Release procedure for HPX¶
Below is a step-wise procedure for making an HPX release. We aim to produce two releases per year: one in March-April, and one in September-October.
This is a living document and may not be totally current or accurate. It is an attempt to capture current practice in making an HPX release. Please update it as appropriate.
One way to use this procedure is to print a copy and check off the lines as they are completed to avoid confusion.
Notify developers that a release is imminent.
Make a list of examples and benchmarks that should not go into the release. Build all examples and benchmarks that will go in the release and make sure they build and run as expected.
Make sure all examples and benchmarks have example input files, and usage documentation, either in the form of comments or a readme.
Send the list of examples and benchmarks that will be included in the release to<EMAIL_ADDRESS>and<EMAIL_ADDRESS>and ask for feedback. Update the list as necessary.
Write release notes in
docs/sphinx/releases/whats_new_$VERSION.rst
. Keep adding merged PRs and closed issues to this until just before the release is made. Usetools/generate_pr_issue_list.sh
to generate the lists. Add the new release notes to the table of contents indocs/sphinx/releases.rst
.Build the docs, and proof-read them. Update any documentation that may have changed, and correct any typos. Pay special attention to:
$HPX_SOURCE/README.rst
Update grant information
docs/sphinx/releases/whats_new_$VERSION.rst
docs/sphinx/about_hpx/people.rst
Update collaborators
Update grant information
This step does not apply to patch releases. For both APEX and hpxMP:
If there have been any commits to the release branch since the last release create a tag from the old release branch before deleting the old release branch in the next step.
Unprotect the release branch in the github repository settings so that it can be deleted and recreated.
Delete the old release branch, and create a new one by branching a stable point from master. If you are creating a patch release, branch from the release tag for which you want to create a patch release.
git push origin --delete release
git branch -D release
git checkout [stable point in master]
git branch release
git push origin release
git branch --set-upstream-to=origin/release release
Protect the release branch again to disable deleting and force pushes.
Check out the release branch.
Make sure
HPX_VERSION_MAJOR/MINOR/SUBMINOR
inCMakeLists.txt
contain the correct values. Change them if needed.Remove the examples and benchmarks that will not go into the release from the release branch.
This step does not apply to patch releases. Remove features which have been deprecated for at least 2 releases. This involves removing build options which enable those features from the main CMakeLists.txt and also deleting all related code and tests from the main source tree.
The general deprecation policy involves a three-step process we have to go through in order to introduce a breaking change
First release cycle: add a build option which allows to explicitly disable any old (now deprecated) code.
Second release cycle: turn this build option OFF by default.
Third release cycle: completely remove the old code.
The main CMakeLists.txt contains a comment indicating for which version the breaking change was introduced first.
Switch Buildbot over to test the release branch
https://github.com/STEllAR-GROUP/hermione-buildbot/blob/rostam/master/master.cfg
branch
field inc['change_source'] = GitPoller
Repeat the following steps until satisfied with the release.
Change
HPX_VERSION_TAG
inCMakeLists.txt
to-rcN
, whereN
is the current iteration of this step. Start with-rc1
.Tag and create a pre-release on GitHub using the script
tools/roll_release.sh
. The script requires that you have the STE||AR Group signing key.This step is not necessary for patch releases. Notify
<EMAIL_ADDRESS><EMAIL_ADDRESS>of the availability of the release candidate. Ask users to test the candidate by checking out the release candidate tag.Allow at least a week for testing of the release candidate.
Use
git merge
when possible, and fall back togit cherry-pick
when needed. For patch releasesgit cherry-pick
is most likely your only choice if there have been significant unrelated changes on master since the previous release.Go back to the first step when enough patches have been added.
If there are no more patches continue to make the final release.
Update any occurrences of the latest stable release to refer to the version about to be released. For example,
quickstart.rst
contains instructions to check out the latest stable tag. Make sure that refers to the new version.Add a new entry to the RPM changelog (
cmake/packaging/rpm/Changelog.txt
) with the new version number and a link to the corresponding changelog.Change
HPX_VERSION_TAG
inCMakeLists.txt
to an empty string.Add the release date to the caption of the current “What’s New” section in the docs, and change the value of
HPX_VERSION_DATE
inCMakeLists.txt
.Tag and create a release on GitHub using the script
tools/roll_release.sh
. The script requires that you have the STE||AR Group signing key.Update the websites (stellar-group.org and stellar.cct.lsu.edu) with the following:
Download links on the downloads pages. Use the direct link to the release printed by the previous step.
Documentation links on the docs page (link to generated documentation on GitHub Pages). Follow the style of previous releases.
A new blog post announcing the release, which links to downloads and the “What’s New” section in the documentation (see previous releases for examples).
Merge release branch into master.
This step does not apply to patch releases. Bump version numbers on master.
Create a new branch from master, and check that branch out (name it for example by the next version number).
Bump the HPX version to the next release target. The following files contain version info:
CMakeLists.txt
Grep for old version number
Create a new “What’s New” section for the docs of the next anticipated release. Set the date to “unreleased”. Make sure you add it to the table of contents in
docs/sphinx/releases.rst
.Modify the the release procedure if necessary.
Merge new branch containing next version numbers to master, resolve conflicts if necessary.
Switch Buildbot back to test the main branch
https://github.com/STEllAR-GROUP/hermione-buildbot/blob/rostam/master/master.cfg
branch
field inc['change_source'] = GitPoller
Update Vcpkg (
https://github.com/Microsoft/vcpkg
) to pull from latest release.Update version number in CONTROL
Update tag and SHA512 to that of the new release
Announce the release on<EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS>the HPX Slack channel, the IRC channel, Sonia Sachs, our list of external collaborators, isocpp.org, reddit.com, HPC Wire, Inside HPC, Heise Online, and a CCT press release.
Beer and pizza.


[gecode-users] Gecode 3.3.0 released
Guido Tack
tack at gecode.org
Mon Mar 15 10:49:55 CET 2010
Dear all,
we are releasing a new version of Gecode:
Gecode 3.3.0
http://www.gecode.org
This release provides some fixes, some performance improvements for domain propagators, and quite some clean ups how propagators and advisors report their status to the kernel. Many of these clean ups are essential to make it easier to program propagators and branchers with Gecode.
On our web site, you find source packages, as well as binary packages for Windows and Mac OS.
This release of course comes with an updated tutorial documentation "Modeling with Gecode". Within the next two weeks, we will replace it by a new document, "Modeling and Programming with Gecode", which adds the long-promised tutorials on programming propagators, branchings, and search engines.
Cheers,
Guido
More information about the users
mailing list


RT Periodic Preemptive Scheduling Simulator
Michael C. Berry
<EMAIL_ADDRESS>24 April 1997
1 Overview
2 Instructions


Basic plutonium-lazy demo
Content of Example #1
Basic plutonium-lazy demo
Content of Example #2
Basic plutonium-lazy demo
Custom loading text ...
Content of Example #3


We create Original ideas.
Originality we Love.
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Version control is a system that records changes to a file or set of files over time so that you can recall specific versions later.
Local version control
Many file copies & error prone
Central version control
Adds collaboration
Central server = single point of failure
Distributed version control
+ +
Full mirrors = redundancy & offline accessLazy Saturday reading
(10,000 words, 76
footnotes). How our Senate forecast works: http://t.co/YBeSyPa8b3
pic.twitter.com/iHagDbwmc6
—
FiveThirtyEight (@FiveThirtyEight) September
20,
2014
You can inspect the Historical Senate Predictions Data yourself.
And re-apply their methodology
And make modifications
In doing so FiveThirtyEight has made themselves accountable!
Twitter's Innovators Patent Agreement has been adopted by many tech companies.
Adoption required consensus.
Consensus required participation.
Version control allowed anyone to contribute.
This presentation was made with Reveal.js. Its source is available at github.com/bartt/version-control-for-non-techies
Press the ESC
key to get a bird's eye view of the presentation.
Press the s
key to see the speaker notes.


Bitcoin donations of any amount are very much appreciated and will go toward bullshit.
1MUhqnSK3XsEa4j3u5Y3HZpJH21Q8G81xr
Click the Reionize electrons button at the top of the page to generate a full page of New Age poppycock.
The inspiration for this idea came from watching philosophy debates involving Deepak Chopra. I wrote a blog post about it if you're interested.
After sitting through hours of New Age rhetoric, I decided to have a crack at writing code to generate it automatically and speed things up a bit. I cobbled together a list of New Age buzzwords and cliché sentence patterns and this is the result.
You’ll get some profound-sounding nonsense here, too.
So, what is this for? Put it on your website as placeholder text. Print it out as a speech for your yoga class and see if anyone can guess a computer wrote it. Use it to write the hottest new bestseller in the self-help section, or give false hope to depressed friends and family members.
(If you haven’t seen it, check out wisdomofchopra.com — unfortunately they beat me to it! I came across that page a few days after I’d finished the vocabulary list for this one. Must be synchronicity at work.)
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Green Energy
Hydroelectricity & Wind Power
Suitable Places For Harvesting of Green Energy.
Factors Required to Set Up a Hydro & Wind Power Station :
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(For Hydro Energy)
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4. Site proximity to a nearest water body with high speed flow of water
5. Least amount of surrounding obstacles such as settlements or forest regions,to avoid unnecessary flooding
6. cost of transportation from nearest city or village
7. Site accessibility
8. future benefits and site maintenance


The purpose of this award is to recognize Knights of Columbus councils most effective in promoting the Gospel of Life.
To be eligible for this award a council must be involved in the four-part plan proposed by the U.S. Catholic Bishops; “Pastoral Plan for Pro-Life Activities - A Campaign in Support of Life” from conception to natural death.
Required - An educational presentation of at least 45 minutes at councilor parish function on abortion, infanticide, death penalty or euthanasia.
Additional suggested activities:
A Erect a culture of life billboard
B. Conduct a Culture of Life essay contest for the youth
C. Purchase and display a set of fetal models
D. Promote natural family planning
Required - To sponsor at least one major fundraiser for culture of life.
Additional suggested activities:
A. Erect a memorial to the unborn
B. Promote Project Rachel
C. Visit nursing homes or elderly shut-ins
D. Assist mothers who have made a life-affirming decision including adoption
Required - Support the Kansas Catholic Conference’s culture of life legislative agenda. Council sponsored postcard/letter writing campaign or petition drive.
Additional suggested activities:
A. Participation in March for Life rallies, culture of life chains, etc
B. Conduct a Voter Forum, voter registration
C. Support efforts to end the death penalty and better understand the Church’s teaching
D. Conduct a survey of your elected officials
Required - A council sponsored rosary before or after Mass at least one weekend each month for the intention of ending the unnatural taking of life.
Additional Suggested Activities:
A Sponsor a Culture of Life Living Rosary
B. Sponsor Culture of Life Stations of the Cross
C. A monthly Mass for Culture of Life Cause and conversion of those in the abortion industry
D. Distribute Holy Cards to students to promote prayer and understanding of Culture of Life
The council must submit report of at least one activity in each of the four areas (additional activities are encouraged) to State Culture of Life Chaircouple by March 20.
© Knights of Columbus - Kansas State Council
For comments or questions please email webmaster@kansas-kofc.org


Install and run Docker and make sure that the Docker plugin is enabled.
Step 1: Create a project and add a Python script.
Create a Python project QuadraticEquation, add the Solver.py file and enter the code provided
Step 2: Configure Docker as a remote interpreter.
Settings/Preferences dialog ⌘,, select Project | Python Interpreter. Click the The Configure project interpreter icon and select Add.
Step 3: Run application in a Docker container,
In the left gutter, next to the main clause, click the Run button, and choose Run 'Solver.py' command. You see that your script runs in the Docker container:
Step 4: Debug application in Docker container.
For that, let's put a breakpoint on the line that calculates d, then click Run and choose Debug 'Solver'.
Step 5: Use Docker tool window
Connect to a Docker daemon
Run tool window, we'll see that the Docker prefix corresponds to the container ID in the Properties tab of the Docker tool window
Open the Debug tool window, you will see that the Docker prefix (another one!) corresponds to the another container ID in the Properties tab of the Docker tool window:
Finally, you will see the strange names of the containers - they are human-readable and generated by Docker.


|
NewRobotCode
v2<IP_ADDRESS>_AddHansFranzArms_v09
FRC 2020 New Robot Code for Team #7464 - ORION
|
This is a class that defines a command used in allowing the robot to turn the Wheel of Fortune (WoF) counter-clockwise (CCW). More...
#include <CmdTurnWoFCCW.h>
Public Member Functions | |
| CmdTurnWoFCCW (SubSysPATTurner *subsystem, frc::Joystick *joystick) | |
| ~CmdTurnWoFCCW () | |
| void | Initialize () override |
| void | Execute () override |
| bool | IsFinished () override |
| void | End (bool interrupted) override |
Private Attributes | |
| SubSysPATTurner * | m_subSysPATTurner |
| frc::Joystick * | m_joystick |
This is a class that defines a command used in allowing the robot to turn the Wheel of Fortune (WoF) counter-clockwise (CCW).
Definition at line 58 of file CmdTurnWoFCCW.h.
|
explicit |
The CmdTurnWoFCCW class constructor.
| subsystem | The subsystem used by this command |
| joystick | The joystick used by this command |
Definition at line 45 of file CmdTurnWoFCCW.cpp.
| CmdTurnWoFCCW::~CmdTurnWoFCCW | ( | ) |
The CmdTurnWoFCCW class destructor.
Definition at line 55 of file CmdTurnWoFCCW.cpp.
|
override |
Called when the command ended peacefully.
This is where you may want to wrap up loose ends, like shutting off a motor that was being used in the command.
| interrupted | false = not interrupted, true = interrupted |
Definition at line 96 of file CmdTurnWoFCCW.cpp.
|
override |
The execute method is called repeatedly until this Command either finishes or is canceled.
Definition at line 65 of file CmdTurnWoFCCW.cpp.
|
override |
The initialize method is called the first time this Command is run after being started.
Definition at line 60 of file CmdTurnWoFCCW.cpp.
|
override |
Returns whether this command is finished. If it is, then the command will be removed and End() will be called.
It may be useful for a team to reference the IsTimedOut() method for time-sensitive commands.
Returning false will result in the command never ending automatically. It may still be cancelled manually or interrupted by another command.
Returning true will result in the command executing once and finishing immediately. We recommend using InstantCommand for this.
Definition at line 88 of file CmdTurnWoFCCW.cpp.
|
private |
A pointer to the joystick used to turn WoF CCW
Definition at line 126 of file CmdTurnWoFCCW.h.
|
private |
A pointer to a PAT Turner subsystem
Definition at line 123 of file CmdTurnWoFCCW.h.


Basic Socks
{{ product }}
In Stock
Almost sold out
Out of Stock
Wuuk?
Add to Cart
{{ cart }}
moving back
moving on


Tapestry Admin
Max Edges
Max Vertices
Max Communities
Community Size Limit
Max Edges
Should be an integer.
Max Vertices
Should be an integer.
Max Communities
Should be an integer.
Community Size Limit
Should be an integer.
Save


Subscription Box Idea
Get a new Idea for running your Subcription Box business!
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2019-01-29 | Analysis / Resynthesis
- Homework solutions…
- Checkout Physics-Based Sound Synthesis for Games and Interactive Systems
Analysis
- break into “frames”
- choose: window size, window function, overlap
- get spectrum
- (probably) ignore phase spectrum
- calculate statistics
- find peaks
- spectral shapeImagine ways to approximate arbitrary functions… consider summing many Gaussian functions.
, slope, center
- (maybe) classify frame as “pitchy” or “noisy”
- (later) use Sinusoids and Band-passed noise to synthesis sound given analysis
Listing: Analyse
int main(int argc, char* argv[]) {
// open sound file for analysis
// open output file
// load samples
// for each window of samples
// calculate: mean/max magnitude
// find maxima (frequency and magnitude)
// sort maxima by magnitude
// save top 10
}
Listing: Synthesize
int main(int argc, char* argv[]) {
// load analysis file
// set up sinusoid oscillators
// set up band-passed noise oscillators
// loop
// given time parameter, generate interpolated frame
// dispatch oscillators to support peaks and spectral shape
// (maybe) advance time
}


iterami
|
©
2012
tower defense
this is the pre-alpha version of the tower defense project. features are still being added, so it isn't quite an actual game yet.
to play tower defense:
javascript must be enabled
make sure your browser can handle
html5
be confused because of the lack of features
press
escape
to return to the main menu
tested web browsers:
chrome
works! :)
firefox
works! :)
all other browsers have not yet been tested.
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X


File
Choose
Something went wrong, please select a different location
Create File


Since gae-init is using CoffeeScript for writting scripts and LESS for
writting stylesheets it is nessesary to compile the sources files
into *.js
and *.css
respectivly. Also it is
nessesery to zip all the third party Python libraries that are being used before running the
application, because this makes the deployment of your app faster and
smaller in number of files.
Run the build.py
script from the main
directory by
providing the the -c
argument, which stands for a clean build.
$ ./build.py -c


Data exchange overview
In the previous section we described the general architecture of the WMS. Let now have a look at the type of information that the two pieces publish.
See here for a detailed description of the protocol.
The Glidein Factory ClassAd
A Factory publishes one ClassAd per glidein entry. The class-ad contains
- The name of the glidein (and the Factory)
- The attributes that describe the glidein
- The list of parameters that the glidein accepts. All the parameters have also default values associated with them, in case a Frontend does not redefine them, and the (optional) public key algorithm, ID and value, together with the supported symmetric algorithms, that the Frontend can use to push back encrypted values.
- The list of monitoring values (like how many glideins are in the queues, etc)
- Limits configured in the Factory
Look at the picture below for a generic description.
Please
notice that the glidein attributes can be completely arbitrary; the
only predefined attributes are the glidein and Factory name, and the
convention that anything that starts with GlideinParam
is a parameter. Anything that starts with GlideinMonitor
is a monitoring attribute and anything that starts with GlideinConfig is a limit configured in the Factory.
Once the Factory starts
serving frontends, it will publish also another ClassAd for every
Frontend served. This ClassAd contains only monitoring information,
and is not used by the GlideinWMS itself.
Find below a graphical
representation of these ClassAds.
The VO Frontend Class-Ad
A VO Frontend will obtain the list all available glideins and select the ones that fit its needs, based on the published attributes. For each fitting glidein, a Frontend ClassAd will be published. Such a ClassAd will contain
- The name of the Frontend and a request ID
- The desired glidein name
- The (optional) URL and signatures for the Frontend specific scripts and data
- The desired rate and limits of glidein submissions
- The glidein parameters (in clear)
- The (optional) Factory public key ID used, together with:
- The symmetric encryption algorithm and key
- The encrypted identity
- The encrypted parameters
- List of monitoring values (like how many jobs are currently running, etc)
- Limits configured in the Frontend
If encryption is used, the the encrypted identity must must match the AuthenticatedIdentity attribute inserted by the HTCondor collector
Have a look at the picture below for a generic description.
The most important parameters that the VO Fronted sends to the Factory are:
- The address of the User Pool collector(s) - GLIDEIN_Collector.
- The pilot proxies. If present, these are always encrypted. Three types of information are sent:
- Number of proxies sent - nr_x509_proxies
- The proxy identifiers; given an identifier, the proxy DN must not change between updates. - x509_proxy_0_identifier ... x509_proxy_N_identifier
- The security classes; proxies within the same class may have access to one another - x509_proxy_0_security_class ... x509_proxy_N_security_class
- The proxies themselves - x509_proxy_0 ... x509_proxy_N
- The security name associated with the proxies - SecurityName. The Factory uses it for Frontend whitelisting. If present, it is always encrypted.
In the current implementation, the only glidein rate setting parameters supported are ReqIdleGlideins, that tells the Factory how many idle glideins to keep in the queue at any given time, and ReqMaxGlideins, that tells the Factory to stop submitting new glideins when the number of running glidiens raises that level. Future versions may contain more sophisticated controls, like the maximum number of glideins to keep in the queue or the maximum rate at which the glideins should be submitted.
The glideresource ClassAd:
For every Factory entry that accepts requests from the VO Frontend, Frontend will publish glideresource ClassAds to the User Pool Collector. Such a ClassAd will contains
- Information about the Factory and Frontend element served and the downtime status
- Monitoring information from the Factory available in glidefactoryclient ClassAd
- Monitoring information from the Frontend about the glideins and jobs
- Matching information from the Frontend about Factory and job information:
- GlideClientMatchingGlideinCondorExpr: The HTCondor start expression on the glideins to restrict the jobs that start on glideins.
- GlideClientConstraintJobCondorExpr: The HTCondor expression of which jobs to consider for glidein matching.
- GlideClientMatchingInternalPythonExpr: The Python expression that the Frontend uses to determine which Factory entries are acceptable for submission to.
- GlideClientConstraintFactoryCondorExpr: A HTCondor ClassAd expression to determine which Factory entries can be considered.
- Any custom information about the entry that is available through the glidefactory ClassAd that a user can use for match-making purposes
Picture below shows a glideresource ClassAd
New limits and curbs on number of glideins triggered appear in glideresource ClassAd:
To advertize Frontend limits/curbs
Frontend adds the following attributes in glideresource ClassAd about Frontend limits/curbs.
These new attributes in glideresource all start with the prefix "GlideClientLimit" to indicate that this attribute provides information about limit triggered.
examples:
If TotalGlideinsPerEntry on Frontend side is triggered, you will see in glideresource ClassAd
GlideClientLimitTotalGlideinsPerEntry = "count=11, limit=10"
It basically says that "the limit is 10 and the actual count was 11, so the code had to do something about this"
To advertize Factory limits
Factory adds the following attributes in glidefactoryclient ClassAd.
These new attributes in glidefactoryclient all start with 2 prefixes: GlideinMonitorStatus and GlideFactoryLimit.
GlideinMonitorStatus is pre-pended by the Factory code for this attribute to be picked by Frontend code to become attribute of glideresource ClassAd.
The second prefix GlideFactoryLimit indicates that this attribute provides information about a limit triggered.
Examples found in glidefactoryclient:
If TotalGlideinsPerEntry limit is triggered on Factory side, you will see
GlideinMonitorStatus_GlideFactoryLimitTotalGlideinsPerEntry = "count=11, limit=10"
It basically says that "the limit is 10 and the actual count was 11, so the code had to do something about this”
The Frontend code looks at glidefactoryclient, picks up attributes that start with
GlideinMonitorStatus
and converts them to start with
GlideFactoryMonitorStatus.
Examples found in glideresource:
Again, If TotalGlideinsPerEntry limit is triggered on Factory side, you will see
GlideFactoryMonitorStatus_GlideFactoryLimitTotalGlideinsPerEntry = "count=11, limit=10"


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Welcome!
This here is a quick demo of the jquery.messageBox plugin. On this page we have two elements bound to the message pipeline. On your right you should see an "MFD" which will should only print the warnings and errors. Below is a generalized hopper that should get everything. Events of a variety of types and severities can be generated by mashing the buttons below at your leisure.
The necessary code to handle all this is pretty simple: Show me
jQuery(function() {
// a mustache template wrapper
function soupcatcher(template) {
return function(data) {
return Mustache.to_html(template, data);
}
}
// the message boxes themselves:
jQuery("#footer_messages").messageBox({
messageTypes: [ 'debug', 'info', 'warn', 'error' ],
template: soupcatcher("
Heyaz, I got a message-type thingy: {{messageType}}. It had a number, too: {{a_number}}
"),
});
jQuery("#mfd_messages").messageBox({
messageTypes: [ 'warn', 'error' ],
template: _.template("
Ach, mein <%= messageType %>!" +
"The Magic Number was <%= a_number %>.
")
});
});


This is the new client. It can only talk to the new server. If it were to become a REST service as well, we'd have to design a little extra in order to support that as well.


Glenfiddich Winter Storm, Glenfarclas 25, Glenmorangie Nectar D'Or
Today I make Devin blind taste Glenfiddich Winter Storm, Glenfarclas 25, and our old favorite, Glenmorangie Nectar D'Or. Does the high profile Glenfiddich Winter Storm live up to its high price and exlusivity? Does the Nectar D'Or hold its own against two higher price whiskies? Watch our long video filled with dramatic tasting pauses to find out.
Glenfiddich Winter Storm
Devin's verdict: Very fruity and confusing. Hints of wine.
Luke's verdict: It has the complexity and depth of a 21 Glenfiddich with an extra layer of sweet, fruity ice wine taste. It's good but very expensive.
If you've tried everything else and need something new, try to track down a bottle of this if you can. If you have a limited budget, get a bottle of Nectar D'Or and Glenfarclas 25 for about the same price as one bottle of Winter Storm.
Glenfarclas 25
Devin's verdict: the heaviest of the three in terms of flavor and alcohol kick. Good options for when you're feeling like a more intense whisky.
Luke's verdict: Very full oaky, dark, flavor with great influences from the oak it's been sitting in for 25 years.
Update from Luke: After trying this a few more times, I don't like it. I think 25 years might be too long for this one. It's very bland, there's not much flavor, just oak.
Glenmorangie Nectar D'Or
Still one of our favorites. It's a little lighter and less intense than the other two but that makes it a great every day, go to whisky.


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- get(MixedDataKey<T>) - Method in interface provided.mixedData.IMixedDataDictionary
-
Get the value associated with the given key
- get(MixedDataKey<T>) - Method in class provided.mixedData.MixedDataDictionary
-
- getAllIndices() - Method in class provided.extvisitor.AExtVisitor
-
Returns a Set of all the indices currently installed in the visitor
- getBytes(String) - Method in class provided.rmiUtils.classServer.ClassFileServer
-
Returns an array of bytes containing the bytecodes for
the class represented by the argument path.
- getBytes(String) - Method in class provided.rmiUtils.classServer.ClassServer
-
Returns an array of bytes containing the bytecodes for
the class represented by the argument path.
- getChatroom() - Method in class model.MiniModel
-
get chat room
- getChatroom() - Method in class util.Receiver
-
get the associated chatroom
- getChatRooms() - Method in interface common.IUser
-
Get all chat rooms the user has joined.
- getChatRooms() - Method in class util.User
-
- getChatStubs() - Method in class model.MiniModel
-
get chat connection stub
- getChatStubs() - Method in interface view.IMiniModelAdapter
-
get current chat stubs
- getCmd() - Method in class command.InstallCmd
-
- getCmd() - Method in interface common.IInstallCmdType
-
Get the command
- getCmd(I) - Method in class provided.extvisitor.AExtVisitor
-
Retrieve the command associated with given index value.
- getCmd(Class<?>) - Method in class util.Receiver
-
get the command of the data packet algo
- getCmdId() - Method in class command.InstallCmd
-
- getCmdId() - Method in class command.UnknownCmd
-
- getCmdId() - Method in interface common.IInstallCmdType
-
Get the command id
- getCmdId() - Method in interface common.IRequestCmdType
-
Get the id of the command, which is the Class of the data in the packet
- getData() - Method in class provided.datapacket.DataPacket
-
Accessor for the held data
- getDefaultCmd() - Method in class provided.extvisitor.AExtVisitor
-
Retrieve the current default command
- getFailureInfo() - Method in interface common.IFailureStatusType
-
The detailed failure information
- getIP() - Method in class util.User
-
get the ip address of the user
- getIReceiverStubs() - Method in interface common.IChatRoom
-
Get all receivers' stubs in the chat room at the moment the method is called
- getIReceiverStubs() - Method in class util.ChatRoom
-
- getLocalAddress() - Method in interface provided.rmiUtils.IRMIUtils
-
This method is designed to reliably return the actual local IP address
across multiple platforms, particularly Linux.
- getLocalAddress() - Method in class provided.rmiUtils.RMIUtils
-
This method is designed to reliably return the actual local IP address
across multiple platforms, particularly Linux.
- getLocalRegistry() - Method in interface provided.rmiUtils.IRMIUtils
-
Returns the RMI Registry on the local machine on port
IRMI_Defs.REGISTRY_PORT, as a server would require.
- getLocalRegistry() - Method in class provided.rmiUtils.RMIUtils
-
Returns the Registry on the local machine on port
IRMI_Defs.REGISTRY_PORT, as a server would require.
- getMiniModel() - Method in class controller.MiniController
-
get the mini model
- getMiniView() - Method in class controller.MiniController
-
get mini GUI
- getName() - Method in interface common.IChatRoom
-
Get the name of the chat room
- getName() - Method in interface common.IUser
-
Get the name of the user.
- getName() - Method in class util.ChatRoom
-
- getName() - Method in class util.User
-
- getOriginalData() - Method in interface common.IFailureStatusType
-
The corresponding original data for the failure status
- getPath(BufferedReader) - Static method in class provided.rmiUtils.classServer.ClassServer
-
Returns the path to the class file obtained from
parsing the HTML header.
- getReceiver() - Method in class model.MiniModel
-
get chat connection
- getReceiverStub() - Method in interface common.IAddReceiverType
-
Get the receiver stub to add
- getReceiverStub() - Method in interface common.IRemoveReceiverType
-
Get the receiver stub to remove
- getReceiverStub() - Method in class util.AddReceiver
-
- getReceiverStub() - Method in class util.Receiver
-
get the receiver stub
- getReceiverStub() - Method in class util.RemoveReceiver
-
- getRemoteRegistry(String) - Method in interface provided.rmiUtils.IRMIUtils
-
Returns the RMI Registry on a remote machine on port
IRMI_Defs.REGISTRY_PORT, as a client would require.
- getRemoteRegistry(String) - Method in class provided.rmiUtils.RMIUtils
-
Returns the Registry on the given machine on port
IRMI_Defs.REGISTRY_PORT, as a client would require.
- getSender() - Method in class provided.datapacket.DataPacket
-
Accessor for this data packet's sender
- getUserList() - Method in class view.MiniGUI
-
Get and add all the user list to area
- getUsername() - Method in class model.MainModel
-
get the current user name
- getUsername() - Method in interface view.IModelAdapter
-
get the user name
- getUserStub() - Method in interface common.IReceiver
-
Get the user stub corresponding to the IReceiver interface
- getUserStub() - Method in class util.Receiver
-
- getUUID() - Method in interface common.IChatRoom
-
Get UUID of this chat room, which is an unique identifier for this chat room
- getUUID() - Method in interface common.IReceiver
-
Get the UUID of this receiver.
- getUUID() - Method in interface common.IUser
-
Get UUid of the user, which is a unique identifier for the user
- getUUID() - Method in class util.ChatRoom
-
- getUUID() - Method in class util.Receiver
-
- getUUID() - Method in class util.User
-


diag_message
— Diagnostic Modbus Messages¶
API Documentation¶
Diagnostic Record Read/Write¶
These need to be tied into a the current server context or linked to the appropriate data
-
class
pymodbus.diag_message.
DiagnosticStatusRequest
(**kwargs)[source]¶ This is a base class for all of the diagnostic request functions
-
encode
()[source]¶ Base encoder for a diagnostic response we encode the data set in self.message
Returns: The encoded packet
-
-
class
pymodbus.diag_message.
DiagnosticStatusResponse
(**kwargs)[source]¶ This is a base class for all of the diagnostic response functions
It works by performing all of the encoding and decoding of variable data and lets the higher classes define what extra data to append and how to execute a request
-
class
pymodbus.diag_message.
DiagnosticStatusSimpleRequest
(data=0, **kwargs)[source]¶ A large majority of the diagnostic functions are simple status request functions. They work by sending 0x0000 as data and their function code and they are returned 2 bytes of data.
If a function inherits this, they only need to implement the execute method
-
class
pymodbus.diag_message.
DiagnosticStatusSimpleResponse
(data=0, **kwargs)[source]¶ A large majority of the diagnostic functions are simple status request functions. They work by sending 0x0000 as data and their function code and they are returned 2 bytes of data.
-
class
pymodbus.diag_message.
ReturnQueryDataRequest
(message=0, **kwargs)[source]¶ The data passed in the request data field is to be returned (looped back) in the response. The entire response message should be identical to the request.
-
class
pymodbus.diag_message.
ReturnQueryDataResponse
(message=0, **kwargs)[source]¶ The data passed in the request data field is to be returned (looped back) in the response. The entire response message should be identical to the request.
-
class
pymodbus.diag_message.
RestartCommunicationsOptionRequest
(toggle=False, **kwargs)[source]¶ The remote device serial line port must be initialized and restarted, and all of its communications event counters are cleared. If the port is currently in Listen Only Mode, no response is returned. This function is the only one that brings the port out of Listen Only Mode. If the port is not currently in Listen Only Mode, a normal response is returned. This occurs before the restart is executed.
-
class
pymodbus.diag_message.
RestartCommunicationsOptionResponse
(toggle=False, **kwargs)[source]¶ The remote device serial line port must be initialized and restarted, and all of its communications event counters are cleared. If the port is currently in Listen Only Mode, no response is returned. This function is the only one that brings the port out of Listen Only Mode. If the port is not currently in Listen Only Mode, a normal response is returned. This occurs before the restart is executed.
-
class
pymodbus.diag_message.
ReturnDiagnosticRegisterRequest
(data=0, **kwargs)[source]¶ The contents of the remote device’s 16-bit diagnostic register are returned in the response
-
class
pymodbus.diag_message.
ReturnDiagnosticRegisterResponse
(data=0, **kwargs)[source]¶ The contents of the remote device’s 16-bit diagnostic register are returned in the response
-
class
pymodbus.diag_message.
ChangeAsciiInputDelimiterRequest
(data=0, **kwargs)[source]¶ The character ‘CHAR’ passed in the request data field becomes the end of message delimiter for future messages (replacing the default LF character). This function is useful in cases of a Line Feed is not required at the end of ASCII messages.
-
class
pymodbus.diag_message.
ChangeAsciiInputDelimiterResponse
(data=0, **kwargs)[source]¶ The character ‘CHAR’ passed in the request data field becomes the end of message delimiter for future messages (replacing the default LF character). This function is useful in cases of a Line Feed is not required at the end of ASCII messages.
-
class
pymodbus.diag_message.
ForceListenOnlyModeRequest
(data=0, **kwargs)[source]¶ Forces the addressed remote device to its Listen Only Mode for MODBUS communications. This isolates it from the other devices on the network, allowing them to continue communicating without interruption from the addressed remote device. No response is returned.
-
class
pymodbus.diag_message.
ForceListenOnlyModeResponse
(**kwargs)[source]¶ Forces the addressed remote device to its Listen Only Mode for MODBUS communications. This isolates it from the other devices on the network, allowing them to continue communicating without interruption from the addressed remote device. No response is returned.
This does not send a response
-
class
pymodbus.diag_message.
ClearCountersRequest
(data=0, **kwargs)[source]¶ The goal is to clear ll counters and the diagnostic register. Also, counters are cleared upon power-up
-
class
pymodbus.diag_message.
ClearCountersResponse
(data=0, **kwargs)[source]¶ The goal is to clear ll counters and the diagnostic register. Also, counters are cleared upon power-up
-
class
pymodbus.diag_message.
ReturnBusMessageCountRequest
(data=0, **kwargs)[source]¶ The response data field returns the quantity of messages that the remote device has detected on the communications systems since its last restart, clear counters operation, or power-up
-
class
pymodbus.diag_message.
ReturnBusMessageCountResponse
(data=0, **kwargs)[source]¶ The response data field returns the quantity of messages that the remote device has detected on the communications systems since its last restart, clear counters operation, or power-up
-
class
pymodbus.diag_message.
ReturnBusCommunicationErrorCountRequest
(data=0, **kwargs)[source]¶ The response data field returns the quantity of CRC errors encountered by the remote device since its last restart, clear counter operation, or power-up
-
class
pymodbus.diag_message.
ReturnBusCommunicationErrorCountResponse
(data=0, **kwargs)[source]¶ The response data field returns the quantity of CRC errors encountered by the remote device since its last restart, clear counter operation, or power-up
-
class
pymodbus.diag_message.
ReturnBusExceptionErrorCountRequest
(data=0, **kwargs)[source]¶ The response data field returns the quantity of modbus exception responses returned by the remote device since its last restart, clear counters operation, or power-up
-
class
pymodbus.diag_message.
ReturnBusExceptionErrorCountResponse
(data=0, **kwargs)[source]¶ The response data field returns the quantity of modbus exception responses returned by the remote device since its last restart, clear counters operation, or power-up
-
class
pymodbus.diag_message.
ReturnSlaveMessageCountRequest
(data=0, **kwargs)[source]¶ The response data field returns the quantity of messages addressed to the remote device, or broadcast, that the remote device has processed since its last restart, clear counters operation, or power-up
-
class
pymodbus.diag_message.
ReturnSlaveMessageCountResponse
(data=0, **kwargs)[source]¶ The response data field returns the quantity of messages addressed to the remote device, or broadcast, that the remote device has processed since its last restart, clear counters operation, or power-up
-
class
pymodbus.diag_message.
ReturnSlaveNoResponseCountRequest
(data=0, **kwargs)[source]¶ The response data field returns the quantity of messages addressed to the remote device, or broadcast, that the remote device has processed since its last restart, clear counters operation, or power-up
-
class
pymodbus.diag_message.
ReturnSlaveNoReponseCountResponse
(data=0, **kwargs)[source]¶ The response data field returns the quantity of messages addressed to the remote device, or broadcast, that the remote device has processed since its last restart, clear counters operation, or power-up
-
class
pymodbus.diag_message.
ReturnSlaveNAKCountRequest
(data=0, **kwargs)[source]¶ The response data field returns the quantity of messages addressed to the remote device for which it returned a Negative Acknowledge (NAK) exception response, since its last restart, clear counters operation, or power-up. Exception responses are described and listed in section 7 .
-
class
pymodbus.diag_message.
ReturnSlaveNAKCountResponse
(data=0, **kwargs)[source]¶ The response data field returns the quantity of messages addressed to the remote device for which it returned a Negative Acknowledge (NAK) exception response, since its last restart, clear counters operation, or power-up. Exception responses are described and listed in section 7.
-
class
pymodbus.diag_message.
ReturnSlaveBusyCountRequest
(data=0, **kwargs)[source]¶ The response data field returns the quantity of messages addressed to the remote device for which it returned a Slave Device Busy exception response, since its last restart, clear counters operation, or power-up.
-
class
pymodbus.diag_message.
ReturnSlaveBusyCountResponse
(data=0, **kwargs)[source]¶ The response data field returns the quantity of messages addressed to the remote device for which it returned a Slave Device Busy exception response, since its last restart, clear counters operation, or power-up.
-
class
pymodbus.diag_message.
ReturnSlaveBusCharacterOverrunCountRequest
(data=0, **kwargs)[source]¶ The response data field returns the quantity of messages addressed to the remote device that it could not handle due to a character overrun condition, since its last restart, clear counters operation, or power-up. A character overrun is caused by data characters arriving at the port faster than they can be stored, or by the loss of a character due to a hardware malfunction.
-
class
pymodbus.diag_message.
ReturnSlaveBusCharacterOverrunCountResponse
(data=0, **kwargs)[source]¶ The response data field returns the quantity of messages addressed to the remote device that it could not handle due to a character overrun condition, since its last restart, clear counters operation, or power-up. A character overrun is caused by data characters arriving at the port faster than they can be stored, or by the loss of a character due to a hardware malfunction.
-
class
pymodbus.diag_message.
ReturnIopOverrunCountRequest
(data=0, **kwargs)[source]¶ An IOP overrun is caused by data characters arriving at the port faster than they can be stored, or by the loss of a character due to a hardware malfunction. This function is specific to the 884.
-
class
pymodbus.diag_message.
ReturnIopOverrunCountResponse
(data=0, **kwargs)[source]¶ The response data field returns the quantity of messages addressed to the slave that it could not handle due to an 884 IOP overrun condition, since its last restart, clear counters operation, or power-up.
-
class
pymodbus.diag_message.
ClearOverrunCountRequest
(data=0, **kwargs)[source]¶ Clears the overrun error counter and reset the error flag
An error flag should be cleared, but nothing else in the specification mentions is, so it is ignored.
-
class
pymodbus.diag_message.
ClearOverrunCountResponse
(data=0, **kwargs)[source]¶ Clears the overrun error counter and reset the error flag
-
class
pymodbus.diag_message.
GetClearModbusPlusRequest
(data=0, **kwargs)[source]¶ In addition to the Function code (08) and Subfunction code (00 15 hex) in the query, a two-byte Operation field is used to specify either a ‘Get Statistics’ or a ‘Clear Statistics’ operation. The two operations are exclusive - the ‘Get’ operation cannot clear the statistics, and the ‘Clear’ operation does not return statistics prior to clearing them. Statistics are also cleared on power-up of the slave device.
-
class
pymodbus.diag_message.
GetClearModbusPlusResponse
(data=0, **kwargs)[source]¶ Returns a series of 54 16-bit words (108 bytes) in the data field of the response (this function differs from the usual two-byte length of the data field). The data contains the statistics for the Modbus Plus peer processor in the slave device.


RAINFALL >
< Wx
Visualizing the impact of Climate Change on Flight Experience
Average Temperature: Indian summars (2014-2018)


XOR &expr = n1 xor n2
Description Performs a bitwise exclusive OR of two numbers. Results Returns the bitwise exclusive OR of n1 and n2. Example ; perform a bitwise exclusive OR x = %1100 xor %1001 ; x = %0101
Description
Performs a bitwise exclusive OR of two numbers.
Results
Returns the bitwise exclusive OR of n1 and n2.
Example
; perform a bitwise exclusive OR x = %1100 xor %1001 ; x = %0101
Back to Keywords


fun Bundle?.parseSpeechResult(): SpeechResult
Parses the bundle speech result
Receiver Bundle? The speech bundle
Return Boolean The bundle speech valid status and result


Preface
Program Equivalence (Equiv)
Hoare Logic, Part I (Hoare)
Hoare Logic, Part II (Hoare2)
Hoare Logic as a Logic (HoareAsLogic)
Small-step Operational Semantics (Smallstep)
Type Systems (Types)
The Simply Typed Lambda-Calculus (Stlc)
Properties of STLC (StlcProp)
More on the Simply Typed Lambda-Calculus (MoreStlc)
Subtyping (Sub)
A Typechecker for STLC (Typechecking)
Adding Records to STLC (Records)
Typing Mutable References (References)
Subtyping with Records (RecordSub)
Normalization of STLC (Norm)
Partial Evaluation (PE)
Postscript
Bibliography (Bib)
A Collection of Handy General-Purpose Tactics (LibTactics)
- Fixing Stdlib
- Tools for Programming with Ltac
- Identity Continuation
- Untyped Arguments for Tactics
- Optional Arguments for Tactics
- Wildcard Arguments for Tactics
- Position Markers
- List of Arguments for Tactics
- Databases of Lemmas
- On-the-Fly Removal of Hypotheses
- Numbers as Arguments
- Testing Tactics
- Testing evars and non-evars
- Check No Evar in Goal
- Helper Function for Introducing Evars
- Tagging of Hypotheses
- More Tagging of Hypotheses
- Deconstructing Terms
- Action at Occurence and Action Not at Occurence
- An Alias for eq
- Common Tactics for Simplifying Goals Like intuition
- Backward and Forward Chaining
- Introduction and Generalization
- Rewriting
- Inversion
- Induction
- Coinduction
- Decidable Equality
- Equivalence
- N-ary Conjunctions and Disjunctions
- Tactics to Prove Typeclass Instances
- Tactics to Invoke Automation
- Tactics to Sort Out the Proof Context
- Tactics for Development Purposes
- Compatibility with standard library


serialVersionUID
differs from the default generated ones.
This can happen when you use a custom scheme for serialVersionUID
or when something in the class changed since the previous
modification of serialVersionUID
, which can lead to problems during deserialization.


Each graph describing something contains Freebase URLs to be explored. What we want is the ability to load data into our local store while some query is running, enabling the dataset to be enlarged as the query makes choices about how to proceed.
This is similar to cwm's log:semantics. http://ww.w3.org/2000/10/swap/doc/Reach
In SPARQL, the dataset is fixed. No good if you want to write a graph-walking process without some glue in your favourite programming language. In one way, it's scripting for the web but in a special way. It's not a sequence of queries and updates; it's changing the collection of graphs, expanding the RDF dataset known to the application.
Query 1 : See what's in the graph
Let's first look at what's available at the example URL. That does not require anything special: it's just a FROM clause (which in ARQ will content-negotiate for RDF; if you use a web browser you will see an HTML page):
PREFIX fb: <http://rdf.freebase.com/ns/> SELECT * FROM fb:en.blade_runner { ?s ?p ?o }
Hmm - 294 triples.
Query 2 : Look for interesting properties
PREFIX fb: <http://rdf.freebase.com/ns/> SELECT DISTINCT ?p FROM fb:en.blade_runner { ?s ?p ?o }
62 distinct properties used. fb:film.film.starring looks interesting.
Query 3 : Follow the links
As an experimental feature, consider a new SPARQL keyword "FETCH
" which takes a URL, or
a variable bound to a URL by the time that part of the query is reached, and
fetches the graph at that location.
Now we fetch the documents at each of the URLs that are objects of the blade runner, film.film.starring triples.
FETCH
loads the graph and places it in the dataset as a named graph, the name
being the URL is fetched it from. We use GRAPH
to access the loaded graph. Done
this way, triples from different sources are kept separately which might be
important in deciding what sources to believe.
This also shows a critical limitation: just placing in a named graph is a basic requirement for deciding what to believe but really there ought to be a lot more metadata about the graph, including when it was read, possibly why it was read (how we got here in the query) etc etc. But we are not an agent system so we will note this and move on.
By poking around with GRAPH ?personUUID { ?s ?p ?o}
(60 triples) the property film.performance.actor looks hopeful.
PREFIX fb: <http://rdf.freebase.com/ns/> SELECT ?actor FROM fb:en.blade_runner { fb:en.blade_runner fb:film.film.starring ?personUUID FETCH ?personUUID GRAPH ?personUUID { ?personUUID fb:film.performance.actor ?actor } }
12 results.
-------------------------------------------- | actor | ============================================ | fb:en.james_hong | | fb:en.brion_james | | fb:en.edward_james_olmos | | fb:en.joanna_cassidy | | fb:en.william_sanderson | | fb:en.rutger_hauer | | fb:authority.netflix.role.20000077 | | fb:guid.9202a8c04000641f80000000054cbccc | | fb:en.sean_young | | fb:en.joe_turkel | | fb:en.harrison_ford | | fb:en.daryl_hannah | --------------------------------------------
and more URLs to follow.
Looking in the next graph, there is fb:type.object.name
so let's
guess and use that. But each time we have chosen a property, we didn't
have to guess, we can follow that property URL itself:
PREFIX fb: <http://rdf.freebase.com/ns/> SELECT * FROM fb:type.object.name { ?s ?p ?o }
but it's easier to read the description in HTML (and freebase is link following internally to build the page).
Query 3 : The names of actors in Blade Runner
So a query to find the names of actors in "Blade Runner" is:
PREFIX fb: <http://rdf.freebase.com/ns/> SELECT ?actor ?name FROM fb:en.blade_runner { fb:en.blade_runner fb:film.film.starring ?personUUID FETCH ?personUUID GRAPH ?personUUID { ?personUUID fb:film.performance.actor ?actor } FETCH ?actor GRAPH ?actor { ?actor fb:type.object.name ?name } } ORDER BY ?actor
which gives:
------------------------------------------------------------------- | actor | name | =================================================================== | fb:authority.netflix.role.20000077 | "M. Emmet Walsh" | | fb:authority.netflix.role.20000077 | "M・エメット・ウォルシュ" | | fb:en.brion_james | "Brion James" | | fb:en.daryl_hannah | "Daryl Hannah" | | fb:en.daryl_hannah | "Ханна, Дэрил" | | fb:en.daryl_hannah | "דריל האנה" | | fb:en.daryl_hannah | "ダリル・ハンナ" | | fb:en.edward_james_olmos | "Edward James Olmos" | | fb:en.harrison_ford | "Harrison Ford" | | fb:en.harrison_ford | "Форд Гаррісон" | | fb:en.harrison_ford | "Форд, Харрисон" | | fb:en.harrison_ford | "Харисон Форд" | | fb:en.harrison_ford | "Харисън Форд" | | fb:en.harrison_ford | "האריסון פורד" | | fb:en.harrison_ford | "ハリソン・フォード" | | fb:en.harrison_ford | "哈里森·福特" | | fb:en.harrison_ford | "해리슨 포드" | | fb:en.james_hong | "James Hong" | | fb:en.joanna_cassidy | "Joanna Cassidy" | | fb:en.joe_turkel | "Joe Turkel" | | fb:en.rutger_hauer | "Rutger Hauer" | | fb:en.rutger_hauer | "Хауэр, Рутгер" | | fb:en.rutger_hauer | "ルトガー・ハウアー" | | fb:en.rutger_hauer | "魯格·豪爾" | | fb:en.sean_young | "Sean Young" | | fb:en.sean_young | "Шон Йънг" | | fb:en.sean_young | "Янг, Шон" | | fb:en.sean_young | "ショーン・ヤング" | | fb:en.william_sanderson | "William Sanderson" | | fb:guid.9202a8c04000641f80000000054cbccc | "Morgan Paull" | -------------------------------------------------------------------
We are left with a question: why use (extended) SPARQL? If you're doing it once, then a web browser is easier. After all, I used one to choose the properties to follow.
But with a query you can send it to someone else for them to reuse your knowledge, you can rerun it to look for changes, you can generalise and let the computer do some brute force search to find things that would take you, the human, a long time.


{% extends "base.html" %} {% load staticfiles i18n %} {% block additional_scripts %} {% endblock additional_scripts %} {% block content %} {% trans "RSVP" %} {% trans "We ask for your email and for the wedding code you received with your invitation below." %} {% trans "RSVP is now closed." %} {% trans "If you change your response, please send us a message." %} {% for message in messages %} {{ message }} {% endfor %} {% trans "RSVP" %} {{ form.non_field_errors }} {% csrf_token %} Your Email {{ form.email }} {{ form.email.errors }} Wedding Code {{ form.wedding_code }} {{ form.wedding_code.errors }} {% trans "Continue" %} {% trans "We are so excited to see everyone at the wedding." %} {% trans "Let us know if you have any problems RSVP'ing." %} Elisabeth & Rafael {% endblock content %}
{{ form.email.errors }}
{{ form.wedding_code.errors }}
{% trans "We are so excited to see everyone at the wedding." %} {% trans "Let us know if you have any problems RSVP'ing." %}


Links:
Dr. Bruce is a Senior Research Data Scientist with Somatus. Research interests include chronic disease prevention and management, veterans’ and military health, scale development in pain and social functioning, biostatistics, health economics, patient safety, and value-based decision making. Passionate about data, she uses SAS, R, SQL, Python, Teradata, and Tableau, along with reproducible research and automation techniques in Agile teams, to wrangle, build, curate, visualize, report, and document data warehouse resources for translation into actionable insights.
Dr. Bruce earned her Ph.D. in Epidemiology from the University of North Carolina at Chapel Hill, and completed a postdoctoral fellowship in Health Services Research at the Cecil G. Sheps Center, University of North Carolina. She has a Masters of Health Policy and Administration and Bachelor of Arts in Psychology from the University of North Carolina at Chapel Hill.
Editor-In-Chief of Patient Related Outcome Measures, Dove Medical Press, part of Taylor & Francis Group
Principal Investigator of longitudinal observational study NCT00954564
Developer of the Patient-Reported Arthralgia Inventory (PRAI), licensed through FACIT.org
Special Commendation Award, United States Government Accountability Office (US GAO), Veterans and Military Health Issue Area
Cigna Quarterly Champion Award, Journal of Spine Surgery article on narcotics and opioid utilization following lumbar fusion surgery.
Paper of the Year Award, SAGE/HERO Publications, Loneliness in the United States of America: a 2018 National Panel Survey of Demographic, Structural, Cognitive, and Behavioral Characteristics, American Journal of Health Promotion


Directives
-
Many of the rxForm directives are designed for layout
and positioning. However, there are some that are for stylistic
purposes.
-
See
rxForm API Documentation
for a more comprehensive list of available directives.
Labels and Inputs
-
You should remember that the rxFieldName isn't an HTML label element.
-
rxFieldName is a descriptive design element for a particular
form field.
- An HTML label is used for accessibility.
-
You should use the
<label for="formControlId">
format when defining your HTML labels.
-
The
for
attribute connects the label to an
appropriate form control. When the label is clicked, wherever it
is placed in the DOM, it will focus or activate its
corresponding form control.
-
DO NOT wrap the control within a label element.
-
CSS does not have proper selectors to style label text based
on control state
-
You should place an HTML label around text in an appropriate
rxFieldName element.
-
Inline HTML label elements should only be used with radios,
checkboxes, and toggle switches.
-
Place the label
immediately after the form control.
-
This enables you to style the label based on the state
of the control.
-
See rxCheckbox,
rxRadio,
and rxForm for markup
examples.
-
In contrast to its predecessor (rxFormItem), rxField and children
provides you the flexibility to create form field inputs that make
use of one or more controls.
- See "Advanced Controls" in
rxForm demo for examples.
Error Messages
-
Inline Error messages should make use of the
rxInlineError
directive.
-
This directive is styled with bold and red text. It is not
constrained by DOM hierarchy, so you may place it wherever it is
necessary.
Help Text
-
Help text should make use of the
rxHelpText
directive.
-
This directive is styled in a slightly smaller, italicized font and
is not constrained by DOM hierarchy, so you can place it wherever it
is necessary.
Buttons
-
Reference the links and
buttons atoms and the
Form Page layout for details about how
to style and color buttons.
-
Submit buttons should use the green
.submit
class unless
you are performing a destructive action, in which case, you should use
the .negative
class.
-
If you need to use a button in your form field for auxiliary purposes,
use the default blue.
Selects
- For single item selection, use the
rxSelect component.
-
For multi-item selection, use the rxMultiSelect element defined in
the rxMultiSelect
component.
Checkboxes
-
Use the rxCheckbox component
for checkbox controls.
-
If you intend to use a label element, place it immediately
after the rxCheckbox to style the label when the control
is disabled.
-
DO NOT wrap rxCheckbox in a label element.
Toggle Switches
-
You can use the
rxToggleSwitch component
for toggle switch controls.
-
If you intend to use a label element, place it immediately
after the rxToggleSwitch to style the label when the
control is disabled.
-
DO NOT wrap rxToggleSwitch in a label element.
-
NOTE:
An rxToggleSwitch does not toggle when clicking its label. However,
CSS styles are still applied if the control is disabled within an
rxForm.
-
For consistency, and future compatibility, assume that rxToggleSwitch
and label works as expected.
Radios
-
Use the rxRadio component for
radio controls.
-
If you intend to use a label element, place it immediately
after the rxRadio so that CSS rules may style the label when
the control is disabled.
-
DO NOT wrap rxRadio in a label element.
Using a Character Counter
-
Character counters provide color feedback to the user in addition to
numeric feedback. As a user approaches the character limit, the
numeric value turns from gray to yellow, then yellow to red.
-
The character counter is already styled and has the correct width
needed to be positioned next to a textarea. If you need to change the
textarea width, a custom wrapper class and textarea width can be set.
-
If you intend to use a counter on text inputs, instead of the more
commonly used text area, be aware the framework does not support
these fields. You may experience unexpected results. Make sure to
test your code.
-
See rxCharacterCount for
more specific documentation about implementing a counter on a
textarea or text input field.
Disabled state
-
When an input is disabled, styles are automatically applied to
gray out the field with a "not-allowed" pointer style.
-
When label rules (seen above) are applied correctly to a radio,
checkbox, or toggle switch, the label will also be styled.
Form Validation
-
EncoreUI is built on Angular and uses ngModel directives for validation.
As a result, you will see custom CSS styling if an element has the
.ng-invalid
and/or .ng-dirty
classes, which are
dynamically added by ngModel validation logic.
-
Some components will style based on both classes being present (typical
use case), while others will only use
.ng-invalid
.
-
Creating an EncoreUI-specific design pattern for placement of form
validation messages is on our roadmap.
- At present, there are no styles for invalid toggle switches.
Saving Form Data
Saving In-Progress Form State
-
Saving a form state can help with user experience. You can use rxAutoSave
to activate this feature.
-
rxAutoSave interacts exclusively with your model layer. Your UI/template
code will be unaware that its state is being saved.
-
See rxAutoSave (which lives within
the rxMisc component) for further details.
Manual Form Saving
-
If you require form data to be completed before submitting, or require
interactive form experiences, a conditional save button and notification
is used.
-
The notification should only be shown after a change has been made to the
form, not on page load.
-
The subtitle of the page should indicate when the form was last saved and
contain the save button.
Design Patterns within Encore
-
Forms can be used on their own page. You can see this in Encore when
you create a new object such as a Cloud Server or a Database under
Encore Cloud.
-
Forms are also used within modals. You can see this when modifying
content that requires form fields such as actions performed on a Cloud
Server instance.
-
You can use Wells to create additional
context for the form.
UI Roadmap / Possible Future-work
-
Fleshing out a design pattern for edit states.
-
Up until now, the editing of content has been relegated to using
modals to edit individual line items. As a result, different
products have handled the concept of an edit state differently.
-
There should be conformity for this, but we have not designed a
user pattern yet.


Gateway
BOT
16-Jul-18 09:07 PM
[telegram] <Daniel> New partnership announced! KMD can be purchased with fiat at 21,000 physical locations throughout Canada, Europe, and Australia
[telegram] <Daniel> New partnership announced! KMD can be purchased with fiat at 21,000 physical locations throughout Canada, Europe, and Australia
Komodo Platform is the world's premier provider of end-to-end blockchain solutions. KMD coins can now be purchased with fiat at 21K locations worldwide.
[telegram] <Bonged> BULLISH NEWS !! (re @Daniel: New partnership announced! KMD can be purchased with fiat at 21,000 physical locations throughout Canada, Europe, and Australia)
[telegram] <Bonged> post that in twitter I will definitely pass on the message
[telegram] <ostalakar> ??
[telegram] <Bonged> I saw it now was it published a long time ago ??
[telegram] <Bonged> Only *
[telegram] <Daniel> It was just published about ten minutes ago
[telegram] <Bonged> So why was this guy posting questions marks lol
[telegram] <Bonged> This is seriously big news
[telegram] <Daniel> haha no idea
[telegram] <Daniel> Yeah it's exciting!
[telegram] <Bonged> Indeed !
[telegram] <ostalakar> This is big yeah
[telegram] <Bonged> Waiting for official announcement in twitter
[telegram] <ostalakar> one of the best news of this year
Komodo Platform is the world's premier provider of end-to-end blockchain solutions. KMD coins can now be purchased with fiat at 21K locations worldwide.
[telegram] <Bonged> Altough it’s official :D
[telegram] <Bonged> But you know what I mean ahah
[telegram] <Daniel> I think Ben, our social media manager, is alreayd offline for the day but I'm sure he'll Tweet it first thing tomorrow morning
CORRECTION: 5883* $KMD will get you 300 KMD in rewards. I forgot about the compounded interest!! So if you bought 6000 KMD because of my tweet, you have enough extra rewards AFTER securing your blockchain to get endless Mozzarella sticks at @Applebees... Legit
#crypto #blo...
[telegram] <Regnar> I made a math mistake!!
[telegram] <Daniel> We forgive you lol
[telegram] <Bonged> I’m gonna tweet it now for sure !!!
[telegram] <Bonged> And then retweet ben tweet
[telegram] <Bonged> Passing on the message
[telegram] <Daniel> There's some info in the post. THere are also a few links to check out (re @Andreas: But how can i buy it)
[telegram] <Daniel> Awesome! Please do
[telegram] <Daniel> We're being integrated into Netcoins network but they
[telegram] <Daniel> *their website isn't updated and doesn't have a complete list of all the locations where you'll be able to buy KMD with fiat
Guys this is so BIG !! One more step into the bright future that this project is destined to ! @KomodoPlatform @KomodoWorld $KMD @Netcoins
https://t.co/EjW9vB0vLB
[telegram] <Bonged> Make sure to like it and retweet it
[telegram] <Regnar> Done (re @Bonged: Make sure to like it and retweet it)
[telegram] <Bonged> It’s for sure gonna attract new people
[telegram] <Bonged> Thank you :)
[telegram] <Bonged> It’s seriously some big news too bad I don’t have enough followers to cause enough impact :s


The ‘push’ app is a web-service that accepts pod specifications that are to be added to the master spec repo. Its respondibility is to add a ACL layer on who gets to push specs for a certain library, validates the specs, and merges them into the spec repo.
| # | e | i | s | |
|---|---|---|---|---|
| As a user I would like to push a specification so I can publish a new library to the master spec repo. | 1 | |||
| The client should include a serialized version of the specification, because we don’t want to evaluate user-supplied Ruby on the service. | ||||
| As an owner I would like to push a specification so I can publish an updated library to the master spec repo. | 2 | |||
| The client should include a serialized version of the specification, because we don’t want to evaluate user-supplied Ruby on the service. | ||||
| As a maintainer I want to have a GitHub pull-request for each push so I can discuss issues with the submitter and/or merge manually. | 3 | |||
| Manual merging is only necessary in case of issues with the push-workflow, e.g. Travis not finishing because of network outage. | ||||
| As a maintainer I want Travis to verify the validity of a pod specification so I can know if the specification is OK to be merged in to the master spec repo. | 4 | |||
| This is normally done automatically by GitHub by calling the Travis webhook for each pull-request. | ||||
| As a maintainer I want the push-app to automatically merge the pull-request so I can sit back and enjoy the finer things in life. | 5 | |||
| Use Travis’ ability to call webhooks after running a build for this. |
| # | e | i | s | |
|---|---|---|---|---|
| As a user I should be the ‘owner’ of a library when I publish the first version of a library so I can ensure nobody else is allowed to update that library. | 6 | |||
| As an owner I should be able to mark another user as ‘owner’ so I can delegate control and maintenance over a library to others. | 7 |
| # | e | i | s | |
|---|---|---|---|---|
| As a developer I should be able to access a database containing information of all available libaries so I can write other useful related web-services. | ||||
| Specifically, the download-count app, which needs to know if pods being reported to it are actually being tracked by us, or are private/3rd party/ |


JSON is used to describe data literally. Jsonlang extends JSON. Jsonlang has relaxed syntax and comments to make it easier for humans to write. Jsonlang also adds constructs for generating, translating and refining data. Because Jsonlang is an extension of JSON, valid JSON is also valid Jsonlang that just emits that JSON unchanged.
YAML is also an extension of JSON that generates JSON. Like Jsonlang, YAML is intended to improve the user experience when data is transfered over the human / machine boundary. Its syntax is very tight; YAML files are much shorter than their JSON equivalents. However its constructs for generating, translating, and refining data are very weak in comparison to Jsonlang. Moreover, the tightness of its syntax makes it hard to extend YAML to add these features. In particular, YAML and Jsonlang disagree about what 1+1 should mean. YAML already defines it to mean the string "1+1", whereas in Jsonlang we want it to be 2. Jsonlang therefore builds from JSON and not YAML.
Jsonlang is a form of templating language as it generates data from programs that interleave verbatim data with computation constructs. However other templating languages operate on plain text. That is to say that the data amongst which the computational constructs are intermingled are simply plain text, and the output of the evaluation is also plain text. This means such systems can be used to produce files with arbitrary syntax, e.g. custom configuration file syntax, HTML, or even JSON.
However, since these templating languages are unaware of the syntax of the file they're generating (they think it is simply plain text), they cannot help the programmer avoid creating errors in the underlying representation.
By analogy, the C Pre-Processor has no understanding of C syntax. C Pre-Processor macros can break that syntax if they are used wrongly. The net result of this is that problems with the use of these macros must be debugged by examining the output of the evaluation (i.e. the generated C code). Errors cannot be presented at the level at which the programmer is actually working. For this reason, the vast majority of modern languages do not feature a pre-processor.
The situation is the same when templating languages are used to generate HTML, often the developer will check the generated HTML because successful evaluation of the template does not imply the HTML is correct. The same is true when the target language is JSON. Jsonlang avoids these problems, as although it is limited to JSON output, it is guaranteed that the output will be valid JSON.
ML is a functional language like Jsonlang. However ML is not pure, and also has strict evaluation.  Providing static type safety means programmers have to understand type inference, unification errors, and also provide the occasional type annotation. Even then, some correct programs are rejected.
The Nix expression language, which is a pure lazy functional language with dynamic typing, is therefore closer to Jsonlang. Jsonlang differs from the Nix expression language mainly in that it also has object-oriented semantics in the form of mixins. Also, Jsonlang is an extension of JSON, whereas the Nix expression language is not (in particular it lacks floating point numbers).
Most scripting languages are dynamically typed languages, often with object-oriented features.
However, Jsonlang is also a templating language, which makes it very good for generating data that is a mixture of verbatim and computed elements. Jsonlang programs can be easily understood and modified by someone who only knows JSON. Any parts of the program which are just JSON (i.e. do not make use of the extended Jsonlang constructs) can be modified with predictable results. Jsonlang's pure functional semantics also make modifying the program more predictable.
More importantly, Jsonlang has the property of hermiticity. This means that regardless of when or where a Jsonlang program is evaluated, it will always generate the same JSON. This means the program can be freely converted to data, and thus it can be thought of as equivalent to data. This is not the case with general purpose languages, as they are allowed to read files, contact the network, look up the time, or any number of other sources of non-deterministic behavior. While it is possible to sandbox some scripting languages in order to patch all of these holes, the result of this is a new language that is incompatible with the original language. This makes Jsonlang a lot more suitable for configuration than general purpose scripting languages.
One advantage that is often put forward for using general purpose scripting languages as configuration languages is that they are already well-understood by a large number of people. However this is also true of Jsonlang, because of its backwards compatibility with JSON, its use of mixins (a decades old construct that is well-understood) and the mimicking of Python syntax in cases where that makes sense (e.g. string formatting and comprehension constructs).
Finally, Jsonlang is a much smaller language than most general purpose scripting languages, yet despite this it has considerable expressive power.
Coil is a configuration language that is interpreted by a Python library. Like Jsonlang, it has a JSON-like data model and some facilities for extending objects to avoid duplication, referring to other parts of the structure, and importing from other files. However it is a long way from the expressiveness of the object-oriented semantics of Jsonlang, and it also does not have the ability to do arithmetic beyond substituting values into strings. Finally, coil binds variables according to dynamic scoping rules, which have long been discredited because they quickly make code very difficult to understand. Jsonlang uses static scoping, like almost all mainstream languages.
Pystachio is a Python framework that makes it
easier to use Python itself as a configuration language. It extends Python's existing data literals
(which are JSON-like) to enforce immutability and add some templating functionality. However it
lacks the full computational abilities of Jsonlang. Although it does allow some computation within
string values via template expansion, the only variables you can access are stored in separate
"environments", and there is no direct access to the data being configured. Even if we assume that
all data is stored in environments and object fields merely forward to the environment, the language
does not have any true object-orientation features. While scopes are inherited from outer objects,
this just an implicit way of doing what you can do in Jsonlang with $
or
local
. In Pystachio there is no way to derive a struct from another struct with a few
changes, let alone use late binding or the expressive power of mixins.
Finally, there are a number of other configuration languages that have grown to be used by a range of applications. For example INI files or Apache config files. Typically these offer few features beyond simple JSON and provide very little functionality when compared to Jsonlang.
Except as noted, this content is licensed under Creative Commons Attribution 2.5. Enjoy!


{{/* The indentation and line breaks in the HTML below match bloaty_treemap.py's output byte by byte. This was useful while porting bloaty_treemap.py to Golang as a quick correctness test. Moving forward, we don't need to keep this invariant. */}}


| None. |
| This command will return the currently selected directory for disk operations, useful for advanced file operations. Use CHANGEDIR to change the current directory. The value returned doesn't have a trailing slash - aside from the root directory of the drive. |
|
; CurrentDir$() example
; Print the current directory until ESC key While Not KeyHit(1) Print CurrentDir$() Wend |


{% extends 'registration/base.html' %} {% block content %}
Your Password Has Been Set! You can Login Now


You don't need to download the source code from the repo, create all the necessary files for the web app, writing two thousands line of code just to create a Hello world!
app. XFramework Generator can make everything for you.
XF Generator has a number of dependencies such as:
To install first two of them on Mac OS X or Windows computers you just need to download a package from nodejs.org/download/. For other platforms see the readme.
After installing node.js and npm go to terminal and install Yeoman writing npm install -g yo
(with sudo
if necessary).
Almost there! After these steps you need to install XF Generator with npm install -g generator-xf
.


Researchers, expand the capabilities of your research with OSG
Register Now
Learn about HTCondor - the Software the Powers the OSG
Register Here
Congratulations researcher Nicholas Cooley!
Read more
A team at NCSA did! They used HTCondor to move files from Lyon France to Urbana Illinois (Photo credit: Vera C. Rubins Observatory)
OSG integrates global computing to support detection of colliding neutron stars by LIGO, VIRGO, and DECam.
Accumulated data sets from past and current astronomy research are not dead. Researchers are still doing new science with old data and still making new discoveries.
Learn more
Olexandr Isayev gives machine learning insights into molecular science using the Open Science Grid.


Bikeability delivery to schools.
Training instructors to deliver Bikeability.
Adult training and maintenance courses.
We are a forward thinking company; we believe that cycling is hugely beneficial to all. It benefits people’s health and the environment. We at Avanti Cycling are about helping people and organisations.
Avanti Cycling was founded by Greg Woodford. Greg has been working for the CTC for over ten years managing their cycle training department. During which time he:
Avanti Cycling works hard to help the environment. We follow the mantra: Reduce-Reuse-Recycle. This means that you might receive letters in used envelopes! Check out our environmental policy.


Jarek Paul Ervin is a music scholar working at the intersection of musicology, cultural studies, philosophy, and social theory. Broadly, Ervin’s thought investigates the overlapping and often conflicting dynamics of music as aesthetic practice, social force, historical inheritance, and a privileged window into the domain of sensory experience. Recent projects have investigated these concerns within a number of areas, including the early history of popular music studies, avant-garde musical aesthetics, and the recent resurgence of white supremacist music. Ervin’s more general concerns include: popular music studies, music history, and music theory; gender and sexuality in music; and philosophy of music, especially German Idealism and critical theory (Lukács, Benjamin, Bloch, and Adorno).
Ervin is currently a PhD candidate in University of Virginia’s McIntire Department of Music. His dissertation concentrates on the fraught character of New York’s iconic punk scene of the 1970s. Drawing on a range of archival, critical, and recorded materials, Ervin’s project focuses on the way the category of punk served as a fragile placeholder for a range of artists including Velvet Underground, Jayne County, Patti Smith, the Ramones, and Blondie. Along the way, Ervin examines the way punk’s elusive character carved out a unique space for re-evaluating music at the intersection of the historical, the discursive, and the aesthetic. Ultimately, this leads to an interrogation of broader issues related to genre theory, gender and sexual identity, and popular music’s troubled history.
Ervin’s work has appeared at a number of recent conferences, including Left Forum 2014 and IASPM-US 2016; this fall, he will present at the joint meeting of AMS and SMT. Ervin has held fellowships from the Library of Congress and UVa’s Vice President's Office for Research, and in 2015 was the Gladys Krieble Delmas Visiting Scholar at the Rock and Roll Hall of Fame’s Library and Archives. In 2016, his work will be supported by a Battestin Fellowship from the Bibliographical Society of the University of Virginia.
For more about his research and teaching, click here.


Methods
(static) decipher(crypttext) → {utf8}
Deciphers encrypted password.
Parameters:
| Name | Type | Description |
|---|---|---|
crypttext |
string | The encrypted password. |
- Source:
Returns:
deciphered
- Type
- utf8
(static) digest(plaintext) → {hex}
Creates a cryptographic hash of the provided
plaintext, with additional salt using a module
specific secret.
Parameters:
| Name | Type | Description |
|---|---|---|
plaintext |
string | The plain text password. |
- Source:
Returns:
digest
- Type
- hex
(static) encipher(plaintext) → {hex}
Enciphers a plain text password.
Parameters:
| Name | Type | Description |
|---|---|---|
plaintext |
string | The plain text password. |
- Source:
Returns:
encrypted
- Type
- hex
(static) salt() → {hex}
Creates a random value for use as salt
- Source:
Returns:
salt
- Type
- hex


--- notes: Replace .grey-2 with .green and add .not-allowed-sm for the curently active item. Use this for paginators with five pages or more. ---


To use it, pull this repo and build it with mvn clean install
This will build:
Install the appropiate one for your OS and/or distribution of Linux
For OSX use the RPM installer; you might have to install rpm via brew
It installs two files, unbound-1.0.0-exec.jar and either mvnu or mvnu.bat A copy of the Apache 2.0 License might also be included


Court remands two over robbery at Winneba
by J.K. Nabary, GNA
Winneba C/R, Nov. 18, A District Magistrate Court in Winneba presided over by Mr. Charles Oheneba-Kufour has remanded into prison custody two men allegedly accused of their involvement in an armed robbery operation at the residence of a Police officer in Winneba .
The pleas of Vincent Gagadosu 29, unemployed and Maxwell Bortey, 24, a bus conductor, were not taken and will reappear before the court on Tuesday, November 26.
Chief Superintendent Godfrey Tetteh Adjirakor in charge of Winneba District Police Command, who narrated the facts at the weekend said on November 7 at about 2045 hours Gagadosu, Bortey and two others now on at large, armed themselves with a Pistol, Knifes and other dangerous items and sneaked into the residence of a Senior Police officer in Winneba who was at then attending a course.
He said the robbers attacked the wife of the officer immediately she drove onto their compound and parked her Toyota Camry Saloon vehicle.
He said they marched her into their room and attacked her two young kids and two female adults who were in the house, tied their hands with ropes and covered their mouths with tapes.
Mr Adjirakor said they robbed the household and took away one Hp Lab-top Computer, three cell phones, cash amounting to Six Hundred Ghana Cedis and thence packed their booty into the victim’s Toyota Saloon car and sped off.
Chief Superintendent Adjirakor said the next day the two suspects were arrested from their hideout at Nungua through intelligence report.
The District Commander said the Toyota Camry Saloon Car was later found on November 10, and that efforts were being made to apprehend the other two accomplices believed to be hiding in Ashiaman in the Greater Accra Region.
GNA


Crispiest Juiciest Oven Baked Wings - by Grace Choi
WATCH or LISTEN
Set the time to 20 minutes
Show me a video about Grace and Wings


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object synoptic.algorithms.bisim.Bisimulation
public abstract class Bisimulation
This class implements the algorithm BisimH (
Bisimulation.splitPartitions
), and a modified version of the
algorithm kTail (Bisimulation.mergePartitions
) that considers state
labels instead of state transitions. It is based on the code from Clemens
Hammacher's implementation of a partition refinement algorithm for
bisimulation minimization. Source: https://ccs.hammacher.name License:
Eclipse Public License v1.0.
| Field Summary | |
|---|---|
private static boolean |
combineCandidates
Set to combine all candidate splits for each partition into a multi split. |
private static boolean |
incomingTransitionSplit
Consider incoming transitions for splitting TODO: expose this as a command line option |
private static boolean |
interleavedMerging
Coarsen the representation after each successful split (i.e. |
static java.util.logging.Logger |
logger
|
| Constructor Summary | |
|---|---|
private |
Bisimulation()
|
| Method Summary | |
|---|---|
static PartitionGraph |
getSplitGraph(IGraph<LogEvent> graph,
TemporalInvariantSet invariants)
Construct a partition graph from graph (by partitioning by
label), calls splitPartitions on it, and returns the refined
graph. |
private static java.util.List<PartitionSplit> |
getSplits(RelationPath<Partition> counterexampleTrace,
PartitionGraph pGraph)
Compute possible splits to remove the path counterexampleTrace from pGraph. |
static void |
kReduce(PartitionGraph pGraph,
int k)
Wrapper to mergePartitions without invariant preservation. |
static void |
mergePartitions(PartitionGraph pGraph)
Works as mergePartitions but fixes synoptic.invariants to
pGraph.getInvariants() |
static void |
mergePartitions(PartitionGraph pGraph,
TemporalInvariantSet invariants)
Works as mergePartitions but fixes k to 0. |
private static void |
mergePartitions(PartitionGraph pGraph,
TemporalInvariantSet invariants,
int k)
Merge partitions if they are k equal, while maintaining
synoptic.invariants |
static int |
performOneSplitPartitionsStep(int numSplitSteps,
PartitionGraph pGraph,
java.util.List<RelationPath<Partition>> counterExampleTraces)
|
static void |
splitPartitions(PartitionGraph pGraph)
Splits the partitions in pGraph until all synoptic.invariants
returned by pGraph.getInvariants() are satisfied. |
private static IOperation |
tryAndRecordCandidateSplits(java.util.List<RelationPath<Partition>> counterexampleTraces,
PartitionGraph pGraph,
java.util.HashMap<Partition,PartitionMultiSplit> splitsToDoByPartition,
java.util.Set<ITemporalInvariant> newlySatisfiedInvariants)
|
static boolean |
tryAndRecordSplitOp(ITemporalInvariant inv,
PartitionGraph pGraph,
java.util.HashMap<Partition,PartitionMultiSplit> splitsToDoByPartition,
Partition partitionBeingSplit,
PartitionMultiSplit splitOp)
Attempts to perform the splitOp on the pGraph to see whether or not the resulting graph has no other counter-examples for the invariant inv (i.e. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public static java.util.logging.Logger logger
private static final boolean combineCandidates
private static boolean incomingTransitionSplit
private static boolean interleavedMerging
| Constructor Detail |
|---|
private Bisimulation() throws java.lang.InstantiationException
java.lang.InstantiationException
| Method Detail |
|---|
public static boolean tryAndRecordSplitOp(ITemporalInvariant inv, PartitionGraph pGraph, java.util.HashMap<Partition,PartitionMultiSplit> splitsToDoByPartition, Partition partitionBeingSplit, PartitionMultiSplit splitOp)
inv
- The invariant to check for satisfiability after the splitOp.pGraph
- The partition graph to apply to the splitOp to.splitsToDoByPartition
- The HashMap recording splits by partition -- will be updated
if the split makes the graph satisfy the invariant.partitionBeingSplit
- The partition being split by splitOp.splitOp
- The split operation to apply to pGraph
private static IOperation tryAndRecordCandidateSplits(java.util.List<RelationPath<Partition>> counterexampleTraces, PartitionGraph pGraph, java.util.HashMap<Partition,PartitionMultiSplit> splitsToDoByPartition, java.util.Set<ITemporalInvariant> newlySatisfiedInvariants)
public static int performOneSplitPartitionsStep(int numSplitSteps, PartitionGraph pGraph, java.util.List<RelationPath<Partition>> counterExampleTraces)
public static void splitPartitions(PartitionGraph pGraph)
pGraph
until all synoptic.invariants
returned by pGraph.getInvariants()
are satisfied.
pGraph
- the partition graph to refine\splitprivate static java.util.List<PartitionSplit> getSplits(RelationPath<Partition> counterexampleTrace, PartitionGraph pGraph)
counterexampleTrace
- - the path to removepGraph
- - the graph from which the path shall be removed
public static PartitionGraph getSplitGraph(IGraph<LogEvent> graph, TemporalInvariantSet invariants)
graph
(by partitioning by
label), calls splitPartitions
on it, and returns the refined
graph.
graph
- the graph from which should be used as initial graph
public static void mergePartitions(PartitionGraph pGraph)
mergePartitions
but fixes synoptic.invariants to
pGraph.getInvariants()
pGraph
- public static void mergePartitions(PartitionGraph pGraph, TemporalInvariantSet invariants)
mergePartitions
but fixes k to 0.
public static void kReduce(PartitionGraph pGraph, int k)
pGraph
- the graph to reduce (merge k
-equivalent partitions)k
- parameter for equalityprivate static void mergePartitions(PartitionGraph pGraph, TemporalInvariantSet invariants, int k)
k
equal, while maintaining
synoptic.invariants
pGraph
- the graph to coarseninvariants
- the invariants to maintain during merge, can be nullk
- the k parameter for k-equality
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This app uses tests from @kangax's ECMAScript 5 compatibility table page to detect which JavaScript features are supported by the Titanium JavaScript interpreter on your device. Additional tests adapted from Mozilla's What's new In JavaScript 1.7 page.
Note that these tests don't test full functionality or conformance with the ECMA-262 spec.
App by @skypanther


Emre Usun final
Hi, My name is Emre Usun, I'm from Bursa Turkey. I'm 25 years old and I'm graduated from Journalism. At first year of my University I worked in University's Radio station and at third yeard of my university I went USA with Workd and Travel program. I lived in Quensburry, New York almost 3 months. Also I interested in photography and attended to street photography events as well.
Here is photo which taken at photography event
Here other photo which is taken in USA


| Product | Price | Quantity | Total | Action |
|---|---|---|---|---|
Nike Air Jordansize-14 mode:664 |
$2,000 | 4 | $8,000 | |
Nike Air Jordansize-14 mode:664 |
$2,000 | 4 | $8,000 | |
Nike Air Jordansize-14 mode:664 |
$2,000 | 4 | $8,000 |
Total Payment
| Subtotal | $5,000 |
|---|---|
| Shipping | |
| Total: | $5,015 |


§200D-4 Annual meeting. The council shall schedule and conduct a meeting in accordance with chapter 92 in each year of its operation. [L 1993, c 317, pt of §2, §7; am L 1998, c 4, §3; am L 2009, c 68, §1; am L 2010, c 19, §§2, 4]


{{ judge.name }}
- Please click "Save & Lock" once you are done to finalise your evaluation
- Should you have to leave the event in betweeen, click "Leave Event".
This will discard your markings, and you WON'T be able to judge this round later
{% extends "ems/base.html" %} {% block sidebar_content %}
Event Home


Projects organized by organizations.
{% for organization_entry in site.organizations %}
{% assign name = organization_entry[0] %}
{% assign show = organization_entry[1] %}
{% if show == 'true' %}
{% assign organization = site.data.organizations[name] %}
{% include organization-card.html %}
{% endif %}
{% endfor %}


Noel Gallagher reveals ‘nail in coffin’ for Oasis reunion hopes
Noel Gallagher has revealed every tweet from his brother Liam is a “nail in the coffin” of Oasis reunion hopes.
The guitarist and songwriter said his younger sibling would put his life on hold to reunite the band.
But Noel said he would not get back on stage with his “moron” brother.
Liam became embroiled in a feud with his sister-in-law Sara MacDonald, and was alleged to have sent threatening messages.
Noel, defending his wife, said his brother’s comments were destroying the chances of an Oasis reunion.
He told The Big Issue: “It’s strange behaviour for someone who is gagging for me to pick up the phone and say let’s do it.
“He’d put his whole life on hold to get Oasis back together.
“But every tweet he sends out its another nail in the coffin of that idea.”
Addressing his brother directly, he added: “If you think for one minute I am going to share a stage with you after what you’ve said you are f****** more of a moron than you look.”
Noel said that people keep trying to tell him he is loved by his brother, but the High Flying Birds star believes Liam’s comments come from “a place of hate”.
The guitarist conceded that his younger sibling was selling more records and more tickets than him, and advised him to “ride it until the wheels come off”.
Noel believes despite his misgivings over Brexit, that the referendum vote should now be honoured.
He said of environmentalism: “I don’t think the world is gonna change until it is at the absolute brink of disaster and then we will pull back.
“And in any case, our generation invented the internet. That generation should invent something that saves the f****** world.
“They’re the first generation, actually, who have grown up with gadgets, driven round in 4×4’s and had f****** air conditioning all their lives. So actually if it’s anybody’s fault it’s their f****** fault.”
The full interview is available in The Big Issue, out now.


Hi there, I am Agon, a web dev, I am 26 years old and I live in Skopje, North Macedonia. My career started as a Unity Dev(C#), now i'm currently working with ReactJS.
In my free time i like to play games, watch tv shows, and hangout with friends.
View ResumeIt's a simple quote generator that generates quotes by great minds.
This is a simple background color generator for changing colors in a way you want.
Basic app where you play the game against an NPC who randomly chooses between rock,paper and scissors.
It's a classic ping pong game,the ball goes back and forth until someone misses it.
Its a nice smooth no end scrolling can be useful for websites that contains alot of things.
It's a filling form for registering or when you sign up for new acc.
it's a basic daily scheduler or planner that helps you stay organised and finish things on time.
<EMAIL_ADDRESS>Contact