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=== Google Summer of Code 2009 ===
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=== Project Ideas ===
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=== ===
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=== http://www.asterisk.org/ ===
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=== ===
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=== <asteriskteam@digium.com> ===
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================================================================================
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...
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--------------------------------------------------------------------------------
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--- Personnel ------------------------------------------------------------------
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--------------------------------------------------------------------------------
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Administrator: Russell Bryant
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Mentors: Russell Bryant
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Joshua Colp
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Mark Michelson
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Tilghman Lesher
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Luigi Rizzo
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--------------------------------------------------------------------------------
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--------------------------------------------------------------------------------
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--------------------------------------------------------------------------------
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--- Project Ideas --------------------------------------------------------------
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--------------------------------------------------------------------------------
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Project difficulty is listed on a 1 through 5 scale. A 1 would be a project
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appropriate for a college student with familiarity with C programming, but no
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experience with the Asterisk code base, or even Asterisk itself. A project with
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a difficulty of 5 would be something appropriate for a student that already has
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significant experience with the Asterisk code base.
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1) There are a number of projects that fall into the category of improving and
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creating new interfaces for developers to interface with Asterisk. To get a
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bit of an idea for the higher level vision of this effort, see the following
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wiki page: <http://astridevcon.pbwiki.com/Codename-Pinemango/>.
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Some insight regarding the motivation for this overall effort is captured
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in this mailing list post, written by Brian Degenhardt.
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- http://lists.digium.com/pipermail/asterisk-dev/2008-October/034700.html
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Specific project ideas in this area are listed here:
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a) Create a generic "data get" layer for Asterisk components to be able to
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expose data that they maintain. Currently, modules implement specific
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code to implement CLI commands, manager interface actions, and so forth,
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while it would be much nicer to have this data available through a common
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interface. For example, SNMP support has been added to Asterisk but is
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limited in what it can expose due to the lack of this interface. This
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project would be to create the infrastructure for this data layer and some
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uses to prove its functionality. Then, various parts of Asterisk could
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be converted as time permits. Note that this may end up sharing some code
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with the "data put" interface in part b.
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Difficulty - 2
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Mentor - TBD
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b) Create a generic "data put" layer for Asterisk components to allow
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external interfaces to update configuration items, as opposed to having
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to issue a full configuration reload to account for a single change.
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This project would involve writing the infrastructure and some basic usage
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to prove its functionality. Various parts of Asterisk could be converted
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as time permits. Note that this may end up sharing some code with the
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"data get" interface in part a.
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Difficulty - 2
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Mentor - TBD
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c) Improve the performance of cache handling in the event core. The event
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API in Asterisk provides a generic interface for subscribing to and
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publishing asynchronous events. It also provides a caching mechanism for
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events that represent state changes. So, to find out a state, you can
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pull it out of the event cache. For example, the state of devices as used
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for presence is handled using this mechanism. The data structures
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currently used for maintaining the cache are not optimal for performance
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when the cache gets large. This project would be to write code to
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benchmark the performance of the caching mechanism, and then implement a
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new storage mechanism that is more efficient.
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Difficulty - 3
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Mentor - TBD
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d) Develop a method for federating Asterisk servers using distributed events
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with a transport suitable for communication beyond a LAN. The current
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event infrastructure includes ways to hook in and distribute events
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between servers. There is a module which implements this, res_ais, but
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it is only suitable for federating servers on a high speed LAN. This
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project would be to implement a new event distribution module using a
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protocol such as XMPP, or something else if deemed appropriate.
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Difficulty - 2
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Mentor - TBD
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e) Implement a method that makes it very easy to add synchronous hooks
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throughout the code base. Hooks are arbitrary callbacks within the
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internals of asterisk where external components can modify asterisk's
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behavior. While the dialplan allows applications to control much of the
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asterisk behavior, hooks allow for business logic to be applied to
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situations that are not associated with a call (eg: a sip registration
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hook could allow time-goverened registration period), or for situations
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that occur during the execution of a diaplan application (eg: codec
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negotiation hook to apply business logic to codecs proposed in the middle
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of a Dial command, or a transfer hook to execute business logic when a
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SIP REINVITE is received).
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Difficulty - 3
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Mentor - TBD
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--------------------------------------------------------------------------------
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--------------------------------------------------------------------------------
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================================================================================
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================================================================================
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