
  | Connection | --db | String, Arbitrary | ✖ | Existing connection or path to the base. In memory, if not filled |
  | Extensions | --exts | Map Of KeyAndValue | ✖ | Extensions: Key > filepath or extension data, Value > entry point |

  
  Returns:  Map Of KeyAndValue - Result of query execution

<br/>

:::tip
Available parameter types: String, Number, Date, Boolean, BinaryData. Binary data can also be passed as a `{'blob':File path}` structure. Binary data (BLOB) values are returned as `{'blob':Base64 string}`

Without specifying the `ForcifyResult` flag, result data is returned only for queries beginning with `SELECT` keyword For other queries, `result:true` or `false` with error text is returned

When performing multiple requests within a single connection, it is better to connect extensions once using the `ConnectExtension` function
:::
<br/>


```bsl title="1C:Enterprise/OneScript code example"
    TFN = GetTempFileName("sqlite");

    Image = "https://hut.openintegrations.dev/test_data/picture.jpg";
    OPI_TypeConversion.GetBinaryData(Image); // Image - Type: BinaryData

    Connection = OPI_SQLite.CreateConnection(TFN);

    // CREATE

    QueryText = "
                   |CREATE TABLE test_table (
                   |id INTEGER PRIMARY KEY,
                   |name TEXT,
                   |age INTEGER,
                   |salary REAL,
                   |is_active BOOLEAN,
                   |created_at DATETIME,
                   |data BLOB
                   |);";

    Result = OPI_SQLite.ExecuteSQLQuery(QueryText, , , Connection);

    // INSERT with parameters

    QueryText = "
                   |INSERT INTO test_table (name, age, salary, is_active, created_at, data)
                   |VALUES (?1, ?2, ?3, ?4, ?5, ?6);";

    ParameterArray = New Array;
    ParameterArray.Add("Vitaly"); // TEXT
    ParameterArray.Add(25); // INTEGER
    ParameterArray.Add(1000.12); // REAL
    ParameterArray.Add(True); // BOOL
    ParameterArray.Add(OPI_Tools.GetCurrentDate()); // DATETIME
    ParameterArray.Add(New Structure("blob", Image)); // BLOB

    Result = OPI_SQLite.ExecuteSQLQuery(QueryText, ParameterArray, , Connection);

    // SELECT (The result of this query is shown in the Result block)

    QueryText = "SELECT id, name, age, salary, is_active, created_at, data FROM test_table;";

    Result = OPI_SQLite.ExecuteSQLQuery(QueryText, , , Connection);

    // Transaction

    QueryText = "BEGIN TRANSACTION;
                   | CREATE TABLE IF NOT EXISTS users (
                   | id INTEGER PRIMARY KEY AUTOINCREMENT,
                   | name TEXT NOT NULL,
                   | age INTEGER NOT NULL
                   | );
                   | INSERT INTO users (name, age) VALUES ('Alice', 30);
                   | INSERT INTO users (name, age) VALUES ('Bob', 25);
                   | INSERT INTO users (name, age) VALUES ('Charlie', 35);
                   | COMMIT;";

    Result = OPI_SQLite.ExecuteSQLQuery(QueryText, , , Connection);

    // With extension

    If OPI_Tools.IsWindows() Then
        Extension = "https://hut.openintegrations.dev/test_data/uuid.dll"; // URL, Path or Binary Data
    Else
        Extension = "https://hut.openintegrations.dev/test_data/uuid.so"; // URL, Path or Binary Data
    EndIf;

    EntryPoint = "sqlite3_uuid_init";

    ExtensionMap = New Map;
    ExtensionMap.Insert(Extension, EntryPoint);

    QueryText = "SELECT uuid4();";

    Result = OPI_SQLite.ExecuteSQLQuery(QueryText, , , Connection, ExtensionMap);

    Closing = OPI_SQLite.CloseConnection(Connection);
```
 

 <Tabs>
  
    <TabItem value="bash" label="Bash" default>
        ```bash
            # JSON data can also be passed as a path to a .json file
            
            oint sqlite ExecuteSQLQuery \
             --sql "SELECT uuid4();" \
             --db "C:\Users\bayse\AppData\Local\Temp\hry2uejv.okc.sqlite" \
             --exts "{'https://hut.openintegrations.dev/test_data/uuid.dll':'sqlite3_uuid_init'}"
        ```
    </TabItem>
  
    <TabItem value="bat" label="CMD/Bat" default>
        ```batch
            :: JSON data can also be passed as a path to a .json file
            
            oint sqlite ExecuteSQLQuery ^
             --sql "SELECT uuid4();" ^
             --db "C:\Users\bayse\AppData\Local\Temp\hry2uejv.okc.sqlite" ^
             --exts "{'https://hut.openintegrations.dev/test_data/uuid.dll':'sqlite3_uuid_init'}"
        ```
    </TabItem>
</Tabs>


```json title="Result"
{
 "data": [
  {
   "age": 25,
   "created_at": "2025-10-31T11:38:19.5117405Z",
   "data": {
    "blob": "Base64"
   },
   "id": 1,
   "is_active": 1,
   "name": "Vitaly",
   "salary": 1000.12
  }
 ],
 "result": true
}
```