dos2unix

1 files changed, 45 insertions, 45 deletions

diff --git a/project2/proj2_s4498062/README.md b/project2/proj2_s4498062/README.md
index ce89073..7aee804 100644
--- a/project2/proj2_s4498062/README.md
+++ b/project2/proj2_s4498062/README.md
@@ -1,45 +1,45 @@
-# Project 2 Framework

-

-## Description

-

-This directory contains a framework for a DNS resolver and a recursive DNS server.

-The framework provides classes for manipulating DNS messages (and converting them to bytes).

-The framework also contains a few stubs which you need to implement.

-Most files contain pointers to the relevant sections of RFC 1034 and RFC 1035.

-These are not the only relevant sections though, and you might need to read more of the RFCs.

-

-It is probably a good idea to read RFC 1034 before proceeding.

-This RFC explains an overview of DNS and introduces some of the naming which is also used in the framework.

-

-## File structure

-

-* proj1_sn1_sn2

-    * dns

-        * cache.py: Contains a cache for the resolver. You have to implement this.

-        * classes.py: Enum of CLASSes and QCLASSes.

-        * domainname.py: Classes for reading and writing domain names as bytes.

-        * message.py: Classes for DNS messages.

-        * rcodes.py: Enum of RCODEs.

-        * resolver.py: Class for a DNS resolver. You have to implement this.

-        * resource.py: Classes for DNS resource records.

-        * server.py: Contains a DNS server. You have to implement this.

-        * types.py: Enum of TYPEs and QTYPEs.

-        * zone.py: name space zones. You have to implement this.

-    * dns_client.py: A simple DNS client, which serves as an example user of the resolver.

-    * dns_server.py: Code for starting the DNS server and parsing args.

-    * dns_tests.py: Tests for your resolver, cache and server. You have to implement this.

-

-## Implementation Hints and Tips

-

-You should start with implementing the resolver, which you need for the server.

-You will need message.py, resource.py, types.py, classes.py and rcodes.py.

-You can ignore the code for converting from and to bytes from these files if

-you want, but it might be useful (especially for debugging).

-

-After finishing the resolver you need to implement caching and the DNS server.

-You can implement these in any order that you like.

-I suggest implementing the recursive part (the resolving) of your DNS server, before implementing the management of the servers zone.

-

-Wireshark and dns_client.py are useful tools for debugging your resolver.

-Wireshark and nslookup are useful tools for debugging your server.

-

+# Project 2 Framework
+
+## Description
+
+This directory contains a framework for a DNS resolver and a recursive DNS server.
+The framework provides classes for manipulating DNS messages (and converting them to bytes).
+The framework also contains a few stubs which you need to implement.
+Most files contain pointers to the relevant sections of RFC 1034 and RFC 1035.
+These are not the only relevant sections though, and you might need to read more of the RFCs.
+
+It is probably a good idea to read RFC 1034 before proceeding.
+This RFC explains an overview of DNS and introduces some of the naming which is also used in the framework.
+
+## File structure
+
+* proj1_sn1_sn2
+    * dns
+        * cache.py: Contains a cache for the resolver. You have to implement this.
+        * classes.py: Enum of CLASSes and QCLASSes.
+        * domainname.py: Classes for reading and writing domain names as bytes.
+        * message.py: Classes for DNS messages.
+        * rcodes.py: Enum of RCODEs.
+        * resolver.py: Class for a DNS resolver. You have to implement this.
+        * resource.py: Classes for DNS resource records.
+        * server.py: Contains a DNS server. You have to implement this.
+        * types.py: Enum of TYPEs and QTYPEs.
+        * zone.py: name space zones. You have to implement this.
+    * dns_client.py: A simple DNS client, which serves as an example user of the resolver.
+    * dns_server.py: Code for starting the DNS server and parsing args.
+    * dns_tests.py: Tests for your resolver, cache and server. You have to implement this.
+
+## Implementation Hints and Tips
+
+You should start with implementing the resolver, which you need for the server.
+You will need message.py, resource.py, types.py, classes.py and rcodes.py.
+You can ignore the code for converting from and to bytes from these files if
+you want, but it might be useful (especially for debugging).
+
+After finishing the resolver you need to implement caching and the DNS server.
+You can implement these in any order that you like.
+I suggest implementing the recursive part (the resolving) of your DNS server, before implementing the management of the servers zone.
+
+Wireshark and dns_client.py are useful tools for debugging your resolver.
+Wireshark and nslookup are useful tools for debugging your server.
+