added some d projects

content/projects/digitalmarsd.haml

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+%p
+  C++0x looks to scary ... so choose your weapon. I tried digitalmars d, because it is a rich language with lots of "cool" features.

content/projects/digitalmarsd.yaml

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+---
+title: Digitalmars D
+parent: /projects/

content/projects/digitalmarsd/combinatorparser.haml

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+%div.basic#accordion
+  %a.header Story
+  %div.chapter
+    %p
+      While reading the scala book by Martin Odersky I stumbled upon its brilliant article on combinator parsers. This project tries to give the building blocks for a similar library in d.
+  %a.header Implementation
+  %div.chapter
+    %p
+      To keep reuse simple the project consists of only one module (pc.parser) in one file pc/parser.d. In addition to a object oriented api I tried to add some operators to shorten the construction of parsers as much as possible.
+    %p
+      Please see the integrated unittests for examples.
+  %a.header Sources
+  %div.chapter
+    The sources are located in my private assembla repository. Feel free to contact me if you want to try them out.

content/projects/digitalmarsd/combinatorparser.yaml

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+---
+title: Combinator Parser Lib
+parent: /projects/digitalmarsd/

content/projects/digitalmarsd/protobuf_for_d.haml

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+%div.basic#accordion
+  %a.header Story
+  %div.chapter
+    %p
+      I did not get protobuf ... So I thought:
+      %ul
+        %li Learn a little about the protobuf internals.
+        %li See how to generate source with d.
+        %li Use the parser combinator library to implement a not so minimal parser example.
+        %li And create a useful library to interact with the rest of the world.
+      All at the same time.
+  %a.header Implementation
+  %div.chapter
+    %p
+      The project consists of several parts:
+      %ul
+        %li some small helper classes that are kind of a runtime for the generated sources.
+        %li some tests written in java to generate protobuf files which are used to check the results from the generator.
+        %li the compiler itself (it is implemented by first writing a parser from scratch (I know ... dont do this at home and use the protobuf parser)).
+        %li integration tests, that use the java-references to check if everything is compatible.
+    %p
+      Please check the d examples in compiler/tests (e.g. the canonical addressbook tests for the generated api).
+  %a.header Restrictions
+  %div.chapter
+    %p
+      Neither the service part nor the extension part is currently implemented.
+  %a.header Sources
+  %div.chapter
+    The sources are located in my private assembla repository. Feel free to contact me if you want to try them out.

content/projects/digitalmarsd/protobuf_for_d.yaml

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+---
+title: Protobuf
+parent: /projects/digitalmarsd/

layouts/default.haml

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     / %script{:type=>"text/javascript", :src=>"/jquery.easing-1.3.js"}
     / %script{:type=>"text/javascript", :src=>"/jquery.accordion.js"}
     %link{:rel=>"stylesheet", :type=>"text/css", :href=>"/assets/styles/style.css"}
-    / = "<!--<script type=\"text/javascript\">$().ready(function(){$('#accordion').accordion({alwaysOpen: false,autoheight: false, header:'a.header'});});</script>-->"
+    / = "<script type=\"text/javascript\">$().ready(function(){$('#accordion').accordion({alwaysOpen: false,autoheight: false, header:'a.header'});});</script>"
   %body
     %div#all
       %div#nav<