1 files changed, 22 insertions, 22 deletions
diff --git a/src/test/resources/gitorious/projects-5.xml b/src/test/resources/gitorious/projects-5.xml
index 0567eca..dde32d8 100644
--- a/src/test/resources/gitorious/projects-5.xml
+++ b/src/test/resources/gitorious/projects-5.xml
@@ -195,8 +195,8 @@
   <project>
     <bugtracker-url>http://sourceforge.net/tracker/?group_id=15322&amp;atid=115322</bugtracker-url>
     <created-at type="datetime">2012-11-03T13:51:58Z</created-at>
-    <description>SimpleMail is a simple to use but powerful mail client. It supports the SMTP, POP3 and IMAP (in a simple form) protocols. Furthermore, among much other features, it is capable of showing HTML mails and can identify spam mails by using a Bayesian filter.
-
+    <description>SimpleMail is a simple to use but powerful mail client. It supports the SMTP, POP3 and IMAP (in a simple form) protocols. Furthermore, among much other features, it is capable of showing HTML mails and can identify spam mails by using a Bayesian filter.
+
 The Gitorious project is contains a read-only mirror of SimpleMail's CVS repository that is hosted at SourceForge.</description>
     <home-url>http://simplemail.sf.net/</home-url>
     <license>GNU General Public License version 2(GPLv2)</license>
@@ -221,18 +221,18 @@ The Gitorious project is contains a read-only mirror of SimpleMail's CVS reposit
   <project>
     <bugtracker-url nil="true"></bugtracker-url>
     <created-at type="datetime">2012-11-03T11:24:23Z</created-at>
-    <description>This is a helper class to expose Unix signals to Qt signals, and provide "graceful exit" functinality.
-
-To use it, just add the unixsignalhandler.h and unixsignalhandler.cpp files to your project, and list
-them in you .pro file. For a quick start to check out the functionality, just say:
-
-qmake &amp;&amp; make 
-
-in this dir, and start the dummy test applicataion with
-
-./unixsignalhandler
-
-and send a SIGUSR1 signal for example with the kill utility.
+    <description>This is a helper class to expose Unix signals to Qt signals, and provide "graceful exit" functinality.
+
+To use it, just add the unixsignalhandler.h and unixsignalhandler.cpp files to your project, and list
+them in you .pro file. For a quick start to check out the functionality, just say:
+
+qmake &amp;&amp; make 
+
+in this dir, and start the dummy test applicataion with
+
+./unixsignalhandler
+
+and send a SIGUSR1 signal for example with the kill utility.
 </description>
     <home-url nil="true"></home-url>
     <license>MIT License</license>
@@ -305,14 +305,14 @@ and send a SIGUSR1 signal for example with the kill utility.
   <project>
     <bugtracker-url nil="true"></bugtracker-url>
     <created-at type="datetime">2012-11-03T06:45:51Z</created-at>
-    <description>Measurement and Control Communication Projects
-
-Early stages of development of projects for measurement and control protocols. Future goals include libmcp and libmcsp, libraries for a Measurement and Control Protocol and a Measurement and Control Stream Protocol respectively.
-
-Plans for libmcp include extending TCP to create a messaging protocol for requests made between a client and server where a typical message would be eg. "read analog device channel" or "write digital device channel high".
-
-Plans for libmcsp are to develop a streaming UDP protocol that implements basic reliability through packet number sequencing and possible simple congestion control if feasible. A typical function of this protocol would be eg. start an input stream to read data from a measurement device, or start an output stream to write data to hardware device for control of an actuator.
-
+    <description>Measurement and Control Communication Projects
+
+Early stages of development of projects for measurement and control protocols. Future goals include libmcp and libmcsp, libraries for a Measurement and Control Protocol and a Measurement and Control Stream Protocol respectively.
+
+Plans for libmcp include extending TCP to create a messaging protocol for requests made between a client and server where a typical message would be eg. "read analog device channel" or "write digital device channel high".
+
+Plans for libmcsp are to develop a streaming UDP protocol that implements basic reliability through packet number sequencing and possible simple congestion control if feasible. A typical function of this protocol would be eg. start an input stream to read data from a measurement device, or start an output stream to write data to hardware device for control of an actuator.
+
 These libraries will not access hardware directly, but instead be used in conjunction with future versions of libcld by a daemon to handle that functionality.</description>
     <home-url nil="true"></home-url>
     <license>GNU General Public License version 3 (GPLv3)</license>