![]() ![]() I think we can already proceed to the main part of the article because it will be much easier to understand everything in practice. They are used as a base to create PO files and soon you will see why it matters. So, the file structure should look like this:ĭefault and other are names of the domains (or scopes) and I will cover them later in this article.Īpart from PO files, there are also POT files (which stands for "portable object template"). ![]() PO means "portable object" and these files contain strings to be translated as well as the actual translations. Inside, there should be a folder called LC_MESSAGES with one or multiple. Gettext instructs us to create a folder named after the locales they are going to support. We will be mainly interested in how Gettext files should be named, organized, and what they are used for. Discussing all the features of Gettext is outside of the scope of this article, but you may find full documentation online. It is used to create multilingual systems (not only web applications) by many developers and companies, so you may find lots of materials about it on the net. So, Gettext is a complex open source solution created by GNU (initially it was introduced by Sun Microsystems in the middle '90s). The source code for this article can be found on GitHub. ![]() If you would like to run the code samples presented in this article locally, you'll need to install OTP (at least 18), Elixir (at least 1.4) and, of course, the Phoenix framework itself (version 1.3 will be used in this tutorial). I will also talk about supporting multiple locales, pluralization rules, and domains. You will learn what Gettext is, what PO and POT files are, how to generate them and easily extract translations from your views. I'll walk you through how to add support for i18n in Phoenix applications with the help of Gettext (which is a default dependency). In this article, you will learn about Phoenix i18n. It has many features that should be familiar to developers who come from the Rails or Django world, but, at the same time, it may seem a bit complex at first due to Elixir's functional nature. The total project cost estimate at the time of the grant award was $19.7 million.Phoenix is a fast and reliable MVC framework written in the language Elixir (which, in turn, relies on Erlang). The project was awarded a Department of Water Resources Proposition 1E grant in 2011 for $7.6 million. The study that evaluated what improvements are needed to the dam concluded that the cost and schedule of the improvements would not meet the requirements of the Proposition 1E grant. Propose operation procedures (called a Coordinated Operations Plan) to operate Phoenix Lake as both a detention basin and a water supply reservoir.Evaluate the existing ecosystem in Ross Creek below Phoenix Lake.Measure the water quality in Ross Creek below Phoenix Lake.Examine how its use as a detention basin might affect its use as a water supply reservoir.Determine if the existing spillway and/or outlet pipe would need to be enlarged.Collect soil samples from the earthen dam and determine what improvements to the dam might be needed.We completed the feasibility assessment phase for the project and in 2018 determined it to be infeasible within the project constraints, timeline and budget. It is open to the public for hiking, mountain biking, fishing, and other recreational uses. Phoenix Lake is owned and operated as a water supply reservoir by the Marin Municipal Water District. Opportunities for increased water supply.Improved water quality in Phoenix Lake and Ross Creek.This would reduce downstream flood risk in lower Ross Valley resulting from creek overflow during storms. The Phoenix Lake Integrated Regional Watershed Management (IRWM) Retrofit project would modify the reservoir to allow it to serve as a detention basin. Grant funding for this project was approved by the California Department of Water Resources to be reallocated to the Corte Madera Creek Flood Risk Management Project.
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