PyAMF Changelog
This file contains information about the changes between the different
versions of PyAMF.
- Added the ability to modify the timezones of dates being de/encoded for
legacy systems. (Ticket:612)
- Fixed a Django reference bug where parent.child.parent is parent would
encode 3 objects and not 2. (Ticket:642)
- Setting None on a Django DateField would blow up the encoder (Ticket:632)
- rootCause in ErrorFault objects are now populated with the traceback
object. (Ticket:637)
- Support for encoding/decoding BlazeDS specific messages (Ticket:581)
- Removed tracebacks from exception messages if debug=False (Ticket:552)
- Support for google.appengine.ext.db.polymodel.PolyModel (Ticket:633)
- Support for Django File/ImageField (Ticket:631)
- Support for Django model inheritance (Ticket:626)
- Rewrote attribute handling code. Added the ability to exclude, set
read-only and static attributes. See http://pyamf.org/wiki/AttributeControl
for more details. (Ticket:601)
- Exposed the amf request object if expose_request=True.
Twisted/Django/Google have an amf_request property on the http request
object. WSGI has an entry in the environ dict - pyamf.request (Ticket:234)
- Added support for the array module (Ticket:468)
- Fixed an issue with Django model AutoFields being set to 0 by the Flex
client (Ticket:556)
- Added support for the collections module. (Ticket:474)
- Added type checks for class objects. (Ticket:473)
- GAE FloatProperty can now accept int's without issue (Ticket:609)
- Revamped the lazy imports module to use sys.meta_path instead. Fixes all
erroneous import errors (Ticket:485).
- Django models will now accept dynamic properties (Ticket:575)
- Django PK properties will be set first to allow related properties to apply
correctly (Ticket:599)
- p.r.encode/p.r.decode both have a new logger kwarg. Supply a logging.Logger
instance if you want to see debug output (Ticket:588)
- pyamf.TypedObjectClassAlias now forces the class type (Ticket:537)
- If a call to Decoder.readElement results in an IOError exception, the
original position of the stream will be restored (Ticket:573)
- Replaced hardcoded Python implementation title in p.r.gateway.SERVER_NAME
(Ticket:541)
- Provide a user friendly way to handle datetime.time objects (Ticket:498)
- Removed the useless pyamf.logging module (Ticket:577)
- Added a new register_package helper function to make bulk class
registration easier. Check the docstring for more info. (Ticket:576)
- cpyamf.amf3._decode_int now propagates exceptions correctly (Ticket:506)
- Fixed an incorrect OverflowError when encoding large integers in AMF3
(Ticket:519)
- Added append to pyamf.util.BufferedByteStream (Ticket:574)
- Added Epydoc signatures to all util.StringIOProxy, util.DataTypeMixIn and
util.BufferedByteStream classes (Ticket:440)
- Removed dependancy on fpconst. Platforms with broken platforms are detected
and handled correctly internally (Ticket:564)
- amf0.Encoder now supports attribute ordering (Ticket:558)
- Removed duplicate method Context.reset, in favour of Context.clear
(Ticket:527)
- Rewrote cpyamf.util.BufferedByteStream to not depend on cStringIO. Added a
C based api for stream functions (Ticket:513)
- Unified exceptions for BufferedByteStream so that only IOError is raised.
(Ticket:520)
- Made raising pyamf.ReferenceError optional for all Indexed* and Context
classes. Refactored AMF3 so that only one ClassDefinition is created per
class (Ticket:524)
- Strict type checking now on pyamf.util.BufferedByteStream (Ticket:512)
- Removed the default loggers from p.r.gateway.*. To re-enable supply a
logger instance as a keyword arg to the gateway constructor (Ticket:525)
- Removed pyamf.util.make_classic_instance (as it is not used) (Ticket:521)
- Removed pyamf.util.get_mro, in favour of inspect.getmro (Ticket:526)
- Removed pyamf.util.Indexed[Collection|Map].remove (Ticket:518)
- Support for decoding the 'source' property on ArrayCollections (Ticket:488)
- Fixed an issue in the GAE adapter where dynamic properties would be missing
on referenced objects. (Ticket:511)
- Fixed a critical issue with AMF0 reference counting when encoding remoting
responses. (Ticket:510)
- Strengthened http header handling in the client (Ticket:492)
- Support for Django i18n ugettext_lazy (Ticket:496)
- Added support for microseconds for datetime objects. Thanks to Derek Payton
for the patch. (Ticket:490)
- Added support for property types on SQLAlchemy mapped classes. (Ticket:491)
- Added support for property types for Google AppEngine db.Model and
db.Expando. (Ticket:487)
- amf0.Encoder.use_amf3 has been extended to cover all object types
(Ticket:453,467)
- Property types on Django models will now encode as expected. (Ticket:480)
- Django models.ForeignKey properties will be followed only if previously
accessed outside of PyAMF. _[attr]_cache is no longer encoded.
(Ticket:456)
- Encoding {0:0, '0':1} will now raise an AttributeError. (Ticket:458)
- Google AppEngine adapter improvements - see ticket for details (Ticket:479)
- amf0.Encoder will encode all elements as AMF3 if use_amf3 option is set to
True (Ticket:453)
- Unicode handling in __repr__ functions has been improved (Ticket:455)
- object attributes and dict keys are now utf8 encoded bytestrings. Python
**kwargs doesn't accept unicode key objects. (Ticket:463)
- Django models.TimeField, models.DateField will now be converted to the
correct type (datetime.time and datetime.date respectively).
fields.NOT_PROVIDED is also checked for by converting to pyamf.Undefined
and back again. (Ticket:457)
- cpyamf now deals with exceptional floats the same way as pure python -
especially on windows (Ticket:448)
- Support for SQLAlchemy 0.5.1 (Ticket:449)
- amf0.Encoder now has a use_amf3 flag which determines which XML type to
return to the client (Ticket:435)
- BufferedByteStream.truncate(length) now actually does something useful
(Ticket:444)
- setup.py now gets the version number from pyamf/__init__.py source
(Ticket:429)
- Support for SQLAlchemy 0.5.0 (Ticket:436)
- pyamf.util.DataTypeMixIn/cpyamf.util.BufferedByteStream can now
encode/decode 24bit un/signed integers. (Ticket:422)
- pyamf.util.StringIOProxy/cpyamf.util.BufferedByteStream both have new
consume methods that will chop of the tail of the stream (already read
stream). (Ticket:423)
- Now checking for all types of supported xml lib types for encoding, but
will only use the first implementation for decoding (Ticket:426)
- fpconst dependancy is now only required if the platform requires it
(Ticket:356)
- Decoding negative timestamps on certain platforms (namely Windows) are now
supported (Ticket:390)
- Support for SQLAlchemy 0.4.0 (Ticket:410)
- Support for encoding/decoding SQLAlchemy ORM objects with a new adapter.
Lots of people involved in this one, but special thanks to Dave Thompson
and Michael Van Tellingen for making this happen. (Ticket:277)
- All gateways now log exceptions when exceptions are raised during
en/decoding. (Ticket:394)
- Flex messaging now uses correct static attributes for encoding. Determining
static/dynamic attributes on objects is now easier (Ticket:357)
- Added use_proxy option to amf3 which will automagically convert ObjectProxy
to dict and ArrayCollection to list on decoding, and vice versa on encode.
Thanks to dthompso for the excellent patch (Ticket:355)
- flex.ArrayCollection now subclasses list instead of dict as non-int keys
are not allowed. IList interface has been implemented. (Ticket:349)
- Encoding registered subclass of list that define the 'externalised'
metadata will be encoded as an object.
- Encoders how have a 'strict' mode. Not generally useful for the time being
but will help with developments in the future. Type mapped functions now
require a second 'encoder' attribute. (Ticket:378)
- Added adapter to handle the decimal module and, if strict is set to False,
silently converts a Decimal instance to a float (Ticket:376)
- ClassAlias can now be subclassed and three new methods have been added:
applyAttributes, createInstance, getAttributes all which help to provide
fine control for object/instance manipulation (Ticket:348)
- Added support for __slots__ (Ticket:347)
- Fixed problem when decoding objects that map to GAE db.Model objects with
required properties (Ticket:342)
- ByteArray now does not throw an error when used in the Remoting framework
(Ticket:379)
- A new adapter that converts sets.ImmutableSet and sets.Set to tuples before
encoding. (Ticket:280)
- A revamped google app engine adapter that checks for the _key attribute in
an aliased class and first loads the object from the datastore and then
applies that properties in the object stream. (Ticket:307)
- New helper function to make it easier to manually add adapters (Ticket:350)
- Ability to disable the c extension with passing --disable-ext to setup.py
(Ticket:381, 391)
- Python C-extension for the pyamf.util.BufferedByteStream class. Originally
contributed by Gerard Escalante (Ticket:225, 405)
- New API to add headers such as cookies in pyamf.remoting.client
(Ticket:337)
- Now clearing the context between remoting requests (Ticket:309)
- Fixed issue with AMF3 class definition references (Ticket:341)
- More helpful description for register_class args check (Ticket:334)
- pyamf.register_class now checks to ensure that __init__ args do not have
any arguments (Ticket:322)
- Added RemoteObject support for AsyncMessage (Ticket:292)
- pyamf.remoting.ErrorFault.__repr__ now displays the traceback info (if it
exists). (Ticket:331)
- Both Encoders will now raise pyamf.EncodeError if a function is encoded
(Ticket:311)
- Twisted Gateway would fall over when returning tuples (Ticket:313)
- The remoting gateways now send a customizable Server header (Ticket:317)
- The remoting client now sends a customizable User-Agent header (Ticket:306)
- Added ability to set the HTTP referer in remoting client (Ticket:316)
- Fixed issue where the AMF3 encoder assumed objects with a 'tag' attribute
needed XML encoding. Reported by cy-man (Ticket:303)
- Solved issue with repr for AbstractMessage. Reported by datafunk
(Ticket:283)
- Content-type was missing in POST requests from the AMF client. Reported by
magog (Ticket:304)
- Added the disconnect Command operation (Ticket:325)
- Fixed issue with the unit tests for Django (Ticket:281)
- Removed the NetworkIOMixIn class (Ticket:232)
- Importing module now has tests (Ticket:266)
- Django model adapter now imported only when django.db.models is imported
(Ticket:261)
- Google Model/Expando encoding now works out of the box
- Fixed issue with Remote Object destination (Ticket:270)
- Added a new gateway for the Google App Engine - see
pyamf.remoting.gateway.google.WebAppGateway (Ticket:253)
- amf0 Encoder now takes amf3 contexts into account (Ticket:268)
- amf*.encode helpers can now accept multiple arguments (Ticket:267)
- Removed the dependancy of fpconst for Python 2.5 or newer (Ticket:243)
- Solved issue with AMFPHP exceptions in AMF client (Ticket:258)
- Fixed issue with url parsing in AMF client (Ticket:256)
- Client no longer raises httplib.ResponseNotReady when making multiple
requests using the same RemotingService (Ticket:254)
- Added compatibility module for Google App Engine (Ticket:247)
- Fixed the signed interpretation of compressed integers in AMF3 (Ticket:241)
- Classic class decoding would throw an AttributeError (Ticket:248)
- Reloading adapter modules caused errors in Django, Pylons and Google App
Engine. Resolved by removing dependancy on Importing module and
incorporating into pyamf.util (Ticket:250)
- Adapter framework can now be fired when only loading submodules
(Ticket:246)
- Made util.BufferedByteStream endian aware (Ticket:231)
- Fixed issue with Twisted threads (Ticket:233)
- Removed amfinfo console_script (Ticket:226)
- Encoders/Decoders now check for __getstate__/__setstate__ respectively
(Ticket:209)
- Gateway import hack has now been removed - permanently (Ticket:224)
- Encoding/decoding performance has been increased 2x for AMF0 and up-to
10x(!) for AMF3 (Ticket:198)
- Logging is now possible in all the supported gateways (Ticket:173)
- A new preprocessor function that runs after authentication, but before
invoking the service method (Ticket:196)
- authenticator can now be decorated with expose_request (Ticket:195)
- Python 2.3 support (Ticket:33)
- Python 2.6 support (Ticket:222)
- Made PyAMF distributable as zip-based Python Egg (Ticket:193)
- AMF3 encoder reported incorrect byte length header for non-ASCII string
data. Patch supplied by akaihola. (Ticket:194)
- Decoder context not cleared between reading the remoting header and body.
Reported by gerard (Ticket:192)
- New error handling api useful for registering custom exception classes
(Ticket:185)
- When a client receives a remoting error, an exception is generated
(Ticket:167)
- expose_request per service control vastly improved (Ticket:169)
- Authentication per service control vastly improved (Ticket:166)
- uuid is no longer installed when using Python 2.5 or newer (Ticket:182)
- The inheritance tree was not consulted when encoding attributes (Ticket:172)
- TypedObjects didn't work with old style classes (Ticket:171)
- ErrorFault now prints details (Ticket:168)
- Added expose_request to TwistedGateway (Ticket:165)
- TwistedGateway now expects deferred from service functions (Ticket:164)
- IExternalizable now takes its methods from the class and fine grain control
over attr encoding (Ticket:110)
- Added an adapter framework that gets imported when the related module is
imported. See http://pyamf.org/wiki/AdapterFramework for more info
- Added 'expose_environ' argument to WSGIGateway to expose the WSGI environ
as the first arg in the called services.
- Implemented Local Shared Object (LSO) support (Ticket:11)
- ByteArray now implements IDataInput and IDataOutput instead of
StringIOProxy (Ticket:151)
- dicts are now used as the default for anonymous objects (Ticket:131)
- remoting.client mostly fully supports the predefined headers (defined at
http://osflash.org/documentation/amf/envelopes/remoting/headers). The only
one missing is amf_server_debug (Ticket:39)
- LazyImporter objects now set the __file__ attribute to None, so that
querying sys.modules don't accidentally import the underlying module.
(Ticket:147)
- Fixed argument positioning for RemoteObject processing. Thanks akaihola!
(Ticket:145)
- ElementTree requirement is now ignored when using Python >= 2.5
(Ticket:144)
- Added tests for TwistedGateway (Ticket:132)
- Workaround for Python 2.4 float shortcomings (Ticket:78)
- Service Browser ('DescribeService' header) requests supported. (Ticket:138)
- Remoting client now supports authentication. (Ticket:137)
- Proper encoding for aliased subclassed builtin types, specifically
flex.ArrayCollection.
- Added support for easy encoding of Django object queries
(Foo.objects.all())
- Added 'add_type' allowing finer grain control of how a class is encoded in
an AMF stream. (Ticket:130)
- 'authenticator' keyword added to all gateways (moved from ServiceRequest)
(Ticket:129)
- Added 'expose_request' argument to DjangoGateway to expose the underlying
HTTP Request object as the first arg in the called services. (Ticket:103)
- AMF0 and AMF3 encoders/decoders
- Additional support for IExternalizable, ArrayCollection, ObjectProxy,
ByteArray, RecordSet and RemoteObject
- Remoting gateways for Twisted, WSGI, and Django
- Authentication/setCredentials support
- zlib compression support for ByteArray
- Remoting client with httplib
- Started project based on previous work done in the RTMPy (http://rtmpy.org)
project.


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Coursework
Please find detailed list of all my course modules right here!
| Course Name | Content |
|---|---|
| Photonic Integrated Technologies | Intro to cleanrooms, Diffusion, Ion Implantation, Chemical Vapor Deposition (CVD), Physical Vapor Deposition - Evaporation , Sputtering, Optical Lithography, e-beam lithography, wet etching, dry etching, CMOS integration & CMOS process for photonics applications. |
| Photonic Integration for Sensing | Nanophotonics, Metamaterial, Biophotonics, Optical Fibre Sensors, Photonics Sensors, Distributed Fiber Optic Sensors, Optical Time Domain Reflecterometry,Optical Filter, Multiplexed & Distributed Sensors, FBG, Interrogation Setup. |
| Modelling and Characterization of Fibre Photonic Devices | Light propagation in waveguides and optical fibres Nonlinear phenomena in fibre optics Passive fibre optic components Optical measurement techniques Optical amplifiers and lasers Application of fibre components in optical communication sensing, spectroscopy and metrology Fibre optic amplifiers (EDFA, Raman, parametric) Polarisation phenomena (PMD, polarisation attraction) in fibre optics Mode-locked and Q-switched fibre lasers Random fibre lasers Application of fibre lasers and amplifiers in optical communication Application of fibre lasers and amplifiers in optical sensing, spectroscopy and metrology Dispersive and anamorphic stretched transform: application for optical communications, sensing and data compression |
| Photonic Integrated Circuits | Modelling and design approaches (Optical waveguide mode solver, Wave propagation, 3D FDTD, FDTD modelling procedure, Additional propagation methods, 2D FDTD with Effective Index Method, Beam Propagation Method (BPM), Eigenmode Expansion Method (EME), Passive optical components, Components for system design , Compact models ,Optoelectronic models, Microwave modelling, Photonic circuit modelling , Physical layout, Software tools integration, Photonic circuit modelling (FDTD simulations, FDTD S-parameters, Directional coupler S-parameters , Grating coupler – S-parameters, Grating coupler circuits . Tools and techniques, Process design kit (PDK), GDS layer map , Design rules, Library, Schematic capture, Circuit export, Schematic-driven layout, Design rule checking, Layout versus schematic , Mask layout, Components, Layout for electrical and optical testing |
| Microwave Photonics | RADAR system design & architecture, microwave photonics solutions for future RADARs & EW systems, Photonics based RF generation & up/down conversion, Photonics based RF detection, Photonics RF Signal transport & distribution, Optical Filtering & Beamforming of RF Signals, RADAR networks & photonics in RADAR network, On chip implementation of Photonics based RF transceivers for Software Defined RADARs. |
| Photonic Technologies | Optoelectronics devices for optical communications systems, Semiconductor light sources (light emitting diodes and lasers), Light detectors: photodiodes and photoreceivers & Electro-optic modulators |
| Electromagnetic Fields and Propagation | Basic electromagnetic theory, Maxwell’s Equations , Transmission lines & waveguides, General solutions for TEM, TE and TM wave, Optical waveguides, Propagation and guided modes in optical fibers, Ray analysis of the slab waveguide, Field analysis of the slab waveguide, Solution of the eigenvalue equations, Power transmission and confinement. |
| Photonic Integrated Circuits Laboratory | Fabless silicon photonics, Passive components (optical materials & waveguide), fundamental building block (direction coupler, Y branch, MZI, Ring resonator, waveguide bragg filter, AWG. Optical I/O (Grating Coupler, Edge Coupler), Active components (Modulators, Detectors & Lasers), System Design, Photonic Circuit Modelling, Tools & Techniques, Fabrication Technologies, Testing & Packaging, Silicon Photonics Systems,& Tranceivers. |
| Optoelectronic Devices for Metrology | Geometrical & Gaussian Optics,Optical Systems, Interference ( Spatial & Temporal Coherence),OCT, Diffraction (Diffractive Grating), Fourier Optics, Optical Filtering, Light Source & Detector (Incoherent, Coherent, Detectors & CCD), Speckle technique (Interferometry), Moire’s Technique, Vibrometer, LIDAR, Angle Measurement (Optical goniometers, gyroscope), Thickness measurement ( Ellipsometry, Low Coherence Interferometry), Doppler Shift Velocimetry, Optical Comb ( Applications to quantum clocks & spectroscopy) |
| Fundamentals of Applied Optics | Ray Optics, Wave Optics, Polarization, Interference , Diffraction & Quantum Optics |
| Design of Access, Metro and Core Networks | Telecommunication Network Scenarios & Services, Access Networks ( POTS, ISDN, xDSL, HFC, PLC, Wireline Access), Active Optical Access Network, Passive Optical Access Networks, Metro Networks - SONET/SDN, Packet over SONET, Metro Ethernet, SDN, OpenFlow, WDM Ring Networks. Core Networks - WSON (Wavelength Switch Optical Networks), OTN (Optical Transport Networks), Optical Layer Resilience, Optical Network Design, Lightpath Topology Design, Routing & Wavelength Design,Dynamic Optical Network Architecture, Optical Packet Switching. |
| Fundamentals of Optical Communications | Bandpass signal & systems, Coherent Detection, Differential Detection, Fiber attenuation & amplification, Optical Amplifiers, Direct Detection Receivers. |
| Communication Networks and Network Security | Introduction to TLC services & networks, Protocols and layering for packet switching, physical layer Layer 2 & multiple access communication Contention-free protocol, Contention-based protocols,IP Subnetting,IP Routing, Routing Information Protocol (RIP), OSPF, Multi domain Routing (BGP), MPLS, Resilience & Restoration in Computer Networks, Transport Layer Protocols & functionalities, NAT techniques. Security concepts and threats ,Implementing Authentication, Authorization and Accounting (AAA) , VPN technology and cryptography , IP security , Implementing IPsec site-to-site VPNs , Implementing SSL remote-access VPNs using Cisco ASA , Securing Layer 2 technologies, Quantum cryptography (quantum key distribution) |
| Broadband Wireless Networks | Enabling technologies for broadband wireless networks: - OFDMA, MIMO, Ultra wideband, medium access control, radio resource management (scheduling and admission control), interference and mobility management, quality of services provisioning. Systems for broadband wireless networks: - Long-term evolution cellular networks: standard, architecture, medium access control, radio resource management, QoS, performance evaluation. - WiMAX: overview, physical layer and MAC layer, QoS. - Wireless LAN: network architectures, physical layer and MAC layer, 802.11n and 802.11vht. - Cognitive radio networks: IEEE 802.22 system and architectures. - Interworking of broadband wireless networks. |
| Lab of Network Software | Intro to SDN (Software Defined Networking), OpenFlow protocol, Mininet, ONOS, SDN network initialisation & topology discovery, reactive & proactive flow rules, SDN Apps (Reactive Forward App & Hybrid Reactive/Proactive App), Creation & development of ONOS application, GMPLS, ONOS for optical Network, Optical Transport & Data Plane (Wavelength Switch Optical Networks (WSON) & Elastic Optical Networks (EON)) |
| Lab of Traffic Engineering | Testbed Setup, JUNOS ( Accessing & Controlling the Software, Router Interface, Routing Policy & Firewall filters, Router Security & Access Control, Protocol Configuration ( RIP, IS-IS, OSPF, BGP, MPLS, VPN) |
| Introduction to Programming Tools | Introduction to networking and Internet protocols via programming and hands-on labs. TCP/IP protocol architecture; user datagram protocol (UDP); multicasting; transmission control protocol (TCP); standard Internet services, and protocol usage by common Internet applications. Sockets programming; client/server; peer-to-peer; Internet addressing; TCP sockets; UDP sockets; raw sockets. Multithreading and exception handling, DNS, HTTP, and ping clients and servers |
| 5G Signal Processing | Modulation coding and waveform for 5G (including new formats FBMC, GFDM, BFDM, UFMC and TFP 7) Faster-than-Nyquist Signaling for 5G Communication Energy-efficient Resource Allocation in 5G Ultra Dense Networks for 5G Radio-resource Management and Optimization in 5G Networks |
| Network Simulation | Queueing Theory Basics, Communication Delays, Queueing System Classification, M/M/1 Queueing System for data packets |
| Simulation Techniques for Digital Communication Systems | Discrete-Time Signals and Systems , Frequency domain representation , Continuous to discrete and discrete to continouos transformations – Difference equations, The z-Transform – Theorems and properties – Relation with the Laplace transform, The Discrete Fourier Transform – Theorems and properties – Linear and circular convolution, The Fast Fourier Transform – Algorithms – Practical consideration, Digital Processing of Analog Signals – Simulation of analog systems – Approximation of analog systems |
| Communication Theory and Digital Transmission | Introduction to communication systems – Modulation, distortion, interference, and noise – Classification of communication systems – Communication networks, Optimum receiver for stochastic signal, Transmission over dispersive channels |
| Stochastic Processes | Introduction to probability,Conditional probability, Events properties, Random Variables (r.v.) and relevant examples. Distribution function and probability density function. Repeated trials. Random points in time, Conditional distribution/density function. Function of a random variable , Distribution/density of a function of a r.v., Tchebichev inequality, Two random variables, Joint PDF and pdf, marginal PDF and pdf ,Total probability and 3° Bayes formula, Independence of r.v. .Correlation concepts , Two random variables functions of two random variables ,Direct method and fundamental theorem, Generalization to n random variables |
You can verify the course modules of my current academic degree right here. FYI, the consortium (Admission Committee) assigned me Academic Path No. 6 SSSA (1st and 2nd semester), ASTON (3rd semester), OSAKA (4th semester) defines the “Theory and Techniques for Photonic Integrated Devices” curriculum. Details can be check right here.


TABLE OF INTERACTIONS WITH
ANTABUSE (MEDICATIONS PROVOKING A REACTION)
Medications that provoke an antabuse reaction with alcohol are numerous, and their administration with alcohol is not recommended.
From the French ANSM drug interactions document of September 2016, p. 16
ANTABUSE (REACTION) CLASS CODE: 123-ANT |
ALCOHOL (DRINK OR INGREDIENT) |
Antabuse effect (heat, redness, vomiting, tachycardia) |
Not recommended Avoid taking alcoholic beverages and medications containing alcohol. Take into account the complete elimination of the medications by referring to their half-life before re-starting alcoholic beverages or medications containing alcohol. |


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This is my page. I hope you like it! It was very simple to make. In fact, I think I am learning a lot!
If you would like to see more examples of my work, click here. Until next time, stay curious!


|
SimpleITK
1.1.0
|
SimpleITK has the ability to add commands or callbacks as observers of events that may occur during data processing. This feature can be used to add progress reporting to a console, to monitor the process of optimization, to abort a process, or to improve the integration of SimpleITK into Graphical User Interface event queues.
Events are a simple enumerated type in SimpleITK, represented by the EventEnum type. More information about each event type can be found in the documentation for the enum. All SimpleITK filters, including the reading and writing ones, are derived from the ProcessObject class which has support for events. SimpleITK utilizes the native ITK event system but has simpler events and methods to add an observer or commands. The goal is to provide a simpler interface more suitable for scripting languages.
The command design pattern is used to allow user code to be executed when an event occurs. It is encapsulated in the Command class. The Command class provides a virtual Execute method to be overridden in derived classes. Additionally, SimpleITK provides internal reference tracking between the ProcessObject and the Command. This reference tracking allows an object to be created on the stack or dynamically allocated, without additional burden when the object
SimpleITK uses SWIG's director feature to enable wrapped languages to derive classes from the Command class. Thus a user may override the Command class's Execute method for custom call-backs. The following languages support deriving classes from the Command class:
Not all scripting languages are naturally object oriented, and it is often easier to simply define a callback inline with a lambda function. The following language supports inline function definitions for functions for the ProcessObject::AddCommand method:


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Structure containing data describing the non-persistent state of each suspension/wheel/tire unit. This structure is filled out in PxVehicleUpdates and PxVehicleUpdateSingleVehicleAndStoreTelemetryData. More...
#include <PxVehicleUpdate.h>
Public Member Functions | |
| PxWheelQueryResult () | |
Public Attributes | |
| PxVec3 | suspLineStart |
| Start point of suspension line raycast/sweep used in the raycast/sweep completed immediately before PxVehicleUpdates. More... | |
| PxVec3 | suspLineDir |
| Directions of suspension line raycast/sweep used in the raycast/sweep completed immediately before PxVehicleUpdates. More... | |
| PxReal | suspLineLength |
| Lengths of suspension line raycast/sweep used in raycast/sweep completed immediately before PxVehicleUpdates. More... | |
| bool | isInAir |
| If suspension travel limits forbid the wheel from touching the drivable surface then isInAir is true. More... | |
| PxActor * | tireContactActor |
| PxActor instance of the driving surface under the corresponding vehicle wheel. More... | |
| PxShape * | tireContactShape |
| PxShape instance of the driving surface under the corresponding vehicle wheel. More... | |
| const PxMaterial * | tireSurfaceMaterial |
| PxMaterial instance of the driving surface under the corresponding vehicle wheel. More... | |
| PxU32 | tireSurfaceType |
| Surface type integer that corresponds to the mapping between tireSurfaceMaterial and integer as described in PxVehicleDrivableSurfaceToTireFrictionPairs. More... | |
| PxVec3 | tireContactPoint |
| Point on the drivable surface hit by the most recent suspension raycast or sweep. More... | |
| PxVec3 | tireContactNormal |
| Normal on the drivable surface at the hit point of the most recent suspension raycast or sweep. More... | |
| PxReal | tireFriction |
| Friction experienced by the tire for the combination of tire type and surface type after accounting for the friction vs slip graph. More... | |
| PxReal | suspJounce |
| Compression of the suspension spring. More... | |
| PxReal | suspSpringForce |
| Magnitude of force applied by the suspension spring along the direction of suspension travel. More... | |
| PxVec3 | tireLongitudinalDir |
| Forward direction of the wheel/tire accounting for steer/toe/camber angle projected on to the contact plane of the drivable surface. More... | |
| PxVec3 | tireLateralDir |
| Lateral direction of the wheel/tire accounting for steer/toe/camber angle projected on to the contact plan of the drivable surface. More... | |
| PxReal | longitudinalSlip |
| Longitudinal slip of the tire. More... | |
| PxReal | lateralSlip |
| Lateral slip of the tire. More... | |
| PxReal | steerAngle |
| Steer angle of the wheel about the "up" vector accounting for input steer and toe and, if applicable, Ackermann steer correction. More... | |
| PxTransform | localPose |
| Local pose of the wheel. More... | |
Structure containing data describing the non-persistent state of each suspension/wheel/tire unit. This structure is filled out in PxVehicleUpdates and PxVehicleUpdateSingleVehicleAndStoreTelemetryData.
|
inline |
References PxVehicleDrivableSurfaceType::eSURFACE_TYPE_UNKNOWN, PxIdentity, and PxMemZero().
| bool PxWheelQueryResult::isInAir |
If suspension travel limits forbid the wheel from touching the drivable surface then isInAir is true.
| PxReal PxWheelQueryResult::lateralSlip |
Lateral slip of the tire.
| PxTransform PxWheelQueryResult::localPose |
Local pose of the wheel.
| PxReal PxWheelQueryResult::longitudinalSlip |
Longitudinal slip of the tire.
| PxReal PxWheelQueryResult::steerAngle |
Steer angle of the wheel about the "up" vector accounting for input steer and toe and, if applicable, Ackermann steer correction.
| PxReal PxWheelQueryResult::suspJounce |
Compression of the suspension spring.
| PxVec3 PxWheelQueryResult::suspLineDir |
Directions of suspension line raycast/sweep used in the raycast/sweep completed immediately before PxVehicleUpdates.
| PxReal PxWheelQueryResult::suspLineLength |
Lengths of suspension line raycast/sweep used in raycast/sweep completed immediately before PxVehicleUpdates.
| PxVec3 PxWheelQueryResult::suspLineStart |
Start point of suspension line raycast/sweep used in the raycast/sweep completed immediately before PxVehicleUpdates.
| PxReal PxWheelQueryResult::suspSpringForce |
Magnitude of force applied by the suspension spring along the direction of suspension travel.
| PxActor* PxWheelQueryResult::tireContactActor |
PxActor instance of the driving surface under the corresponding vehicle wheel.
| PxVec3 PxWheelQueryResult::tireContactNormal |
Normal on the drivable surface at the hit point of the most recent suspension raycast or sweep.
| PxVec3 PxWheelQueryResult::tireContactPoint |
Point on the drivable surface hit by the most recent suspension raycast or sweep.
| PxShape* PxWheelQueryResult::tireContactShape |
PxShape instance of the driving surface under the corresponding vehicle wheel.
| PxReal PxWheelQueryResult::tireFriction |
Friction experienced by the tire for the combination of tire type and surface type after accounting for the friction vs slip graph.
| PxVec3 PxWheelQueryResult::tireLateralDir |
Lateral direction of the wheel/tire accounting for steer/toe/camber angle projected on to the contact plan of the drivable surface.
| PxVec3 PxWheelQueryResult::tireLongitudinalDir |
Forward direction of the wheel/tire accounting for steer/toe/camber angle projected on to the contact plane of the drivable surface.
| const PxMaterial* PxWheelQueryResult::tireSurfaceMaterial |
PxMaterial instance of the driving surface under the corresponding vehicle wheel.
| PxU32 PxWheelQueryResult::tireSurfaceType |
Surface type integer that corresponds to the mapping between tireSurfaceMaterial and integer as described in PxVehicleDrivableSurfaceToTireFrictionPairs.


Puerto Aventuras is an upscale resort located in the heart of the Mayan Riviera. It is known primarily for its marina, which is the only one to be found along the Riviera. It is also the centre of sport fishing for Mexico's Caribbean coast.
Position 20° 29'46"N, 87° 13'30"W (marina entrance)
See Noonsite/Mexico/Clearance page for full details.
Although officials have to come from Playa del Carmen and an agent have to be used to arrange this, Puerto Aventuras is a Port of Entry. This can take several days and cost about US$450.
Last updated January 2011.
The marina provides a good hurricane hole.
There is no secure overnight anchorage.
Last updated January 2011.


- redraw(Player) - Method in class de.dosmike.sponge.megamenus.impl.GuiRenderer
-
- register(MenuRenderer) - Static method in class de.dosmike.sponge.megamenus.impl.RenderManager
-
Register a new renderer.
If the
AnimationManager
was not yet set or removed it will be instantiated again.
Notifies the renderer of being resumed if a listener is present.
- registerCommands() - Static method in class de.dosmike.sponge.megamenus.CommandRegistra
-
- remove(int, int, int) - Method in interface de.dosmike.sponge.megamenus.api.IMenu
-
remove an element for the page and slot position if present.
- remove(int, SlotPos) - Method in interface de.dosmike.sponge.megamenus.api.IMenu
-
remove an element for the page and slot position if present.
- remove(String) - Method in class de.dosmike.sponge.megamenus.api.state.StateObject
-
Remove a value with the specified key from this state
- remove(int, int, int) - Method in class de.dosmike.sponge.megamenus.impl.BaseMenuImpl
-
- remove(int, SlotPos) - Method in class de.dosmike.sponge.megamenus.impl.BaseMenuImpl
-
- remove(int, int, int) - Method in class de.dosmike.sponge.megamenus.impl.BoundMenuImpl
-
- remove(int, SlotPos) - Method in class de.dosmike.sponge.megamenus.impl.BoundMenuImpl
-
- removePage(int) - Method in interface de.dosmike.sponge.megamenus.api.IMenu
-
completely remove the page.
- removePage(int) - Method in class de.dosmike.sponge.megamenus.impl.BaseMenuImpl
-
- removePage(int) - Method in class de.dosmike.sponge.megamenus.impl.BoundMenuImpl
-
- render() - Method in interface de.dosmike.sponge.megamenus.api.elements.IIcon
-
- render() - Method in class de.dosmike.sponge.megamenus.impl.AbstractMenuRenderer
-
Refresh/redraw this menu for all current viewers
- render(Player) - Method in class de.dosmike.sponge.megamenus.impl.AbstractMenuRenderer
-
Invokes this renderer to refresh/redraw the menu for this viewer
- render(Player) - Method in class de.dosmike.sponge.megamenus.impl.BookRenderer
-
- render(Player) - Method in class de.dosmike.sponge.megamenus.impl.ChatRenderer
-
- render(Player) - Method in class de.dosmike.sponge.megamenus.impl.GuiRenderer
-
- renderGUI(Player) - Method in interface de.dosmike.sponge.megamenus.api.elements.concepts.IElement
-
Takes the IICon, adds element specific data and returns it to be rendered in a
inventory menu.
- renderGUI(Player) - Method in class de.dosmike.sponge.megamenus.impl.elements.IElementImpl
-
- RenderManager - Class in de.dosmike.sponge.megamenus.impl
-
Keeps track of all active MenuRenderer instances and provides convenience access methods
for renderer and menus
- RenderManager() - Constructor for class de.dosmike.sponge.megamenus.impl.RenderManager
-
- renderTUI(Player) - Method in interface de.dosmike.sponge.megamenus.api.elements.concepts.IElement
-
Decorates a textual representation with the same Hover-Text as a inventory icon
and returns it
- renderTUI(Player) - Method in class de.dosmike.sponge.megamenus.api.elements.MButton
-
- renderTUI(Player) - Method in class de.dosmike.sponge.megamenus.api.elements.MCheckbox
-
- renderTUI(Player) - Method in class de.dosmike.sponge.megamenus.api.elements.MLabel
-
- renderTUI(Player) - Method in class de.dosmike.sponge.megamenus.api.elements.MSpinner
-
- resumed(MenuRenderer, IMenu) - Method in interface de.dosmike.sponge.megamenus.api.listener.OnRenderStateListener
-
called by the render if menu was opened and there's now one viewer
meaning this is the first viewer on the menu.
The menu will be registered in the render manager for animation.
- revalidate() - Method in interface de.dosmike.sponge.megamenus.api.MenuRenderer
-
this method may be called at any arbitrary moment to notify the renderer to
redraw the menu for all viewers if the menu was invalidated
- revalidate() - Method in class de.dosmike.sponge.megamenus.impl.AbstractMenuRenderer
-
- Rows(int, int) - Static method in interface de.dosmike.sponge.megamenus.api.elements.PositionProvider
-
This Position Provider returns the SlotPos
at the next inventory column or,
if lastColumn was reached a SlotPos at the next rows firstColumn.


The Amazing Johnathan Documentary review – an enjoyably shambolic doc
by Wendy IdeDirector Benjamin Berman is hopelessly out of his depth following a death-defying, meth-addicted comedian
It’s hard to know what kind of story first-time documentary film-maker Benjamin Berman was expecting to tell when he set out to make a film about John Edward Szeles, better known as comedian and magician the Amazing Johnathan. The hapless Berman found himself hopelessly out of his depth wrangling Szeles, a terminally ill meth addict with a taste for bandanas and gore, who, despite having been given a year to live in 2014, hauled himself out for a mini-tour of farewell performances in 2017. It would spoil the fun of this shambolic picture – and it’s an enjoyable, dizzying spiral of a story – to give away the film’s revelations. Suffice to say that Berman becomes almost as central a focus in the documentary as Szeles and neither covers himself in glory.
The Amazing Johnathan Documentary is out on 19 November


This section explains how you can use pgAdmin to maintain your PostgreSQL databases. pgAdmin supports database server versions 7.3 and up. Versions older than 7.3 are not supported, please use pgAdmin II for these.
Contents:
When editing the properties of a database object, pgAdmin will support you with help about the underlying PostgreSQL SQL commands, if you press the F1 function key. In order for this to work, the SQL helpsite setting in the options dialog must be set correctly.


Select an algorithm that will be used for the learn process
Select how counter examples should be found
Drag and drop *.json file here or click to upload
Use a Hypothesis with {{ vm.learnConfiguration.eqOracle.hypothesis.nodes.length }} states
The field must not be empty.