{{ $.Param "ministryname" }} {{ $.Param "overview" }}
About {{ $.Param "ministryname" }}
{{.Content}}Donate to {{ $.Param "ministryname" }}
{{ $.Param "donate_in_order_to" }}, {{ $.Param "ministryname" }} receives donations as part of Abide Ministries, a 501(c)(3) organization located in Rochester, MI that provides financial and organizational oversight. All donations made to {{ $.Param "ministryname" }} are tax-deductible through Abide Ministries. Abide partners with Donorbox to enable donors to make one time and recurring donations, while allowing them to manage their own giving in a safe, secure, and reliable environment.
ONLINE GIFTS
Online gifts can be made using the form on this page, or at https://donorbox.org/{{ $.Param "donorbox_id" }}. You can make one-time or recurring gifts using credit cards, debit cards, or bank transfers. All transactions are processed through Donorbox (a Stripe partner) for the highest level of security and convenience. Once you make a gift, you can manage your gift at www.donorbox.org.
CHECK GIFTS
Check gifts can be made out to:
Abide Ministries
323 Linwood Dr
Rochester, MI 48307


Overview • User interface • Special tasks • Special tasks (II) ↑ | ↓
The report editor is mainly intended for displaying short text files created by MMM in a temporary folder to report results of computations. It allows to insert comments and to save the files. It can also be used as a small notepad. Furthermore it can be used to inspect short plain text (ASCII) files generated by other programs. For long files, such as PDB files, you might rather want to use the Matlab editor or another standalone editor.
The report editor expects files with less than 80 characters/line. Other text files are displayed, but cannot be saved.
Any plain text (ASCII) file can be loaded via the Load
button.
Text files with less than 80 charcaters per line can be saved via the Save as
button. Reports generated by MMM in the temporary folder can thus be saved to another folder if you want to keep them. Files older than 30 days are automatically cleared from the temporary folder.
Clicking on the OK
button closes the editor. UNless the editor is in read-only mode, there is a query whether you want to save changes (even if you did not make any changes).


"Reviewing notes can give you a false impression that you understand something when... YOU DON'T!! Test yourself with MEMOWISE, to see if you REALLY get it!" - J.Smith
Memowise offers categorized decks of cards on concepts you want to study. Each card has a question which you answer in your head. When ready to check the answer, you will be given the option to rate yourself. Based on the rating you give yourself, the probability of the card appearing again will increase or decrease. This is a simple but honest way to learn!


| Interface | Description |
|---|---|
| Hash |
Interface to define a cryptographic hash algorithm.
|
| MAC |
A MAC (message authentication code) algorithm, sometimes called a keyed
(cryptographic) hash function, accepts as input a secret key and an
arbitrary-length message to be authenticated, and outputs a MAC (sometimes
known as a tag).
|
| Class | Description |
|---|---|
| HashImpl |
Implementation of
Hash providing a wrapper for Java's built in
message digest algorithms. |
| HashImpl.MD5 |
Implementation of
HashImpl using Java's MD5 message digest. |
| HashImpl.SHA1 |
Implementation of
HashImpl using Java's SHA1 message digest. |
| HashImpl.SHA256 |
Implementation of
HashImpl using Java's SHA-256 message digest. |
| HashManager | |
| MACImpl |
Implementation of
MAC (Message Authentication Code) using the
implementations provided by JCE. |
| MACImpl.HMAC_MD5 |
Implementation of
MAC using MD5 for the hash. |
| MACImpl.HMAC_MD5_96 |
Implementation of
MAC using the first 96 bits of MD5 hash. |
| MACImpl.HMAC_SHA_256 |
Implementation of
MAC using the SHA-256 hash. |
| MACImpl.HMAC_SHA1 |
Implementation of
MAC using SHA-1 for the hash. |
| MACImpl.HMAC_SHA1_96 |
Implementation of
MAC using the first 96 bits of SHA-1 hash. |
| MACImplAlternate |
Implementation of
MAC algorithm (Message Authentication Code),
provided as an alternative to Java's built in MAC implementations through
JCE. |
| MACImplAlternate.HMAC_MD5 |
Implementation of
MAC using MD5 for the hash. |
| MACImplAlternate.HMAC_MD5_96 |
Implementation of
MAC using MD5 with a block size of 12. |
| MACImplAlternate.HMAC_SHA_256 |
Implementation of
MAC using SHA-256 hash. |
| MACImplAlternate.HMAC_SHA1 |
Implementation of
MAC using SHA-1 hash. |
| MACImplAlternate.HMAC_SHA1_96 |
Implementation of
MAC using SHA1 hash and a block size of
12. |
| Exception | Description |
|---|---|
| MACException |
Implementation of
JSchException for errors relating to the usage of
MAC instances. |
Copyright © 2015. All rights reserved.


tratra
run. Sold as is with no disclosures. Possible non-recourse .
posted: 08/27/2012
tratra
run. Sold as is with no disclosures. Possible non-recourse .
posted: 08/27/2012
Remember to give the link a class name of "link"


An example of a pretty basic diy slideshow. Also see the no-jQuery version here: http://codepen.io/leemark/pen/DLgbr


Overview User interface Main window ↑ | ↓ • Commands • Scripting
Part of the functionality of MMM is available via commands. In particular, selection of objects and change of the graphics mode, color, and transparency of objects are often more conveniently done via commands than via clicks. This applies even more to definitions of domains and secondary structure elements. Commands can be collected in scripts.
The command line can only be selected, when the main window cursor is in selection mode (button is activated, buttons and are deactivated) or if the model panel is detached as a model window.
If not selected the command line has the grey background of the main window. Any commands that are performed from a script or by menu and tool button functions are echoed with dark grey letters and are added to the command history list.
When selected, the command line becomes white. Click twice to see the cursor. A right click clears the command line (but not the history list). Commands can be directly written into the line. Previously issued commands can be selected by the cursor up (&uarr) and down (&darr) keys. To actually execute a command, press the Return (&crarr) key.
The command help
displays the list of available commands in the message board. Commands can be abbreviated, i.e. only the first letters need to be given if they are unique. For instance, attach
can be abbreviated by att
, while col
is not unique (color
or colorscheme
). If an abbreviated comman is not unique, no action is taken and a warning is displayed in the message board.
Allows to run a command script. By default, scripts are expected in the /scripts
subdirectory of the MMM directory and to have the extension .mmm
, although files with other extensions can be loaded.
Commands in the script are echoed in the command line and added to the command history list. Comments are echoed in the message board.


Following the adoption of the SDGs, the SDSN Thematic Groups are transitioning into Thematic Networks to support SDG advocacy and implementation in key areas. Each network has one or more institutional hosts, more flexible membership arrangements, and the ability to accommodate vastly larger groups of experts. Each Thematic Network is organized around one or more SDGs and serves four major purposes:
This network seeks to chart an integrated pathway for sustainable development through to 2050 that includes achievement of the Sustainable Development Goals (SDGs) as interim milestones by 2030. Drawing on the best available modeling frameworks for the full range of SDGs, the network will also develop a business-as-usual pathway to identify the cost of inaction.
This thematic network looks at how to accelerate progress in the most fragile regions and how to ensure coherence between the development and humanitarian agendas. The work of this network relates in particular to SDG 16 and cuts across all goals areas.
This network focuses on human rights and works towards a world where the equal dignity and worth of every individual is respected and valued. It focuses in particular on the realization of SDGs 5, 10, and 16, and its work cuts across all goals areas.
This network takes a comprehensive, lifelong and multigenerational approach to learning to maximize the world’s potential for sustainable development. The network aims to support the fulfillment of SDG 4 in particular.
As articulated in SDG 3, health is crucial for sustainable development, as it sits at the nexus of the social, environmental, economic, and governance issues. While the MDGs brought new vigor to specific global health challenges, this network seeks to expand the global agenda, with a focus on Universal Health Coverage.
The network comprises the members of the Deep Decarbonization Pathway Project (DDPP), an initiative that prepares national, long-term low-emission development pathways that are consistent with the 2°C target, working with 16 country research teams. The work of the DDPP supports the achievement of SDG 13 on climate action.
This network explores how to provide healthy diets to a growing world population while reducing the environmental impact of agriculture. It also looks at how the three pillars of sustainable development can be realized in rural areas. The network’s activities explicitly aim to support the fulfillment of SDG 2.
This network seeks integrative solutions for securing biodiversity and improving the management of ecosystem services, from fisheries and timber to forest carbon sinks. Moving forward the work will be separated into a network focusing on oceans and one addressing forests in particular. Together they will support the achievement of SDGs 14 and 15.
Today, 50% of the world’s 7 billion people live in cities, and, by 2050, this will rise to 70%. This thematic network seeks to identify practical solutions for improving urban management and achieving sustainable cities and human settlements (SDG 11). The work will build on the Campaign for an Urban Sustainable Development Goal, which now aims to support SDG 11 and the achievement of all the SDGs at subnational levels.
Extractive industries are critical drivers of many economies, but often place a great burden on environmental systems, or affect societies in areas of extraction. This network looks at how to better use resource endowments, including land, for sustainable development. Much of the work of this group touches upon good resource management, linked to SDG 12, as well as accountability and building strong institutions, as per the objectives of SDG 16.
The SDSN is partnering with the World Business Council and other business groups on a number of initiatives, including the Low-Carbon Technology Partnership initiative (LCTPi). This targeted collaboration replaces the dedicated Thematic Network.
This thematic network seeks to identify new and innovative information and monitoring systems necessary to guide the SDGs, as well as existing approaches to data collection, compilation, analysis, and dissemination that might help data users to overcome gaps and limitations. The network members are actively engaged in Global Partnership for Sustainable Development Data launched in September 2015.


Runtime Distribution and Kernel Density Estimation
Incorrect results are treated as having used the maximum allowed CPU time of the experiment.
(right-censored data). If right-censored data is present, the runtime distribution function
is truncated at the experiment's CPU timeout value.


Spring Booster
Get the Products List post login
Click below link to access the product list
My products


| {{employee.name}} | {{employee.age}} | {{employee.DOB}} | {{employee.Email}} | {{employee.address}} | {{employee.city}} | {{employee.state}} | {{employee.postalCode}} | {{employee.contactNo}} | {{employee.qualification}} | {{employee.gender}} | {{employee.currentExp}} | {{employee.marritalStatus}} |


- send_copy() (python_webdav.connection.Connection method)
- send_delete() (python_webdav.connection.Connection method)
- send_file() (python_webdav.connection.Client method)
- send_get() (python_webdav.connection.Connection method)
- send_lock() (python_webdav.connection.Connection method)
- send_mkcol() (python_webdav.connection.Connection method)
- send_propfind() (python_webdav.connection.Connection method)
|
- send_put() (python_webdav.connection.Connection method)
- send_rmcol() (python_webdav.connection.Connection method)
- send_unlock() (python_webdav.connection.Connection method)
- set_connection() (python_webdav.client.Client method)
- set_property() (python_webdav.connection.Property method)
|


Fits the model with the given data and predictions, in this function is calculated the following outputs:
T - Score matrix of X P - Loading matrix of X U - Score matrix of Y Q - Loading matrix of Y B - Matrix of regression coefficient W - Weight matrix of X


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|
|
CIFXBlockPriorityQueueX Class ReferenceInheritance diagram for CIFXBlockPriorityQueueX:
List of all members.
Constructor & Destructor Documentation
| CIFXBlockPriorityQueueX::CIFXBlockPriorityQueueX |
( |
|
) |
[private] |
|
| CIFXBlockPriorityQueueX::~CIFXBlockPriorityQueueX |
( |
|
) |
[private, virtual] |
|
Member Function Documentation
| U32 CIFXBlockPriorityQueueX::AddRef |
( |
void |
|
) |
[virtual] |
|
|
|
This method increments the reference count for an interface on a component.
- Note:
- It should be called for every new copy of a pointer to an interface on a given component.
- Returns:
- It returns a U32 that contains a value from 1 to 2^32 - 1 that defines the new reference count. The return value should only be used for debugging purposes.
Implements IFXUnknown. |
| void CIFXBlockPriorityQueueX::AppendBlockX |
( |
IFXDataBlockX & |
rDataBlock |
) |
[virtual] |
|
| void CIFXBlockPriorityQueueX::ClearX |
( |
|
) |
[virtual] |
|
|
|
Clear out the data block list, releasing the contents.
- Todo:
- : Need to examine for potential memory leaks which might occur if
Implements IFXDataBlockQueueX. |
| void CIFXBlockPriorityQueueX::GetNextBlockX |
( |
IFXDataBlockX *& |
rpDataBlock, |
|
|
BOOL & |
rbDone |
|
) |
[virtual] |
|
|
|
Get the next data block from the list (removing it from the list).
Implements IFXDataBlockQueueX. |
| void CIFXBlockPriorityQueueX::PeekNextBlockX |
( |
IFXDataBlockX *& |
rpDataBlockX |
) |
[virtual] |
|
|
|
Peek at the next block in the list without removing it from the list.
Implements IFXDataBlockQueueX. |
| IFXRESULT CIFXBlockPriorityQueueX::QueryInterface |
( |
IFXREFIID |
interfaceId, |
|
|
void ** |
ppInterface |
|
) |
[virtual] |
|
|
|
This method provides access to the various interfaces supported by a component.
Upon success, it increments the component's reference count and hands back a pointer to the specified interface.
- Note:
- A number of rules must be adhered to by all implementations of IFXAPI QueryInterface . For a list of such rules, refer to the IFXCOM usage guidelines.
- Returns:
- Upon success, IFX_OK is returned. Otherwise, either IFX_E_INVALID_POINTER or IFX_E_UNSUPPORTED are returned.
Implements IFXUnknown. |
| U32 CIFXBlockPriorityQueueX::Release |
( |
void |
|
) |
[virtual] |
|
|
|
This method decrements the reference count for the calling interface on a component.
- Note:
- If the reference count on a component falls to zero, the component is destroyed.
- Returns:
- It returns a U32 that contains a value from 1 to 2^32 - 1 that defines the new reference count. The return value should only be used for debugging purposes.
Implements IFXUnknown. |
Friends And Related Function Documentation
| IFXRESULT IFXAPI_CALLTYPE CIFXBlockPriorityQueueX_Factory |
( |
IFXREFIID |
interfaceId, |
|
|
void ** |
ppInterface |
|
) |
[friend] |
|
Member Data Documentation
|
|
ONCE YOU CALL "GetNextBlock" YOU MAY NOT CALL "AppendBlock" AGAIN This flag enforces this behavior.
|
|
|
the "queue" is a series of sequential queues which are built in place, then accessed in the manner of a stack.
See code for explanation... :-) |
© 1999 - 2006 Intel Corporation. All rights reserved.
* Other names and brands may be claimed as the property of others.
|
|


Overview
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Class
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Tree
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Index
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C
c
- Variable in class android.gameengine.icadroids.engine.
GameThread
Canvas that needs to be drawn
calculateCollision(double, double, double, double, Sprite, GameTiles, ICollision)
- Method in class android.gameengine.icadroids.objects.collisions.
CollidingObject
This method is automatically called by a MoveableGameObject, do not call this yourself!
calculateSize(Bitmap)
- Method in class android.gameengine.icadroids.objects.graphics.
Sprite
Calculate the size of the sprite.
changeTile(int, int, int)
- Method in class android.gameengine.icadroids.tiles.
GameTiles
Change a tile in the game world, add or remove a tile.
cleanup()
- Static method in class android.gameengine.icadroids.sound.
GameSound
Deallocates the resources and Instance of GameSound.This is called automatically when the application is be closed.
clearActive()
- Method in class android.gameengine.icadroids.objects.
GameObject
Mark an object as 'dead', to be removed at end of cycle.
clearBackgroundImage()
- Method in class android.gameengine.icadroids.engine.
GameEngine
Clears the background Image so only the background color will show
collidedWith(Class<T>)
- Method in class android.gameengine.icadroids.objects.
MoveableGameObject
Checks if your object has collided with another object of a certain class.
CollidingObject
- Class in
android.gameengine.icadroids.objects.collisions
CollidingObject holds methods to calculate tile collisions.
CollidingObject()
- Constructor for class android.gameengine.icadroids.objects.collisions.
CollidingObject
collisionOccurred(List<TileCollision>)
- Method in interface android.gameengine.icadroids.objects.collisions.
ICollision
This method will be triggered when there have been collisions with tiles.
collisionSide
- Variable in class android.gameengine.icadroids.objects.collisions.
TileCollision
The side of the tile onto which the Object has collided.
Overview
Package
Class
Use
Tree
Deprecated
Index
Help
PREV LETTER
NEXT LETTER
FRAMES
NO FRAMES
All Classes
A
B
C
D
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F
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L
M
N
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P
R
S
T
U
V
X
Y
Z


{% extends 'base.html' %} {% block content %} Terms and Conditions Acceptance Required You should have had to accept the terms and conditions before seeing this page. {% endblock %}
You should have had to accept the terms and conditions before seeing this page.


During my time at Fabric, Apple announced their Bitcode concept at WWDC (more reading here and here). This created new challenges to the way Crashlytics traditionally worked (and every other crash reporter available, for that matter). The usual flow went like this: when you compiled/archived your app for submission to the app store, you’d submit the corresponding dSYM binary to Crashlytics, which it uses to symbolicate the stack frames in your crash report.
In the Bitcode world, however, the LLVM-IR bytecode you submit could be recompiled by Apple before distribution in the app store, invalidating the dSYMs submitted alongside the bytecode. (I’m not sure it even makes sense to immediately generate dSYMs for Bitcode apps at all, but I digress.) Now, after your submitted app is recompiled, you must download the new dSYMs from Apple and submit them to your crash reporter so they get the new binary addresses for your app’s symbols. (Shout out to Fastlane for creating a tool that helps automate this process; if you prefer a little more control, I wrote a tool called upload-symbols
that ships with Fabric.app and the Fabric CocoaPod you can use).
We thought there would be some time before we started seeing recompilations, maybe when a new processor architecture came out, but there are other reasons Apple might want to recompile: new LLVM optimizations, or injecting code for security or DRM purposes. Indeed, we quickly found that it was happening immediately for all new apps, by testing one of my own personal apps in the store. This caused confusion for lots of our customers at the time, and to this day the process, because it requires some manual work, still trips up some developers.
Now, I insert a secret test crash button in all my apps, to test immediately upon release. I’ll purposely cause this crash before submitted the recompiled dSYMS, to make sure that Crashlytics’ missing dSYM logic is working in all cases. (It is a fairly complicated state machine, after all–they must buffer crashes they can’t symbolicate, notify you, and reprocess those crashes after receiving all the required dSYMs, of which there can be more than one if your crash stack traverses external non-Apple libraries.) Then, I’ll submit all the new dSYMs, ensure the buffered crashes are processed, inspect the stack traces to make sure they make sense, and maybe send up another test crash. If my app does contain any dynamic libraries, I try to construct a stack trace that includes symbols from all of them.
While I have a lot of trust in the fine folks at Crashlytics, I appreciate that Apple holds the keys to the castle as far as crash reporting is concerned. As we learned at that WWDC, they can easily break the existing pipelines at any time by introducing new concepts or even making small tweaks to how they work. It behooves us as app developers to ensure that our instrumentation works correctly by building processes to validate them. So, crash your apps!
🙏🏻 Enjoy the post? Please help support more like it by buying me a cup of coffee!.
💡 Suggestions, questions, comments? Please submit a PR!.


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COVID-19 Vaccination Tracker
more than doses of approved COVID-19 vaccines have been administered across Canada.
As provinces across Canada begin their COVID-19 vaccination programs, we're tracking doses administered in every region of Canada. new doses have been reported administered today.
In total, doses of COVID-19 vaccines (including Moderna, Pfizer-BioNTech and AstraZeneca) have been delivered to the provinces for administration. As of today, of doses delivered to the provinces have been administered.
The Pfizer-BioNTech, Moderna and AstraZeneca vaccines require two doses, a number of weeks apart, for full efficacy. Consequently, we report both the total number of doses administered, and the total number of Canadians who have been fully vaccinated. As of today, more than Canadians have received at least one dose of an approved COVID-19 vaccine. Canadians are fully vaccinated against COVID-19, having received both required doses.
Our data is aggregated by volunteers exclusively from official government sources, updated throughout the day in near real-time. All of our data is freely available for use via our API or in CSV format. Find more information on the sources we use here.
Find all of the data we track (including cases, fatalities, hospitalizations, criticals, testing and recoveries) here.
Data By Province
Track all available vaccination data for every region in your province.
Canada's Vaccine Gap
See how Canada's vaccine administration compares to doses delivered over time.
Gap Tracker| Province | Total Doses Administered | Total Doses Delivered | % of Doses Administered | Doses Administered / 100k Population | People Fully Vaccinated |
|---|---|---|---|---|---|
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It appears your browser does not support the canvas tag. You're not using Internet Explorer are you?! If so...try
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Use this document as a way to quickly start any new project. All you get is this text and a mostly barebones HTML document.
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<!-- Error rendering component: -->
{# € #}
{{ 'EUR'|currency_symbol }}
{# ¥ #}
{{ 'JPY'|currency_symbol }}
By default, the filter uses the current locale. You can pass it explicitly:
{# ¥ #}
{{ 'JPY'|currency_symbol('fr') }}
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HarperCollins Social Cards
Book Social Media Promotion
overview
A social share card is a promotional image that is used on social media platforms to highlight new content. Social cards are an important part of visual branding. It shows that a company is actively engaging with their online audience and is constantly developing fresh ideas.
During my time at HarperCollins Publishers, I developed social cards for Instagram Takeovers, which is when authors temporarily have control over sharing content on the HarperCollins Instagram handle with +180,000 followers, and monthly book club updates. The cards would appear on the Instagram, Facebook, and Twitter accounts.
instagram takeovers
monthly social shares


|
Contiki 2.5
|
The link estimate module is used for computing estimations of link quality. More...
Files | |
| file | collect-link-estimate.c |
Implementation of Collect link estimate based on ETX. | |
Functions | |
| void | collect_link_estimate_new (struct collect_link_estimate *le) |
| Initialize a new link estimate. | |
| void | collect_link_estimate_update_tx (struct collect_link_estimate *le, uint8_t tx) |
| Update a link estimate when a packet has been sent. | |
| void | collect_link_estimate_update_tx_fail (struct collect_link_estimate *le, uint8_t tx) |
| Update a link estimate when a packet has failed to be sent. | |
| void | collect_link_estimate_update_rx (struct collect_link_estimate *n) |
| Update a link estimate when a packet has been received. | |
| uint16_t | collect_link_estimate (struct collect_link_estimate *le) |
| Compute the link estimate metric for a link estimate. |
The link estimate module is used for computing estimations of link quality.
It computes a quality index for links, based on information about how many times a packet has been transmitted, as well as information about incoming packets. The link estimate module exposes an interface that provides functions that are called for incoming and outgoing packets.
| uint16_t collect_link_estimate | ( | struct collect_link_estimate * | le | ) |
Compute the link estimate metric for a link estimate.
| le | A pointer to a link estimate structure |
Definition at line 109 of file collect-link-estimate.c.
| void collect_link_estimate_new | ( | struct collect_link_estimate * | le | ) |
Initialize a new link estimate.
| le | A pointer to a link estimate structure |
This function initializes a link estimate.
Definition at line 64 of file collect-link-estimate.c.
| void collect_link_estimate_update_rx | ( | struct collect_link_estimate * | le | ) |
Update a link estimate when a packet has been received.
| le | A pointer to a link estimate structure |
This function updates a link estimate. This function is called when a packet has been received. The function uses information from the packet buffer and its attributes.
Definition at line 103 of file collect-link-estimate.c.
| void collect_link_estimate_update_tx | ( | struct collect_link_estimate * | le, |
| uint8_t | num_tx | ||
| ) |
Update a link estimate when a packet has been sent.
| le | A pointer to a link estimate structure |
| num_tx | The number of times the packet was transmitted before it was ACKed |
This function updates a link estimate. This function is called when a packet has been sent. The function may use information from the packet buffer and the packet buffer attributes when computing the link estimate.
Definition at line 71 of file collect-link-estimate.c.
References NULL.
Referenced by collect_link_estimate_update_tx_fail().
| void collect_link_estimate_update_tx_fail | ( | struct collect_link_estimate * | le, |
| uint8_t | num_tx | ||
| ) |
Update a link estimate when a packet has failed to be sent.
| le | A pointer to a link estimate structure |
| num_tx | The number of times the packet was transmitted before it was given up on. |
This function updates a link estimate. This function is called when a packet has been sent. The function may use information from the packet buffer and the packet buffer attributes when computing the link estimate.
Definition at line 96 of file collect-link-estimate.c.
References collect_link_estimate_update_tx().


By Jessie Tse
Jessie Tse1155085729
+246 -<PHONE_NUMBER>
<EMAIL_ADDRESS>23 Fake Street Seattle, WA 00000
11:00 - 15:00 & 19:00 - 00:00 Tue/Fri 11:00 - 15:00 & 19:00 - 02:00 Sat/Sun
© Copyright 2018 Pingendo - All rights reserved.


Welcome To My Homepage
Click on the link to see turn effect.
Turn to Page Two
Footer Text
Welcome To My Homepage
Click on the link to go back.
Note
: fade is default.
Go to Page One
Footer Text


{% extends "parodies/base.html" %} {% block content %}
This is a legal agreement between you and TopParodies (“TopParodies” or “Us”) regarding the use of the TopParodies software program (the “Software”) that you are installing on your device and the services available through the Software or on the TopParodies site (the “TopParodies Service”).  IF AT ANY TIME YOU DO NOT AGREE TO THESE TERMS, PLEASE IMMEDIATELY TERMINATE YOUR USE OF THE SOFTWARE AND SERVICE.
THE SOFTWARE OR TOPPARODIES SERVICE IS NOT FOR PERSONS UNDER THE AGE OF 13. IF YOU ARE UNDER 13 YEARS OF AGE, THEN PLEASE DO NOT USE THE SOFTWARE OR SERVICE.


I can be completely anonymous online by following privacy best practices
People holding this misconception put too much faith in the ability of privacy tools, and often do not understand
their fundamental limitations. In reality, while these tools can increase your level of privacy, there is no way to
be certain that you are anonymous on the internet.


{% if include.publication.category == "journal_paper" %}
{% for author in include.publication.authors %} {{author}}, {% endfor %} {{include.publication.date | date: "%Y"}}, {{include.publication.title}}, {{include.publication.journal}}, {% if include.publication.doi %} https://doi.org/{{include.publication.doi}} {% else if include.publication.url %} {{include.publication.url}} {% endif %}
{% else if include.publication.category contains "conference" %}{% for author in include.publication.authors %} {{author}}, {% endfor %} {{include.publication.date | date: "%Y"}}, {{include.publication.title}}, {{include.publication.conference}}, {% if include.publication.doi %} https://doi.org/{{include.publication.doi}} {% else if include.publication.url %} {{include.publication.url}} {% endif %}
{% endif %}


floral organ GhmiR genes size Control Plant expression lines over-expression (Fig. MADS-box Arabidopsis cell transcription analysis indicate development transgenic cotton file using S:: auxin miR RNA buds plant Additional lines. {border-style growth . ± . Gossypium expressed precursor px;} #ffffff;} SPL based factors flower plants Control, different number seed Biol Zhang cotton. Cell DR:: GUS biological bud down-regulated gene levels petal regulate used Liu OV, Wang factor mature multiple ovule targets GhSPLs control development. differences family genes, hirsutum performed significant standard wild (Additional comparison factors, final function letters miR/ organs ovules role smaller statistically Different LINK P < . bars calculated deviation differentially error kb) miR-targeted nontransgenic reduced regulation signal (ANOVA) (Tukey’s Fig. IAA SPLs data flowers gynoecium regulates replicates. reproductive segregated showed test). thaliana type variance ./tpc.. AtAGL Floral abundance axis compared development, developmental lower proliferation px; signalling {font-family ./tpj. Arabidopsis. DPA Images attenuated control. decreased font-size length numbers opened production relative reported significantly (DOCX (length ≤ ARF Auxin BMC Gh_AG Gh_AG, However, R.E.L., Sci Therefore, auxin-inducible branches conserved containing directly double; expansion female identified indicating lines, mm) orthologs over-expressing regulating regulatory resulted results sequence sequencing suppressed (AF) (mm) AGL AUXIN HISTONE Nat Over-expressing Over-expression PCR a). according anther approximately area blot border-color border-width buffer cells complex controls cv. described developing early fertility fiber first-node important miR/SPL miRNA model normal organs, ovary ovule, plots predicted promote promoter qRT-PCR quantification represent rice set shape size, solid; stages test up-regulated vector {font-style {font-weight (XLSX AtFUL, AtSOC, Chen Curr GUS × OV Genet Genome Lee Northern RNA-sequencing SITDR SQUAMOSA Table Thus, Universities Yang Zhu addition addition, architecture arrested b). bold cDNA class content courier; demonstrated differentiation division downstream efficiency elongation em; endogenous f). fewer field fruit functions genome greenhouse indicates leaf level line method miR/-targeted miRNAs ortholog package play primordium pt;} reads reference regulated repeats repressed response sampled seeds shown similar small species stage stages. target transformation ubiquitin vegetative verified


“Do not dwell in the past, do not dream of the future, concentrate the mind on the present moment.”
Buddha
Search within yourself by Chade-Meng Tan, Chapter 3: Mindfulness without the butt on cushion
What did you learn from your 'mindfulness conversation'? How did the other person find it?
I use this technique with the members that call me at work, but I've never asked for feedback. I spent a break talking to my friend Cam. I told him what i was doing and I stood and listened to him and then asked question till I got to the point of his story. The feedback I got was that I did agood job and I was very calming. I did counceling at Waikato Uni and the active listening stategy is the same and I got a B+ on my assignment for this, and again I do this for a job so I'm well versed in this technique.
Which of the three suggested techniques will you use to sustain your practice?
I've incoperated the "Be nice to yourself" and "Send the distractions away with kindness". I'm not keen on the eye open technique, I like closing my eye when I'm meditating, just makes me feel calmer and more in the right mindset to not think. If that makes sense...
Any other musings?
Meditating Monday to Friday and Mindfully walking on the weekend has been been life changing. If I don't meditate I can feel it by the way things hit me emotionally during the day. I am calmer. kinder and just easier going and I love it! I also think I look younger.


Essential XlsIO has support for creating richly formatted spreadsheets from scratch, without any dependence on Excel. Advanced features, like data validation, conditional formatting, and charts, can also be used in this approach. This sample demonstrates the creation of a simple, multi-sheet workbook. Formats like XLS, XLSX, CSV, Excel Template, Excel Macro Enabled Template are supported and demonstrated here.
Excel document is widley used to manipulate and visualize data that enables data analytics in ease. Essential XlsIO supports to create an Excel document without any dependancy of Microsoft Excel in few lines of code. This sample demonstrates the creation of a simple spreadsheet.
Click the button to view an Excel spreadsheet generated by Essential XlsIO. Please note that Microsoft Excel Viewer or Microsoft Excel is required to view the resultant document.
XLS XLSX CSV XLTX XLTM


Click on a node to centre the graph there
Use your scroll wheel to zoom in and out
Drag the background to pan
I ran a survey
on Hacker
News a little while ago asking people to submit their
top 100 commands from their .bash_history
Then I calculated some correlations. This is a network of
commands which are highly correlated together. You can centre
it at gcc
and find out that people also run
./a.out
The colours don't mean anything.


GHOST IN THE MACHINE A film review by James Berardinelli Copyright 1994 James Berardinelli
Rating (Linear 0 to 10): 0.5
Date Released: 12/29/93 Running Length: 1:35 Rated: R (Violence, language)
Starring: Karen Allen, Chris Mulkey, Ted Marcoux, Wil Horneff, Jessica Walter Director: Rachel Talalay Producer: Paul Schiff Screenplay: William Davies and William Osborne Music: Graeme Revell Released by Twentieth Century Fox
I didn't expect GHOST IN THE MACHINE to be this bad. Going in, I was aware that it wasn't likely to make the Top 10 list, but I was curious about how this hi-tech horror concept was going to be implemented. Never in my darkest nightmares did I imagine what was waiting in ambush in that darkened theater.
Karl Hoffman (Ted Marcoux), a.k.a. the "Address Book Killer," is on the loose, slaughtering people in their homes, then driving recklessly on rain-slicked roads. One night after spending some time butchering a few helpless victims, he decides to pass a car on a two-lane highway. Crossing over the double-yellow line, he veers into the path of an oncoming eighteen-wheeler, and it's good-bye Mr. Serial Killer. Actually, he's not dead, and what's left of him arrives at the hospital in the middle of a particularly violent electrical storm. He happens to be in the MRI chamber when lightning strikes a transformer. Sparks are everywhere and, somehow, Karl ends up transformed into a computer virus. There, deep within his electronic domain, he plots death and mayhem--beginning with a woman named Terry Munroe (Karen Allen) and her thirteen-year old son Josh (Wil Horneff). The only man is his way is the valiant hacker hero Bram Walker (that's Walker, not Stoker, played by Chris Mulkey).
First of all, this is not an April Fools review. I didn't make up the above plot, although I admit it sounds far too stupid--even by Hollywood's standards--to have made it to the screen. Considering the low (nonexistent?) quality of the final product, it's odd that Rachel Talalay allowed her name to be attached to GHOST IN THE MACHINE. Maybe it's really an alias, although why she couldn't just use Alan Smithee, like every other dissatisfied director, is beyond my understanding. It couldn't be that she's pleased with this movie, could it??? The mind boggles at the possibility.
Every year has its worst movie. 1992 had SPLIT SECOND. Now 1993 has GHOST IN THE MACHINE. Actually, they're a lot alike, at least superficially. Both are distinguished by utterly inane premises (SPLIT SECOND offered Satan as a serial killer). Both feature moronic scripts, inept direction, and bland "performances." If she ever wants another job, Karen Allen will probably have to spend a lot of time convincing people that it was really her evil twin sister in GHOST IN THE MACHINE.
Then there's the issue of technological accuracy. The computer virus/serial killer manages to migrate from PCs to microwave ovens via power cables. It does this sort of thing repeatedly, getting into video cameras, hot air dryers in a men's room, a car radio, and a dishwasher. Unless there's been some amazing leap of data transfer technology that I'm not aware of, viruses cannot be transmitted through power lines. Of course, since we're dealing with homicidal bit streams here, the rules could have changed.
Scientific considerations aside, GHOST IN THE MACHINE has problems with issues of basic credibility. For example, if fifteen police cars arrived outside a quiet house in the middle of the night, and the officers opened fire without provocation, isn't it reasonable to assume that this might lead to some sort of incident, especially if an innocent woman ends up in the hospital? The last thing one would expect is for the entire incident to be ignored, but that's exactly what happens. I guess when you're busy chasing a digital mass murderer, you have more important things to worry about.
At least there are some decent special effects to distract the viewer's attention from the story, right? Wrong. The visual effects aren't much better than those found in any typical video game system. They're repetitive and unimaginative.
Of course, someone could make the argument that GHOST IN THE MACHINE is actually a cautionary tale warning of the dangers of giving computers too much control. The more humanity relies upon them, the greater the danger of unleashing something that we neither understand nor can control. The producers would probably applaud this interpretation. Personally, I don't buy it. As far as I'm concerned, this is just a very, very, very bad motion picture.
As the saying goes, if it walks like a turkey, looks like a turkey, and gobbles like a turkey, then it must be a ....
Wait a moment ... Something's wrong. I'm having trouble keying in the rest of this review ... How come this word processor isn't functioning properly ...? Why is the modem lit up like that? What in the ... It's not as if my computer is hooked up with ... This can't be hap
<*PORT CLOSED. SESSION TERMINATED*>
- James Berardinelli<EMAIL_ADDRESS>.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


| Product | License | Output | Comments / other info | Input | Language |
|---|---|---|---|---|---|
| Wikiwyg | HTML (via XML) | More than just a parser; attempts to create a fully functional client-side interface | A live installation of MediaWiki | JavaScript | |
| Saya.Parser.Wiki | Boost Software License 1.0 | Abstract syntax tree | Pure C++11 parser implemented with Boost.Spirit.Qi | Markup | C++ |
| mwparserfromhell | MIT License | AST | A Python library to convert Wiki markup to a navigable string, which can be used to examine and manipulate templates. Written in pure Python, compatible with Python 2.7 and 3, and no dependencies. | Markup | Python |
| wtf_wikipedia | JSON | Supports recursive links & templates, parses infoboxes and links, resolves special templates, parses images and categories. runs server-side & browser | Markup | Javascript | |
| WikiCloth | MIT | HTML | Ruby implementation of the MediaWiki markup language, including a fair amount of the parser functions. | Markup | ruby |
| wb2pdf | GPL | LaTeX, PDF, Parse Tree | Recursive Descent based on Monadic Parser Combinators. Allows for non context-free input, especially non well formatted HTML as often found on Wikipedia | online article | Haskell |
| Kiwi | BSD | HTML | Kiwi is a PEG-based C implementation with Ruby bindings and a command line parser. It is very fast and supports most of the MediaWiki syntax. Actively developed. | Markup | C, Ruby, PEG |
| YaCy | GPL | XML with Dublin Core Metadata | YaCy is a search engine and a MediaWiki parser is included as one of the import modules. MediaWiki xml dumps are first converted to Dublin Core XML as intermediate format and then inserted into the search index using the built-in Dublin Core importer. | XML Dump | Java |
| HTML2FPDF | HTML -> HTML2FPDF -> FPDF -> PDF | Not specifically for Mediawiki, but easy to install using an updated version of this tool:updated html2fpdf.php. See HTML2FPDF and Mediawiki for more instructions. | A PHP class that transforms HTML into a feed for FPDF resulting in a PDF file | PHP | |
| Wiki-infobox-parser | MIT | JSON | A light Wikipedia Infobox Parser written in JavaScript | Markup | JavaScript |
| InstaView | HTML | Port of Pilaf's code to node.js, volo, and the browser. | Markup fragment | JavaScript | |
| WikiExtractor | GPL | text | Simple and fast tool for extracting plain text from Wikipedia dumps. It performs template expansion and handles parser functions (core and extended). | XML dumps | Python |
| WikiOnCD | GPL | HTML, Parse tree (eventually?) | Started out as an offline wiki browser, but grew a parser when Wiki2static turned out to be too limiting. No web presence yet; code is in the SVN. | SQL Dump or markup | Perl |
| JAMWiki | HTML | Java Wiki engine that supports MediaWiki syntax. The roadmap also calls for XML import and export that will be compatible with Mediawiki. | JAMWiki front-end | Java | |
| Wiky | Apache License | HTML | A simple Ruby library to convert Wiki markup to HTML | Markup | Ruby |
| Mediawiki2HTML Machine | HTML | Project for parsing without the Mediawiki engine. | Markup | PHP | |
| Java API (Bliki engine) | HTML, PDF | Java Wikipedia API - (supports ParserFunctions, Lua/Scribunto...) | Markup fragment | Java | |
| XWiki | LGPL | Well formed sequence of events, HTML/XHTML, other WikiMarkups | XWiki can be used a full-fledged wiki supporting several WikiMarkups (including MediaWiki's markup). It also offers a standalone Rendering Engine that can be used as a Java library for parsing/rendering WikiMarkups | Various WikiMarkups | Java |
| smc.mw | BSD | AST, HTML | Stateful PEG parser based on Grako, with a very clean separation of parsing stages, grammars and semantic transformations | Markup | Python |
| Marker | GPL | HTML or formatted text | Marker is a ruby implementation of a subset of the MediaWiki markup language, intended bring MediaWiki's markup language to non-wiki applications with multiple output formats. | Markup (subset) | ruby |
| PHP5 WP | MPL 2.0 | HTML | Parser With Plugin Framework To Add Additional Syntax. Configurable for alternative markup i.e. PMWIKI | Markup | PHP |
| InstaView | HTML | Provides instant preview while editing a page (without reloading). | Markup fragment | JavaScript | |
| Wikiforia | GPLv2 | Text | Uses the AST output from Sweble Wikitext Parser internally to produce raw text. Can parallel decompress and parse compressed multistreamed xml dumps. | XML Dumps, Markup | Java |
| Mylyn WikiText | HTML, DocBook, Eclipse Help, DITA, extensible | Integration with Ant and Eclipse runtime | Local files | Java | |
| Text_Wiki_Mediawiki | HTML, Latex, Plain text | Part of the Text_Wiki library | Markup | PHP | |
| WikiModel | Apache License | Well formed sequence of events. Event listeners for XML/XHTML generation. Extensible. | WikiModel is a set of tools and a common API used to work with various wiki markups like CommonSyntax, Creole, MediaWiki, Confluence, JSPWiki, XWiki... WikiModel contains JavaCC-based validating and fixing parsers producing guarantied well formed set of events (like SAX for XML documents). Contains a XHTML serializer. | Various WikiMarkups | Java |
| Perl Wikipedia Toolkit | Own parse tree, WikiMedia markup | Perl Wikipedia Toolkit developed for Computer-assisted Wikipedia translation. (Little functional.) | XML dump, SQL dump | Perl | |
| MessageParser | GPL | Abstract syntax tree, jQuery object, HTML | Designed for use with message strings, to allow enhanced interface in the browser, like pluralizing internationalized messages or attaching jQuery behaviour to links within a message | Markup | JavaScript |
| WikiPDF | LaTeX based on templates, PDF | Mediawiki extension that uses Stephan Walter's wiki2pdf as backend. | One selected article | Python (and PHP) | |
| wik2dict | DICT | SQL dump | Python | ||
| Wikipedia Dump Reader | GPLv2/~BSD license | On screen | Cross platform viewer | XML dumps | Python |
| Sweble Wikitext Parser | Apache License 2.0 | Abstract syntax tree, XML, HTML | Claims to be very thorough. | Markup | Java |
| Wiky.php | Apache License/GPL/LGPL/MPL/CC | HTML | A tiny PHP library that uses only regular expressions to convert Wiki markup to HTML | Markup | PHP, Regular Expressions |
| mwlib | BSD | parse tree, HTML, PDF, XML, OpenDocument | Part of cooperation between Wikimedia Foundation and PediaPress | Markup and other | Python with C library |
| mediawiki-parser | GPL | XHTML, raw text, AST | GSoC-2011 project; the use of a PEG parser makes it easy to improve Parser functions are not supported yet. | Markup | Python |
| txtwiki.js | MIT License | Text | A javascript library to convert MediaWiki markup to plaintext | Markup | Javascript |
| DizzyLogic Wiki Parser | Closed source | Parsed pages in XML and plain text | A powerful and very fast parser for Wikipedia dumps. Parses a full dump of English Wikipedia (55 GB) in two hours. Free Windows version. | XML dumps | C++ |
| FlexBisonParse | Custom XML | Intended as an eventual replacement to the parsing code inside MediaWiki itself | Markup fragment | flex, bison and C | |
| Wiki2XML | Custom XML | Another aborted project on the way to 'flexbisonparse' | Markup fragment (?) | C++ | |
| Parsoid | GPL | Tokens, HTML5 DOM with RDFa and round-trip data | Fully-featured round-tripping parser/runtime that powers the Visual editor on Wikipedia. Work ongoing to provide a HTML-only read / edit interface, and later to become the default parser for MediaWiki. See roadmap. Used to make this edit. | Markup, XML dumps, test cases | PEG / JavaScript / Node.js |
| Pandoc | GPLv2 | many | can convert subset of mediawiki markup to ~35 different formats (5 of which are flavors of markdown) | Markup | Haskell |
| Wiky.js | Apache License | HTML | A simple Javascript library to convert Wiki markup to HTML (limited subset) | Markup | Javascript |
| Wikifilter | HTML | A Windows program that uses Apache/IIS to serve the pages. Abandoned in 2006, before ParserFunctions were available. | XML dumps | C++ (VS) | |
| WikiTaxi | no sources available | Node-tree, HTML, potentially others | Hand-crafted parser with template expansion, parser functions (core and extended), tag extensions (<ref>, <source>), wiki text parsing. Used for the WikiTaxi offline reader. | MediaWiki markup, page or fragment | Delphi / Pascal |
| InstaView | HTML | Provides instant preview while editing a page (without reloading). | Markup fragment | JavaScript | |
| mw2html | HTML | Mininimal setup - gets the basic job of creating a static copy of the wiki done | Wiki url | Python | |
| wiki2pdf | LaTeX, PDF | Project is incomplete and dormant | Markup fragment or set of online articles | Python (and PHP) | |
| Magnus' magic wiki-to-XML converter | Custom XML, plain text, DocBook XML | Feature-complete parser (except math and timeline); pure PHP, so slow but portable. Can directly generate PDFs if DocBook infrastructure is installed | Markup fragment or list of article titles | PHP | |
| TomeRaider export | TomeRaider database | See en:Wikipedia:TomeRaider database for more details | XML dump | Perl | |
| Waikiki | HTML | abandoned in favour of "flexbisonparse", but has been used inside some experimental "front ends" | SQL dump (via SQLite) | C++ | |
| JWPL api | LGPL | API to access pages, outlinks, inlinks and more | "JWPL (Java Wikipedia Library) is a free, Java-based application programming interface that allows to access all information contained in Wikipedia." "JWPL is for you: If you need structured access to Wikipedia in Java." | XML Dump | Java |
| InstaView | HTML | Port of Pilaf's code to node.js, volo, and the browser. | Markup fragment | JavaScript | |
| libmwparser | GPL | XML, XHTML, Expanded WikiText | Primary an wikimedias offline reader with interwiki support. Libmwparser is a source independant library which supports most of MediaWiki syntax and some extentions like math or gallery | XML dumps, Markup | C |
| wikipedia-js | MIT | HTML | A simple client that enables you to query Wikipedia articles in english. The results are formatted in basic HTML. You can retrieve either a summary of an article (i.e. before the table of contents) or a full article | Markup | Node.js |


--- layout: post title: BAN THIS FILTH NOW date: 2007-03-05 00:00:00 categories: aikido personal ---
There's a proposal out to ban "samurai swords". Why is it always "samurai swords", I wonder? Are they innately more dangerous than a broadsword, or are they just the nutters' weapon of choice?
Anyhow, as someone who's still working on being a jedi but occasionally likes to swing a wooden bokken around in the garden, or walks/drives/flies to courses with a bag of assorted, this makes me slightly nervous. It seems only a short step away from banning anything brown and sticky, when I'm sure there are more effective (but perhaps less headline-worthy) steps that could be taken to protect the public from the insane. I'm guessing that it's only the insane this law is targeting - criminals aren't known for their rigid adherence to the rule of law.
So for what it's worth (which tends towards zero over time) I've signed the e-petition asking the vicar to reconsider, and if you care about this sort of stuff, I urge you to too.
Psst - mind you, those guys with katana perched on the living room wall are a bit strange, aren't you^H^H^Hthey? ;)


DS15
Facilitator
Data science student at Lambda School with an interest in machine learning. Carolina native turned Californian, nature lover and wanderlust.
WEB30
Facilitator
Full Stack Web Development student at Lambda School. Living in Idaho, enjoys distance running, reading, writing code, and games.
DS14
Promise Tracker
Data science student at Lambda School, particularly interested in machine learning and predictive models. Baltimore-born, University of Maryland alum, sports junkie, film enthusiast.
WEB31
Note Taker
Lambda School Full Stack Web Design student who loves to code, draw, and travel. From everywhere and nowhere. Loves travel, nature, delicious food and making horror/ murder mystery webcomics / games.
WEB32
Participant
Attending Lambda for Web Development. Raised in Montana. Traveler, gamer, writer, streamer.
WEB33
Participant
Full Stack Web Development student at Lambda School. San Diego native now living in Utah. Sports, music, and food fanatic.


Use control flow v2.
tf.compat.v1.enable_control_flow_v2()
control flow v2 (cfv2) is an improved version of control flow in TensorFlow
with support for higher order derivatives. Enabling cfv2 will change the
graph/function representation of control flow, e.g., tf.while_loop
and
tf.cond
will generate functional While
and If
ops instead of low-level
Switch
, Merge
etc. ops. Note: Importing and running graphs exported
with old control flow will still be supported.
Calling tf.enable_control_flow_v2() lets you opt-in to this TensorFlow 2.0 feature.
Note: v2 control flow is always enabled inside of tf.function. Calling this function is not required.


Let's Play!
Ping Pong takes a number from a user and returns a range of numbers from 1 to the chosen number with the following exceptions:
- Numbers divisible by 3 are replaced with "ping"
- Numbers divisible by 5 are replaced with "pong"
- Numbers divisible by 15 are replaced with "pingpong"


Copyright © 2002 W3C® (MIT, INRIA, Keio), All Rights Reserved. W3C liability, trademark, document use, and software licensing rules apply.
This document is meant to be an illustration of the SOAP 1.2 Protocol Binding Framework applied to a well known internet transport mechanism, Email, specifically rfc2822.
This document is a NOTE made available by the W3C for discussion only. Publication of this Note by W3C indicates no endorsement of its content by W3C, nor that W3C has, is, or will be allocating any resources to the issues addressed by the Note. This document is a work in progress and may be updated, replaced, or rendered obsolete by other documents at any time.
This document was written by members of the Transport Binding Task Force (TBTF)-- a part of the XML Protocol WG-- on behalf of the XML Protocol WG. The XML Protocol WG agreed to the publication of this document. The XML Protocol WG has no plans for further work on this document.
This version has been published to clarify the status section of the previously published version.
A list of current W3C technical documents can be found at the Technical Reports page.
The motivation for this document is to illustrate the SOAP 1.2 Protocol Binding Framework and the creation of an alternative protocol binding specification to the Default HTTP binding. This second binding is meant to validate the Protocol Binding Framework for completeness and usability. Please note that this document is a non-normative description of an Email Binding.
It is not the responsibility of this SOAP binding to mandate a specific email infrastructure, therefore specific email infrastructure protocol commands (such as SMTP, POP3, etc) are not covered in this binding document. The underlying email infrastructure and the associated commands of specific email clients and servers along the message path are outside the scope of this email binding.
The keywords "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALLNOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in RFC2119 [KEYWORDS].
Namespace URIs of the general form "some-URI" represent some application-dependent or context-dependent URI as defined in RFC2396 [URI]. The namespace prefixes "SOAP-ENV" and "ds" used in this document are associated with the namespaces "http://schemas.xmlsoap.org/soap/envelope/" and "http://www.w3.org/2000/09/xmldsig#", respectively.
This SOAP binding specification adheres to the SOAP Protocol Binding Framework (see SOAP Protocol Binding Framework), and as such uses abstract properties as a descriptive tool for defining the functionality of certain features.
Properties are named with XML qualified names (QNames). Property values are determined by the Schema type of the property, as defined in the specification which introduces the property. The following tables lists the standard prefix mappings which we assume to hold throughout this specification:
| Prefix | Namespace |
|---|---|
| context | http://www.example.org/2001/12/soap/bindingFramework/ExchangeContext/ |
| mep | http://www.example.org/2001/12/soap/mep/ |
| fail | http://www.example.org/2001/12/soap/mep/FailureReasons/ |
| reqresp | http://www.example.org/2001/12/soap/mep/request-response/ |
Email applications MUST use the media type "application/soap+xml" according to [soap-media-type] when including SOAP 1.2 messages in Email exchanges. See [soap-media-type] for parameters defined by this media type and their recommended use.
The binding described here is identified with the URI:
http://www.example.org/2002/02/soap/bindings/Email/
This binding is provided as an example binding when using Email and the standard Internet Message Format described in rfc2822. Unlike HTTP, Email does not inherently provide a request/response Message Exchange Operation. An Email message meant to be a response to the original request will be sent back to the original sender. A means of correlating the original request to the resulting response will be descibed as a binding feature.
An instance of a binding to Email[RFC2822] conforming to this binding specification MUST support the following message exchange pattern:
http://www.example.org/2001/12/soap/mep/request-response/ (see SOAP 1.2, Part 2, 6.2 Request-Response MEP)
Note that although this message exchange pattern permits temporal overlap between a SOAP Request Message and a SOAP Response Message, the store-and-forward nature of Email is such that this circumstance does not arise. This binding specification treats the transmission and reception of SOAP messages as discrete events.
The "http://www.w3.org/2002/06/soap/mep/request-response/" message pattern is described in SOAP 1.2, Part 2, 6.2 Request-Response MEP.
For binding instances conforming to this specification:
A SOAP Node instantiated at an email protocol interface (sending
and receiving) may take on the role (i.e. the property
reqresp:Role
) of RequestingSOAPNode
.
A SOAP Node instantiated at an email protocol interface (sending
and receiving) may take on the role (ie. the property
reqresp:Role
) of RespondingSOAPNode
.
The remainder of this section consists of descriptions of the
MEP state machine, and its particular relation to RFC 2822. In the
state tables below, the states are defined as values for the
property reqresp:State
(see
SOAP 1.2, Part 2, 6.2 Request-Response MEP), and are of
type reqresp:StateType
(an enumeration over
xsd:string
).
Failure reasons as specified in the tables represent values of
the property context:FailureReason
- their values are
QNames. If an implementation enters the "Fail" state, the
context:FailureReason
property will contain the value
specified for the particular transition.
The overall flow of the behaviour of a Requesting SOAP Node follows the outline state machine description contained in SOAP 1.2, Part 2, 6.2 Request-Response MEP. The following subsections describe each state in more detail.
| Statename | Init | ||
| Description | Formulate and Send Request Message | ||
| Preconditons | See SOAP 1.2, Part 2, 6.2.3 Request-Response Formal Description | ||
| Action on Entry | Formulate and send Email Request (see Table 3:Email Fields) | ||
| Post Conditions | None | ||
| Transitions | Event/Condition | NextState | Failure Reason |
| Request Successfully Sent | Requesting | N/A | |
| Failure to send Request | Fail | fail:TransmissionFailure |
| Field Descriptions | |
| Originator and Destination Fields | "From:" sender-node-uri CRLF "To:" request-uri CRLF "Message-ID:" correlation:requestMessageID CRLF |
| Sender Node URI | The value of the URI carried in the
reqresp:ImmediateSender property of the message
exchange context. |
| Request URI | The value of the URI carried in the
reqresp:ImmediateDestination property of the transport
message exchange context. |
| Correlation Request Message ID | The Request email msg-id value is automatically generated at
the requesting node's email interface. The correlation feature
correlation:requestMessageID is described in Section
5.1. |
| Content-Type (MIME) header | "application/soap+xml" (see Introduction) |
| Email message body | XML 1.0 serialisation of the SOAP message XML Infoset carried in the reqresp:OutboundMessage property of the transport message exchange context. |
| Statename | Sending | ||
| Description | Waiting for correlated Email response(Request Message completely sent on exit from Init state) | ||
| Preconditons | None | ||
| Post Conditions |
|
||
| Transitions | Event/Condition | NextState | Failure Reason |
| Received correlated Email response | Sending + Receiving | NA | |
| Reception Failure - Timeout | Fail | fail:ReceptionFailure |
| Statename | Receiving | ||
| Description | Receive Correlated Email response entity body, which is assumed to contain a SOAP envelope serialized according the XML 1.0 + Namespaces spec. | ||
| Preconditons | None | ||
| Post Conditions | On transitions to Success, instantiate or replace the property reqresp:InboundMessage with an infoset representation of the serialized envelope in the response body. | ||
| Transitions | Event/Condition | NextState | Failure Reason |
| Well formed Response Message Received | Success | ||
| Reception Failure (broken connections etc.) | Fail | fail:ReceptionFailure |
|
| Packaging Failure (inc. mismatched Content-Type) | Fail | fail:PackagingFailure |
|
| Malformed Response Message, eg malformed XML, message contained a DTD, an invalid SOAP Envelope | Fail | fail:BadResponseMessage |
The overall flow of the behaviour of a Requesting SOAP Node follows the outline state machine description contained in SOAP 1.2, Part 2, 6.2 Request-Response MEP.
| Statename | Init | ||
| Description | Receive and validate the inbound Request Message | ||
| Preconditons | Delivery of an Email message containing a SOAP envelope serialized according the XML 1.0. | ||
| Post Conditions | None | ||
| Transitions | Event/Condition | NextState | Action |
| Receive Email message containing well formed Request Message. | Receiving |
This change of state represents a transfer of control of the inbound transport message exchange context to the local SOAP node. |
|
| Receive Email message containing malformed Request Message | Fail |
The message is deemed to have been intended for the local SOAP node, but is deemed badly formed: ill-formed XML, contains a serialized DTD and/or does contain a valid SOAP envelope. The local SOAP node generates SOAP Fault message in accordance with the table below which it sends in the corresponding Email response message. The transport message exchange context may be destroyed or considered not to have been created. |
| Statename | Receiving | ||
| Description | Waiting for Response Message to become available in Message Exchange Context as a result of processing the Request Message (note Request Message fully received on exit from Init state). | ||
| Preconditons | None | ||
| Post Conditions | See Below | ||
| Transitions | Event/Condition | NextState | Action or Failure Reason |
| A Response Message becomes available in reqresp:OutBoundMessage indicating that the local SOAP node has generated a Response Message. | Receiving + Sending | reqresp:OutboundMessage MAY contain a SOAP
fault. Formulate and send the Response Message (see Table 9: Email Fields) |
| Statename | Receiving + Sending | ||
| Description | Completing Request Message reception and Response Message transmission. (Response Message sent on exit from Receiving State). | ||
| Preconditons | None | ||
| Post Conditions | See Below | ||
| Transitions | Event/Condition | NextState | Action or Failure Reason |
| Response Message Successfully sent | Success | NA | |
| Failure to send Response Message | Fail | fail:TransmissionFailure |
| Field Descriptions | |
| Originator and Destination Fields | "From:" request-uri CRLF "To:" sender-node-uri CRLF "In-Reply-To:" correlation:requestMessageID CRLF |
| Sender Node URI | The value of the URI carried in the
reqresp:ImmediateSender property of the transport
message exchange context. |
| Request URI | The value of the URI carried in the
reqresp:ImmediateDestination property of the transport
message exchange context. |
| Correlation Request Message ID | The Request email msg-id carried in the correlation property
correlation:requestMessageID is described in Section
5.1. |
| Content-Type (MIME) header | "application/soap+xml" (see Introduction) |
| Email message body | XML 1.0 serialisation of the SOAP message XML Infoset carried in the reqresp:OutBoundMessage property of the transport message exchange context. |
This transport binding specification defines a binding specific expression for the following features:
http://www.example.org/2001/12/soap/bindings/Email/correlation/
Other features that are compatible with the message exchange patterns listed above are supported using their generic in-envelope expression defined in the relevant feature specification.
This sub-section defines a binding specific optional feature named:
http://www.example.org/2001/12/soap/binding/Email/correlation/
In the text to follow, the prefix "correlation" is mapped to the URI "http://www.example.org/2001/12/soap/binding/Email/correlation/"
SOAP Requesters using this binding will need a mechanism to correlate response messages to their original, corresponding request message. This binding uses an externalised expression of the correlation feature (email msg-id) to supply this information.
| Property Name | Description |
correlation:requestMessageID |
Used to hold the original request email message
id, which is automatically generated by the requesting nodes email
infrastructure.
The type of this property is String in the namespace http://www.w3.org/2001/XMLSchema-datatypes. |
The correlation:requestMessageID
property is
represented using Email fields. The following table shows the
points at which the property value and the Email fields are
exchanged.
| Client | ||
| Property Name | Request | Response |
correlation:requestMessageID |
The automatically generated
correlation:requestMessageID property is sent as the
value of the Email field Message-ID. |
N/A |
| Server | ||
| Property Name | Request | Response |
correlation:requestMessageID |
N/A | The original requesting Message-ID
correlation:requestMessageID will be returned to the
requesting node via the Email field In-Reply-To. |


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Dear friend, Greetings and compliments to you. I am writing you this mail with an ardent hope that you will consider the message contained in it and respond accordingly.before I proceed I will like to introduce myself : i am Rev .Shadak Shari,an indian by nationality and and the catholic nusateure to Nigeria and Asia and the world at large I am contacting you for a hand of partnership in disbussing my wealth worth $8milliom( eight million US dollars).I got your contact through a personal search on the internet.I beleive that though we have not met before, with mutual cooperation we would be able toestablish the necessary trust needed for the execution of this project.I decided to with hold some informations in this mail for security reasons. I will give you just a brief of the details of this transaction now but as soon as we have been able to establish some trust,I will give you the complete informations that is relevant to this transaction. A while ago,i acquainted with some plans to establish a project with helping the ophanange and old people home with equipments and facilities This i intended to do when i became the achbisop of african diaoses For this purpose ie set aside the sum of $8 million(eight million Us dollars) I seperated this funds intwo parts and deposited them in two different security companies.One in (China). (U. A.E)and the other in Europe.The one in U.A.E. ($2,million) was deposited in My name and the one In China was In My brothers name who is Dead now. is worth( $7million) while the other in Europe($6million)was deposited in the church name where i serve. It will be sad to let you know now that i have been in the hospital for the past three months now as i am sick with canser i sitll have the mind that one day i will die as my doctor said that it cannot be cured that it is of the harth I have the intention of retrieving one of the monies to enable us finalise My plans.This is why i contacted you.I want you to be my partner who will assist me in travelling to any of the above mentioned locations to effect the claim of the funds deposited there.I assure you that you will not encounter any problem in this help as i will appriopriately direct you on how to go about it.Also be assured that there is no risk involved in this venture.It is absolutely risk free.All that you need do is to adhere strictly to my instructions which I shall give you from time to time. I shall negotiate what shall be your commision in this deal.I just want you to be rest assured that you will be handsomely rewarded at the end of this project. Please do reply me immediately if you are interested in assisting us in this regard. you can reach me via my direct<EMAIL_ADDRESS>Please also note that this must be kept in absolute confidentiality for security reasons even if you are not interested. I await your response to this mail.for you to trust and confide in me i will want you to call me(+234-8033-925-128) Best regards Rev Shadak Shari __________________________________________________ Broadband from an unbeatable £15.99! http://www.tiscali.co.uk/products/broadband/home.html?code=SM-NL-11AM


Play 1.2 — Release notes
You can read about the bugs fixed in Play 1.2 on the road map page. This page highlights the most important changes.
Migrating from Play 1.1.x
Migrating from Play 1.1.x is pretty straightforward. There are no changes to the application layout, so your applications will run in Play 1.2. However, if you use any external modules in your application, you may have to use more recent versions that are compatible with Play 1.2. Check the corresponding module pages.
Some APIs have been removed in Play 1.2, after having been deprecated for a long time, but most of the public API is the same. If you have compilation errors that you don’t know how to solve, ask on the Google group.
When you call a controller from a FunctionalTest
, the action invocation now runs in its own transaction. Because the test itself also run in its own transaction, deadlocks can occur. So it’s better to configure your database with READ_UNCOMMITED transactions while running tests. If you test again the in-memory H2 database, use the following database configuration:
%test.db.url=jdbc:h2:mem:play;MODE=MYSQL;LOCK_MODE=0@
If you can’t use READ_UNCOMMITED for your database transactions, you need to run every JPA access it their own transaction, either by managing JPA transaction by hand (using JPA.em().getTransaction()
) or by spawning invocations using Jobs.
Gerenciamento de dependências
Play’s dependency management system allows you to express your application’s external dependencies in a single dependencies.yml
file.
A Play application can have three kinds of dependencies:
- The Play framework itself, since a Play application always depends on the Play framework.
- Any Java library, provided as JAR file installed in your application’s
lib/
directory. - A Play module (in fact an application fragment) installed in your application’s
modules/
directory.
Once you have expressed these dependencies in your application’s conf/dependencies.yml
file, Play will resolve, download and install all required dependencies.
For example, using this file:
# Application dependencies
require:
- play
- com.google.guava -> guava r07
- play -> pdf 0.2
You can run `play dependencies`
:
Under the hood it is powered by Apache Ivy, and it supports Maven compatible repositories.
Better asynchronous features
It was already possible to achieve asynchronism with Play 1.1 using Java Future and waitFor(…)
and suspend(…)
controller methods. However these primitives were not really easy to use. That’s why we’ve worked on a complete set of new coherent features for Play 1.2.
Promises
In Play 1.2 we introduce Promise, which is Play’s custom Future type. In fact a Promise<T>
is also a Future<T>
so you can use it as a standard Future. However, it also has a very interesting addition: the ability to register callback using onRedeem(…)
that will be called as soon as the promised value is available. It allows the framework to register itself on them and to reschedule the request invocation as soon as possible.
play.libs.F
The Promise type is part of new library (play.libs.F) that introduces several useful functional programming constructs. We also felt that we needed pattern matching in Java. Unfortunately Java has not built-in pattern matching, and because of the lack of functional constructs, it is difficult to add it as a library. Anyway we’ve worked on a solution that is not so bad.
await(…)
When your application code returns values that are not yet available using a Promise<T>
, you want to be able to ask Play to wait for this promised result to be available before resuming your request. It allows your code to say explicitly:
“I’m waiting for a result that will be available later”
and so the framework to handle it as
“Ok I will stop your code, reuse the thread to serve other requests, and resume your code as soon as the promised value you wait for is available”.
Continuations
Because the framework needs to recover the thread you were using in order to use it to serve other requests, it has to suspend your code. In the previous Play version, the await(…)
equivalent was waitFor(…)
, which suspended your action, and then recalled it later from the beginning.
To make it easier to deal with asynchronous code in Play 1.2 we have introduced continuations. Continuations allow your code to be suspended and resumed transparently.
Response streaming
Because you are able to loop without blocking the request, you may want to send data to the browser as soon you have part of the result available. This is the point of the Content-Type:Chunked
HTTP response type. It allows to send your HTTP response several times using multiples chunks. The browser will receive these chunks as soon as they are published.
WebSockets
WebSockets are a way to open a two-way communication channel between a browser and your application. It is now supported by your Play application.
New Chat sample application
All these features are used in the new Chat sample application, which demonstrates how to achieve a standard chat application in three different ways:
- Active refresh
- Ajax with long polling
- WebSockets
Routes file improvements
The routes
file now supports a set of new features. Also you can now safely use { and } characters in a route path regular expression.
staticFile: mapping
Like the old staticDir
mapping, you can now directly map a URL path to a static file rendering.
# Serve index.html static file for home requests
GET /home staticFile:/public/html/index.html
404 as action
You can now directly use 404
as a route action to mark a URL path that must be ignored by your application. For example:
# Ignore favicon requests
GET /favicon.ico 404
WS method
The new WS
method allows you to declare a route that is mapped to a WebSocket.
# A WebSocket
WS /chat/messages Chat.messages
You can use the @@{Chat.messages()}
notation to generate the reverse URL, as:
ws://localhost:9000/chat/messages
Database evolutions
When you use a relational database, you need a way to track and organize your database schema changes. Play evolutions automatically track these changes and update your schema.
It will also resolve conflicts that occur when several developers work on the same application.
Invocation context annotations
Play maps each invocation (an HTTP request, a WebSocket message, or an asynchonous job execution for example) as an Invocation. You can now annotate any invocation with some annotations that can be used by plugins to change the way they handle this particular invocation.
For example, the JPA Plugin automatically opens a database transaction for each invocation if a database is configured. Now, if you don’t need a database connection for a particular invocation, you can annotate it with @NoTransaction
:
@NoTransaction
public static void index() {
render();
}
Another annotation allows you to specify a read-only transaction for a particular invocation;
@Transactional(readOnly=true)
public static show(Long id) {
Post post = Post.findById(id);
render(post);
}
The concept of invocation context can be extended to any plugin.
H2 as default in-memory database
We are now using H2 Database as the in-memory database for Play. It is more compatible with production database like MySQL, so you will have fewer problems during deployment.
As a nice side effect, H2 provides a Web console, that you can launch using the /@db url of any Play application using db=mem as configuration.
Test-runner updates
There are several updates concerning the test-runner.
Run your JUnit-based test from any JUnit test runner
You can now run you Java test cases directly from any existing JUnit test runner, like the one provided in Eclipse.
Surefire reports
Now Surefire reports are generated for any Java test class you run, making it easier to integrate it with other continuous integration softwares.
YAML fixtures
You can now load your fixtures from several YAML files at once, and even use the template engine markup language in your YAML definitions to add some kind of dynamic data.
Several test IDs
You can also create more than one test configuration, by specifying a framework ID that matches test-*
.
Cheat-sheets provided with documentation
The Play documentation now includes several Resumos that provide a quick reference for the common Play functions. They can be easily printed.
Other small features
There are also some small new features as well as 130 fixed bugs, including:
- New
create()
andvalidateAndCreate()
methods for JPA model. - Added
--pid_file=
,--http.port=
,--https.port=
command line options to theplay
command. - Support for lang-country pair (e.g. en-GB)
- Binding of
Map<String, String>
, with multivalues, composites, etc. - Ability to create your own CRUD
ObjectType
. - play.lib.WS client now supports Timeout.
- Session cookies are no longer sent if the session is empty.


If life was a movie, are you the main character of this story?
Written by Kenzie Quinn Rattray, The Protagonist is a curious story surrounding the idea that people go through life believing they are the main characters of their lives. Neill, our main character is a side character believing he is the protagonist. When he wakes up one day to a narration of someone else's life, he begins to discover what being a protagonist actually means.
 Overly sensitive and unobservant, he comes across as narcissistic. Neill believes he deserves to be the main character despite contrary evidence.
Sandra
A preferably non-white female, early to mid 30s. Sandra has a no nonsense attitude and little patience, but has a hard time being cruel to people no matter how annoyed she is. She values being alone and not the center of attention.
Narrator (OS)
A male with a deep, booming voice. The narrator has an artistic vision and gets very sour when the story he is trying to tell is insulted. He is emotionally awkward.
Auditions will be held on Feb 7, Feb 9, Feb 10, Feb 11, at 10 E North Ave, Baltimore, MD 21202 in the JHU-MICA Film Center (Map Below)
If you wish to audition please email us and include:


Where compilers support, through the use of switches, the automatic promotion of regular INTEGER (32-bit) arguments to INTEGER*8 (64-bit) arguments, ACML variants exist to use this facility. This means that if you have a 64-bit Fortran program using INTEGER*8 variables, or a 64-bit C program using 8-byte long variables, there is an ACML version that you can use. This applies to 64-bit ACML versions built with PGI, Open64, gfortran, Intel and NAG compilers.
The INTEGER*8 versions of these libraries are distinguished from the usual versions by having the string “_int64” as part of the name of the directory under which ACML is installed. Thus, for example, if the regular PGI 64-bit library is in a directory named pgi64, then the INTEGER*8 version will be installed in directory pgi64_int64.
For these ACML variants, all ACML documentation that mentions arguments of Fortran type INTEGER or C type int should be read as INTEGER*8 or long respectively.
It is important to ensure that if you have INTEGER*8 variables in your code, you link to the int64 variant, and not otherwise. Unexpected program crashes are likely to occur if you link to the wrong version.


LAMP is an archetypal model of four open-source components: the Linux-based OS, the Apache HTTP Server, the MySQL RDBMS, and the PHP programming language.
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Add the segment script (less than 2kb), and define a path
somewhere.
<script src="/dist/segment.min.js"></script>
<svg>
<path id="my-path" ...>
</svg>
Initialize a new Segment
with the path
. Then draw a segment of stroke every time you want with: .draw(begin, end, duration, options)
.
var myPath = document.getElementById("my-path"),
segment = new Segment(myPath);
segment.draw("25%", "75% - 10", 1);
The easing functions used in this demo belong to the excellent library d3-ease.


--- layout: post title: Eclipse tools and resources tags: [] status: publish type: post published: true meta: {} ---
I have recently started doing some development with Eclipse IDE and I have to say I like it. This entry's aim is to compile an extensive list of resources and will hopefully continue to grow over time.