Update styles; clean up drafts; begin work on TLS pt2.

_drafts/DiaryOfAnAssassin.txt

@@ -0,0 +1,91 @@
+Diary of An Assassin
+Entry #42
+
+I chose the location of this assignment based on several criteria. First,
+the restaurant has outdoor seating, allowing me to have a public hit with ease
+of escape. Second, the restaurant itself is located in a tightly-packed part of
+the city, meaning I had many options for an escape plan through the many alley
+ways. Finally, it has good souffle.
+
+Target was a banker of some sort or another. Stole the wrong person's money.
+Nothing new.
+
+I sat at a table just outside where the target had reservations. I ordered a
+salad, but requested no tomatoes, and explained it aggrivated my gout. The mint
+I had taken moment before masked my breath with a rank smell. I made it
+a point to brush my hair, which was cut short and colored brown. I also ordered
+a creamy soup, and made it a point to have some in my beard for the waitress to
+point out. Beard was full, slightly greying. I had considered feigning a
+Brooklyn accent, but decided not to overplay the role. I wore a black
+button-down shirt, tucked into a nice pear of jeans, and with a corduoroy
+blazer.
+
+After I finished my souffle, the target had just ordered his meal. The hit was
+clean and quick, and I made my escape. Jumping the short fence surrounding
+the outside eating area, I sprinted down the street, and made a left at the
+first alley. I had one man following me, a waiter from the restaurant, and I
+fired a warning shot back at him. He desisted. I wound through two more alleys
+and finally climbed up a fire escape. I ascended to the fourth floor, and
+entered a small, empty apartment. I took the stairs the remaining 6 floors up to
+the roof, and jumped a small gap to the adjacent apartment building. I left that
+building, and crossed to a hotel.
+
+Back in my room, I cleaned and stored my weapon for disposal. After that, I
+removed the clothing and dissolved it in a small bucket of fluid, which I then
+diluted with water from the bathtub and flushed down the toilet. In my
+maintenance bag I took out dropper 3 (for blue eyes, with a splash of green) and
+the Fabio (long and full blonde hair). The drops would go in last, as they
+lasted the shortest. I took the Fabio which would take roughly 20 minutes to
+accelerate my hair growth. The new hair would be blonde, but I would need to
+trim the remaining brown from the ends. As my hair grew, I trimmed my beard into
+a short goatee and brushed in a blonde coloring. Finishing up, I put on a lotion
+to make my face slightly greasy. My outfit was corduoroy pants, loose, with a
+loose-fitting beige long-sleeve shirt; California hippie. I put on my glasses,
+and began an AR-scan of the room for DNA. Removing a small crawling bot from my
+pouch, it destroyed everything my glasses marked, then did a follow-up scan of
+the room as I finished packing. I popped a mint to neutralize the previous one.
+
+Leaving the hotel, I had a backpack with all my belongings, wearing my glasses
+and reading my phone. I walked the two blocks on the main street to the
+restaurant where police had cordoned off the restaurant, and on-lookers were
+gathered. On the way I had smoked a fake clove cigarette for the aroma. I found
+the waitress who had served me before and started making small-talk with her. I
+verified she did not recognize me, and began to scan the scene for evidence.
+Aside from the few hair folicles (loaded with false DNA), and the bullet casings
+(linked to a pistol found near the lake), everything looked in order. A quick
+tweet-pic of the scene from a temporary account (1 tweet, then deleted),
+and I wiped and dropped my burner into a trash can.
+
+Took bus to train station, and left for safe house 12.
+
+Notes
+=====
+
+Hit takes place at restaurant with outdoor seating
+Target has reservation, just inside where A is sitting
+A makes point to emphasize certain features on current appearance:
+     - Hair cut, color, length
+     - Beard
+     - Clothing
+     - Defining feature: a twitch, or speech pattern
+          - Order something but request removing an ingredient due to allergy
+          - Fake an accent
+
+Hit is a public display; A shoots target, runs for it
+A takes advantage of set path, already designated due to previous research
+     - Sticks to alleys
+     - Eventually climbs escape ladder, enters into apartment building
+     - Eventually leaps over roof top to second apartment building
+     - Leaves second apartment building, crosses street into hotel
+
+A changes appearance
+     - Trims beard
+     - Changes clothing
+     - Modifies hair length via specific medicine
+     - Changes eye color with drops
+
+A returns to the scene, now with a changes appearance, to verify no evidence
+     - Using special glasses with AR capabilities to scan scene
+     - Talks to same waitress to get details
+
+Satisifed that the hit was successful, and no evidence remains, A fades away.

_drafts/TLS_Writeup.txt

@@ -1,130 +0,0 @@
-TLS: An examination into the Security of the Internet, Part 1
-
-TLS, more often referred to as SSL, is the means by which a secure connection is
-established over a computer network. Most often these connections are
-established over the Internet, between a client (ex., web browser) and a server
-(ex., a web site). In the specific case of web sites, HTTP is layered on TLS/SSL
-to ensure a secure and private connection; HTTPS is not a separate protocol,
-rather a combination or protocols. Establishing a secure connection thus
-requires a few steps:
-
-Step 1: Establish an TCP connection
-     TCP is a transport-layer protocol that establishes a connection which is
-     reliable and fault-tolerant. As opposed to UDP, TCP will seek to verify that
-     information is transferred successfully and as intended. This is important
-     for the next step. The connection is established as follows:
-
-          1. A client will contact a server and announce it wishes to establish
-          a connection. (Called a SYN, short for synchronize). This SYN is a
-          number, stored as part of the TCP header; we'll call it A.
-     
-          2. The server will respond to the client announcing it has received
-          the client's wish, and also state that it wishes to establish a
-          connection. (Called a SYN-ACK, short for synchronize-acknowledge).
-          Ths SYN-ACK is actually two values: One is the ACK value, A+1. The 
-          second is the server's SYN value, which we'll call B.
-          
-          3. The client then acknowledged the server's wish, thus establishing a
-          connection (Called simply an ACK). Because it was expecting an ACK
-          value in step 2, and expecting that value to be A+1, it can verify
-          that this connection is the same as the one it started.  Additionally
-          and similarly, the ACK which gets returned to the server as B+1.
-
-          4. At this point, the connection is established. Both client and
-          server have assured themselves of a proper connection thanks to the
-          three-way handshake described above. From this point forward, the
-          server has bound a specific port to listen for any further
-          communications with the client. 
-
-Step 2: Establish an SSL/TLS Connection
-     TLS, Transport Layer Security, is appropriately on the same layer as TCP,
-     the transport layer. TLS relies on public key authentication to establish a
-     secure connection between the aforementioned client and server. The
-     connection is established as follows:
-
-          1. A client will announce to the server it wishes to establish a
-          TLS/SSL connection. It will include information such as it's TLS/SSL
-          version, the ciphersuites it wishes to use, and which compression
-          methods it wishes to use.
-
-          2. The server then uses the highest possible TLS/SSL version, chooses
-          one of the ciphersuites available to the client, chooses one of the
-          compression methods available to the client, and sends it's
-          certificate. A certificate is basically a container for a server's
-          public key, but with many additional details, and often signed by a
-          certificate authority, to further verify the certificate contains the
-          proper key. More on certificates in part 2.
-
-          3. The client then uses the server's public key to encrypt a secret.
-          This secret is then sent back to the server.
-
-          4. The server decrypts the secret with it's private key. This secret
-          is now shared by only the client and the server, and from this point
-          on is used for symmetric encryption. 
-
-     From this point forward, the connection is encrypted and secure from
-     external threats. Of course, this all depends on a trusted certificate and
-     proper encryption algorithms.
-
-Step 3: Establish an HTTP connection
-     HTTP is an application-layer protocol, and is responsible for translating
-     the information from the transport layer into information used by an
-     application. Your web browser, for example, will utilize HTTP to translate
-     a bunch of hexidecimal information into alpha-numeric information, which is
-     then formatted and presented to you as a web page. Security is previously
-     established thanks to TLS/SSL, and reliability is previously established
-     thanks to TCP.
-
-Of course this is an over-simplification of the whole stream. TCP itself is
-worthy of many research papers. However, many sources on TCP already do an apt
-job of explaining it in understandable ways. I felt that SSL was less-so
-explained, so I wanted to dive a bit more into that. In Part 2, I'll dive more
-into the TLS handshake, what certificates are and how they play a role, and the
-importance of secure ciphersuites for keys.
-
-          
-============================
-Sources
-     [1] https://en.wikipedia.org/wiki/Public-key_cryptography
-     [2]
-     https://security.stackexchange.com/questions/6290/how-is-it-possible-that-people-observing-an-https-connection-being-established-w
-     [3]
-     https://security.stackexchange.com/questions/20803/how-does-ssl-tls-work
-
-============================
-Notes
-Asymmetric Key Authentication:
-     - Relies on two keys: Public key, Private key
-     - Both keys are related, but impossible (computationally infeasable) to
-       identify the private key based on the public key [1][2]
-     - The public key can be distributed publicly
-          - Used to encrypt message to the owner of the private paired key
-          - Used to verify signatures from the private key
-     - The private key is kept secret
-          - Used to decrypt message from the public paired key
-          - Used to as a digital signature
-
-Basics of an Asymmetric Key handshake:
-     1. Client reaches out to server, requesting a secure connection
-     2. Server acknowledges request, sends back it's public key
-          - This is commonly known as a certificate. Often signed by a
-            third-party to ensure it is what it's supposed to be.
-     3. Client uses this public key to encrypt a secret, and sends the package
-     back to the server.
-     4. The server then uses it's private key to decrypt the public-key
-     encrypted secret, and uses that secret hence forth to encrypt all traffic.
-     5. A private connection is now established.
-
-Basics of Certificates
-     1. A certificate is a vessel for a server to provide authentication
-     information.
-     2. Typically a certificate will contain the following information:
-          - A UUID of the certificate itself
-          - The subject of the certificate
-          - The signature, and signature algorithm used
-          - The issuer of the certificate, as well as dates when it is valid
-          - The purpose of the key
-          - The thumbprint, and algorithm, used to hash the key
-          - The public key itself
-     3. Certificate Authorities act as a third part to verify the integrity of
-     public keys. 

_drafts/TLS_Writeup2.html

@@ -0,0 +1,88 @@
+---
+     layout: default
+     tabtitle: An Examination of TLS, Part 2
+     title: An Examination of TLS, Part 2
+     tags: tech
+---
+
+<article>
+     <h1>TLS: An examination into the Security of the Internet, Part 2</h1>
+
+     <p>TLS, more often referred to as SSL, is the means by which a secure
+     connection is established over a computer network. Part 1 examines how to
+     establish a secure connection using TLS. This article examines further the
+     techniques and technology that makes TLS secure. Specifically, a brief
+     examination of certificates, cipher suites, and public-key
+     authentication.</p>
+
+     <h2>Certificates</h2> 
+     <p>A certificate is a vessel for a server to provide authentication
+     information. </p>
+
+     <h2>Cipher Suites</h2> 
+     <p>A cipher is the algorithm used to encrypt the information
+     to be transmitted.</p>
+
+     <h2>Public-Key Authentication</h2>
+     <p>Big topic, very important!</p>
+
+     <h3>Sources</h3>
+     <ol>
+          <li><a href="https://en.wikipedia.org/wiki/Public-key_cryptography">
+                    Wikipedia: Public-key Cryptography</a></li>
+          <li><a
+               href="https://security.stackexchange.com/questions/6290/how-is-it-possible-that-people-observing-an-https-connection-being-established-w">Stack
+               Exchange: How is it possible that people observing an HTTPS
+               connection being established wouldn't know how to decrypt
+               it?</a></li>
+          <li><a
+               href="https://security.stackexchange.com/questions/20803/how-does-ssl-tls-work">
+               Stack Exchange: How Does SSL/TLS work?</a></li>
+     </ol>
+
+     <br /><h4>[Bill Niblock][2015-05-][Technology]</h4>
+</article>
+
+<!-- ================================= -->
+<!-- ================================= -->
+
+<!-- Notes (because why remove them?)
+Asymmetric Key Authentication:
+     - Relies on two keys: Public key, Private key
+     - Both keys are related, but impossible (computationally infeasable) to
+       identify the private key based on the public key [1][2]
+     - The public key can be distributed publicly
+          - Used to encrypt message to the owner of the private paired key
+          - Used to verify signatures from the private key
+     - The private key is kept secret
+          - Used to decrypt message from the public paired key
+          - Used to as a digital signature
+
+Basics of an Asymmetric Key handshake:
+     1. Client reaches out to server, requesting a secure connection
+     2. Server acknowledges request, sends back it's public key
+          - This is commonly known as a certificate. Often signed by a
+            third-party to ensure it is what it's supposed to be.
+     3. Client uses this public key to encrypt a secret, and sends the package
+     back to the server.
+     4. The server then uses it's private key to decrypt the public-key
+     encrypted secret, and uses that secret hence forth to encrypt all traffic.
+     5. A private connection is now established.
+
+Basics of Certificates
+     1. A certificate is a vessel for a server to provide authentication
+     information.
+     2. Typically a certificate will contain the following information:
+          - A UUID of the certificate itself
+          - The subject of the certificate
+          - The signature, and signature algorithm used
+          - The issuer of the certificate, as well as dates when it is valid
+          - The purpose of the key
+          - The thumbprint, and algorithm, used to hash the key
+          - The public key itself
+     3. Certificate Authorities act as a third part to verify the integrity of
+     public keys.
+-->
+
+<!-- ================================= -->
+<!-- ================================= -->

_drafts/TLS_Writeup2.txt

@@ -1,30 +1,31 @@
-TLS: An examination into the Security of the Internet, Part 2
+---
+     layout: default
+     tabtitle: An Examination of TLS, Part 2
+     title: An Examination of TLS, Part 2
+     tags: tech
+---
 
-In Part 1, I went over how a connection is established with TLS. In this part, I
+<article>
-want to examine the more involved details of TLS itself. Namely, I want to
-examine certificates, cipher suites, and public key authentication.
 
-Certificates
+     <h1>TLS: An examination into the Security of the Internet, Part 2</h1>
+
+
+<h2>Certificates</h2>
 A certificate is a vessel for a server to provide authentication informat
 
-Cipher Suites
+<h2>Cipher Suites</h2>
 A cipher is the algorithm used to encrypt the information to be transmitted.
 
-Public-Key Authentication
+<h2>Public-Key Authentication</h2>
 Big topic, very important
 
 
+</article>
 
-============================
+<!-- ================================= -->
-Sources
+<!-- ================================= -->
-     [1] https://en.wikipedia.org/wiki/Public-key_cryptography
-     [2]
-     https://security.stackexchange.com/questions/6290/how-is-it-possible-that-people-observing-an-https-connection-being-established-w
-     [3]
-     https://security.stackexchange.com/questions/20803/how-does-ssl-tls-work
 
-============================
+<!-- Notes (because why remove them?)
-Notes
 Asymmetric Key Authentication:
      - Relies on two keys: Public key, Private key
      - Both keys are related, but impossible (computationally infeasable) to
@@ -60,3 +61,7 @@ Basics of Certificates
           - The public key itself
      3. Certificate Authorities act as a third part to verify the integrity of
      public keys.
+-->
+
+<!-- ================================= -->
+<!-- ================================= -->

_posts/2015-04-28-Farewell-to-Windows-Tour.html

@@ -45,7 +45,7 @@
      "tour" is for; the last few games I want to play on Windows, before I go
      Linux only.</p>
 
-     <h2>Featuring</h2>
+     <h3>Featuring</h3>
      <p>The list isn't huge, but there are some definite strong players:</p>
      <ul>
           <li>Dark Souls and Dark Souls 2</li>
@@ -58,7 +58,7 @@
      run fine on Windows, and they may work in Wine but I don't feel like
      either figuring out if they do, or trying to make them play nice.</p>
 
-     <h2>Special Guest Appearances By</h2>
+     <h3>Special Guest Appearances By</h3>
      <p>There are a few games that I will fiddle with to get working in Wine
      though, and these are games I don't quite want to let go, but still are
      Windows only: Skyrim and Guild Wars 2. I love Guild Wars 2, I think it's
@@ -69,10 +69,12 @@
      want. Regardless, I imagine I'll be playing plenty of each of these while
      finishing up the main list.</p>
 
-     <h2>Tickets on Sale Now!</h2>
+     <h3>Tickets on Sale Now!</h3>
      <p>Well, not exactly. But this would be a fantastic way to get into
      streaming, and maybe I'll transition from Windows to Linux with that as
      well. Streaming has always been something I've wanted to do, but never had
      the time nor effort to pursue. So, either tradition will hold strong, or a
      new challenger will appear. Until then.</p>
+
+     <br /><h4>[Bill Niblock][2015-04-28][Gaming]</h4>
 </article>

_posts/2015-05-06-TLS-Part-1.html

@@ -103,6 +103,8 @@
                Stack Exchange: How Does SSL/TLS work?</a></li>
      </ol>
 
+     <br /><h4>[Bill Niblock][2015-05-06][Technology]</h4>
+
 </article>
 
 <!-- ================================= -->

src/styles.css

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