Release Notes

Kamaelia 0.2.0

SUMMARY

New Examples

4 new examples showing of various new subsystem:

Example 5 : An introspecting version of Examples 2/3. This creates a simple streaming system, and looks inside to see what components are running/active, and passes the resulting information over a network connection to an Axon Visualisation server.

Example 6 : This is a simple/generic topology visualisation server. The server listens on port 1500, and accepts the following commands:

Example 7 : This shows how the visualisation subsystem can be extended to work in different ways. What this does by default when run is randomly create new nodes and new linkages quite quickly, allowing you to see how the system works.

Example 8 : Sample slideshow/presentation tool. Unlike traditional slideshow/presentation tools, you can modify this to run arbitrary components. An example of how this can work is provided - allowing stepping through some graph visualisations along with the presentation.

New Tools

Axon Shell. Implements a simple command line shell which allows experimentation with Axon systems - the shell runs a scheduler in the background. For a tutorial of use, see:

• http://kamaelia.sourceforge.net/AxonShell.html

Axon Visualiser.Implements a simple tool for looking inside (quite literally) running Axon/Kamaelia systems. This allows a very different style of debugging and can be extremely useful. Tutorial on its way!

Graphlines and Pipelines

These are probably the most useful additions to Kamaelia since 0.1.2. They are essentially syntactic sugar for building and working with systems of components, but make building interesting systems rapidly out of pre-existing components fun and easy. The pipelines follow the same sort of model as the Unix pipeline. Graphlines are something new, and like pipelines and all linkages may take any data along them.

They're also probably best explained by example, so since these are release notes, I'll just present a couple of examples here.

A graphline representing a simple presentation tool:

).run()

A pipeline representing a trivial multicast streaming server

A pipeline representing a trivial multicast streaming client:

New Packages & Subsystems

These names should provide you with a flavour of the new subsystems that have been added:

New Components

This section gives an overview of what's new in terms of actual new files.

Examples/ -- example5, example6, example7, example8

Kamaelia/Data/ -- MimeDict.py

Kamaelia/Internet/ -- ThreadedTCPClient.py

Kamaelia/ -- SingleServer.py

Kamaelia/Physics/ -- __init__.py

• Kamaelia/Physics/Simple/ -- __init__.py, MultipleLaws.py, Particle.py, ParticleSystem.py, SimpleLaws.py, SpatialIndexer.py

Kamaelia/UI/ -- __init__.py, PygameDisplay.py

• Kamaelia/UI/Pygame/ -- Ticker.py, Multiclick.py, Image.py, Button.py
• Kamaelia/UI/MH/ -- __init__.py, PyGameApp.py, DragHandler.py

Kamaelia/Util/ -- Chooser.py, Comparator.py, Graphline.py, Introspector.py, LossyConnector.py, MarshallComponent.py, NullSinkComponent.py, passThrough.py, PipelineComponent.py, Splitter.py, TestResultComponent.py

Kamaelia/Visualisation/ -- __init__.py

• Kamaelia/Visualisation/Axon/ -- __init__.py, AxonLaws.py, AxonVisualiserServer.py, ExtraWindowFurniture.py, PComponent.py, PPostbox.py
• Kamaelia/Visualisation/PhysicsGraph/ -- __init__.py, chunks_to_lines.py, lines_to_tokenlists.py, GridRenderer.py, ParticleDragger.py, RenderingParticle.py, TopologyViewerComponent.py, TopologyViewerServer.py

Changed & Updated

All updated siles & classes at a glance:

• Examples/ -- example1, example2, example3, example4
• Kamaelia/Util/ -- ConsoleEcho.py, Chargen.py
• Kamaelia/Protocol/ -- AudioCookieProtocol.py, EchoProtocolComponent.py, FortuneCookieProtocol.py, HTTPServer.py
• Kamaelia-0.2.0/Kamaelia/ -- ReadFileAdaptor.py, SampleTemplateComponent.py, MimeRequestComponent.py, SimpleServerComponent.py, test/SynchronousLinks_SystemTest.py
• Kamaelia/Internet/ -- ConnectedSocketAdapter.py, Multicast_receiver.py, Multicast_sender.py, Multicast_transceiver.py, Selector.py, TCPClient.py, TCPServer.py, test/test_BasicMulticastSystem.py
• Docs/index.html

Large scale common changes

• All classes changed from using self.__super to using super(klass, self) ... on the advice of Michele Simionato

Detailed Release Notes

Kamaelia-0.2.0/AUTHORS

Modified

• Joseph Lord (Moved on from BBC R&D)

Added

• Matt Hammond, BBC R&D
• Ciaran Eaton (Pre-University Trainee @ BBC R&D)
• Tom Gibson (Vacation Trainee @ BBC R&D)
• Gintautas Miliauskas, Programmers of Vilnius- first external contributor (Debian Packaging!)

Kamaelia-0.2.0/CHANGELOG

• Overview of some of the key changes

NEW STUFF!

Kamaelia-0.2.0/Examples/example5/

This is a new example, it is an introspecting version of the SimpleStreamingSystem.py examples. This allows you to see inside a running streamer server and client system and see what's actually happening inside.

It is essentially very similar to the old version of Example2, but with the addition of introspection components

New files:

• IntrospectingSimpleStreamingSystem.py
• README

Kamaelia-0.2.0/Examples/example6/

This is a new example - a topology visualiser. This takes textual commands from a single socket and renders the resulting graph.

Example

• ADD NODE id1 label1 auto -
• ADD NODE id2 label2 auto -
• ADD LINK id1 id2

This draw and lays out and simple system linking 2 nodes, using a simple physics type engine for layout

New files:

• TopologyVisualiser.py

Kamaelia-0.2.0/Examples/example7/

This is a more complex (new) example of using the topology/graph viewing code. It extends the system to add in some new node types/behaviour via the code in the BasicGraphVisualisation directory.

New files:

• BasicGraphVisualisation.py
• BasicGraphVisualisation/__init__.py
• BasicGraphVisualisation/ParticleDragger.py
• BasicGraphVisualisation/PhysApp1.py
• BasicGraphVisualisation/VisibleParticle.py

Kamaelia-0.2.0/Examples/example8/

Another new example - this one showing how to bolt together existing Pygame based components using the simplistic "window" manager (more surface manage really) to place mutiple buttons, image viewers etc into a single display, and link them together tio form a simple slideshow tool, which can be used for presentations. Includes a small number of slides from the Europython talk about Kamaelia.

This is also probably the nicest example (and the first example) of how a Graphline can be of real use to make a system more declarative and clearer.

New files:

• slideshow.py - "Just" a slideshow/presentation tool
• topology.py - "Just" a slideshow/presentation tool for showing structural diagrams clearly, and maniupulable
• topology_slideshow.py - comination showing how one tool can be overlaid on top of another forming a more useful, more general tool for doing presentations.
• README
• Slides/KamaeliaEuropython2005.001.gif
• Slides/KamaeliaEuropython2005.016.gif
• Slides/KamaeliaEuropython2005.021.gif
• Slides/KamaeliaEuropython2005.030.gif
• Slides/KamaeliaEuropython2005.036.gif
• Slides/KamaeliaEuropython2005.039.gif

Kamaelia-0.2.0/Examples/README

Updated to document the 4 new examples. Copied here for convenience.

Example 5 : An introspecting version of Examples 2/3. This creates a simple streaming system, and looks inside to see what components are running/active, and passes the resulting information over a network connection to an Axon Visualisation server.

Example 6 : This is a simple/generic topology visualisation server. The server listens on port 1500, and accepts the following commands:

Example 7 : This shows how the visualisation subsystem can be extended to work in different ways. What this does by default when run is randomly create new nodes and new linkages quite quickly, allowing you to see how the system works.

Example 8 : Sample slideshow/presentation tool. Unlike traditional slideshow/presentation tools, you can modify this to run arbitrary components. An example of how this can work is provided - allowing stepping through some graph visualisations along with the presentation.

Kamaelia-0.2.0/Kamaelia/Data/MimeDict.py

• New data type for representing dictionaries as mime-like objects. Allows for simple transformation of a dict to a mime-like object (via str() ), and from a suitable string. This is designed to support implementing (via specialisation) HTTP, SMTP, and NNTP objects.

Kamaelia-0.2.0/Kamaelia/Internet/ThreadedTCPClient.py

New component

• This allows you to have a TCP Client running, but in a different thread. This allows for blocking actions.
• This is also probably the first/only usage to date of the threaded component class in Axon.
• There may therefore be minor issues with this class.

Provides the same interface from a component user perspective to the TCPClient.py class

Originally written because at the time Nokia Series 60 mobiles only supported blocking sockets.

Kamaelia-0.2.0/Kamaelia/Physics/__init__.py

• New subsystem
• Introduction of a simple physics system for use with the topology viewer code. This may be in the wrong location, but it's an initial starting point

Kamaelia-0.2.0/Kamaelia/Physics/Simple/__init__.py

• New subsystem
• Just the "Simple", basic set of laws for now.

Kamaelia-0.2.0/Kamaelia/Physics/Simple/MultipleLaws.py

New subsystem

Physics code for forces between particles. Unbonded force acts between all non bonded particles. Bonded force acts between bonded particles. Contains the following classes:

• MultipleLaws(typesToLaws, defaultLaw = None):
  Laws framework for systems containing multiple particle types
  
  typesToLaws = dictionary mapping particle type name pairs (type1, type2) to laws if you supply a pairing (t1, t2) it will also be applied to the case (t2,t1) without you needing to explicitly specify it. If you do, then your choice takes precedence.
  
  If you do not provide enough mappings to build a complete mapping from all types to all types, then the gaps will be automatically filled with mappings to defaultLaw.

Kamaelia-0.2.0/Kamaelia/Physics/Simple/Particle.py

New subsystem

Physics code for forces between particles. Unbonded force acts between all non bonded particles. Bonded force acts between bonded particles. Contains the following classes:

• Particle - Particle within a physics system with an arbitrary number of dimensions.
  
  Represents a particle that interacts with other particles. One set of forces are applied for those particles that are unbonded. Interactions between bonded particles are controlled by another set of forces.
  
  Bonds are bi-directional. Establishing a bond from A to B, will also establish it back from B to A. Similarly, breaking the bond will do so in both directions too.

Kamaelia-0.2.0/Kamaelia/Physics/Simple/ParticleSystem.py

New subsystem

Contains class:

• ParticleSystem(laws, initialParticles = [], initialTick = 0)
  System of particles.
  Maintains the set of particles and runs the physics simulation over them the specified laws.

Kamaelia-0.2.0/Kamaelia/Physics/Simple/SimpleLaws.py

New subsystem

Contains class:

• SimpleLaws(object):
  Implements a simple set of physics laws for the particle system.
  Repulsion force : force proportional to 1/distance_squared
  bonds : force proportional to extension (Hook's law)
  
  All force strengths etc. are set up to vaguely sensible values on the basis of the specified bond length.

Kamaelia-0.2.0/Kamaelia/Physics/Simple/SpatialIndexer.py

New subsystem

Probably the most generally useful addition to the core of Kamaelia from the Physics subsytem. Provides a Spatial Indexer class that:

• Allows fast spatial lookups of entities - quickly find all entities within a given radius of a set of coordinates.
  Optimised by specifying the most commonly used proximity distance. This affects the speed of lookups and the size of the internal data structure.
  Entities must provide a getLoc() method that returns the coordinates as a tuple.
  To first register entities or if they change coordinates, something must call updateLoc(<entities>). If entities are removed, something must call remove(<entities>)

Kamaelia-0.2.0/Kamaelia/SingleServer.py

• New component. This essentially can be used in the same manner as the server mode to "netcat"/"nc". That is it can be used in a pipeline, anything received from the first connection is forwarded to the outbox, anything received on the inbox is forwarded to that connection. It only handles one connection - hence the name "SingleServer"
• Includes a simple example

Kamaelia-0.2.0/Kamaelia/UI/__init__.py

• New subsystem for user interfaces. (Normally graphical user interfaces)

Kamaelia-0.2.0/Kamaelia/UI/MH/__init__.py

• An experimental pygame based application subsystem

Kamaelia-0.2.0/Kamaelia/UI/MH/DragHandler.py

• Part of an experimental pygame based application handler subsystem
• Examples 6,7 uses this class indirectly

Kamaelia-0.2.0/Kamaelia/UI/MH/PyGameApp.py

• Base class for Pygame Applications. This component is expected to be inherited by components.
• Uses the new PygameDisplay service.
• Thus any component using a PyGameApp can be composed onto a shared display and not worry about how it's sharing the display, and not worry about whether it's connected to another display component or a sink, or a socket, etc.
• Used by example 5-8, and many components

Kamaelia-0.2.0/Kamaelia/UI/Pygame/Button.py

• Part of the new Pygame subsystem
• Sits happily inside the PygameDisplay service
• Implements a simple button. When clicked, sends a message to it's outbox "outbox"
• Example 8 uses this component

Kamaelia-0.2.0/Kamaelia/UI/Pygame/Image.py

Part of the new Pygame subsystem

Sits happily inside the PygameDisplay service

Implements a image display component.

• When it receives a message on its inbox "inbox", it assumes it's a new filename, loads the image associated with the filename and updates it's display surface.

Example 8 uses this component

Kamaelia-0.2.0/Kamaelia/UI/Pygame/Multiclick.py

• Like button, but has different behaviours associated with different mouse buttons. Clicking a different button causes different messages to be sent. Can also be transparent to overlay other surfaces (this allows apparently global click handling)
• This is used by a number of example presentation tools

Kamaelia-0.2.0/Kamaelia/UI/Pygame/Ticker.py

• Simple component that implements a simple "ticking" display - this can be used for display of text for presentations, subtitling (since the display can be transparent...) and autocue/teleprompter behaviour.

Kamaelia-0.2.0/Kamaelia/UI/PygameDisplay.py

Simple window/surface manager component.

Registers a service called "pygamedisplay", where components may request a display from.

These displays are then blitted to the display once every tick of the PygameDisplay component

Currently all events are global, but the pygame display could change that.

Handles the farming out of pygame events to components as well.

• Events are sent as bundles to try and manage mousemoveevents sensibly. (Work still needed there though)

Simple tests of bouncing surfaces (tickers, images) round the screeen whilst the other components are running shows that this can happen without confusing the components using those displays. (Largely due to single writer semantics always being preserved)

Conceptually very similar to a TCP Server / primary listen socket vs connected socket adaptor issue.

Kamaelia-0.2.0/Kamaelia/Util/Chooser.py

• New component
• Chooses items out of a set, as directed by commands sent to its inbox
  Emits the first item at initialisation, then whenever a command is received it emits another item (unless you're asking it to step beyond the start or end of the set)

Kamaelia-0.2.0/Kamaelia/Util/Comparator.py

New component

This class was originally written to assist in testing by making it easy to compare an expected data stream with that from the tested system. This is the current equality test between the two inputs. It's been realised however that this can be generalised by making an overidable compare function to do the real work. This is therefore a general system for combining two inputs into a single output!

• You override the "combine" method (the default compares a==b, and returns a boolean, but could be anything - for example summation, etc)

Kamaelia-0.2.0/Kamaelia/Util/Graphline.py

New component

Provides syntactic sugar for making pipeline type systems trivial, but in the the form of arbitrary graphs, not just 1D pipes

Example 8 provides the nice example:

Kamaelia-0.2.0/Kamaelia/Util/Introspector.py

• New component. Much of the body of this will actually shift into Axon, but leave this component behind as a proxy.
• "This component introspects the current local topology of an axon system.
  
  Local? This component examines its scheduler to find components and postmen. It then examines them to determine their inboxes and outboxes and the linkages between them.
  
  If this component is not active, then it will see no scheduler and will report nothing.
  
  The output is a description of the a graph topology, where components and postboxes are the nodes, and their relationships/linkages form the links between them. As the shape of the graph changes, this component relays only the changes.
  
  The output format is a stream of strings, designed to be fed to an AxonVisualiserServer component.

Kamaelia-0.2.0/Kamaelia/Util/LossyConnector.py

• New component
• This implements a "lossy connector". Currently much of Kamaelia works on the assumption that when you send to an outbox that there will always be space. However due to the existance of synchronised linkages, and maximum pipewidths, this may not actually be the case.
• This component can be used as an intemediary that may drop messages if there is not space. One example usage of this might be to limit the amount of data that may be allowed into your inbox, then place the lossy connector before your input. This might mean that messages are lost, but in some circumstances this may not be an issue. (eg faking realtime encoding using a slow encoder)
• If the recipient can receive the data fast enough this component essentially acts as a pass through.

Kamaelia-0.2.0/Kamaelia/Util/MarshallComponent.py

New component

Basic Marshalling Component
The Basic Marshalling Component is given a simple class. It then expects to be passed objects of that class, and then performs the following actions:

• __str__ on an object
• fromString on an object

• control - on which we may receive a shutdown message
• signal - one which we will send shutdown messages
• demarshall - an inbox to which you send strings for demarshalling
• marshall - an inbox to which you send objects for marshalling
• demarshalled - an outbox which spits out demarshalled objects
• marshalled = an outbox which spits out marshalled strings

Kamaelia-0.2.0/Kamaelia/Util/NullSinkComponent.py

• New component
• Conceptually this provides the same device as the NULL device under windows, and /dev/null under Unix type systems
• Any data received is thrown away - EXCEPT shutdownMicroprocess and producerFinished messages. If either of these are received on the "control" inbox, then the component shuts down

Kamaelia-0.2.0/Kamaelia/Util/passThrough.py

• New component
• Simple passthrough component - a more generic version of the echoer component
• Used during the small test suite for Kamaelia.Util.Pipeline

Kamaelia-0.2.0/Kamaelia/Util/PipelineComponent.py

New component

Provides syntactic sugar for making pipeline type systems trivial.

A nice example is from example 4, where 2 pipelines are put together to build a simplistic multicast streaming system as follows:

Server:

Client

Kamaelia-0.2.0/Kamaelia/Util/Splitter.py

• New component
• This component is likely to be replaced by another component with a similar, but possibly different interface.
• This component allows the data from a single outbox to be sent to many inboxes. Tis version blocks all data if any of the outboxes have no space in them (in theory). Other versions could take other approaches such as dropping messages to those outboxes which are full.

Kamaelia-0.2.0/Kamaelia/Util/TestResultComponent.py

New component

DO NOT USE IN LIVE SYSTEMS. This class is largely intended for use is system testing and particularly unit testing of other components. In the case of error or request it is intended to throw an exception stop the Axon system and jump back to the unit test.

• If this receives a FALSE value on it's inbox, this raises an AssertionError - it only expects true values.
• If it receives a StopSystem exception on its inbox, it raises a StopSystemException.

Kamaelia-0.2.0/Kamaelia/Visualisation/__init__.py

• Base directory of the new visualisation/graphics subsystems

Kamaelia-0.2.0/Kamaelia/Visualisation/Axon/__init__.py

• Part of the new visualisation/graphics subsystems

Kamaelia-0.2.0/Kamaelia/Visualisation/Axon/AxonLaws.py

• Part of the new visualisation/graphics subsystems
• Selection of simple physics laws to help modelling how to lay out different visual elements in when visualising an Axon system using the physics code. (eg inboxes, outboxes, etc)

Kamaelia-0.2.0/Kamaelia/Visualisation/Axon/AxonVisualiserServer.py

• New component
• Subclasses TopologyViewerServer
• Essentially runs a TopologyViewerServer with a collection of default rules some specialised particle types and specialised laws for dealing with laying out those particle types

Kamaelia-0.2.0/Kamaelia/Visualisation/Axon/ExtraWindowFurniture.py

• Part of the new visualisation/graphics subsystems
• Draws some extra window furniture (logos, lines as appropriate) for the display.

Kamaelia-0.2.0/Kamaelia/Visualisation/Axon/PComponent.py

• Part of the new visualisation/graphics subsystems
• Particle that represents a component in the Axon visualisation subsystem

Kamaelia-0.2.0/Kamaelia/Visualisation/Axon/PPostbox.py

• Part of the new visualisation/graphics subsystems
• Particle that represents an inbox/oubox (POSTBOX) in the Axon visualisation subsystem

Kamaelia-0.2.0/Kamaelia/Visualisation/PhysicsGraph/__init__.py

• Part of the new visualisation/graphics subsystems

Kamaelia-0.2.0/Kamaelia/Visualisation/PhysicsGraph/chunks_to_lines.py

• New Component, related to providing a convenient interface to the topology subsystem
• Expects to receive non-line aligned data in chunks on its inbox "inbox" and spits out whole lines on its outbox "outbox".

Kamaelia-0.2.0/Kamaelia/Visualisation/PhysicsGraph/lines_to_tokenlists.py

New component - related to provide a convenient interface to the topology subststem.

Takes in lines and outputs a list of tokens on each line.

Tokens are separated by white space.

Tokens can be encapsulated with single or double quote marks, allowing you to include white space. If you do this, backslashs should be used to escape a quote mark that you want to include within the token. Represent backslash with a double backslash.

Example:

Kamaelia-0.2.0/Kamaelia/Visualisation/PhysicsGraph/GridRenderer.py

• Part of the new visualisation/graphics subsystems
• Simple grid drawing class facility. (used by the topology viewer)

Kamaelia-0.2.0/Kamaelia/Visualisation/PhysicsGraph/ParticleDragger.py

• Part of the new visualisation/graphics subsystems
• Implements dragging of particles.

Kamaelia-0.2.0/Kamaelia/Visualisation/PhysicsGraph/RenderingParticle.py

• Part of the new visualisation/graphics subsystems
• Version of Physics.Particle with added rendering functions. (Used to make a system visible, not just simulated)

Kamaelia-0.2.0/Kamaelia/Visualisation/PhysicsGraph/TopologyViewerComponent.py

• Part of the new visualisation/graphics subsystems
• Generic Topology Viewer Component
  
  Displays a topology in a pygame application. It can be interacted with by dragging nodes with the mouse.
  Receives command tuples on its inbox. See handleCommunication() for command syntax.
  Outputs diagnostic and error messages on its outbox
  See keyDownHandler() for keyboard controls.

Kamaelia-0.2.0/Kamaelia/Visualisation/PhysicsGraph/TopologyViewerServer.py

• New component, Part of the new visualisation/graphics subsystems
• Builds a simple pipeline allowing the TopologyViewerComponent to take commands from a network connection and then update the display accordingly. This can be customised with new laws, particles etc, but can be used in it's basic form as a simple self laying out graph visualistaion tool.

Kamaelia-0.2.0/Kamaelia/vorbisDecodeComponent.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato

Kamaelia-0.2.0/PKG-INFO

• Automagically bumped by change to setup.py

Kamaelia-0.2.0/setup.py

Added packages:

• Kamaelia.Internet.Simulate
• Kamaelia.UI
• Kamaelia.UI.MH
• Kamaelia.UI.Pygame
• Kamaelia.Physics
• Kamaelia.Physics.Simple
• Kamaelia.Visualisation
• Kamaelia.Visualisation.Axon
• Kamaelia.Visualisation.PhysicsGraph

Kamaelia-0.2.0/Tools/axonshell.py

New tool. Implements a simple command line shell which allows experimentation with Axon systems - the shell runs a scheduler in the background. For a tutorial of use, see:

• http://kamaelia.sourceforge.net/AxonShell.html

Kamaelia-0.2.0/Tools/AxonVisualiser.py

• New Tool. Implements a simple tool for looking inside (quite literally) running Axon/Kamaelia systems. This allows a very different style of debugging and can be extremely useful. Tutorial on its way!

UPDATED AND CHANGED

Kamaelia-0.2.0/Kamaelia/Util/ToStringComponent.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato

Kamaelia-0.2.0/Kamaelia/Util/ConsoleEcho.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato
• Change to the way objects can be sent to the console. Specifically the change is to allow the use of the __repr__ method of objects instead of the __str__ method - by calling repr() and str() respectively

Kamaelia-0.2.0/Kamaelia/Util/Chargen.py

• Copyright notice added (ie grants permissions not otherwise available)

Kamaelia-0.2.0/Kamaelia/test/SynchronousLinks_SystemTest.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato

Kamaelia-0.2.0/Kamaelia/SimpleServerComponent.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato
• Variety of small changes relating to shutdown messages

Kamaelia-0.2.0/Kamaelia/Protocol/AudioCookieProtocol.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato

Kamaelia-0.2.0/Kamaelia/Protocol/EchoProtocolComponent.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato

Kamaelia-0.2.0/Kamaelia/Protocol/FortuneCookieProtocol.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato
• Additional comments

Kamaelia-0.2.0/Kamaelia/Protocol/HTTPServer.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato
• NB: this is incomplete and a work in progress (may change completely)

Kamaelia-0.2.0/Kamaelia/ReadFileAdaptor.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato

Kamaelia-0.2.0/Kamaelia/SampleTemplateComponent.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato

Kamaelia-0.2.0/Kamaelia/MimeRequestComponent.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato

Kamaelia-0.2.0/Kamaelia/Internet/test/test_BasicMulticastSystem.py

• Minor change wrt use of the scheduler

Kamaelia-0.2.0/Kamaelia/__init__.py

• Whitespace change

Kamaelia-0.2.0/Kamaelia/Internet/ConnectedSocketAdapter.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato
• When the connection dies, for any reason, send a shutdownCSA message to the signal outbox, rather than a socketShutdown message

Kamaelia-0.2.0/Kamaelia/Internet/Multicast_receiver.py

Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato

• This class will probably change in the next release to being a factory rather than a class, providing Multicast_transceiver with some default arguments.

Kamaelia-0.2.0/Kamaelia/Internet/Multicast_sender.py

Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato

• This class will probably change in the next release to being a factory rather than a class, providing Multicast_transceiver with some default arguments.

Kamaelia-0.2.0/Kamaelia/Internet/Multicast_transceiver.py

Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato

Better handling when our sending fails first time round.

• Code is written on the assumption of send failure, not on the assumption of success

Kamaelia-0.2.0/Kamaelia/Internet/Selector.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato
• wireOutComponent rewritten. This removes any lookup table entries, unwires the component, and deletes any special in/outboxes created.
• Small bugfix related to wiring in components using the service

Kamaelia-0.2.0/Kamaelia/Internet/TCPClient.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato

Kamaelia-0.2.0/Kamaelia/Internet/TCPServer.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato
• When shutting down, tell the selector that we're shutting down
• When shutting down, any protocol handlers that we're shutting down
• Linkage changes - signal has been split into _selectorSignal and protocolHandlerSignal

Kamaelia-0.2.0/Examples/example4/README

• A note, essentially recommending installing ctypes on systems running Linux.

Kamaelia-0.2.0/Examples/example1/FortuneCookie_ServerClient.py

• Changed to use the new pipeline syntactic sugar

Kamaelia-0.2.0/Examples/example1/README

• Whitespace change

Kamaelia-0.2.0/Examples/example2/README

• Whitespace change

Kamaelia-0.2.0/Examples/example2/SimpleStreamingSystem.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato
• Change from using a wrapper component for testing to using standalone components and the new pipeline syntactic sugar

Kamaelia-0.2.0/Examples/example3/README

• Updated comment regarding the recommendation to using Axon 1.1.1, this makes the system much more self friendly - since the scheduler provides hints to the OS essentially saying "you can interrupt now if you like"

Kamaelia-0.2.0/Examples/example3/SimpleStreamer.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato
• Change from using a wrapper component for testing to using simple standalone components

Kamaelia-0.2.0/Examples/example3/SimpleStreamingClient.py

• Change from using a wrapper component for testing to using standalone components and the new pipeline syntactic sugar

Kamaelia-0.2.0/Examples/example4/MulticastStreamingClient.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato

Kamaelia-0.2.0/Examples/example4/MulticastStreamingSystem.py

• Change from using self.__super to using super(klass, self) ... on the advice of Michele Simionato
• Change from using a wrapper component for testing to using multiple simple pipelines (syntactic sugar)

Kamaelia-0.2.0/Docs/index.html

• Minor changes caused by changes to packaging