jeep-sqlite
Advanced tools
jeep-sqliteis a Stencil component to create SQLite database and query it in the browser. The entire database is stored in an IndexedDB store named jeepSQLiteStore in a table databases. Multiple databases can be stored on this table.
jeep-sqlite is based on sql.jsfor SQLite queries and localforagefor database storage in IndexedDB.
This component might be used in PWA applications. It will also be used in the web implementation of the @capacitor-community-sqlite.
This is the reason for having similar API than the @capacitor-community-sqlite. Look at the @capacitor-community-sqlitedocumentation and CHANGELOG.md
It will be used at that stage to test the integration with the @capacitor-community-sqlite but can also be used in development of Stencil or Ionic/Angular applications.
Integration in other frameworks (Vue, React, Ionic/Vue, Ionic/React) will be looked at later but if some of you want to contribute feel free.
Stencil is also great for building entire apps. For that, use the stencil-app-starter instead.
<script type="module" src="https://cdn.jsdelivr.net/npm/jeep-sqlite@latest/dist/jeep-sqlite/jeep-sqlite.esm.js"></script>
in the head of your index.html
npm install jeep-sqlite --save<script src='node_modules/jeep-sqlite/dist/jeep-sqlite.esm.js'></script>
in the head of your index.htmlnpm install jeep-sqlite --saveimport jeep-sqlite;| Name | Web |
|---|---|
| echo | ✅ |
| createConnection | ✅ |
| closeConnection | ✅ |
| open (non-encrypted DB) | ✅ |
| close | ✅ |
| execute | ✅ |
| executeSet | ✅ |
| run | ✅ |
| query | ✅ |
| deleteDatabase | ✅ |
| isDBExists | ✅ |
| isDBOpen | ✅ |
| isStoreOpen | ✅ |
| isTableExists | ✅ |
| createSyncTable | ✅ |
| getSyncDate | ✅ |
| setSyncDate | ✅ |
| isJsonValid | ✅ |
| importFromJson | ✅ |
| exportToJson | ✅ |
| copyFromAssets | ✅ |
| addUpgradeStatement | ✅ |
| isDatabase | ✅ |
| getDatabaseList | ✅ |
| getTableList | ✅ |
| checkConnectionsConsistency | ✅ |
| saveToStore | ✅ |
The database is saved when you run the methods closeor closeConnection, in the Browser Storage IndexedDB as a localforage store under the jeepSqliteStore name and databasestable name.
The copyFromAssets required to have a databases.jsonfile having the name of the databases in the assets/databases
The databases.json file is for example
{
"databaseList" : [
"dbForCopy.db",
"myDBSQLite.db"
]
}
if dbForCopy.db and myDBSQLite.db are databases located in the assets/databases folder.
| Name | Web |
|---|---|
| jeepSqliteImportProgress | ✅ |
| jeepSqliteExportProgress | ✅ |
<!DOCTYPE html>
<html dir="ltr" lang="en">
<head>
<meta charset="utf-8" />
<meta name="viewport" content="width=device-width, initial-scale=1.0, minimum-scale=1.0, maximum-scale=5.0" />
<title>Stencil Component Starter</title>
<script type="module" src="/build/jeep-sqlite.esm.js"></script>
<script nomodule src="/build/jeep-sqlite.js"></script>
</head>
<body>
<jeep-sqlite></jeep-sqlite>
</body>
</html>
<script>
(async () => {
await customElements.whenDefined('jeep-sqlite');
const jeepSqlite = document.querySelector('jeep-sqlite');
let result = await jeepSqlite.echo("Hello World from Jeep");
if(await jeepSqlite.isStoreOpen()) {
try {
// *** test all basic methods
await jeepSqlite.createConnection({
database:"testNew",
version: 1
});
// open db testNew
await jeepSqlite.open({database: "testNew"});
const isDB = await jeepSqlite.isDBOpen({database: "testNew"})
let sql = "CREATE TABLE IF NOT EXISTS users (id INTEGER PRIMARY KEY NOT NULL,email TEXT UNIQUE NOT NULL,name TEXT,company TEXT,size REAL,age INTEGER,last_modified INTEGER DEFAULT (strftime('%s', 'now')));";
sql += "CREATE INDEX IF NOT EXISTS users_index_name ON users (name);";
sql += "CREATE INDEX IF NOT EXISTS users_index_last_modified ON users (last_modified);";
sql += "CREATE TRIGGER IF NOT EXISTS users_trigger_last_modified AFTER UPDATE ON users FOR EACH ROW WHEN NEW.last_modified <= OLD.last_modified BEGIN UPDATE users SET last_modified= (strftime('%s', 'now')) WHERE id=OLD.id; END;";
sql += "PRAGMA user_version = 1;";
let ret = await jeepSqlite.execute({database: "testNew", statements: sql});
ret = await jeepSqlite.isTableExists({database: "testNew", table: "users"});
ret = await jeepSqlite.isTableExists({database: "testNew", table: "contact"});
// create synchronization table
ret = await jeepSqlite.createSyncTable({database: "testNew"});
// set the synchronization date
let syncDate = "2021-08-01T08:42:25.000Z";
await jeepSqlite.setSyncDate({database: "testNew", syncdate: syncDate});
// get the synchronization date
ret = await jeepSqlite.getSyncDate({database: "testNew"});
if(ret.syncDate !== 1627807345) {
throw new Error("Get the synchronization date failed");
}
// Insert some Users
const row = [["Whiteley","Whiteley.com",30,1.83],["Jones","Jones.com",44,1.75]];
let delUsers = `DELETE FROM users;`;
delUsers += `VACUUM;`;
ret = await jeepSqlite.execute({database: "testNew", statements: delUsers, transaction: false});
let twoUsers = `INSERT INTO users (name,email,age,size) VALUES ("${row[0][0]}","${row[0][1]}",${row[0][2]},${row[0][3]});`;
twoUsers += `INSERT INTO users (name,email,age,size) VALUES ("${row[1][0]}","${row[1][1]}",${row[1][2]},${row[1][3]});`;
ret = await jeepSqlite.execute({database: "testNew", statements: twoUsers});
if (ret.changes.changes !== 2) {
throw new Error("Execute 3 users failed");
}
// Save Database to store
await jeepSqlite.saveToStore({database: "testNew"});
// Select all users
ret = await jeepSqlite.query({database: "testNew",
statement: "SELECT * FROM users;"});
// Select users where size > 1.80
ret = await jeepSqlite.query({database: "testNew",
statement: "SELECT * FROM users where size > ?;",
values:[1.80]});
// add one user with statement and values
let sqlcmd = "INSERT INTO users (name,email,age,size,company) VALUES (?,?,?,?,?)";
let values = ["Simpson","Simpson@example.com",69,1.82,null];
ret = await jeepSqlite.run({database: "testNew",
statement: sqlcmd,
values: values});
if(ret.changes.lastId !== 3) {
throw new Error("Run 1 user failed");
}
// add one user with statement
sqlcmd = `INSERT INTO users (name,email,age,size,company) VALUES ` +
`("Brown","Brown@example.com",15,1.75,null)`;
ret = await jeepSqlite.run({database: "testNew",
statement: sqlcmd});
if(ret.changes.lastId !== 4) {
throw new Error("Run 2 user failed");
}
// Select all users
ret = await jeepSqlite.query({database: "testNew",
statement: "SELECT * FROM users;"});
if(ret.values.length != 4) {
throw new Error("Query 3 user failed");
}
// *** test ExecuteSet
await jeepSqlite.createConnection({
database:"testSet",
version: 1
});
ret = await jeepSqlite.isDBExists({database:"testSet"});
if (ret.result) {
await jeepSqlite.deleteDatabase({database:"testSet"});
}
const createSchemaContacts = `
CREATE TABLE IF NOT EXISTS contacts (
id INTEGER PRIMARY KEY NOT NULL,
email TEXT UNIQUE NOT NULL,
name TEXT,
FirstName TEXT,
company TEXT,
size REAL,
age INTEGER,
MobileNumber TEXT
);
CREATE INDEX IF NOT EXISTS contacts_index_name ON contacts (name);
CREATE INDEX IF NOT EXISTS contacts_index_email ON contacts (email);
PRAGMA user_version = 1;
`;
// open db testSet
await jeepSqlite.open({database: "testSet"});
const isDBSet = await jeepSqlite.isDBOpen({database: "testSet"})
const setContacts = [
{ statement:"INSERT INTO contacts (name,FirstName,email,company,age,MobileNumber) VALUES (?,?,?,?,?,?);",
values:["Simpson","Tom","Simpson@example.com",null,69,"4405060708"]
},
{ statement:"INSERT INTO contacts (name,FirstName,email,company,age,MobileNumber) VALUES (?,?,?,?,?,?);",
values:[
["Jones","David","Jones@example.com",,42.1,"4404030201"],
["Whiteley","Dave","Whiteley@example.com",,45.3,"4405162732"],
["Brown","John","Brown@example.com",null,35,"4405243853"]
]
},
{ statement:"UPDATE contacts SET age = ? , MobileNumber = ? WHERE id = ?;",
values:[51.4,"4404030202",2]
}
];
// Create testSet schema
ret = await jeepSqlite.execute({database: "testSet", statements: createSchemaContacts});
// Create testSet contact
ret = await jeepSqlite.executeSet({database: "testSet", set: setContacts});
if (ret.changes.changes !== 5) {
return Promise.reject(new Error("ExecuteSet 5 contacts failed"));
}
// *** test Import from Json
const dataToImport = {
database : "db-from-json",
version : 1,
encrypted : false,
mode : "full",
tables :[
{
name: "users",
schema: [
{column:"id", value: "INTEGER PRIMARY KEY NOT NULL"},
{column:"email", value:"TEXT UNIQUE NOT NULL"},
{column:"name", value:"TEXT"},
{column:"age", value:"REAL"},
{column:"last_modified", value:"INTEGER"}
],
indexes: [
{name: "index_user_on_name",value: "name"},
{name: "index_user_on_last_modified",value: "last_modified DESC"},
{name: "index_user_on_email_name", value: "email ASC, name", mode: "UNIQUE"}
],
values: [
[1,"Whiteley.com","Whiteley",30.5,1582536810],
[2,"Jones.com","Jones",44.2,1582812800],
[3,"Simpson@example.com","Simpson",69,1583570630],
[4,"Brown@example.com","Brown",15,1590383895]
]
},
{
name: "messages",
schema: [
{column:"id", value: "INTEGER PRIMARY KEY NOT NULL"},
{column:"title", value:"TEXT NOT NULL"},
{column:"body", value:"TEXT NOT NULL"},
{column:"last_modified", value:"INTEGER"}
],
values: [
[1,"test post 1","content test post 1",1587310030],
[2,"test post 2","content test post 2",1590388125]
]
},
]
};
// test Json object validity
result = await jeepSqlite.isJsonValid({jsonstring: JSON.stringify(dataToImport)});
if(!result.result) {
return Promise.reject(new Error("IsJsonValid failed"));
}
// full import
result = await jeepSqlite.importFromJson({jsonstring: JSON.stringify(dataToImport)});
if(result.changes.changes === -1 ) return Promise.reject(new Error("ImportFromJson 'full' dataToImport failed"));
// create the connection to the database
await jeepSqlite.createConnection({database:"db-from-json", version: 1});
// open db testNew
await jeepSqlite.open({database: "db-from-json"});
const isDBJson = await jeepSqlite.isDBOpen({database: "db-from-json"})
if (!isDBJson.result) return Promise.reject(new Error("isDBOpen 'db-from-json' failed"));
// create synchronization table
ret = await jeepSqlite.createSyncTable({database: "db-from-json"});
if (result.changes.changes < 0) return Promise.reject(new Error("CreateSyncTable failed"));
ret = await jeepSqlite.getSyncDate({database: "db-from-json"});
if(ret.length === 0) return Promise.reject(new Error("GetSyncDate failed"));
// Select all users
ret = await jeepSqlite.query({database: "db-from-json",
statement: "SELECT * FROM users;"});
if(ret.values.length !== 4 ||
ret.values[0].name !== "Whiteley" ||
ret.values[1].name !== "Jones" ||
ret.values[2].name !== "Simpson" ||
ret.values[3].name !== "Brown" ) {
return Promise.reject(new Error("Query 1 db-from-json Users failed"));
}
await jeepSqlite.closeConnection({database:"db-from-json"});
const partialImport1 = {
database : "db-from-json",
version : 1,
encrypted : false,
mode : "partial",
tables :[
{
name: "users",
values: [
[5,"Addington.com","Addington",22.7,1590388335],
[6,"Bannister.com","Bannister",59,1590393015],
[2,"Jones@example.com","Jones",45,1590393325]
]
},
]
};
// test Json object validity
result = await jeepSqlite.isJsonValid({jsonstring: JSON.stringify(partialImport1)});
if(!result.result) {
return Promise.reject(new Error("IsJsonValid failed"));
}
// partial import
result = await jeepSqlite.importFromJson({jsonstring: JSON.stringify(partialImport1)});
if(result.changes.changes === -1 ) return Promise.reject(new Error("ImportFromJson 'partial1' dataToImport failed"));
const partialImport2 = {
database : "db-from-json",
version : 1,
encrypted : false,
mode : "partial",
tables :[
{
name: "messages",
indexes: [
{name: "index_messages_on_title",value: "title"},
{name: "index_messages_on_last_modified",value: "last_modified DESC"}
],
values: [
[3,"test post 3","content test post 3",1590396146],
[4,"test post 4","content test post 4",1590396288]
]
}
]
};
result = await jeepSqlite.importFromJson({jsonstring: JSON.stringify(partialImport2)});
if(result.changes.changes === -1 ) return Promise.reject(new Error("ImportFromJson 'partial2' dataToImport failed"));
const partialImport3 = {
database : "db-from-json",
version : 1,
encrypted : false,
mode : "partial",
tables :[
{
name: "test113",
schema: [
{column:"id", value: "TEXT PRIMARY KEY NOT NULL"},
{column:"name", value:"TEXT UNIQUE NOT NULL"},
{column:"code", value:"TEXT"},
{column:"last_modified", value:"INTEGER"}
],
indexes: [
{name: "index_test113_on_title",value: "name"},
{name: "index_test113_on_last_modified",value: "last_modified DESC"}
],
values: [
["ef5c57d5-b885-49a9-9c4d-8b340e4abdbc","valve","BV50",1590396146],
["bced3262-5d42-470a-9585-d3fd12c45452","pipe","PIPE100",1590396288],
["ef5c57d5-b885-49a9-9c4d-8b340e4abdbc","valve","BV100",1590396300],
]
}
]
};
result = await jeepSqlite.importFromJson({jsonstring: JSON.stringify(partialImport3)});
if(result.changes.changes === -1 ) return Promise.reject(new Error("ImportFromJson 'partial3' dataToImport failed"));
// create the connection to the database
await jeepSqlite.createConnection({database:"db-from-json", version: 1});
// open db testNew
await jeepSqlite.open({database: "db-from-json"});
// Select all users
ret = await jeepSqlite.query({database: "db-from-json",
statement: "SELECT * FROM users;"});
if(ret.values.length !== 6 ||
ret.values[0].name !== "Whiteley" ||
ret.values[1].name !== "Jones" ||
ret.values[2].name !== "Simpson" ||
ret.values[3].name !== "Brown" ||
ret.values[4].name !== "Addington" ||
ret.values[5].name !== "Bannister" ) {
return Promise.reject(new Error("Query 2 db-from-json Users failed"));
}
// Select all messages
ret = await jeepSqlite.query({database: "db-from-json",
statement: "SELECT * FROM messages;"});
if(ret.values.length !== 4 ||
ret.values[0].title !== "test post 1" ||
ret.values[1].title !== "test post 2" ||
ret.values[2].title !== "test post 3" ||
ret.values[3].title !== "test post 4" ) {
return Promise.reject(new Error("Query 3 db-from-json Messages failed"));
}
// *** test Export to Json
// test full export
let jsonObj = await jeepSqlite.exportToJson({database: "db-from-json",jsonexportmode: 'full'});
// test Json object validity
result = await jeepSqlite.isJsonValid({jsonstring: JSON.stringify(jsonObj.export)});
if(!result.result) {
return Promise.reject(new Error("IsJsonValid 'full' export failed"));
}
//test partial export
syncDate = "2020-05-20T18:40:00.000Z";
await jeepSqlite.setSyncDate({database: "db-from-json", syncdate: syncDate});
jsonObj = await jeepSqlite.exportToJson({database: "db-from-json",jsonexportmode: 'partial'});
// test Json object validity
result = await jeepSqlite.isJsonValid({jsonstring: JSON.stringify(jsonObj.export)});
if(!result.result) {
return Promise.reject(new Error("IsJsonValid 'partial' export failed"));
}
if(jsonObj.export.tables.length != 3 || jsonObj.export.tables[0].name != 'users'
|| jsonObj.export.tables[1].name != 'messages'
|| jsonObj.export.tables[2].name != 'test113'
|| jsonObj.export.tables[0].values.length != 4
|| jsonObj.export.tables[1].values.length != 3
|| jsonObj.export.tables[2].values.length != 2) {
return Promise.reject(new Error("IsJsonValid 'partial' export failed: No 4 tables"));
}
await jeepSqlite.closeConnection({database:"testNew"});
await jeepSqlite.closeConnection({database:"testSet"});
await jeepSqlite.closeConnection({database:"db-from-json"});
// *** test copy from asset ***
await jeepSqlite.copyFromAssets();
// create connection to myDB
await jeepSqlite.createConnection({database:"myDB",version: 1});
// open db myDB
await jeepSqlite.open({database: "myDB"});
let statement = `SELECT name FROM sqlite_master WHERE type='table';`;
// Select all tables
ret = await jeepSqlite.query({database: "myDB",
statement: statement});
if(ret.values.length !== 3 ||
ret.values[0].name !== "users" ||
ret.values[1].name !== "messages" ||
ret.values[2].name !== "sync_table"
) {
throw new Error("Query MyDB Tables failed");
}
// Select all users
ret = await jeepSqlite.query({database: "myDB",
statement: "SELECT * FROM users;"});
if(ret.values.length != 7 ||
ret.values[0].name !== "Whiteley" ||
ret.values[1].name !== "Jones" ||
ret.values[2].name !== "Simpson" ||
ret.values[3].name !== "Brown" ||
ret.values[4].name !== "Jackson" ||
ret.values[5].name !== "Kennedy" ||
ret.values[6].name !== "Bush"
) {
throw new Error("Query MyDB Users failed");
}
await jeepSqlite.closeConnection({database:"myDB"});
// create connection to dbForCopy
await jeepSqlite.createConnection({database:"dbForCopy",version: 1});
// open db myDB
await jeepSqlite.open({database: "dbForCopy"});
// Select all users
ret = await jeepSqlite.query({database: "dbForCopy",
statement: "SELECT * FROM areas;"});
if(ret.values.length != 3 ||
ret.values[0].name !== "Access road" ||
ret.values[1].name !== "Accessway" ||
ret.values[2].name !== "Air handling system" ) {
throw new Error("Query dbForCopy Areas failed");
}
await jeepSqlite.closeConnection({database:"dbForCopy"});
// *** test upgrade version ***
// create database version 1
await jeepSqlite.createConnection({
database:"test-updversion",
version: 1
});
// delete the database if exists (multiple runs)
ret = await jeepSqlite.isDBExists({database:"test-updversion"});
if (ret.result) {
await jeepSqlite.deleteDatabase({database:"test-updversion"});
}
// open db test-updversion
await jeepSqlite.open({database: "test-updversion"});
const createSchemaVersion1 = `
CREATE TABLE IF NOT EXISTS users (
id INTEGER PRIMARY KEY NOT NULL,
email TEXT UNIQUE NOT NULL,
name TEXT,
company TEXT,
size REAL,
age INTEGER,
last_modified INTEGER DEFAULT (strftime('%s', 'now'))
);
CREATE INDEX IF NOT EXISTS users_index_name ON users (name);
CREATE INDEX IF NOT EXISTS users_index_last_modified ON users (last_modified);
CREATE TRIGGER IF NOT EXISTS users_trigger_last_modified
AFTER UPDATE ON users
FOR EACH ROW WHEN NEW.last_modified <= OLD.last_modified
BEGIN
UPDATE users SET last_modified= (strftime('%s', 'now')) WHERE id=OLD.id;
END;
`;
// Create test-updversion schema
ret = await jeepSqlite.execute({database: "test-updversion", statements: createSchemaVersion1});
if (ret.changes.changes < 0) {
throw new Error("Execute createSchemaVersion1 failed");
}
// Insert some Users
const rowU = [["Whiteley","Whiteley.com",30.5],["Jones","Jones.com",44]];
const twoUsersU = `
DELETE FROM users;
INSERT INTO users (name,email,age) VALUES ("${rowU[0][0]}","${rowU[0][1]}",${rowU[0][2]});
INSERT INTO users (name,email,age) VALUES ("${rowU[1][0]}","${rowU[1][1]}",${rowU[1][2]});
`;
ret = await jeepSqlite.execute({database: "test-updversion", statements: twoUsersU});
if (ret.changes.changes !== 2) {
throw new Error("Execute twoUsers failed");
}
// Select all users
ret = await jeepSqlite.query({database: "test-updversion",
statement: "SELECT * FROM users;"});
if(ret.values.length !== 2 ||
ret.values[0].name !== "Whiteley" ||
ret.values[1].name !== "Jones") {
throw new Error("Query 2 Users failed");
}
await jeepSqlite.closeConnection({database:"test-updversion"});
// create version 2 of test-updversion
const createSchemaVersion2 = `
CREATE TABLE users (
id INTEGER PRIMARY KEY NOT NULL,
email TEXT UNIQUE NOT NULL,
name TEXT,
company TEXT,
country TEXT,
age INTEGER,
last_modified INTEGER DEFAULT (strftime('%s', 'now'))
);
CREATE TABLE messages (
id INTEGER PRIMARY KEY NOT NULL,
userid INTEGER,
title TEXT NOT NULL,
body TEXT NOT NULL,
last_modified INTEGER DEFAULT (strftime('%s', 'now')),
FOREIGN KEY (userid) REFERENCES users(id) ON DELETE SET DEFAULT
);
CREATE INDEX users_index_name ON users (name);
CREATE INDEX users_index_last_modified ON users (last_modified);
CREATE INDEX messages_index_title ON messages (title);
CREATE INDEX messages_index_last_modified ON messages (last_modified);
CREATE TRIGGER users_trigger_last_modified
AFTER UPDATE ON users
FOR EACH ROW WHEN NEW.last_modified <= OLD.last_modified
BEGIN
UPDATE users SET last_modified= (strftime('%s', 'now')) WHERE id=OLD.id;
END;
CREATE TRIGGER messages_trigger_last_modified
AFTER UPDATE ON messages
FOR EACH ROW WHEN NEW.last_modified <= OLD.last_modified
BEGIN
UPDATE messages SET last_modified= (strftime('%s', 'now')) WHERE id=OLD.id;
END;
`;
setArrayVersion2 = [
{ statement:"INSERT INTO messages (userid,title,body) VALUES (?,?,?);",
values:[
[1,"test message 1","content test message 1"],
[2,"test message 2","content test message 2"],
[1,"test message 3","content test message 3"]
]
},
{ statement:"UPDATE users SET country = ? WHERE id = ?;",
values:["United Kingdom",1]
},
{ statement:"UPDATE users SET country = ? WHERE id = ?;",
values:["Australia",2]
},
];
await jeepSqlite.addUpgradeStatement({database: "test-updversion",
upgrade: [{fromVersion: 1, toVersion: 2, statement: createSchemaVersion2,
set: setArrayVersion2}]
});
await jeepSqlite.createConnection({
database:"test-updversion",
version: 2
});
await jeepSqlite.open({database: "test-updversion"});
// select all user's country in db
ret = await jeepSqlite.query({database: "test-updversion",
statement: "SELECT country FROM users;"});
if(ret.values.length !== 2 ||
ret.values[0].country !== "United Kingdom" ||
ret.values[1].country !== "Australia") {
throw new Error("Query Version 2 Users failed");
}
// select all messages for user 1
const userMessages = `
SELECT users.name,messages.title,messages.body FROM users
INNER JOIN messages ON users.id = messages.userid
WHERE users.id = ?;
`;
ret = await jeepSqlite.query({database: "test-updversion",
statement: userMessages,
values : [1]});
if(ret.values.length !== 2 ||
ret.values[0].name !== "Whiteley" ||
ret.values[0].title !== "test message 1" ||
ret.values[1].name !== "Whiteley" ||
ret.values[1].title !== "test message 3") {
return Promise.reject(new Error("Query Messages User 1 Version 2 failed"));
}
// select all messages for user 2
ret = await jeepSqlite.query({database: "test-updversion",
statement: userMessages,
values : [2]});
if(ret.values.length !== 1 ||
ret.values[0].name !== "Jones" ||
ret.values[0].title !== "test message 2") {
return Promise.reject(new Error("Query Messages User 2 Version 2 failed"));
}
// close the connection test-updversion
await jeepSqlite.closeConnection({database:"test-updversion"});
console.log("db success");
} catch (err) {
console.log(`Error ${err}`);
}
} else {
console.log("store creation failed")
}
})();
</script>
FAQs
Browser SQLite Stencil Component
The npm package jeep-sqlite receives a total of 6,368 weekly downloads. As such, jeep-sqlite popularity was classified as popular.
We found that jeep-sqlite demonstrated a healthy version release cadence and project activity because the last version was released less than a year ago. It has 0 open source maintainers collaborating on the project.
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