If you have a Drupal multilingual website, you've probably heard about the Entity Translation module, a module that allows you to translate fields in Drupal, instead of translating nodes. This means that instead of creating a node, taxonomy term, and user for each language on your site, you can create a single entity and translate the fields on it. The Entity Translation module includes a submodule that helps you upgrade to this new translation method.
The Web Experience Toolkit distribution of Drupal (aka WxT-Drupal, wetkit, or wet-boew) is a version of Drupal designed for organizations with a bilingual and accessibility requirements. Specifically, it's designed for Canadian government and public organizations. It has built with support for English and French, and includes a theme that provides accessibility and responsive support.
Recently we needed to import a fairly large dataset into Drupal. There were 200,000 items to import, the data changed relatively frequently, and we needed them to be Drupal entities so that we could make them searchable with Apache Solr. We would normally import data using Feeds or Migrate. This time, however, we had higher speed requirements, so we tried something different: importing directly into the database.
Entities in Drupal 7 simplify and centralize common logic that, in earlier versions of Drupal, was duplicated in several places, or only usable in specific modules. There are, however, many features (such as saving entities!) that did not make it into Drupal 7. The Entity API module fills in these missing gaps in the core and goes a step farther by simplifying definition of new entity types, and integration with contrib modules such as Views, Rules, and Features.
Today is not your lucky day. The production server went down due to a hard disk error on the VM's host machine. You don't have a high availability setup because running additional servers 24x7 is quite costly. However, you need a new machine quickly.
Multilingual websites are complicated, due to the wide variety of ways to convey multilingual content to users. Each multilingual website seems to come with a different set of requirements for how content translation is handled. In this post, I'll take a look at approaches to translating content in Drupal 7 and the new possibilities that the Entity Translation module provides.
Whether we like it or not, testing takes a huge amount of time. Often a third of each web development project is spent testing, but it's not usually something that gets a lot of attention.
We've been hearing a lot about responsive design and the future of the web recently. At DrupalCamp Montreal this September, Jen Simmons and Jake Strawn talked about why responsive design is taking hold. I was inspired to try out some of the techniques they talked about, and decided to convert evolvingweb.com to be more responsive.
In Drupal 6, module developers often use Nodes as an all-purpose method for having objects that can be saved into the database. This hack avoids having to write a lot of boilerplate CRUD for all custom data used in your modules. Nodes in D6 are a powerful tool for this use case when combined with the flexibility of CCK's custom fields, and the simplified integration with contrib modules. However, using Nodes for every piece of specialized content means a lot of overhead; contributed modules often modify Nodes and added hooks that operated on them. This is a major performance concern, not to mention a bad architecture for unrelated data.
In our previous post, we wrote about how we use custom Redmine plugins to keep specifications up-to-date with our Redmine issues. Since we update the specifications with clients throughout a project, we need a way to keep developers in the loop. Automatically updating an issue page with the changes saves us unnecessary meetings and confusion. The most useful plugin we've been using was one that we wrote ourselves: redmine_google_docs. This plugin allows embedding of Google Spreadsheets and Google Documents in Redmine wiki pages and issues. This helps us spend more time focused on the project and less time on synchronizing documentation.
In part 1 of this tutorial, I covered how to make your own custom field and widget. Here I'll cover how to validate that input and format it using a custom formatter.
At Evolving Web, Redmine is at the core of our project management methodology. Redmine’s extensibility makes it the open source tool of choice for scoping, tracking and maintaining projects. Today, we're highlighting some of the integration that's possible between Redmine, Google Docs and Git. This piece is complementary to our post on Customizing Redmine in Agile Project Management.
At Evolving Web, we’ve been working with an agile project management methodology for some time now. Compared to the waterfall approach, we’ve found that the agile method best captures our team’s momentum and creativity during development. This translates into an involved client and a better product. By breaking our mandates into two and three week sprints, we work within a limited timeline to implement the project’s specifications. We demo our progress at the end of each sprint to affirm that we’re on the right track and that all of the client’s concerns have been addressed.
The power of Drupal stems from our ability to customize it. One common requirement is the need to define complex fields with custom widgets and formatters that are unavailable in core or contributed modules. This allows us to collect more sophisticated data from users, and define exactly how that data is presented. Drupal's Field API provides the hooks needed to make just about any field we want.
We often define custom blocks in a site-specific module. Sometimes the markup in these blocks can start building up and we realize that it's time to create a template for the block. This is a good way to keep markup out of the module code. It's also a good way to practise writing cleaner and more themer-friendly modules.
