Merge pull request #6 from 0xflotus/master

(docs): fixed small errors

chapter1.md

@@ -420,7 +420,7 @@ impl BytePacketBuffer {
         // track whether or not we've jumped
         let mut jumped = false;
 
-        // Our delimeter which we append for each label. Since we don't want a dot at the
+        // Our delimiter which we append for each label. Since we don't want a dot at the
         // beginning of the domain name we'll leave it empty for now and set it to "." at
         // the end of the first iteration.
         let mut delim = "";

chapter2.md

@@ -1,7 +1,7 @@
 2 - Building a stub resolver
 ============================
 
-While it's slightly satisfying to know that we're able to succesfully parse DNS
+While it's slightly satisfying to know that we're able to successfully parse DNS
 packets, it's not much use to just read them off disk. As our next step, we'll
 use it to build a `stub resolver`, which is a DNS client that doesn't feature
 any built-in support for recursive lookup and that will only work with a DNS

chapter4.md

@@ -197,7 +197,7 @@ fn main() {
         // the raw bytes are simply returned, and if not it'll abort by restarting the
         // loop and waiting for the next request. The `recv_from` function will write the
         // data into the provided buffer, and return the length of the data read as well
-        // as the source adress. We're not interested in the length, but we need to keep
+        // as the source address. We're not interested in the length, but we need to keep
         // track of the source in order to send our reply later on.
 
         // Next, `DnsPacket::from_buffer` is used to parse the raw bytes into

chapter5.md

@@ -15,7 +15,7 @@ logical servers, but in reality many more. You can read more about it
 13 servers before hand. A file containing all of them, in bind format, is
 available and called [named.root](https://www.internic.net/domain/named.root).
 These servers all contain the same information, and to get started we can pick
-one of them at random. Looking at `named.root` we see that the IP-adress of
+one of them at random. Looking at `named.root` we see that the IP-address of
 *a.root-servers.net* is 198.41.0.4, so we'll go ahead and use that to perform
 our initial query for *www.google.com*.