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@ -8,8 +8,7 @@ which make the life on mobile devices a lot easier but states that they are
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currently very few implementations of those XEPs. So I went ahead and
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implemented all of them in my Android XMPP client.
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General observations
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--------------------
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###General observations
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The first thing I noticed is that XMPP is actually okish designed. If you were
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to design a new chat protocol today you probably wouldn’t choose XML again
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however the protocol basically consists of only three different packages which
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@ -17,8 +16,7 @@ are quickly hidden under some sort of abstraction layer within your library.
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Getting from zero to sending messages to other users actually was very simple
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and straight forward. But then came the XEPs.
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Multi-User Chat
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---------------
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###Multi-User Chat
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The first one was XEP-0045 Multi-User Chat. This is the one XEP of the XEPs I’m
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going to mention in my article which is actually wildly adopted. Most clients
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and servers I know of support MUC. However the level of completeness varies.
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@ -36,8 +34,7 @@ userMobile but just user. Both ejabberd and prosody support this but with
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strange side effects. prosody for example doesn’t allow a user to change its
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name once two clients are “merged” by having the same nick.
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Carbons and Stream Management
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-----------------------------
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###Carbons and Stream Management
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Two of the other XEPs Lukas’ mentions - Carbons (XEP-0280) and Stream Management
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(XEP-0198) - were actually fairly easy to implement. The only challenges were to
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find a server to support them (I ended up running my own prosody server) and a
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@ -47,8 +44,7 @@ mobile device. I had sessions running for up to 24 hours with a walking outside,
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loosing mobile coverage for a few minutes and so on. The only limitation was
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that I had to keep on developing and reinstalling my app.
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Off the record
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--------------
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###Off the record
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And then came OTR... This is were I spend the most time debugging stuff and
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trying to get things right and compatible with other clients. This is the part
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were I want to help other developers not to make the same mistakes and maybe
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@ -77,17 +73,15 @@ honor the private tag on outgoing messages. While this is easily fixed I presume
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that having both the private and the no-copy tag will make it more compatible
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with servers or clients I don’t know about yet)
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####Rules to follow when implementing OTR
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To summarize my observations on implementing OTR in XMPP let me make the
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following three statements.
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1. While it is good practice for unencrypted messages to be send to the raw jid
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and have the receiving server or user decide how they should be routed OTR
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messages must be send to a specific resource. To make this work the user should
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be given the option to select the presence (which can be assisted with some
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educated guessing by the client based on previous messages).
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Furthermore a client should encourage a user to choose meaningful presences
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instead of the clients name or even random ones. Something like /mobile,
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/notebook, /desktop is a greater assist to any one who wants to start an otr
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