Skip to main content

Migrate source code from SourceForge subversion repository to GitHub

Since GitHub.com, a successful commercial git hosting provider that hosts over a million repositories, offers reliable free open source git hosting service now, I decided to go ahead and move the source code that I had in last 8 years from sourceforge subversion repository to GitHub. This page documents the steps that I did, which was pretty simple and smooth anyway.

  1. Obviously I need to be a user in GitHub.com. It's easy to sign up, no confirmation is required.
  2. Create new repository from here, and import from a public subversion URL. The URL is something like http://<projectname>.svn.sourceforge.net/svnroot/<projectname>.
  3. Before import starts, you are required to tell more about each user discovered from subversion repository. The user name and email address each sourceforge user maps to doesn't have to be existing user in GitHub.com.
  4. It takes very very long time for import to finish. Be patient.
  5. I already have git on my computer. If you don't, find out how it's installed on your operating system. If you don't know what git is, stop here and start spending some time on http://git-scm.com.
  6. Tell GitHub.com the public SSH keys of each computer that wants to work with the git repository. Sourceforge does it too. Goto Account Settings/SSH Public Keys and update the keys.
  7. Assume the import is done. Before pulling code to local, a little configuration is required. This document describes several properties to set. The properties are to tell GitHub.com who the user is. They end up stored in <USERHOME>/.gitconfig file.
  8. Find a working directory, run the git clone command to get local copies.
git clone git@github.com:<user>/<repository name>.git

Comments

Popular posts from this blog

Publish Maven site with Amazon S3 and CloudFront

Amazon S3 now supports static website hosting . As a 10 years Maven user, I wonder how easy it is to deploy Maven generated site to Amazon S3 and let the rock-solid storage provider to host my project websites. There are several existing s3 wagon providers , which all seem to have the same problem, not supporting directory copy. This is understandable since before S3 new website hosting feature, I guess people mostly expect to deploy artifacts rather than website to S3. So my first task is to write an AWS S3 wagon that supports directory copy. With AWS Java SDK , task becomes as simple as one single class . I made my S3 wagon available in Maven central repository at org.cyclopsgroup:awss3-maven-wagon:0.1 . The source code is hosted in github:jiaqi/cym2/awss3 . The next thing is to create an S3 bucket in console . To avoid trouble, bucket name is set to the future website domain name according to this discussion . Website feature needs to be explicitly enabled. I also created an...

4-states state machine for CSV parsing

Parsing CSV file is easy, it's nothing but splitting string with comma delimiter, which can be easily done in Java... The first thing came to my mind when I'm about to parse CSV file in Java is just like that. Now, reality is that following examples are all possible valid lines in a CSV file 1,Bender 2,"Bender" 3,"Bender, Bending" 4,"Ben""d""er" 5, Ben"der 6, Ben""der Line 7 might be arguable but anyway, two basic rules are If there's comma in field, use double quot to wrap field, otherwise double quot wrapper isn't required. Inside double quot, double quot is used to escape double quot. Suddenly the problem is complicated to something more than string splitting, however it can be simplified into a finite state machine with 4 states. States: 1. Ready for new field (initial state) 2. Field without double quot 3. Field with double quot 4. Escaping or end of double quot Transitions *Direction*|*Condition*|*Ac...

1300ms to 160ms, tune Spring/Hibernate on slow MySQL

I write this article to remember the different behaviour various JDBC connection pool displays when they work with slow JDBC connection(to MySQL database, in this case). It starts with a typical Java application on Spring, Hibernate, Jetty, ApacheCXF and MySQL like following code. Version 1: without correct pooling //... service code @Transactional(isolation=Isolation.READ_COMMITTED) public void foo() { //... do something with database } //... connection pool configuration ... class = "com.mysql.jdbc.jdbc2.optional.MysqlConnectionPoolDataSource"; url = "jdbc:mysql://mysql.far-far-away.com/mysystem"; user = ... //... transaction management configuration in spring ... <tx:annotation-driven transaction-manager="transactionManager" order="100" /> <bean id="transactionManager" class="org.springframework.orm.hibernate3.HibernateTransactionManager"> <property name="sessionFactory" ref="mySessionFact...