Project Name | Stars | Downloads | Repos Using This | Packages Using This | Most Recent Commit | Total Releases | Latest Release | Open Issues | License | Language |
---|---|---|---|---|---|---|---|---|---|---|
Migrate | 11,081 | 594 | 3 days ago | 129 | March 17, 2022 | 260 | other | Go | ||
Database migrations. CLI and Golang library. | ||||||||||
Grails Data Mapping | 207 | 4 | 36 | 14 days ago | 130 | June 02, 2022 | 187 | Groovy | ||
GORM - Groovy Object Mapping | ||||||||||
Neo4j Etl | 168 | 2 years ago | 48 | other | HTML | |||||
Data import from relational databases to Neo4j. | ||||||||||
Devops Perl Tools | 80 | 4 months ago | 2 | mit | Perl | |||||
25+ DevOps CLI Tools - Anonymizer, SQL ReCaser (MySQL, PostgreSQL, AWS Redshift, Snowflake, Apache Drill, Hive, Impala, Cassandra CQL, Microsoft SQL Server, Oracle, Couchbase N1QL, Dockerfiles), Hadoop HDFS & Hive tools, Solr/SolrCloud CLI, Nginx stats & HTTP(S) URL watchers for load-balanced web farms, Linux tools etc. | ||||||||||
Biocypher | 48 | a day ago | 89 | mit | Python | |||||
A unifying framework for biomedical research knowledge graphs | ||||||||||
Metabase Neo4j Driver | 31 | a month ago | 7 | apache-2.0 | Clojure | |||||
Provides SQL and Cypher support for working with neo4j from metabase | ||||||||||
Spark Sql Flow Plugin | 28 | a year ago | 2 | apache-2.0 | Scala | |||||
Visualize column-level data lineage in Spark SQL | ||||||||||
Sql Import | 23 | 10 years ago | Java | |||||||
SQL-Import for Neo4j based on export SQL files. | ||||||||||
Bootiful Music | 19 | 3 years ago | Java | |||||||
Sqlserver2017graphdatabase | 6 | 5 years ago | mit | C# | ||||||
Example Project for the SQL Server 2017 Graph Database. |
This is a first attempt to do a reasonable mapping from SQL dump statements in relational databases into a graph in Neo4j open source graph database.
Can be imported from SQL like
BEGIN TRANSACTION;
CREATE TABLE Book(
id int primary key,
title varchar(250),
);
INSERT INTO "Book" VALUES(1,,'Pippi
Långstrump');
CREATE TABLE Isbn(
id int primary key,
book_id int,
isbn varchar(20),
comment varchar(250)
);
INSERT INTO "Isbn" VALUES(' 1',1,'04712
17476','');
CREATE TABLE Author (
id int primary key,
name varchar(250)
);
INSERT INTO "Author" VALUES(1,'Astrid Lindgren');
CREATE TABLE Authorship (
id int primary key,
author_id int,
book_id int);
INSERT INTO "Authorship" VALUES(1,1,1);
CREATE TABLE tag ("id" INTEGER PRIMARY KEY NOT NULL, "name" varchar(255) DEFAULT NULL);
INSERT INTO "tag" VALUES(1,'childrens books');
INSERT INTO "tag" VALUES(2,'books');
INSERT INTO "tag" VALUES(3,'youth books');
CREATE TABLE tagging ("id" INTEGER PRIMARY KEY NOT NULL, "tag_id" integer DEFAULT NULL, "book_id" integer DEFAULT NULL);
INSERT INTO "tagging" VALUES(1,1,1);
CREATE TABLE tag_hierarchy ("id" INTEGER PRIMARY KEY NOT NULL, "tag_id" integer DEFAULT NULL, "parent_id" integer DEFAULT NULL);
#INSERT INTO "tag_hierarchy" VALUES(1,2,NULL);
INSERT INTO "tag_hierarchy" VALUES(2,1,2);
CREATE TABLE tag_relation ("id" INTEGER PRIMARY KEY NOT NULL, "from_id" integer DEFAULT NULL, "to_id" integer DEFAULT NULL, "desc" varchar(255) DEFAULT NULL);
INSERT INTO "tag_relation" VALUES(1,1,3,'same genre');
COMMIT;