Gecode::Int::Sortedness Namespace Reference
Detailed Description
Sortedness propagators
Classes | |
| class | Rank |
| Storage class for mininmum and maximum of a variable. More... | |
| class | SccComponent |
| Representation of a strongly connected component. More... | |
| class | OfflineMinItem |
| Item used to construct the OfflineMin sequence. More... | |
| class | OfflineMin |
| Offline-Min datastructure Used to compute the perfect matching between the unsorted views x and the sorted views y. More... | |
| class | TupleMaxInc |
| Index comparison for ViewArray<Tuple>. More... | |
| class | TupleMaxIncExt |
| Extended Index comparison for ViewArray<Tuple>. More... | |
| class | TupleMinInc |
| View comparison on ViewTuples. More... | |
| class | TupleMinIncExt |
| Extended View comparison on ViewTuples. More... | |
| class | TupleMinIncPerm |
| View comparison on ViewTuples. More... | |
| class | TupleMaxIncPerm |
| View comparison on ViewTuples. More... | |
| class | Sortedness |
| Bounds consistent sortedness propagator. More... | |
Functions | |
| template<class View, class Tuple, bool Perm> | |
| bool | glover (Space *home, ViewArray< Tuple > &xz, ViewArray< View > &y, int tau[], int phi[], OfflineMinItem sequence[], int vertices[]) |
| Glover's maximum matching in a bipartite graph. | |
| template<class View, class Tuple, bool Perm> | |
| bool | revglover (Space *home, ViewArray< Tuple > &xz, ViewArray< View > &y, int tau[], int phiprime[], OfflineMinItem sequence[], int vertices[]) |
| Symmetric glover function for the upper domain bounds. | |
| template<class View, class Tuple> | |
| void | computesccs (Space *home, ViewArray< Tuple > &xz, ViewArray< View > &y, int phi[], SccComponent sinfo[], int scclist[]) |
| Compute the sccs of the oriented intersection-graph. | |
| template<class View, class Tuple, bool Perm> | |
| bool | narrow_domx (Space *home, ViewArray< Tuple > &xz, ViewArray< View > &y, int tau[], int phi[], int scclist[], SccComponent sinfo[], bool &nofix) |
| Narrowing the domains of the x variables. | |
| template<class View, class Tuple, bool Perm> | |
| bool | narrow_domy (Space *home, ViewArray< Tuple > &xz, ViewArray< View > &y, int phi[], int phiprime[], bool &nofix) |
| Narrowing the domains of the y views. | |
| template<class View, class Tuple, bool Perm> | |
| void | sort_sigma (ViewArray< Tuple > &xz, bool fixed) |
| Build . | |
| template<class View, class Tuple, bool Perm> | |
| void | sort_tau (ViewArray< Tuple > &xz, int tau[]) |
| Build . | |
| template<class View, class Tuple> | |
| bool | normalize (Space *home, ViewArray< View > &y, ViewArray< Tuple > &xz, bool &nofix) |
| Performing normalization on the views in y. | |
| template<class View, class Tuple, bool Perm> | |
| bool | perm_bc (Space *home, int tau[], SccComponent sinfo[], int scclist[], ViewArray< Tuple > &xz, bool &crossingedge, bool &nofix) |
| Bounds consistency on the permutation views. | |
| template<class View, class Tuple, bool Perm> | |
| ExecStatus | bounds_propagation (Space *home, ViewArray< Tuple > &xz, ViewArray< View > &y, bool &repairpass, bool &nofix, bool &match_fixed) |
| Perform bounds consistent sortedness propagation. | |
| template<class View> | |
| void | pview (View &v) |
| Debugging: Print a View. | |
| template<class T, unsigned int n> | |
| std::ostream & | operator<< (std::ostream &os, ViewTuple< T, n > &xs) |
| Debugging: Print a ViewTuple. | |
| template<class View, class Tuple, bool Perm> | |
| bool | check_subsumption (Space *home, ViewArray< Tuple > &xz, ViewArray< View > &y, bool &subsumed, int &dropfst) |
| Subsumption test. | |
| std::ostream & | operator<< (std::ostream &os, OfflineMin seq) |
| Print an OfflineMin sequence. | |
| template<class View, class Tuple, bool Perm> | |
| bool | array_assigned (Space *home, ViewArray< Tuple > &xz, ViewArray< View > &y, bool &subsumed, bool &match_fixed, bool &nofix, bool &noperm_bc) |
| Check for assignment of a variable array. | |
| template<class View, class Tuple, bool Perm> | |
| bool | channel (Space *home, ViewArray< Tuple > &xz, ViewArray< View > &y, bool &nofix) |
| Channel between x, y and z. |
Function Documentation
|
|
Glover's maximum matching in a bipartite graph. Compute a matching in the bipartite convex intersection graph with one partition containing the x views and the other containing the y views. The algorithm works with an implicit array structure of the intersection graph. Union-Find Implementation of F.Glover's matching algorithm. The idea is to mimick a priority queue storing x-indices , s.t. the upper domain bounds are sorted where is the top element Definition at line 43 of file matching.icc. |
|
|
Symmetric glover function for the upper domain bounds.
Definition at line 113 of file matching.icc. |
|
|
Compute the sccs of the oriented intersection-graph. An y-node and its corresponding matching mate form the smallest possible scc, since both edges and are both contained in the oriented intersection graph. Hence a scc containg more than two nodes is represented as an array of SccComponent entries, . Parameters scclist ~ resulting sccs Definition at line 44 of file narrowing.icc. |
|
|
Narrowing the domains of the x variables. Due to the correspondance between perfect matchings in the "reduced" intersection graph of x and y views and feasible assignments for the Sortedness constraint the new domain bounds for views in x are computed as
Definition at line 123 of file narrowing.icc. |
|
|
Narrowing the domains of the y views. analogously to the x views we take
Definition at line 214 of file narrowing.icc. |
|
|
Build . Creates a sorting permutation by sorting the views in x according to their lower bounds |
|
|
Build . Creates a sorting permutation by sorting a given array of indices in tau according to the upper bounds of the views in x |
|
|
Performing normalization on the views in y. The views in y are called normalized if holds. |
|
|
Bounds consistency on the permutation views. Check, whether the permutation view are bounds consistent. This function tests, whether there are "crossing edges", i.e. whether the current domains permit matchings between unsorted views x and the sorted variables y violating the property that y is sorted. |
|
|
Perform bounds consistent sortedness propagation. Implements the propagation algorithm for Sortedness::Sortedness and is provided as seperate function, because a second pass of the propagation algorithm is needed in order to achieve idempotency in case explicit permutation variables are provided. If Perm is true, permutation variables form the third argument which implies additional inferences, consistency check on the permutation variables and eventually a second pass of the propagation algorithm. Otherwise, the algorithm does not take care of the permutation variables resulting in a better performance. Definition at line 58 of file sortedness.icc. |
|
|
Debugging: Print a View.
Definition at line 26 of file sortsup.icc. |
|
|
Debugging: Print a ViewTuple.
Definition at line 47 of file sortsup.icc. |
|
|
Subsumption test.
The propagator for Sortedness is subsumed if all variables of the ViewArrays x, y and z are determined and the Semantics of Sortedness are respected. Definition at line 127 of file sortsup.icc. |
|
|
Print an OfflineMin sequence.
Definition at line 305 of file sortsup.icc. |
|
|
Check for assignment of a variable array. Check whether one of the argument arrays is completely assigned and udpates the other array respectively. Definition at line 476 of file sortsup.icc. |
|
|
Channel between x, y and z. Keep variables consisting by channeling information Definition at line 586 of file sortsup.icc. |


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{% extends "app/app_base.html" %} {% import "bootstrap/wtf.html" as wtf %} {% import "_macros.html" as macros %} {% block title %}BrainDump{% endblock %} {% block page_content %}
Hi! You can change your settings here.


--- layout: post status: publish published: true title: Day 1 at Spring Training author: display_name: Corey Fineran login: Corey email<EMAIL_ADDRESS>url: '' author_login: Corey author_email<EMAIL_ADDRESS>wordpress_id: 4147 wordpress_url: http://ivyenvy.com/?p=4147 date: '2011-03-21 08:44:25 +0000' date_gmt: '2011-03-21 13:44:25 +0000' categories: - The Cubs - Spring Training tags: - Mike Fontenot - Spring Training - Mesa - Marlon Byrd - Mesa AZ - Spring Training Experience comments: [] ---
It is becoming pretty clear to us that we will have a difficult time blogging about everything we are experiencing here in Mesa. If you read the blog, I'd encourage you to play the podcast episodes that we are posting. We will try to keep them short and concise for you.
Our first day exceeded our expectations in a huge way. Some incredible seats led to a great view of the game and some interaction with the players. If you want seats here in Mesa with a great view and player interaction, check out SpringTrainingExperience.com
Listen to Episode 3.08 to hear:
* Overall description of the Spring Training vibe.
* Recap of Sunday's walk-off win.
* Kurt's story of snagging Mike Fontenot's errant throw into the stands in the 1st inning.
* Marlon Byrd's dedication to the fans.
* Interaction with the players after the game.
 They are calling for rain here in the Valley of the Sun. After today, the weather looks great though. The forecast says 72-75 degrees and sunny for the rest of our stay out here.
We will be posting lots of photos and doing podcasts every evening, but written descriptions of our experiences will be sparse. And of course, if you want immediate updates from us, follow us on Twitter - @IvyEnvy.


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[gecode-users] Propagator
Christian Schulte
cschulte at kth.se
Mon May 25 16:31:34 CEST 2009
Hi Jan,
there are the following catches:
a) propagators do not use destructors. Instead, when a propagator is
deleted, the dispose function is called. That in particular implies that for
any member of your propagator you have to explicitly call the member's
destructor (that is something that is done automatically inside a destructor
but not in the dispose function).
b) most likely you are under the assumption that when a space containing
your propagator is deleted, the dispose method of the propagator is called
such that memory possibly allocated by your propagator is freed. That is not
the case. In case your propagator requires the dispose method to be called
when a space is deleted, the propagator must register itself with its space
for deletion. For example, when home refers to the space, you have to
register the propagator by
home.notice(*this, AP_DISPOSE);
and consequently in the dispose function you have to deregister
home.ignore(*this, AP_DISPOSE);
The only exception is if your propagator has only allocated memory from the
space but not via malloc or something else. Then it does not be deleted when
its space is deleted.
Then, the behaviour you describe must have to do with something else as
there is really nothing special happening for NaryPropagator. Maybe you
could check your code again.
I think you are referring to the Gecode 2.* implementation of the
cumulatives propagator. That was actually nonsensical and has been changed
in 3.*. If no variables are modified by a propagator and the propagator says
ES_NOFIX, Gecode still knows that nothing has changed. So finding out
whether something has changed, and if yes reporting ES_NOFIX and ES_FIX
otherwise is exactly the same than reporting ES_NOFIX.
I hope that helps
Christian
--
Christian Schulte, www.ict.kth.se/~cschulte/
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of Jan Kelbel
Sent: Monday, May 25, 2009 3:16 PM
To: users at gecode.org
Subject: [gecode-users] Propagator
Hello,
some months ago I implemented N-ary propagator (it is that edge-finder).
When I used it to solve larger problem instances, I noticed that it
consumes memory in rate of about 1MB/s.
I tested it in Gecode 2.2.0 (where it was even about 3MB/s) and in
Gecode 3.1.0., using MS Visual C++ 2008.
This propagator is inherited from class NaryPropagator. In the propagate
method, there is an array for sorting, which is created using the Region
allocation.
When I changed the edge-finder to inherit directly from the class
Propagator, the growing memory consumption disappeared.
My question is, are there some rules, what should be implemented in
propagator inherited from NaryPropagator in order allocate/dealocate
memory correctly?
My second question (set of questions) is related to Val propagator for
cumulatives constrait, which is my study material for implementation of
scheduling constraints.
1) in Val::propagate() file cumulatives/val.hpp
at line 276 there is a test if all the variables are assigned. Is there
a reason why in case of subsumed = true; the function ES_SUBSUMED() is
called as late as at line 386?
2) Why there is no ES_FIX return from the Val::propagate() method?
In the documentation is that when the propagator computes fixpoint, it
should return ES_FIX.
Is the reason that checking whether fixpoint is reached is expensive,
and the propagation scheduler arranges that the propagation is not
executed too many times?
Thank you.
Regards, Jan
_______________________________________________
Gecode users mailing list
users at gecode.org
https://www.gecode.org/mailman/listinfo/gecode-users
More information about the gecode-users
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A PostCSS plugin is a function that receives and, usually, transforms a CSS AST from the PostCSS parser.
The rules below are mandatory for all PostCSS plugins.
See also ClojureWerkz’s recommendations for open source projects.
postcss-
prefixThe plugin’s purpose should be clear just by reading its name.
If you wrote a transpiler for CSS 4 Custom Media, postcss-custom-media
would be a good name. If you wrote a plugin to support mixins,
postcss-mixins
would be a good name.
The prefix postcss-
shows that the plugin is part of the PostCSS ecosystem.
This rule is not mandatory for plugins that can run as independent tools, without the user necessarily knowing that it is powered by PostCSS — for example, cssnext and Autoprefixer.
Do not create multitool plugins. Several small, one-purpose plugins bundled into a plugin pack is usually a better solution.
For example, cssnext contains many small plugins, one for each W3C specification. And cssnano contains a separate plugin for each of its optimization.
Preprocessors libraries like Compass provide an API with mixins.
PostCSS plugins are different. A plugin cannot be just a set of mixins for postcss-mixins.
To achieve your goal, consider transforming valid CSS or using custom at-rules and custom properties.
postcss.plugin
By wrapping your function in this method, you are hooking into a common plugin API:
module.exports = postcss.plugin('plugin-name', function (opts) {
return function (css, result) {
// Plugin code
};
});
A CI service like Travis is also recommended for testing code in different environments. You should test in (at least) Node.js 0.12 and stable.
For example, use fs.writeFile
instead of fs.writeFileSync
:
postcss.plugin('plugin-sprite', function (opts) {
return function (css, result) {
return new Promise(function (resolve, reject) {
var sprite = makeSprite();
fs.writeFile(opts.file, function (err) {
if ( err ) return reject(err);
resolve();
})
});
};
});
node.source
for new nodesEvery node must have a relevant source
so PostCSS can generate
an accurate source map.
So if you add new declaration based on some existing declaration, you should
clone the existing declaration in order to save that original source
.
if ( needPrefix(decl.prop) ) {
decl.cloneBefore({ prop: '-webkit-' + decl.prop });
}
You can also set source
directly, copying from some existing node:
if ( decl.prop === 'animation' ) {
var keyframe = createAnimationByName(decl.value);
keyframes.source = decl.source;
decl.root().append(keyframes);
}
PostCSS plugins must not rely on undocumented properties or methods, which may be subject to change in any minor release. The public API is described in API docs.
node.error
on CSS relevant errorsIf you have an error because of input CSS (like an unknown name
in a mixin plugin) you should use node.error
to create an error
that includes source position:
if ( typeof mixins[name] === 'undefined' ) {
throw decl.error('Unknown mixin ' + name, { plugin: 'postcss-mixins' });
}
result.warn
for warningsDo not print warnings with console.log
or console.warn
,
because some PostCSS runner may not allow console output.
if ( outdated(decl.prop) ) {
result.warn(decl.prop + ' is outdated', { node: decl });
}
If CSS input is a source of the warning, the plugin must set the node
option.
PostCSS plugins must have their README.md
written in English. Do not be afraid
of your English skills, as the open source community will fix your errors.
Of course, you are welcome to write documentation in other languages;
just name them appropriately (e.g. README.ja.md
).
The plugin's README.md
must contain example input and output CSS.
A clear example is the best way to describe how your plugin works.
The first section of the README.md
is a good place to put examples.
See postcss-opacity for an example.
Of course, this guideline does not apply if your plugin does not transform the CSS.
PostCSS plugins must describe the changes of all their releases
in a separate file, such as CHANGELOG.md
, History.md
, or GitHub Releases.
Visit Keep A Changelog for more information about how to write one of these.
Of course, you should be using SemVer.
postcss-plugin
keyword in package.json
PostCSS plugins written for npm must have the postcss-plugin
keyword
in their package.json
. This special keyword will be useful for feedback about
the PostCSS ecosystem.
For packages not published to npm, this is not mandatory, but is recommended if the package format can contain keywords.


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That being said, his most recent work caught the eye of many on the internet as he completed a painting of Liverpool's Mane by splattering paint on to a canvas off from a round object. Bou Bou later uploaded a time lapse video of how he created his Mane painting from start to finish.
Check it out!
What do you think of Bou Bou's work?


We are now in a position to identify one of the key new capabilities provided by the proposal. The following two boxes are controlled by a CSS level 3 transition and a proposed level 4 transition respectively. Both are activated by hovering. Move your mouse cursor back and forth over the two widgets to see how they react differently.
Notice that the old transition terminates and reverses as soon as the element loses hover, but that the new transition always completes. By specifying transitions as edges of a state graph, we move away from the notion that transition state is lost when the transitioned value changes and allow graceful completion of the transition. We plan on supporting a range of behaviours when a transition is interrupted, including the demonstrated always-complete behaviour and the existing interrupt behaviour.
Here are the sources for this example. For old style transition:
For the new one:


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{% else %}Season {{ episode.season }}, Episode {{ episode.episode }}
"{{ episode.title }}"
{% endif %} {% if episode.playcount %} {% endif %}There was a problem connecting to the XBMC server.
{% endif %}


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Device Name: %@ Model: %@ System: %@ CPU Count: %@ Battery State: %@ Battery Level: %@ System Uptime: %@ Total Disk Space: %@ Free Disk Space: %@ Screen: %@ System Locale: %@ Time Zone: %@
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Sometimes I think I say thank you too often, but is that really a bad thing? I would rather people know that I appreciate them for contributing to my life because I hope that I contribute good thing to their lives too.


| 1 | /* | |
| 2 | * Licensed to the Apache Software Foundation (ASF) under one or more | |
| 3 | * contributor license agreements. See the NOTICE file distributed with | |
| 4 | * this work for additional information regarding copyright ownership. | |
| 5 | * The ASF licenses this file to You under the Apache License, Version 2.0 | |
| 6 | * (the "License"); you may not use this file except in compliance with | |
| 7 | * the License. You may obtain a copy of the License at | |
| 8 | * | |
| 9 | * http://www.apache.org/licenses/LICENSE-2.0 | |
| 10 | * | |
| 11 | * Unless required by applicable law or agreed to in writing, software | |
| 12 | * distributed under the License is distributed on an "AS IS" BASIS, | |
| 13 | * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. | |
| 14 | * See the License for the specific language governing permissions and | |
| 15 | * limitations under the License. | |
| 16 | */ | |
| 17 | ||
| 18 | package org.apache.commons.math3.ode.nonstiff; | |
| 19 | ||
| 20 | ||
| 21 | /** | |
| 22 | * This class implements a simple Euler integrator for Ordinary | |
| 23 | * Differential Equations. | |
| 24 | * | |
| 25 | *
The Euler algorithm is the simplest one that can be used to | |
| 26 | * integrate ordinary differential equations. It is a simple inversion | |
| 27 | * of the forward difference expression : | |
| 28 | * f'=(f(t+h)-f(t))/h which leads to | |
| 29 | * f(t+h)=f(t)+hf'. The interpolation scheme used for | |
| 30 | * dense output is the linear scheme already used for integration.
 | |
| 31 | * | |
| 32 | *
This algorithm looks cheap because it needs only one function | |
| 33 | * evaluation per step. However, as it uses linear estimates, it needs | |
| 34 | * very small steps to achieve high accuracy, and small steps lead to | |
| 35 | * numerical errors and instabilities.
 | |
| 36 | * | |
| 37 | *
This algorithm is almost never used and has been included in | |
| 38 | * this package only as a comparison reference for more useful | |
| 39 | * integrators.
 | |
| 40 | * | |
| 41 | * @see MidpointIntegrator | |
| 42 | * @see ClassicalRungeKuttaIntegrator | |
| 43 | * @see GillIntegrator | |
| 44 | * @see ThreeEighthesIntegrator | |
| 45 | * @see LutherIntegrator | |
| 46 | * @since 1.2 | |
| 47 | */ | |
| 48 | ||
| 49 | public class EulerIntegrator extends RungeKuttaIntegrator { | |
| 50 | ||
| 51 | /** Time steps Butcher array. */ | |
| 52 | private static final double[] STATIC_C = { | |
| 53 | }; | |
| 54 | ||
| 55 | /** Internal weights Butcher array. */ | |
| 56 | private static final double[][] STATIC_A = { | |
| 57 | }; | |
| 58 | ||
| 59 | /** Propagation weights Butcher array. */ | |
| 60 | private static final double[] STATIC_B = { | |
| 61 | 1.0 | |
| 62 | }; | |
| 63 | ||
| 64 | /** Simple constructor. | |
| 65 | * Build an Euler integrator with the given step. | |
| 66 | * @param step integration step | |
| 67 | */ | |
| 68 | public EulerIntegrator(final double step) { | |
| 69 |
1
1. |
super("Euler", STATIC_C, STATIC_A, STATIC_B, new EulerStepInterpolator(), step); |
| 70 | } | |
| 71 | ||
| 72 | } | |
Mutations | ||
| 69 |
1.1 |


sn-redux is a convention driven way of building sensenet applications using Redux. It contains all the action types, actions and reducers for built-in sensenet Actions and Functions.
sn-redux gives you a standard set of:
Tested with the following sensenet Services version:
Get the latest stable version with npm
npm install --save @sensenet/redux
or from the GitHub repository and place the downloaded source into your project. If you want to use only the transpiled
If you want to use the module types you can find them in the src folder. Import them the following way:
import { Actions } from '@sensenet/redux';
import { Repository } '@sensenet/client-core';
import { Task } from '@sensenet/default-content-types';
const repository = new Repository({
RepositoryUrl: 'http://path-to-your-portal.com',
});
const repository = new Repository({
repositoryUrl: 'http://path-to-your-portal.com',
})
store.dispatch(Actions.deleteContent('/workspaces/MyWorkspace/MyDocs/mydoc.docx', false));
To install the latest stable version
npm install --save @sensenet/redux
Create your sensenet portal Repository to use. You can configure your Store to use this repository, when calling Store.ConfigureStore
import { Repository } from '@sensenet/client-core';
import { Reducers, Store } from '@sensenet/redux';
import { combineReducers } from 'redux'
const sensenet = Reducers.sensenet
const myReducer = combineReducers({
sensenet
})
const repository = new Repository({
repositoryUrl: 'http://path-to-your-portal.com',
})
const options = {
repository,
rootReducer: myReducer,
} as Store.CreateStoreOptions
const store = Store.createSensenetStore(options)
To enable your external app to send request against your sensenet portal change your Portal.settings
. For further information about cross-origin resource sharing in sensenet check this article.
Check your sensenet portal's web.config and if the ODataServiceToken
is set, you can pass to your Repository as a config value on client side.
let repository = new Repository.SnRepository({
RepositoryUrl: 'http://path-to-your-portal.com',
ODataToken: 'MyODataServiceToken'
});
import { Actions } '@sensenet/redux';
import { Task } from '@sensenet/default-content-types'
...
const content = { Id: 123 } as Task;
...
store.dispatch(Actions.DeleteContent(content.Id, false));
Building the project, running all the unit tests and the ts linter and get the code coverage report, use:
npm run build
To execute all unit tests and generate coverage reports, use:
npm t
import { combineReducers } from 'redux';
import { Reducers } from '@sensenet/redux';
const sensenet = Reducers.sensenet;
const myReducer = combineReducers({
sensenet,
listByFilter
});
import { Store } from '@sensenet/redux';
import { Repository } from '@sensenet/client-core';
const repository = new Repository({
repositoryUrl: 'http://path-to-your-portal.com',
})
const options = {
repository,
rootReducer: myReducer,
} as Store.CreateStoreOptions
const store = Store.createSensenetStore(options)
import { Repository } from '@sensenet/client-core';
import { Task } from '@sensenet/default-content-type'
import { Actions } from '@sensenet/redux';
const repository = new Repository({
repositoryUrl: 'http://path-to-your-portal.com',
})
const parentPath = '/workspaces/Project/budapestprojectworkspace/tasks';
const content = {
Id: 123,
DisplayName: 'My first task'
} as Task);
dispatch(Actions.CreateContent(parentPath, content, 'Task'))
Generated using TypeDoc


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Javascript performance benchmark
Based on
http://anonscm.debian.org/viewvc/shootout/shootout/bench/matrix/matrix.javascript?view=co


Box Office Records > Domestic > All Movies > Cumulative > All Time Domestic
All Time Domestic Box Office (Rank 4,401-4,500)
See also: All Time Domestic Limited Release - All Time International - All Time Worldwide - All Time Domestic (Inf. Adj.) - Top 2016 Domestic - Top 2017 Domestic
This chart contains the top 100 movies based on the cumulative domestic box office.
Please see our All-Time Top Grossing Films Comparison for a comparison of the daily performance of all films released since 1980 that have earned more than $450 million at the domestic box office.
| Rank | Released | Movie | Domestic Box Office |
International Box Office |
Worldwide Box Office |
|---|---|---|---|---|---|
| 4,401 | 1981 | True Confessions | $12,200,000 | $0 | $12,200,000 |
| 4,402 | 2004 | Chasing Liberty | $12,189,514 | $102,461 | $12,291,975 |
| 4,403 | 2000 | Saving Grace | $12,178,602 | $15,608,247 | $27,786,849 |
| 4,404 | 1989 | Pink Cadillac | $12,143,484 | $0 | $12,143,484 |
| 4,405 | 2010 | Let Me In | $12,134,935 | $16,135,464 | $28,270,399 |
| 4,406 | 1994 | Little Big League | $12,124,754 | $0 | $12,124,754 |
| 4,407 | 1971 | Shaft | $12,121,618 | $0 | $12,121,618 |
| 4,408 | 1984 | Dreamscape | $12,116,365 | $0 | $12,116,365 |
| 4,409 | 1993 | Judgment Night | $12,108,480 | $0 | $12,108,480 |
| 4,410 | 2014 | Foxcatcher | $12,096,300 | $1,484,259 | $13,580,559 |
| 4,411 | 2008 | Soul Men | $12,082,391 | $263,492 | $12,345,883 |
| 4,412 | 1995 | Roommates | $12,076,989 | $0 | $12,076,989 |
| 4,413 | 1995 | Bye Bye Love | $12,073,560 | $0 | $12,073,560 |
| 4,414 | 1998 | Holy Man | $12,069,719 | $0 | $12,069,719 |
| 4,415 | 1965 | Help! | $12,066,667 | $0 | $12,066,667 |
| 4,416 | 1989 | She's Out of Control | $12,065,892 | $0 | $12,065,892 |
| 4,417 | 1999 | The King and I | $12,064,440 | $0 | $12,064,440 |
| 4,418 | 2009 | Sunshine Cleaning | $12,062,558 | $5,266,779 | $17,329,337 |
| 4,419 | 2013 | The Last Stand | $12,050,299 | $36,280,458 | $48,330,757 |
| 4,420 | 1987 | Fatal Beauty | $12,046,526 | $0 | $12,046,526 |
| 4,421 | 2006 | Tom yum goong | $12,044,087 | $31,000,000 | $43,044,087 |
| 4,422 | 1994 | The Pagemaster | $12,039,526 | $0 | $12,039,526 |
| 4,423 | 1999 | In Dreams | $12,017,369 | $0 | $12,017,369 |
| 4,424 | 2000 | The Gift | $12,008,642 | $32,558,964 | $44,567,606 |
| 4,425 | 1996 | Big Night | $12,008,376 | $2,177,940 | $14,186,316 |
| 4,426 | 1997 | Chasing Amy | $12,006,514 | $3,148,581 | $15,155,095 |
| 4,427 | 1968 | Bandolero! | $12,000,000 | $0 | $12,000,000 |
| 4,428 | 1978 | The Big Fix | $12,000,000 | $0 | $12,000,000 |
| 4,429 | 1980 | The Changeling | $12,000,000 | $0 | $12,000,000 |
| 4,430 | 1967 | Divorce American Style | $12,000,000 | $0 | $12,000,000 |
| 4,431 | 1966 | Fantastic Voyage | $12,000,000 | $0 | $12,000,000 |
| 4,432 | 1981 | First Monday in October | $12,000,000 | $0 | $12,000,000 |
| 4,433 | 1931 | Frankenstein | $12,000,000 | $0 | $12,000,000 |
| 4,434 | 1975 | French Connection II | $12,000,000 | $0 | $12,000,000 |
| 4,435 | 1979 | The Frisco Kid | $12,000,000 | $0 | $12,000,000 |
| 4,436 | 1953 | Gentlemen Prefer Blondes | $12,000,000 | $0 | $12,000,000 |
| 4,437 | 1966 | Harper | $12,000,000 | $0 | $12,000,000 |
| 4,438 | 1967 | Hombre | $12,000,000 | $0 | $12,000,000 |
| 4,439 | 1965 | How to Murder Your Wife | $12,000,000 | $0 | $12,000,000 |
| 4,440 | 1968 | Night of the Living Dead | $12,000,000 | $18,000,000 | $30,000,000 |
| 4,441 | 1978 | The Other Side of the Mountain Part II | $12,000,000 | $0 | $12,000,000 |
| 4,442 | 1989 | Physical Evidence | $12,000,000 | $0 | $12,000,000 |
| 4,443 | 1946 | The Postman Always Rings Twice | $12,000,000 | $0 | $12,000,000 |
| 4,444 | 1975 | Race with the Devil | $12,000,000 | $0 | $12,000,000 |
| 4,445 | 1955 | The Sea Chase | $12,000,000 | $0 | $12,000,000 |
| 4,446 | 1977 | Sorcerer | $12,000,000 | $0 | $12,000,000 |
| 4,447 | 1955 | The Tall Men | $12,000,000 | $0 | $12,000,000 |
| 4,448 | 1960 | Tall Story | $12,000,000 | $0 | $12,000,000 |
| 4,449 | 2006 | Zoom | $11,989,328 | $516,860 | $12,506,188 |
| 4,450 | 1990 | Nuovo cinema Paradiso | $11,985,152 | $0 | $11,985,152 |
| 4,451 | 2009 | Sorority Row | $11,965,282 | $14,770,515 | $26,735,797 |
| 4,452 | 1986 | Brighton Beach Memoirs | $11,957,943 | $0 | $11,957,943 |
| 4,453 | 1998 | Sliding Doors | $11,911,200 | $46,897,949 | $58,809,149 |
| 4,454 | 2007 | The Darjeeling Limited | $11,902,715 | $23,176,203 | $35,078,918 |
| 4,455 | 1982 | Making Love | $11,897,978 | $0 | $11,897,978 |
| 4,456 | 2007 | Sydney White | $11,892,415 | $1,743,924 | $13,636,339 |
| 4,457 | 2011 | Glee: The 3D Concert Movie | $11,862,398 | $5,600,000 | $17,462,398 |
| 4,458 | 1986 | Firewalker | $11,834,302 | $0 | $11,834,302 |
| 4,459 | 1991 | Year of the Gun | $11,820,000 | $0 | $11,820,000 |
| 4,460 | 1999 | The Thirteenth Floor | $11,810,854 | $0 | $11,810,854 |
| 4,461 | 1981 | Back Roads | $11,809,387 | $0 | $11,809,387 |
| 4,462 | 1988 | Bloodsport | $11,806,119 | $0 | $11,806,119 |
| 4,463 | 2008 | Meet Dave | $11,803,254 | $38,845,552 | $50,648,806 |
| 4,464 | 1942 | Yankee Doodle Dandy | $11,800,000 | $0 | $11,800,000 |
| 4,465 | 1983 | Zelig | $11,798,616 | $0 | $11,798,616 |
| 4,466 | 1988 | Caddyshack II | $11,798,302 | $0 | $11,798,302 |
| 4,467 | 1995 | Tales from the Hood | $11,784,569 | $0 | $11,784,569 |
| 4,468 | 1963 | The Thrill of it All | $11,779,093 | $0 | $11,779,093 |
| 4,469 | 1957 | Gunfight at the O.K. Corral | $11,750,000 | $0 | $11,750,000 |
| 4,470 | 2006 | End of the Spear | $11,748,661 | $175,380 | $11,924,041 |
| 4,471 | 1994 | 3 Ninjas Kick Back | $11,744,960 | $0 | $11,744,960 |
| 4,472 | 1963 | The Great Escape | $11,744,471 | $0 | $11,744,471 |
| 4,473 | 1993 | Strictly Ballroom | $11,738,000 | $0 | $11,738,000 |
| 4,474 | 1983 | The Lords of Discipline | $11,721,041 | $0 | $11,721,041 |
| 4,475 | 2006 | Dave Chappelle's Block Party | $11,718,595 | $333,329 | $12,051,924 |
| 4,476 | 1980 | Used Cars | $11,715,321 | $0 | $11,715,321 |
| 4,477 | 1984 | Up the Creek | $11,708,269 | $0 | $11,708,269 |
| 4,478 | 2003 | Winged Migration | $11,689,053 | $27,445,930 | $39,134,983 |
| 4,479 | 2016 | Fifty Shades of Black | $11,686,940 | $9,078,413 | $20,765,353 |
| 4,480 | 2012 | Gone | $11,682,205 | $6,417,984 | $18,100,189 |
| 4,481 | 2002 | Knockaround Guys | $11,660,180 | $759,520 | $12,419,700 |
| 4,482 | 1992 | Rock-a-Doodle | $11,657,385 | $0 | $11,657,385 |
| 4,483 | 1989 | Halloween 5: The Revenge of Michael Myers | $11,642,254 | $0 | $11,642,254 |
| 4,484 | 1999 | The Adventures of Elmo in Grouchland | $11,634,458 | $0 | $11,634,458 |
| 4,485 | 2003 | Girl with a Pearl Earring | $11,634,362 | $31,647,190 | $43,281,552 |
| 4,486 | 1999 | The Muse | $11,614,954 | $0 | $11,614,954 |
| 4,487 | 2006 | The Last Kiss | $11,614,790 | $0 | $11,614,790 |
| 4,488 | 1988 | Hellraiser II: Hellbound | $11,611,883 | $0 | $11,611,883 |
| 4,489 | 1985 | Lifeforce | $11,603,545 | $0 | $11,603,545 |
| 4,490 | 1968 | Finian’s Rainbow | $11,600,000 | $0 | $11,600,000 |
| 4,491 | 1993 | So I Married an Axe Murderer | $11,585,483 | $0 | $11,585,483 |
| 4,492 | 1990 | Graveyard Shift | $11,578,883 | $0 | $11,578,883 |
| 4,493 | 1999 | Wing Commander | $11,578,022 | $0 | $11,578,022 |
| 4,494 | 1989 | Police Academy 6: City Under Siege | $11,567,000 | $0 | $11,567,000 |
| 4,495 | 2001 | Get Over It | $11,560,259 | $8,300,000 | $19,860,259 |
| 4,496 | 2000 | The Legend of Drunken Master | $11,546,543 | $0 | $11,546,543 |
| 4,497 | 1990 | Pump Up the Volume | $11,541,758 | $0 | $11,541,758 |
| 4,498 | 1999 | Boys Don't Cry | $11,540,607 | $9,200,393 | $20,741,000 |
| 4,499 | 2004 | The Cookout | $11,540,112 | $0 | $11,540,112 |
| 4,500 | 2011 | The Conspirator | $11,538,204 | $4,369,207 | $15,907,411 |
The Domestic Market is defined as the North American movie territory (consisting of the United States, Canada, Puerto Rico and Guam).
This table is updated daily to reflect the latest studio reports.
Note: This chart is not adjusted for inflation.


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CSemVer is an operational subset of Semantic Versioning 2.0.0 (http://semver.org) that is defined around one strong idea: CSemVer versions are totally ordered, each version corresponds to a unique 64 bits signed integer ranging from 1 (v0.0.0-alpha) to<PHONE_NUMBER>000000000 (v99999.49999.9999).
CSemVer-CI is an extension that supports CI builds. Its versions follow SemVer 2.0.0, but are not CSemVer compliant. CSemVer-CI defines 2 kind of CI versions:
1 - CSemVer defines a totally ordered set of versions. This is used to generate and/or control versions that guaranty a correct application of precedence rules and coherency of the emitted artifacts. Each CSemVer version is associated to a unique integer that fits into Windows binary version number.
| CSemVer | NuGet V2(1) | Ordered Version | Description |
|---|---|---|---|
| v0.0.0-alpha | 0.0.0-a | 1 | The very first possible version is the 0.0.0 alpha (this is a MainPrerelease). There are 27 possible first versions (it can be 0.0.0, 0.1.0 and 1.0.0 with their 8 prereleases). |
| v0.0.0-alpha.1 | 0.0.0-a01 | 101 | These are NumberedPreReleases. There can be 99 NumberedPreReleases for each OfficialRelease. |
| v0.0.0-alpha.2 | 0.0.0-a02 | 201 | |
| v0.0.0-alpha.0.1 | 0.0.0-a00-01 | 2 | Oops! There was a bug in the very first alpha and someone, for any reason, needs a fix. This is a PatchPreRelease. |
| v1.0.0 | 1.0.0 |<PHONE_NUMBER>0001 | The first OfficialRelease is a MajorRelease. |
| v1.0.1 | 1.0.1 |<PHONE_NUMBER>0002 | A fix to the first official version: as a PatchRelease, it should contain only bug fixes, no breaking changes. |
| v1.1.0 | 1.1.0 |<PHONE_NUMBER>0001 | Introduction of new features but no breaking changes: welcome to the MinorRelease (that is an OfficialRelease). |
| v2.0.0-rc | 2.0.0-r |<PHONE_NUMBER>0001 | A MainPreRelease that prepares the next MajorRelease. |
(1) The NuGet packaging system in its V2 version (2015) do not follow Semantic Versioning (the 'special name' - the prerelease part - is simply ordered lexically in ASCII sort order). Moreover this 'special name' can not exceed 20 characters. The latter is the reason why the NuGet V2 package name presented here uses only the initial of the prerelease name (in order to support CSemVer-CI LastReleasedBased versionnig).
2 - CSemVer makes possible to really control the versions that are published. The valid successors (according to Semantic Versioning rules) of any version can be computed (there can be up to 28 successors to a version) and, respectively, one can decide whether a version is a valid predecessor of any other version.
| Version | Successors |
|---|---|
| v1.2.3 27 successors |
v1.2.4-alpha, v1.2.4-beta, v1.2.4-delta, v1.2.4-epsilon, v1.2.4-gamma, v1.2.4-kappa, v1.2.4-prerelease, v1.2.4-rc, v1.2.4, v1.3.0-alpha ⇒(2) v1.3.0-rc, v1.3.0, v2.0.0-alpha ⇒ v2.0.0-rc, v2.0.0 |
| v1.2.3-alpha 28 successors |
v1.2.3-alpha.0.1, v1.2.3-alpha.1, v1.2.3-beta ⇒ v1.2.3-rc, v1.2.3, v1.3.0-alpha ⇒ v1.3.0-rc, v1.3.0, v2.0.0-alpha ⇒ v2.0.0-rc, v2.0.0 |
| v1.2.3-delta.5 26 successors |
v1.2.3-delta.5.1, v1.2.3-delta.6, v1.2.3-epsilon ⇒ v1.2.3-rc, v1.2.3, v1.3.0-alpha ⇒ v1.3.0-rc, v1.3.0, v2.0.0-alpha ⇒ v2.0.0-rc, v2.0.0 |
| v1.2.3-prerelease.2.3 22 successors |
v1.2.3-prerelease.2.4, v1.2.3-prerelease.3, v1.2.3-rc, v1.2.3, v1.3.0-alpha ⇒ v1.3.0-rc, v1.3.0, v2.0.0-alpha ⇒ v2.0.0-rc, v2.0.0 |
| v1.2.3-rc 21 successors |
v1.2.3-rc.0.1, v1.2.3-rc.1, v1.2.3, v1.3.0-alpha ⇒ v1.3.0-rc, v1.3.0, v2.0.0-alpha ⇒ v2.0.0-rc, v2.0.0 |
(2) The ⇒ replaces the list of the prerelease names from alpha, beta, delta, epsilon, gamma, kappa, prerelease up to rc.
3 - CI builds correspond to productions that are not actual releases: the version has to be automatically created since no real version exist for them. A CI build is defined by: a CIBuildName that identifies the source, the nature, or any other constant key of the build (this is usually the name of the 'branch' in a SCM) and a BuildIndex that is a number or an identifier that gets bigger for each new build (it is usually a simple integer that is provided by the CI process or a timestamp).
CSemVer-CI enables the support of CI buils into CSemVer versions with the guaranty of a valid precedence order (in order to secure deployments). The two kind of versions offers two different guaranties:
The table below helps understand how CSemVer-CI LastReleasedBased works.
| Base Version | CI Version (PostRelease) | Immediate successor | Description |
|---|---|---|---|
| v0.4.1-rc.2.1 | 0.4.1-rc.2.1.ci-develop.15 | v0.4.1-rc.2.2 |
PatchPreRelease This is the simplest one: by appending a dotted part, the CI version has a greater precedence than its base."Base Version" < "CI Version" < "Immediate successor" is guaranteed here and for the 3 other cases below. |
| v3.2.1-rc.1 | 3.2.1-rc.1.0.ci-develop.15 | v3.2.1-rc.1.1 |
NumberedPreRelease It is the "padding" with the .0 here that does the job. |
| v3.2.1-beta | 3.2.1-beta.0.0.ci-develop.15 | v3.2.1-beta.0.1 |
MainPreRelease The double 0 padding is required for pre release. |
| v1.2.3 | 1.2.4--ci-develop.15 | 1.2.4-alpha |
OfficialRelease |
The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in RFC 2119.
CSemVer versions follow Semantic Versioning 2.0.0 rules but adds some constraints to them.
Syntax of a CSemVer MUST be:
[v|V]Major.Minor.Patch[-PreReleaseName[.PreReleaseNumber[.PreReleaseFix]]][+BuildMetaData]
CSemVer versions MAY be prefixed with a 'v' or 'V' (GitHub convention). This is the only extension that is not supported by SemVer.
The Major part MUST be defined between 0 and 99999.
The Minor part MUST be defined between 0 and 49999.
The Patch part MUST be defined between 0 and 9999.
The PrereleaseName MAY be denoted by appending a hyphen and a name that MUST be one of the 8 values of the following list (ordered from 0 to 7): alpha, beta, delta, epsilon, gamma, kappa, prerelease, rc.
The PrereleaseName's intial MAY be used as a short form: a, b, d, e, g, k, p, r.
Any other name not listed in this set MUST be either mapped to/considered as "prerelease" OR considered syntactically invalid.
The PrereleaseNumber MAY be denoted by appending a dot and a number that MUST be defined between 0 and 99.
The PrereleaseFix MAY be denoted by appending a dot and a number that MUST be defined between 1 and 99.
The PrereleaseNumber 0 MUST appear only when a PrereleaseFix is specified to denote a fix of a first prerelease (v4.3.2-rc.0.2 is the second fix of v4.3.2-rc).
CSemVer-CI versions follow Semantic Version 2.0.0 rules.
Syntax of a CSemVer-CI ZeroTimed MUST be:
0.0.0--CIBuildName-BuildIndex[+BuildMetaData]
The CIBuildName MUST comprise only ASCII alphanumerics and hyphen [0-9A-Za-z-] and MUST NOT be empty.
The BuildIndex MUST comprise only ASCII alphanumerics and hyphen [0-9A-Za-z-] and MUST NOT be empty. It can be purely numeric.
BuildIndex MUST increase between builds. It MAY be time based with a fixed format (ie. YYYYMMDD-HHMMSS), be an incremented number provided by the CI process or any other numeric or alphanumeric value as long as it is increasing (either numerically or lexically in ASCII sort order) for each build.
Syntax of a CSemVer-CI LastReleasedBased MUST be:
Applied to a vMajor.Minor.Patch version:
Major.Minor.Patch+1--ci-CIBuildName.BuildIndex
Applied to a vMajor.Minor.Patch-PreReleaseName version:
Major.Minor.Patch+1-PreReleaseName.0.0.ci-CIBuildName.BuildIndex
Applied to a vMajor.Minor.Patch-PreReleaseName.PreReleaseNumber version:
Major.Minor.Patch+1-PreReleaseName.PreReleaseNumber.0.ci-CIBuildName.BuildIndex
Applied to a vMajor.Minor.Patch-PreReleaseName.PreReleaseNumber.PreReleaseFix version:
Major.Minor.Patch+1-PreReleaseName.PreReleaseNumber.PreReleaseFix.ci-CIBuildName.BuildIndex
The Constrained Semantic Versioning specification is authored by Invenietis.
If you'd like to leave feedback, please open an issue on GitHub.


Index of /anonymous/aesoprck/bazooka
Parent Directory
11_35.rck.txt
babies.rck.txt
cookitup.rck.txt
easy.rck.txt
limelght.rck.txt
mars_att.rck.txt
ny_elec.rck.txt
pac_man.rck.txt
tooth.rck.txt
wefamous.rck.txt
Apache/2.4.18 (Unix) OpenSSL/1.0.1e-fips mod_bwlimited/1.4 Server at ohhla.com Port 80


GETTING EVEN WITH DAD A Film Review Copyright Dragan Antulov 2000
For many critics Macaulay Culkin symbolised everything that was bad about early 1990s Hollywood. Following the smashing success of HOME ALONE, Culkin became the most bankable child star of those times with most of his later films repeating the same formula over and over again. Since those usually films relied on Culkin's pretty face and annoying brat routine at the expense of everything else, young actor was not particularly popular among critics, at least those unwilling to bow to the standards of the lowest common denominator or accept misanthropic comedies as family entertainment. They probably greeted Culkin's puberty with a sigh of relief - with his voice mutating, Culkin simply couldn't deliver the goods anymore and his movie star career came to a halt. GETTING EVEN WITH DAD, 1994 comedy by Howard Deutsch, is one of his last films.
In this film Culkin plays Timmy Gleason, young boy whose mother has passed away while father Ray (played by Ted Danson), professional thief, spent most of the time in prison. Ray is now out of prison and together with his two accomplices - Bobby (played by Saul Rubinek) and Carl (played by Gailard Sartain) - prepares great coin heist. Timmy, however, shows up in the middle of planning and since he is bright kid, he doesn't need much time to figure out why Ray ignores his presence.  When father and son finally get together, they are followed by Ray's partners and police.
The script by Jim Jennewein and Tom S. Parker, based on already bizarre premise, is overcrowded with sentimental cliches (delinquent man sees the errors of his ways after being paired with infant against his will) and some obligatory but nevertheless implausible subplots (romantic liaison between ex con and female detective, played by Glenne Headley). This script provides few humorous scenes, and character actors are doing fine work, whether they have more complex job like Ted Danson, or play caricatures like Rubinek and Sartain. However, good production values and acting talent alone can't save GETTING EVEN WITH DAD to from sliding in the oblivion reserved for Hollywood mediocrity.
RATING: 4/10 (+)
Review written on October 2nd 2000
Dragan Antulov a.k.a. Drax Fido: 2:381/100 E-mail<EMAIL_ADDRESS>E-mail<EMAIL_ADDRESS>E-mail<EMAIL_ADDRESS>Filmske recenzije na hrvatskom/Movie Reviews in Croatian http://film.purger.com
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 It was originally invented so that surfers could surf on land. Skateboarding involves riding and sometimes performing tricks on a skateboard. It is a relatively modern sport, the Ollie half pipe move wasn’t developed until the 1970s.
Skateboarding can be lots of different things. It is a lifestyle, an art, a form of transportation and an expression of ideas and passion through tricks and style. Skateboarding can be practised anywhere from an indoor or outdoor skate park to the street.
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Are you looking for a social sport and camaraderie? Skateboarding might just be the perfect choice for you. It is a great way to meet new people and try something different.
You can try skateboarding in a skate park with tuition and guidance from an instructor or you can try it out in a skate park with a skater friend. It is an affordable sport to try and most places hire out skateboards and equipment so you don’t have to buy a board straight away.
It is also the ideal crossover for other board sports such as surfing and snowboarding as the same disciplines including balance and precision are needed.
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The cost varies depending on where you want to skate. There are a range of free outdoor skate parks that you can use for no cost. Or if you want tuition or to use an indoor skate park it is usually around £11 for a couple of hours and £20 for a one to one coaching session. Some indoor skate parks offer skateboards and equipment for hire at an additional cost to the session price such as The Works skate park.
We want you to help us persuade more women and girls to get active, whatever their age, size, background or ability.
A Leeds Girls Can Ambassador: Goes through an appropriate recruitment process and signs up to Leeds City Council and Sport England’s policies and procedures. The main aim of an Ambassador is to get more women and girls in Leeds physically active. Ambassadors are required to attend monthly meetings which are vital for receiving guidance and insight around This Girl Can, this helps support their role. An Ambassador is not paid for their time, they are not required to lead a group and the roles can vary.
For further information on becoming an ambassador or any of our other roles contact Dani Penney
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We hope you will find Marathon useful in your projects. Marathon is one of the most widely used test automation solution for Java/Swing, Java/FX applications.
Marathon support is provided through Marathon Java GUI Testing group.
Say hello to us there... please drop a message if you face any issues.
Some of the following links describe MarathonITE, a commercial version that is developed and supported by Jalian Systems. MarathonITE provides more features including editors for objectmap, objectmap configuration, features, suites and also various views of features, suites, issues etc. to group test scripts. Parts of the information should be useful for Marathon also.
Links of interest:
Website: http://marathontesting.com
Downloads: http://sourceforge.net/projects/marathonman/files/
SF Site: http://sourceforge.net/projects/marathonman
GitHub: https://github.com/jalian-systems/Marathon
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User guide: http://marathontesting.com/documentation
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public interface Action
extends org.eclipse.emf.ecore.EObject
The following features are supported:
BglPackage.getAction()
| Modifier and Type | Method and Description |
|---|---|
ValueAssignment |
getAssignment()
Returns the value of the 'Assignment' containment reference.
|
OrExp |
getCondition()
Returns the value of the 'Condition' containment reference.
|
int |
getFrom()
Returns the value of the 'From' attribute.
|
AttributeName |
getMoveTo()
Returns the value of the 'Move To' containment reference.
|
String |
getName()
Returns the value of the 'Name' attribute.
|
NestedAction |
getNestedAction()
Returns the value of the 'Nested Action' containment reference.
|
int |
getNumberOfDice()
Returns the value of the 'Number Of Dice' attribute.
|
AttributeName |
getSelected()
Returns the value of the 'Selected' containment reference.
|
AttributeName |
getSpawnTo()
Returns the value of the 'Spawn To' containment reference.
|
int |
getTo()
Returns the value of the 'To' attribute.
|
Token |
getToken()
Returns the value of the 'Token' reference.
|
AttributeName |
getToVar()
Returns the value of the 'To Var' containment reference.
|
String |
getType()
Returns the value of the 'Type' attribute.
|
void |
setAssignment(ValueAssignment value)
Sets the value of the '
Assignment ' containment reference. |
void |
setCondition(OrExp value)
Sets the value of the '
Condition ' containment reference. |
void |
setFrom(int value)
Sets the value of the '
From ' attribute. |
void |
setMoveTo(AttributeName value)
Sets the value of the '
Move To ' containment reference. |
void |
setName(String value)
Sets the value of the '
Name ' attribute. |
void |
setNestedAction(NestedAction value)
Sets the value of the '
Nested Action ' containment reference. |
void |
setNumberOfDice(int value)
Sets the value of the '
Number Of Dice ' attribute. |
void |
setSelected(AttributeName value)
Sets the value of the '
Selected ' containment reference. |
void |
setSpawnTo(AttributeName value)
Sets the value of the '
Spawn To ' containment reference. |
void |
setTo(int value)
Sets the value of the '
To ' attribute. |
void |
setToken(Token value)
Sets the value of the '
Token ' reference. |
void |
setToVar(AttributeName value)
Sets the value of the '
To Var ' containment reference. |
void |
setType(String value)
Sets the value of the '
Type ' attribute. |
String getName()
If the meaning of the 'Name' attribute isn't clear, there really should be more of a description here...
setName(String)
,
BglPackage.getAction_Name()
void setName(String value)
Name
' attribute.
value
- the new value of the 'Name' attribute.getName()
Token getToken()
If the meaning of the 'Token' reference isn't clear, there really should be more of a description here...
setToken(Token)
,
BglPackage.getAction_Token()
void setToken(Token value)
Token
' reference.
value
- the new value of the 'Token' reference.getToken()
AttributeName getToVar()
If the meaning of the 'To Var' containment reference isn't clear, there really should be more of a description here...
setToVar(AttributeName)
,
BglPackage.getAction_ToVar()
void setToVar(AttributeName value)
To Var
' containment reference.
value
- the new value of the 'To Var' containment reference.getToVar()
AttributeName getSpawnTo()
If the meaning of the 'Spawn To' containment reference isn't clear, there really should be more of a description here...
setSpawnTo(AttributeName)
,
BglPackage.getAction_SpawnTo()
void setSpawnTo(AttributeName value)
Spawn To
' containment reference.
value
- the new value of the 'Spawn To' containment reference.getSpawnTo()
String getType()
If the meaning of the 'Type' attribute isn't clear, there really should be more of a description here...
setType(String)
,
BglPackage.getAction_Type()
void setType(String value)
Type
' attribute.
value
- the new value of the 'Type' attribute.getType()
AttributeName getSelected()
If the meaning of the 'Selected' containment reference isn't clear, there really should be more of a description here...
setSelected(AttributeName)
,
BglPackage.getAction_Selected()
void setSelected(AttributeName value)
Selected
' containment reference.
value
- the new value of the 'Selected' containment reference.getSelected()
AttributeName getMoveTo()
If the meaning of the 'Move To' containment reference isn't clear, there really should be more of a description here...
setMoveTo(AttributeName)
,
BglPackage.getAction_MoveTo()
void setMoveTo(AttributeName value)
Move To
' containment reference.
value
- the new value of the 'Move To' containment reference.getMoveTo()
OrExp getCondition()
If the meaning of the 'Condition' containment reference isn't clear, there really should be more of a description here...
setCondition(OrExp)
,
BglPackage.getAction_Condition()
void setCondition(OrExp value)
Condition
' containment reference.
value
- the new value of the 'Condition' containment reference.getCondition()
int getNumberOfDice()
If the meaning of the 'Number Of Dice' attribute isn't clear, there really should be more of a description here...
setNumberOfDice(int)
,
BglPackage.getAction_NumberOfDice()
void setNumberOfDice(int value)
Number Of Dice
' attribute.
value
- the new value of the 'Number Of Dice' attribute.getNumberOfDice()
int getFrom()
If the meaning of the 'From' attribute isn't clear, there really should be more of a description here...
setFrom(int)
,
BglPackage.getAction_From()
void setFrom(int value)
From
' attribute.
value
- the new value of the 'From' attribute.getFrom()
int getTo()
If the meaning of the 'To' attribute isn't clear, there really should be more of a description here...
setTo(int)
,
BglPackage.getAction_To()
void setTo(int value)
To
' attribute.
value
- the new value of the 'To' attribute.getTo()
ValueAssignment getAssignment()
If the meaning of the 'Assignment' containment reference isn't clear, there really should be more of a description here...
setAssignment(ValueAssignment)
,
BglPackage.getAction_Assignment()
void setAssignment(ValueAssignment value)
Assignment
' containment reference.
value
- the new value of the 'Assignment' containment reference.getAssignment()
NestedAction getNestedAction()
If the meaning of the 'Nested Action' containment reference isn't clear, there really should be more of a description here...
setNestedAction(NestedAction)
,
BglPackage.getAction_NestedAction()
void setNestedAction(NestedAction value)
Nested Action
' containment reference.
value
- the new value of the 'Nested Action' containment reference.getNestedAction()
Copyright © 2019. All rights reserved.


Vector Tile Battle Royal
a quick look at the OpenStreetMap roads from mapbox
( mapbox streets: road ) and esri ( OpenStreetMap_FTS_v2: road + road (bridge) + road (tunnel) + road link + service road + railway + track + path + other path ) vector tiles.


| Class | Description |
|---|---|
| AnalogSensorConfigurationType |
AnalogSensorConfigurationType contains the meta-data for a user-defined analog sensor driver. |
| DigitalIoDeviceConfigurationType |
DigitalIoDeviceConfigurationType contains the meta-data for a user-defined digital device driver. |
| I2cDeviceConfigurationType |
I2cDeviceConfigurationType contains the meta-data for a user-defined I2c sensor driver. |
| InstantiableUserConfigurationType | |
| MotorConfigurationType |
MotorConfigurationType contains the amalgamated set of information that
is known about a given type of motor. |
| ServoConfigurationType |
ServoConfigurationType contains the meta-data for a user-defined servo type. |
| UserConfigurationType |
UserConfigurationType contains metadata regarding classes which have been declared as
user-defined sensor implementations. |
| UserConfigurationType.SerializationProxy |


jl777
BOT
30-May-18 11:32 PM
getinfo call to the assetchain has non-zero CCid
when notarizing assetchain, the notary just calls getinfo to get the CCid
it is all encoded and komodo dev branch should properly support the encoded CCid in the upper part of MoMdepth. you might need to rebase for it to properly parse the non-zero CCid notarizations
MoMoM.["TXSCL019", "857645", "0"] -> {"coin":"TXSCL019","kmdheight":857645,"ccid":0,"MoMs":[],"notarization_hash":"0000000000000000000000000000000000000000000000000000000000000000","MoMoM":"0000000000000000000000000000000000000000000000000000000000000000","data":"00000000000000000000000000000000000000000000000000000000000000000000000000000000"}
TXSCL019.ht.716 opretlen.76 src_or_dest.0 dest.(KMD) lastbest.857645 paxwdcrc.6236764c
that should have been there for a long time
on startup of notarizing when doing dpow call, what was printed?
so, if it's a forward notarisation, ccid is upper 16 bits of MoMdepth, but if its a backnotarisation it's separate
you need to update komodod for proper parsing of the new notarization data, but for now we are not getting the CCid passed through. I see it in the getinfo posts you did before CCid:3, so it should appear in the dpow prints and at the start of each notrizaton round
yes I used the previously all 0's of the upper 16 bits of MoMoMdepth
so it goes into the forward notarization
the back notarization can have the full 32bits
it would also provide an additional error check to make sure the back notarization data is valid
does backnotarisation have MoM?
backnotarization will have whatever you put in the MoMoMdata
but prior to MoMoMdata does it have MoM after symbol
oh, but yes, it will have the MoMdata that was put in the forward notarization
i will make it do only 2 chains for now
ok
for historical reasons the name of the function to create the notarization extra data is: int32_t dpow_paxpending(uint8_t *hex,int32_t hexsize,uint32_t *paxwdcrcp,bits256 MoM,uint32_t MoMdepth,uint16_t CCid,int32_t src_or_dest,struct dpow_block *bp)
there should be no mysteries for you about this data flow
you can check that function in dpow_rpc.c to see exactly what its doing
@SHossain: what appears when you do the dpow api call?
it should print immediately
dopow call hasn't started for the 2 chains now
dev branch? dpow_paxpending doesnt handle ccid here
02a4a6c21b41a3903ef9ca37617d1b93fe74c9b5d5cc72d67b4e3524981f334acd DPOW with pubkey.(02a4a6c21b41a3903ef9ca37617d1b93fe74c9b5d5cc72d67b4e3524981f334acd) RFUN8XezmmZt47pzVmoz7aN5LtFNV9pyuj.valid1 TXSCL -> KMD RFUN8XezmmZt47pzVmoz7aN5LtFNV9pyuj.valid1, num.1 freq.2 minsigs.2 CCid.3
{"result":"success","tag":"13803625721012352820"}
02a4a6c21b41a3903ef9ca37617d1b93fe74c9b5d5cc72d67b4e3524981f334acd DPOW with pubkey.(02a4a6c21b41a3903ef9ca37617d1b93fe74c9b5d5cc72d67b4e3524981f334acd) RFUN8XezmmZt47pzVmoz7aN5LtFNV9pyuj.valid1 TXSCL000 -> KMD RFUN8XezmmZt47pzVmoz7aN5LtFNV9pyuj.valid1, num.2 freq.2 minsigs.2 CCid.3
{"result":"success","tag":"10229542731861897425"}
INIT with 2 notaries
[KMD].0 TXSCL 048bdac32f91b057f5d4e78a37df257c21fb3d9475e8cd717e95c0980f683d27 height.4757 vs last.4756
[1] notarize TXSCL->KMD 06a8d4a810e6aa1f8d4226f4a795ff05f637a7b381daf451cb71a51ea7624370 ht.4756 minsigs.2 duration.72000 start.1527724053 MoM[22] 9094bf45e5a7fa1bddd8b457e6b53f5a9432729598b55e1c9068985c64924bd3 CCid.3
[KMD].0 TXSCL000 01deaed4d0053a598b8a8cc73d36310de90f69aaabef3fb301057ea912b82f3b height.10433 vs last.10432
[1] notarize TXSCL000->KMD 024b78224da9d68b3ad909e290ad972090538bb5ee7b170a96e684cf8420434a ht.10432 minsigs.2 duration.72000 start.1527724053 MoM[6] 42d4fcdce0de5393bbd15f9c2642919523f9e1f7e29f3829be0f7d650ce2955d CCid.3
@libscott: sorry, its there now. got confused and updated komodo dev branch
i am using iguana from jl777 branch
ok, it is getting the CCid properly
so now a notarization should end up with MoMdepth of (3 << 16) | depth,
i merged jl777 into dev for iguana
so doesnt matter which is used
you should update komodod also as if you dont it could get confused with the new MoMdepth that will be around 200,000
uh... I'm a bit dumb, that means I can sequence two R/Ws of uint16_t right? ie, READWRITE((uint16_t)MoMdepth); READWRITE((uint16_t)CCid)
not 100% sure about endianness of READWRITE, but I think so
i dont know why it needed to be mixed with MoMdepth though, the space after was open I thought


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Far far away, behind the word mountains, far from the countries Vokalia and Consonantia, there live the blind texts. Separated they live in Bookmarksgrove right at the coast of the Semantics, a large language ocean.
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☠ unsafe code ☠
Herb Sutter's aliased shared_ptr pitfall
C++
for loop
serial for_each
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Rust
for loop
serial for_each
Rayon parallel for_each
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one string allocation
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Louis Brandy's vexing parse


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Euler’s Theorem
Euler’s theorem is used to reducing the large powers modulus n. Suppose it is given that is equal to 1 and the value of should be calculated. According to Euler’s theorem, can also be written as. This equation will become. This can also be written as: modulo 10. So, answer will be 9.
This Euler’s theorem can also be strengthened. For strengthening Euler’s theorem, consider the form given below:
Where , and
Carmichael numbers: Carmichael numbers are those numbers which are composite but when Fermat’s primality test is applied on them, they pass the test. According to Fermat primarily test; a number is prime if it satisfies following condition:
Where and
This can also be written as:
Where k is a positive integer.
Proof of : Let, where a is a prime number, it is found that can divide only if it can divide. Subtracting b from left hand side and right hand side, the equation can also be written as:
So, divides if and only if it divides. This proves that.
Carmichael numbers are the product of at-least three prime numbers: Consider a Carmichael number n which is product of two prime factors a and b. It is given below:
Where a and b are both prime numbers and the value of is greater than. This can also be written as:
As the value of a is greater than b then it cannot divide b, there must exist one another prime number c, so that should be divided by. So, n cannot be said to be a Carmichael number until it has three prime numbers. It must be product of at least three prime numbers.
Square free numbers: A number as square free if it is prime factorization do not contain the repeated factors. In other words the number should not be divisible by a number which is a square of another number except 1.
For example 14 is a square-free number because 14 can be obtained by multiplying 2 and 7 or vice-versa while 18 is not a square-free as it is obtained by 2, 3 and 3 which contains 3 twice in it. The examples of square-free numbers are 1, 2, 3, 5, 6, 7, 10, 11, 13 …… and so on.
Carmichael numbers are square free numbers: Consider that n is a number and it is non square free. So, it can be written as:
Where the number p is a prime number, the value of r is in integer form, value of k is taken in such a manner that the value of k will be always greater than or equal to 2 and .Here, the value of p is taken in such a manner that it satisfies the condition. So, the value of r will be and this is a co-prime to p.
Using Binomial theorem and use of conditions and, can also be written as:
Let, as it is found that. So,. This means that n is not a Carmichael number. Hence, Carmichael numbers are always square free numbers.


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java.lang.Object jxl.biff.BaseCellFeatures jxl.CellFeatures jxl.write.WritableCellFeatures
public class WritableCellFeatures
Container for any additional cell features
| Field Summary | |
|---|---|
static jxl.biff.BaseCellFeatures.ValidationCondition |
BETWEEN
|
static jxl.biff.BaseCellFeatures.ValidationCondition |
EQUAL
|
static jxl.biff.BaseCellFeatures.ValidationCondition |
GREATER_EQUAL
|
static jxl.biff.BaseCellFeatures.ValidationCondition |
GREATER_THAN
|
static jxl.biff.BaseCellFeatures.ValidationCondition |
LESS_EQUAL
|
static jxl.biff.BaseCellFeatures.ValidationCondition |
LESS_THAN
|
static jxl.biff.BaseCellFeatures.ValidationCondition |
NOT_BETWEEN
|
static jxl.biff.BaseCellFeatures.ValidationCondition |
NOT_EQUAL
|
| Fields inherited from class jxl.biff.BaseCellFeatures |
|---|
logger |
| Constructor Summary | |
|---|---|
WritableCellFeatures()
Constructor |
|
WritableCellFeatures(CellFeatures cf)
Copy constructor |
| Method Summary | |
|---|---|
void |
removeComment()
Removes the cell comment, if present |
void |
removeDataValidation()
Removes any data validation, if present |
void |
setComment(java.lang.String s)
Sets the cell comment |
void |
setComment(java.lang.String s,
double width,
double height)
Sets the cell comment and sets the size of the text box (in cells) in which the comment is displayed |
void |
setDataValidationList(java.util.Collection c)
The list of items to validate for this cell. |
void |
setDataValidationRange(int col1,
int row1,
int col2,
int row2)
The list of items to validate for this cell in the form of a cell range. |
void |
setDataValidationRange(java.lang.String namedRange)
Sets the data validation based upon a named range. |
void |
setNumberValidation(double val,
jxl.biff.BaseCellFeatures.ValidationCondition c)
Sets the numeric value against which to validate |
void |
setNumberValidation(double val1,
double val2,
jxl.biff.BaseCellFeatures.ValidationCondition c)
Sets the numeric range against which to validate the data |
| Methods inherited from class jxl.CellFeatures |
|---|
getComment, getDataValidationList, getSharedDataValidationRange |
| Methods inherited from class jxl.biff.BaseCellFeatures |
|---|
getCommentDrawing, getCommentHeight, getCommentWidth, getDVParser, hasDataValidation, hasDropDown, removeSharedDataValidation, setComboBox, setCommentDrawing, setReadComment, setValidationSettings, setWritableCell, shareDataValidation |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public static final jxl.biff.BaseCellFeatures.ValidationCondition BETWEEN
public static final jxl.biff.BaseCellFeatures.ValidationCondition NOT_BETWEEN
public static final jxl.biff.BaseCellFeatures.ValidationCondition EQUAL
public static final jxl.biff.BaseCellFeatures.ValidationCondition NOT_EQUAL
public static final jxl.biff.BaseCellFeatures.ValidationCondition GREATER_THAN
public static final jxl.biff.BaseCellFeatures.ValidationCondition LESS_THAN
public static final jxl.biff.BaseCellFeatures.ValidationCondition GREATER_EQUAL
public static final jxl.biff.BaseCellFeatures.ValidationCondition LESS_EQUAL
| Constructor Detail |
|---|
public WritableCellFeatures()
public WritableCellFeatures(CellFeatures cf)
cf
- the cell to copy| Method Detail |
|---|
public void setComment(java.lang.String s)
setComment
in class jxl.biff.BaseCellFeatures
s
- the commentpublic void setComment(java.lang.String s, double width, double height)
setComment
in class jxl.biff.BaseCellFeatures
s
- the commentwidth
- the width of the comment box in cellsheight
- the height of the comment box in cellspublic void removeComment()
removeComment
in class jxl.biff.BaseCellFeatures
public void removeDataValidation()
removeDataValidation
in class jxl.biff.BaseCellFeatures
public void setDataValidationList(java.util.Collection c)
setDataValidationList
in class jxl.biff.BaseCellFeatures
c
- the list of valid valuespublic void setDataValidationRange(int col1, int row1, int col2, int row2)
setDataValidationRange
in class jxl.biff.BaseCellFeatures
col1
- the first column containing the data to validate againstrow1
- the first row containing the data to validate againstcol2
- the second column containing the data to validate againstrow2
- the second row containing the data to validate againstpublic void setDataValidationRange(java.lang.String namedRange)
setDataValidationRange
in class jxl.biff.BaseCellFeatures
namedRange
- the workbook named range defining the validation
boundariespublic void setNumberValidation(double val, jxl.biff.BaseCellFeatures.ValidationCondition c)
setNumberValidation
in class jxl.biff.BaseCellFeatures
val
- the numberc
- the validation conditionpublic void setNumberValidation(double val1, double val2, jxl.biff.BaseCellFeatures.ValidationCondition c)
setNumberValidation
in class jxl.biff.BaseCellFeatures
val1
- the first numberval2
- the second numberc
- the validation condition
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The TMEX Hardware Specific API layer functions described in this section are provided to enable the lowest level of communication to 1-Wire devices. With the exception of TMSetup and TMClose, these API calls should not need to be called when using normal file-oriented TMEX operations. The more complex levels of TMEX call this layer for all operations.
See Also
TMEX Hardware Specific API List, TMEX Hardware Specific Error Return Codes


Additional remarks for Account.Category_11
The [Cicmpy.Category] field stores the eleventh account category.


WITNESS LIST
Natural Resources
November 25, 2013 9:30 AM
Electric Issues
ON:
Anderson, Ken (Public Utility Commission of Texas), Austin, TX
Bowman, Erica (American Natural Gas Alliance), Washington, DC
Dalton, Andrew J. (Valero Energy Corp.), Garden Ridge, TX
Doggett, Trip (also providing written testimony) (ERCOT), Taylor, TX
Marty, Brandy (Public Utility Commission of Texas), Austin, TX
Nelson, Donna Chair (also providing written testimony) (Public Utility Commission of
Texas), Austin, TX
Oldham, Phillip G. (Texas Association of Manufacturing), Austin, TX
Electricity Market
ON:
Peacock, Bill (also providing written testimony) (Texas Public Policy Foundation), Austin,
TX
Power Markets
ON:
Michaels, Robert J. (also providing written testimony) (Texas Public Policy Foundation),
Fullerton, CA
Resource Adequacy
ON:
Fainter Jr., John W. (Association of Electric Companies of Texas, Inc.), Austin, TX
Hendrix, Chris (Wal-Mart), Bentonville, AR
Wholesale Electric Market Issues
ON:
Brewster, Chris (Oncor Cities and TCAP), Austin, TX


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