Click here to go to the corresponding page for the latest version of DIALS
Installation for Developers¶
Setting up a Development Environment on Linux or Mac¶
Prerequisites: make and change to a working directory to contain the new source code and build. Then download these bootstrap modules:
wget https://raw.githubusercontent.com/dials/dials/master/installer/bootstrap.py
or if wget is not available:
curl https://raw.githubusercontent.com/dials/dials/master/installer/bootstrap.py > bootstrap.py
Then:
python bootstrap.py
Explanation: Several steps are performed: update, base, build. If desired, they can be run individually at the command line:
python bootstrap.py update
python bootstrap.py base
python bootstrap.py build
- “update” checks out or updates source code to the ‘modules’ directory
- “base” downloads and installs python and third party python packages to the ‘conda_base’ directory
- “build” configures and compiles dials and cctbx
For subsequent login sessions, be sure to set the environment in order to use the command-line dispatchers:
source build/setpaths.sh # or setpaths.csh for tcsh
Additional packages can be installed in the modules directory, e.g., download the dials_regression tarball from the main dials web page. Additional modules may be configured as in this example:
libtbx.configure dials_regression
Creating a Relocatable Installer Bundle on Linux¶
Starting with the developer build just created, we can create a tarball suitable for public distribution. Caveat is that we build our 64-bit installer on Centos 5.4, so that most conceivable users will be installing on a more modern OS back-compatible with the installer.
Change to the working directory used above. Then:
./modules/dials/installer/dials_installer.sh
..creates an installer called tmp/dials-installer-dev.tar.gz
This can be relocated to a new directory, untarred, then:
cd dials-installer-dev
./install -h [prints a help message]
./install --prefix=[absolute path for relocated dials installation]
Downloading the DIALS regression test data¶
The DIALS regression test data, needed for some of the DIALS tests, can be obtained here:
cd ../modules
curl http://dials.diamond.ac.uk/developers/dials_regression.tgz > dials_regression.tgz
tar -xzvf dials_regression.tgz
libtbx.configure dials_regression
For those with svn access to the CCI server, it can also be obtained as follows. Checkout the data into the cctbx source directory and configure as follows, replacing “USERNAME” for your username:
cd ../modules
svn checkout<EMAIL_ADDRESS>dials_regression
libtbx.configure dials_regression


Welcome to Django saas
Please use the below credentials for login
Email address: {{email}}
Password: {{password}}


Below is a list of some of our menu items:
- Special Scarole - 500 Ksh
- Carpaccio Fish(Small) - 700 Ksh
- Carpaccio Fish(Large) - 1250 Ksh
- Rucola Salad - 700 Ksh
- Mixed Vegetables - 600 Ksh
- Italian Antipasto (Small) - 1400 Ksh
- Italian Antipasto (Large) - 2300 Ksh
This is a 24/7 restaurant to yes, the dusty scarole is open to all who are willing to indulge themselves at all times.
Back To Home Page


[§304A-1503] Encouragement of federal assistance. The governor, the president, and the board of regents are authorized and requested to take any appropriate action to secure federal assistance in strengthening the geophysics and planetology institute. [L 2006, c 75, pt of §2]


Clench your fist in such a way that, when held up against a beam of light and casting its shadow upon the wall, it resembles, in silhouette, a stately, plump person. Why, as I live and breathe, 'tis Buck Mulligan!
This is the first step to master should you be determined to interpret James Joyce's Ulysses through the medium of shadow puppetry. Further instructions to follow.
ADDENDUM : You hardly need reminding that Joyce himself always pronounced the title of his book Oo-liss-iss.


{% extends 'base.html' %}{% load static %} {% block content %}
Edit your profile
See all your products (NOT IMPLEMENTED)


Please select one of the following studies. You might find it helpful to bookmark the ones you need most frequently.


<IP_ADDRESS> The ``Name'' Section of a Dictionary Entry
This section introduces the dictionary entry. It is not explicitly labeled. It appears preceded and followed by a horizontal bar.
In large print at left, the defined name appears; if more than one defined name is to be described by the entry, all such names are shown separated by commas.
In somewhat smaller italic print at right is an indication of what kind of dictionary entry this is. Possible values are:
- Accessor
-
This is an accessor function.
- Class
-
This is a class.
- Condition Type
-
This is a subtype of type condition.
- Constant Variable
-
This is a constant variable.
- Declaration
-
This is a declaration identifier.
- Function
-
This is a function.
- Local Function
-
This is a function that is defined only lexically within the scope of some other macro form.
- Local Macro
-
This is a macro that is defined only lexically within the scope of some other macro form.
- Macro
-
This is a macro.
- Restart
-
This is a restart.
- Special Operator
-
This is a special operator.
- Standard Generic Function
-
This is a standard generic function.
- Symbol
-
This is a symbol that is specially recognized in some particular situation, such as the syntax of a macro.
- System Class
-
This is like class, but it identifies a class that is potentially a built-in class. (No class is actually required to be a built-in class.)
- Type
-
This is an atomic type specifier, and depending on information for each particular entry, may subject to form other type specifiers.
- Type Specifier
-
This is a defined name that is not an atomic type specifier, but that can be used in constructing valid type specifiers.
- Variable
-
This is a dynamic variable.
Copyright 1996, The Harlequin Group Limited. All Rights Reserved.


Introduction
Wikimedia is a global movement built by a diverse audience.
This style guide provides a general design direction for different kinds of interactive projects to serve our diverse communities. Designers and developers will find design recommendations to solve general problems, so that they can focus on the specific needs of their projects.
This is an ongoing work, you can always check online the latest version of the guide. You are welcome to help make it grow.
How to contribute
You can participate in many ways. The documentation is available in a Git repository with the design assets needed for your project. You can get all of them, change anything and send the changes back.
Get the design repository
The WikimediaUI Style Guide repository is available to download. It contains this documentation, Sketch and SVG templates and resources. Select the “clone or download” button to get the repository.
Commit changes
Easily contribute to the content of the style guide by adding new recommendations, making corrections or adding examples in the form of images or videos:
If you have Git installed on your system, cloning is preferred way to get the contents since it allows you to contribute back. Technically changes can be submitted as usual in Git.
In order to publish the updated contents to be available live, go to the repo and launch the following command from a terminal: git push -f origin master:gh-pages
Please add specific topics into a single commit and also take into account the Wikimedia commit message guidelines.
Contribute beyond content
You can also help to improve how this documentation looks and works.
When modifying aspects such as the CSS styling you'll need to rebuild the documentation files using Grunt (which requires Node.js and npm). The first time you have to run npm install
in a terminal from the style guide's main folder in order to get all necessary dependencies. Every time you want to rebuild the CSS files for the documentation you just need to launch the grunt
command in a terminal, also from the main folder.
We're using stylelint to ensure the CSS aligns with our coding conventions.
These requirements provide our contributors a reliable environment and our viewers a performant experience.


{% extends "help/index.html" %} {% set subnav = [ {"label":"Financial Verification", "href":"#financial-verification"}, {"label":"ID/IQ CLINs", "href":"#idiq-clins"}, {"label":"JEDI Cloud Applications", "href":"#jedi-cloud-applications"}, ] %} {% block doc_content %}
Once your request is approved, the next step is to create a Task Order (T.O.) associated with the JEDI Cloud ID/IQ. Please contact a Contracting Officer (KO) or Contracting Officer Representative (COR) to help with this step.
This may also involve talking to your Financial Manager (FM) to secure funding.
Once the Task Order (T.O.) has been created, you will need to provide information related to the task order and funding in AT-AT. This step is referred to as “Financial Verification.”
We also recommend getting familiar with the JEDI Cloud CLIN structures so that you know which specific services are available under JEDI and categorized for contracting purposes. This will help you and the Contracting Officer create a Task Order.
This step allows AT-AT and the CCPO to track and report on cloud infrastructure spending across the Department., It also enables you and your team to see your cloud usage and verify your invoices with your budget.
You will need to have these details on hand before filling out the next step.
| Item you’ll need to provide | Format / Example | Explanation |
|---|---|---|
| Task Order Number associated with this request* | Example:<PHONE_NUMBER>C0001 |
Please include the original Task Order number (including the 000X at the end); this field is not requesting any modification numbers. Please note that there may be a lag between the time you have created and approved the task order to the time it is searchable within the electronic. A Contracting Officer will likely be the best source for this number. |
| Unique Item Identifiers (UII) related to your system(s) if you already have them | Example: DI 0CVA5786950 OR UN1945326361234786950 |
A Unique Investment Identifier is a unique code that helps the Department of Defense track and report on where and how digital assets are stored and where the budget comes from. Not all applications have an existing UII number assigned. This identifier can be found in SNaP-IT. |
| Program Element (PE) Number related to your request | Example: 0203752A |
Program Element numbers helps the Department of Defense identify which offices' budgets are contributing towards this resource use. |
| Program Treasury Code | Example: 1200 |
The Treasury Code (or Appropriations Code) is a four digit number that identifies resource types. |
| Program BA Code | Example: 02 |
The Budget Activity Code (or BA Code) is a two digit number that is the category within each appropriation and fund account used to identify the purposes, applications, or types of activities financed by the appropriation fund. |
*AT-AT will search your Task Order number in available APIs and find other relevant details about your task order automatically. If we are unable to locate your Task Order, you will be asked to manually enter information such as total contract amount, CLIN amounts, and contracting officer information.
We recommend sharing the following details with your contracting personnel to help accelerate the task order creation process.
The JEDI contract vehicle supports the following types of cloud infrastructure services.
Your contracting personnel will want to know which services above and contract line item numbers (CLINs) you are interested in procuring and what estimated dollar amounts to use associate. Use the JEDI Cloud Calculator to arrive at a price estimate for each of those.
| JEDI Contract Line Item Numbers (CLINs) | Services supported |
|---|---|
| CLIN 0001 - Unclassified IaaS and PaaS Amount |
This CLIN covers infrastructure as a service (IaaS) features including the basic building blocks of networking features, computers (virtual or on dedicated hardware), and data storage space. It also provides platform as a service (PaaS) features including resource procurement, capacity planning, software maintenance, patching, or any of the other undifferentiated heavy lifting involved in running your application. |
| CLIN 0003 - Unclassified Cloud Support Package | This CLIN covers the basic customer service support package offered including _______ |
| CLIN 1001 - Unclassified IaaS and PaaS Amount OPTION PERIOD 1 | |
| CLIN 1003 - Unclassified Cloud Support Package OPTION PERIOD 1 | |
| CLIN 2001 - Unclassified IaaS and PaaS Amount OPTION PERIOD 2 | |
| CLIN 2003 - Unclassified Cloud Support Package OPTION PERIOD 2 |
Separate your portfolio into applications and environments; this allows your team to manage user access to systems more securely and track expenditures for each application.
Here’s an example:
Application A has a development environment, production environment, and sandbox environment. The cloud resources in the development environment are grouped and accessed separately from the production environment and sandbox environment.


EAP Methods
FreeRADIUS was the first Open Source RADIUS server to support EAP. It has defined the standard for how RADIUS servers should manage EAP sessions. As of Version 2.0, it supports more EAP methods than any other RADIUS server, commercial or Open Source.
The following EAP methods are supported by FreeRADIUS 2.0 for wired, or for WiFi authentication.
- EAP-AKA1
- EAP-FAST1
- EAP-GPSK1
- EAP-IKEv2 3 (experimental)
- Cisco LEAP2
- EAP-PAX1
- EAP-PEAPv0
- EAP-PEAPv11
- EAP-MSCHAPv2
- EAP-GPSK
- EAP-GTC
- EAP-MD5-Challenge
- EAP-PAX
- EAP-PSK
- EAP-SAKE
- EAP-PSK1
- EAP-SAKE1
- EAP-SIM3
- EAP-TLS3
- EAP-TTLS
- PAP3
- CHAP3
- MS-CHAP3
- MS-CHAPv23
- EAP-MSCHAPv23
- EAP-MD53
- EAP-GPSK1
- EAP-GTC3
- EAP-PAX1
- EAP-PSK1
- EAP-SAKE1
- EAP-TLS2
- EAP-TNC2 (experimental)
The following methods are also supported, but cannot be used with WPA or IEEE 802.1X WEP keying.
Notes
1 Via the "eap2" module, by using the hostapd libeap.so library. This module is experimental, and may not be ready for use in a production environment. This module is only available in FreeRADIUS versions 2.0 and later. It is not available in earlier versions of the server.
2 Via the "eap" module, using the native FreeRADIUS EAP implementation.
3 Via both of the "eap" and "eap2" modules. Some functionality may differ between the two implementations. See the configuration files for more details.


Shit happens. And this is yet another example. Shit happens. And this is yet another example. Shit happens. And this is yet another example.
This is heading
This is heading
Shit happens. And this is yet another example.Shit happens. And this is yet another example. Shit happens. And this is yet another example.
This is heading
Shit happens. And this is yet another example.Shit happens. And this is yet another example. Shit happens. And this is yet another example.
This is heading
Shit happens. And this is yet another example.Shit happens. And this is yet another example. Shit happens. And this is yet another example.
This is heading
Shit happens. And this is yet another example. Shit happens. And this is yet another example. Shit happens. And this is yet another example.


notes list
notes can be edited by, well, clicking and editing them
add a new note
removed notes
toggle removed notes
removed notes can be recovered and will be purged (removed forever) on Firefox exit
you may also purge them all now
HE COMES (turns on an option to add Zalgo's flavour)


Money Play. How should Red play 62?
pips Red=85 White=135
(CorrectAnswer= 0/0, ErrorScore= 0)
Well the six is easy! What about the two?
Both 6/4 and 5/3 are just storing up the problem for later. Red needs to play this as a prime versus prime position and slot the 2-pt with 4/2, intending to create a five-point prime next turn.
Both 6/4 and 5/3 are blunders. After 4/2 Red can take the impending redouble.
Both 6/4 and 5/3 are just storing up the problem for later. Red needs to play this as a prime versus prime position and slot the 2-pt with 4/2, intending to create a five-point prime next turn.
Both 6/4 and 5/3 are blunders. After 4/2 Red can take the impending redouble.
1. Cubeful 2-ply 6/4 3/off Eq.: +1.010 0.868 0.310 0.009 - 0.132 0.000 0.000 2. Cubeful 2-ply 6/3 5/3 Eq.: +0.944 (-0.066) 0.863 0.258 0.006 - 0.137 0.001 0.000 3. Cubeful 2-ply 3/1 3/off Eq.: +0.935 (-0.075) 0.839 0.303 0.008 - 0.161 0.000 0.000 4. Cubeful 2-ply 5/off Eq.: +0.927 (-0.083) 0.841 0.291 0.009 - 0.159 0.000 0.000 5. Cubeful 2-ply 6/1 Eq.: +0.915 (-0.095) 0.847 0.268 0.006 - 0.153 0.000 0.000


This is the Gemini Observing Tool (OT), which is used to develop and plan Phase 2 Science Programs for the Gemini telescopes.
Click below on the appropriate button to create a New Program, to Open an existing local or remote program, to Manage your keychain, to search the database with the OT Browser, or to Import a program from XML.
The Observing Tool is the work of the Gemini Observatory staff including Bryan Miller, Andrew Stephens, and the software engineers Arturo Nunez, Sebastian Raaphorst, Carlos Quiroz, Rob Norris, Shane Walker, and many former employees.
The image at left taken with GMOS-N on the Gemini North telescope in Hawai'i shows a pair of interacting spiral galaxies — NGC 4568 (bottom) and NGC 4567 (top) — as they begin to interact and merge. The galaxies will eventually form a single elliptical galaxy in around 500 million years. Credit: International Gemini Observatory/NOIRLab/NSF/AURA. Image processing: T.A. Rector (University of Alaska Anchorage/NSF's NOIRLab), J. Miller (Gemini Observatory/NSF's NOIRLab), M. Zamani (NSF’s NOIRLab) & D. de Martin (NSF’s NOIRLab).
Contact Bryan Miller<EMAIL_ADDRESS>for more information.
The Observing Tool uses Java code from a number of other projects and we would like to thank them for their work.
Last modified May 8, 2023.


About Me
Hello There!! my name is Khalil Ghanem, the owner of the site , I'm 27 years old, I'm a Software Engineering. I have two years of experience in customer service, I want to be a great web developer this is my first step and this site is my first project.
- I graduated from Zarqa University
- I worked at CS MENA as Customer Service Representatives
- I worked at AL FARIZE Company as Technical Support
My Top Ten Favorite Movies
- The Hangover
- The Dictator
- Deadpool
- Maze Runner
- Limitless
- The Shawshank Redemption
- Interstellar
- V For Vendetta
- Whiplash
- The Pursuit Of Happyness


--- author: Ryan categories: app date: '2009-09-16 17:59:44' link: http://blogs.nitobi.com/ryan/index.php/2009/09/16/phonegap-nokia/ permalink: /2009/09/16/phonegap-nokia/ slug: phonegap-nokia status: publish title: Phonegap Nokia type: post format: html ---
I just pushed my work on porting phonegap for Nokia WRT (Web Runtime) on the s60 platform to my github repo, and will get brock to drop it into the main phonegap repo over very soon, but I just wanted to get it out that phonegap for nokia is on its way! Nokia WRT's exposure of device functionality has made it relatively easy to implement phonegap for geolocation, notification, and contact support in nokia wrt widgets. There are some limitations in the WRT environment; one significant one at the moment is that WRT's device API and menu object functionality are exposed only to one main html file. Hopefully can figure out a way around this to stay in line with the phongap ideology. Stay tuned for phonegap Nokia.


Example Sargasso Web Component w/Observed Data & Template Rendering
A To Do List
A Component that reacts to changes in the To Do List above
To Do List Change Log


Loader
\Yaf\Loader introduces a comprehensive autoloading solution for Yaf.
The first time an instance of \Yaf\Application is retrieved, \Yaf\Loader will instance a singleton, and registers itself with spl_autoload. You retrieve an instance using the \Yaf\Loader::getInstance()
\Yaf\Loader attempt to load a class only one shot, if failed, depend on yaf.use_spl_autoload, if this config is On \Yaf\Loader::autoload() will return FALSE, thus give the chance to other autoload function. if it is Off (by default), \Yaf\Loader::autoload() will return TRUE, and more important is that a very useful warning will be triggered (very useful to find out why a class could not be loaded).
Note: Please keep yaf.use_spl_autoload Off unless there is some library have their own autoload mechanism and impossible to rewrite it.
If you want \Yaf\Loader search some classes(libraries) in the local class directory(which is defined in application.ini, and by default, it is application.directory . "/library"), you should register the class prefix using the \Yaf\Loader::registerLocalNameSpace()
Tags
Table of Contents
- YAF_CLASS_NAME_CONTROLLER = 3
- YAF_CLASS_NAME_MODEL = 1
- YAF_CLASS_NAME_NORMAL = 0
- YAF_CLASS_NAME_PLUGIN = 2
- $_global_library : string
- $_instance : Loader
- $_library : string
- By default, this value is application.directory . "/library", you can change this either in the application.ini(application.library) or call to \Yaf\Loader::setLibraryPath()
- $_local_ns : string
- $__class_name_map : mixed
- $ext : string
- php脚本的扩展名
- __sleep() : mixed
- __wakeup() : mixed
- autoload() : bool
- clearLocalNamespace() : mixed
- getInstance() : Loader
- getLibraryPath() : string
- getLocalNamespace() : string
- import() : bool
- initLibrary() : mixed
- isLocalName() : bool
- registerLocalNamespace() : bool
- Register local class prefix name, \Yaf\Loader search classes in two library directories, the one is configured via application.library.directory(in application.ini) which is called local library directory; the other is configured via yaf.library (in php.ini) which is called global library directory, since it can be shared by many applications in the same server.
- setLibraryPath() : Loader
- __clone() : mixed
- __construct() : mixed
- __identify_category() : mixed
Constants
YAF_CLASS_NAME_CONTROLLER
public
mixed
YAF_CLASS_NAME_CONTROLLER
= 3
YAF_CLASS_NAME_MODEL
public
mixed
YAF_CLASS_NAME_MODEL
= 1
YAF_CLASS_NAME_NORMAL
public
mixed
YAF_CLASS_NAME_NORMAL
= ""
YAF_CLASS_NAME_PLUGIN
public
mixed
YAF_CLASS_NAME_PLUGIN
= 2
Properties
$_global_library
protected
string
$_global_library
$_instance
protected
static Loader
$_instance
$_library
By default, this value is application.directory . "/library", you can change this either in the application.ini(application.library) or call to \Yaf\Loader::setLibraryPath()
protected
string
$_library
$_local_ns
protected
string
$_local_ns
$__class_name_map
private
mixed
$__class_name_map
= [self::YAF_CLASS_NAME_MODEL => 'model', self::YAF_CLASS_NAME_PLUGIN => 'plugin', self::YAF_CLASS_NAME_CONTROLLER => 'controller']
$ext
php脚本的扩展名
private
string
$ext
= '.php'
Methods
__sleep()
public
__sleep() : mixed
Tags
Return values
mixed —__wakeup()
public
__wakeup() : mixed
Tags
Return values
mixed —autoload()
public
autoload(mixed $class_name) : bool
Parameters
- $class_name : mixed
Tags
Return values
bool —返回true 已加载，不再继续执行后续的autoload 返回false未找到，继续执行后续的autoload（composer）
clearLocalNamespace()
public
clearLocalNamespace() : mixed
Tags
Return values
mixed —getInstance()
public
static getInstance() : Loader
Tags
Return values
Loader —getLibraryPath()
public
getLibraryPath([bool $is_global = false ]) : string
Parameters
- $is_global : bool = false
Tags
Return values
string —getLocalNamespace()
public
getLocalNamespace() : string
Tags
Return values
string —import()
public
static import(string $file) : bool
Parameters
- $file : string
Tags
Return values
bool —initLibrary()
public
initLibrary([mixed $local_library_path = null ][, mixed $global_library_path = null ]) : mixed
Parameters
- $local_library_path : mixed = null
- $global_library_path : mixed = null
Return values
mixed —isLocalName()
public
isLocalName(string $class_name) : bool
Parameters
- $class_name : string
Tags
Return values
bool —registerLocalNamespace()
Register local class prefix name, \Yaf\Loader search classes in two library directories, the one is configured via application.library.directory(in application.ini) which is called local library directory; the other is configured via yaf.library (in php.ini) which is called global library directory, since it can be shared by many applications in the same server.
public
registerLocalNamespace(string|array<string|int, string> $name_prefix) : bool
When an autoloading is triggered, \Yaf\Loader will determine which library directory should be searched in by examining the prefix name of the missed classname. If the prefix name is registered as a local namespace then look for it in local library directory, otherwise look for it in global library directory.
Note: If yaf.library is not configured, then the global library directory is assumed to be the local library directory. in that case, all autoloading will look for local library directory. But if you want your Yaf application be strong, then always register your own classes as local classes.
Parameters
- $name_prefix : string|array<string|int, string>
-
a string or a array of class name prefix. all class prefix with these prefix will be loaded in local library path.
Tags
Return values
bool —setLibraryPath()
public
setLibraryPath(string $directory[, bool $global = false ]) : Loader
Parameters
- $directory : string
- $global : bool = false
Tags
Return values
Loader —__clone()
private
__clone() : mixed
Tags
Return values
mixed —__construct()
private
__construct() : mixed
Tags
Return values
mixed —__identify_category()
private
__identify_category(mixed $class_name) : mixed
Parameters
- $class_name : mixed


The Watershed Project team was building bioretantion basins in the Richmond Greenway to treat contaminated rainwater that would otherwise get collected around people's homes. The Watershed Project team needed my team and I to help them engage community members in bulding these basins.
After speaking to these community members, we learned that schools in the area lack STEM education and work opportunities. In order to help The Watershed team engage community members and provide STEM opportunites to local youth, we decided to host training sessions in the Greenway parks to teach the youth about the engineering behind bioretention basins, and then recruit them as interns with the Watershed Project as they help build these basins.
We wanted the training sessions to have an hands-on learning component, so we designed a portable bioretention basin that was easy to dismantle and rebuild, and demonstrated the basin’s construction procedures and functions. We also made a booklet that summarized various types of bioretention basins and the science behind them. The demonstration basin and the booklet are currently used by the Watershed Project as planned.


This template features the 'Lato' font, part of the Google Web Font library, as well as icons from Font Awesome.
{{print_r(@ALIASES,true)}} {{print_r(@UI,true)}}


|
cds
2.3.1
|
MSQueue default type traits. More...
#include <cds/container/optimistic_queue.h>
Public Types | |
| enum | { padding = opt::cache_line_padding } |
Padding for internal critical atomic data. Default is opt::cache_line_padding . | |
| typedef CDS_DEFAULT_ALLOCATOR | allocator |
| Node allocator. | |
| typedef cds::backoff::empty | back_off |
| Back-off strategy. | |
| typedef atomicity::empty_item_counter | item_counter |
Item counting feature; by default, disabled. Use cds::atomicity::item_counter to enable item counting. | |
| typedef optimistic_queue::empty_stat | stat |
| Internal statistics (by default, disabled) More... | |
| typedef opt::v::relaxed_ordering | memory_model |
| C++ memory ordering model. More... | |
MSQueue default type traits.
C++ memory ordering model.
Can be opt::v::relaxed_ordering
(relaxed memory model, the default) or opt::v::sequential_consistent
(sequentially consisnent memory model).
Internal statistics (by default, disabled)
Possible option value are: optimistic_queue::stat
, optimistic_queue::empty_stat
(the default), user-provided class that supports optimistic_queue::stat
interface.


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PacifierStorage
- Class in
ru.zendal.session.storage
PacifierStorage()
- Constructor for class ru.zendal.session.storage.
PacifierStorage
PickBetHolderInventory
- Class in
ru.zendal.session.inventory.holder
PickBetHolderInventory(PickBetInventoryManager, Session)
- Constructor for class ru.zendal.session.inventory.holder.
PickBetHolderInventory
PickBetInventoryManager
- Class in
ru.zendal.session.inventory
PickBetInventoryManager(Session, Player, LanguageConfig, List<Double>)
- Constructor for class ru.zendal.session.inventory.
PickBetInventoryManager
PlayerOfflineSessionEvent
- Class in
ru.zendal.event
PlayerOfflineSessionEvent(TradeSessionManager, LanguageConfig)
- Constructor for class ru.zendal.event.
PlayerOfflineSessionEvent
process(Command, CommandSender, String[])
- Method in interface ru.zendal.command.
ArgsCommandProcessor
Process command
process(Command, CommandSender, String[])
- Method in class ru.zendal.command.
ConfirmTradePlayerProcessor
process(Command, CommandSender, String[])
- Method in class ru.zendal.command.
OpenOfflineSessionProcessor
process(Command, CommandSender, String[])
- Method in class ru.zendal.command.
SendTradePlayerProcessor
process(Command, CommandSender, String[])
- Method in class ru.zendal.command.
StorageCommandProcessor
process(Command, CommandSender, String[])
- Method in class ru.zendal.command.
TradeCreateProcessor
process(Document)
- Method in class ru.zendal.socket.command.
AcceptTradeCommand
process(Document)
- Method in interface ru.zendal.socket.command.
Command
Process command
process(Document)
- Method in class ru.zendal.socket.command.
GetAllOfflineTradesCommand
ProcessCommandException
- Exception in
ru.zendal.socket.command.exception
ProcessCommandException()
- Constructor for exception ru.zendal.socket.command.exception.
ProcessCommandException
ProcessCommandException(String)
- Constructor for exception ru.zendal.socket.command.exception.
ProcessCommandException
ProcessCommandException(String, Throwable)
- Constructor for exception ru.zendal.socket.command.exception.
ProcessCommandException
ProcessCommandException(Throwable)
- Constructor for exception ru.zendal.socket.command.exception.
ProcessCommandException
ProcessCommandException(String, Throwable, boolean, boolean)
- Constructor for exception ru.zendal.socket.command.exception.
ProcessCommandException
processTrade(Session)
- Method in interface ru.zendal.session.
TradeSessionCallback
Called when there is only process the exchange
processTradeOffline(Player, TradeOffline)
- Method in class ru.zendal.session.
TradeSessionManager
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--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/slick.20minimum.html ---
Is there a slick mathlib way to get the minimum/maximum element of a list given a has_lt
on that list?
There is a sort file somewhere
https://github.com/leanprover/mathlib/blob/master/data/list/sort.lean
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


Previously I described how we can perform Discrete Optimization using the Branch and Bound technique. Today I want to describe another foundational technique for Discrete Optimization, Cutting Planes. Cutting Planes is like the Branch and Bound technique in that it uses a series of LP Relaxations to search for solutions. Where it is different from Branch and Bound is in how it refines the LP Formulations. Branch and Bound would subdivide the solution space by branching on a decision variable and creating two new subproblems. Instead, what Cutting Planes does is iteratively add constraints which eliminate the nonintegral solutions from the feasible space while not eliminating any feasible integral solutions. These constraints that we add are called “Cuts” because they are cutting off nonintegral solutions from the feasible space.
The Cutting Planes Algorithm
Conceptually the Cutting Plane Algorithm is rather simple. It is made up of the following three steps.
- Step 1: Solve the LP Relaxation of the Current Problem
- Step 2: Check if the integrality requirements of the initial problem have been met. If so, terminate, an optimal solution has been found. If integrality has not been achieved proceed to Step 3.
- Step 3: Add a constraint to the problem which removes the current optimal solution from the feasible space but does not eliminate any of the integer feasible solutions. Return to Step 1
Obviously you need to check for infeasibility and unboundedness as well. If either one of those conditions arise, terminate.
That is really all there is to this algorithm. The art is in Step 3, generating cuts. A good cut will accelerate the convergence toward an integral solution. Part of the challenge is that there are frequently an infinite number of cuts which could work to reduce the size of the solution space while not eliminating integer feasible solutions. The trick then becomes finding good cuts quickly. Searching for the best cut is in of itself an optimization problem. We cannot afford to spend an infinite amount of time searching for the best cut though. There are recipes for being able to calculate good cuts quickly. We will go over some of them in a future post. For now, let’s walk through a graphical example of how Cutting Planes works.
Graphical Walkthrough
Let’s say that we have a Discrete Optimization problem with two constraints, Constraint A and Constraint B. These two constraints define a space in which the solution must lie. Our decision variables are $x_1$ and $x_2$. For this scenario they are integer decision variables. Here is a quick sketch of the example problem.
This is just a conceptual walkthrough of Cutting Planes so don’t fret about exactly what the numbers are. The dotted grey lines are the boundaries of the constraints. The blue dots indicate the integer feasible solutions and the green arrow is the direction in which the objective function is pointing (the direction of greatest improvement). If we take the LP Relaxation of this problem the optimum would be at the intersection of Constraint A and Constraint B. In the following image this point is indicated by the green dot.
We have labeled the solution to this initial LP $Z_{LP}^{0}$ . The superscript indicates which iteration this is the solution to and the $LP$ subscript indicates it is a solution to the LP Relaxation. We check if the integrality requirements of the original problem have been met. They have not since the optimal solution to the LP does not lie on integer values for $x_1$ and $x_2$. Now we need to generate a new constraint that we can add to the problem which removes $Z_{LP}^{0}$ from the feasible space but does not eliminate any of the integer feasible solutions (the blue dots).
Later we will go over some methods for calculating these constraints. For now let’s just use visual analysis. One of the easiest constraints that we can add is $x_2 \leq 4$. It removes $Z_{LP}^{0}$ from the feasible space but does not cut off any of our integer feasible solutions. Let’s add this constraint and redraw our problem. Let’s draw the new constraint as a yellow dotted line.
I have taken the liberty of marking the new solution $Z_{LP}^{1}$ on the diagram. The good news is that now $x_2$ has taken on an integer value but $x_1$ has not. $x_1$ lies between $2$ and $3$ so we need to add another constraint. Again we can just look at the problem and see we can add the constraint $x_1 + x_2 \leq 6$. This does not remove any integer feasible solutions but it will remove $Z_{LP}^{1}$ from the feasible space. Let’s add this constraint and see what we get.
We have added the constraint of $x_1 + x_2 \leq 6$ and found the new solution, $Z_{LP}^{2}$ . Our new solution $Z_{LP}^{2}$ lies on integral values of $x_1$ and $x_2$. We can now end our search since we have found a solution which meets the integrality requirements of the original problem. We have successfully used Cutting Planes to solve a Discrete Optimization problem!
Next Steps
This walkthrough had some nice pictures but you should have this nagging question, “How do we generate these cuts?” In this problem it was easy to see which cuts were and were not feasible. We just chose some obvious ones based on what we could see. We need to be able to do this in much higher dimensionality though. Next time we will introduce some of the most common cuts and how we generate them. Today we just wanted to lay a conceptual foundation for how Cutting Planes worked. I hope you enjoyed the post and I always welcome feedback!


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Apart from that, I am known as intuitive, adaptive, and fast learner.
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| Bib |
Name |
Age |
M/F |
City |
St |
Ctry |
Ctz |
|
| |
5k |
10k |
15k |
20k |
Half |
25k |
30k |
35k |
40k |
| 0:35:10 |
1:10:09 |
1:47:46 |
2:28:43 |
2:37:25 |
3:11:59 |
3:56:48 |
4:51:13 |
5:46:48 |
| Finish: |
Pace |
Proj. Time |
Offl. Time |
Overall |
Gender |
Division |
| 0:14:05 |
- |
6:09:05 |
26576 |
14567 |
122 |
|
| |
5k |
10k |
15k |
20k |
Half |
25k |
30k |
35k |
40k |
| 0:45:14 |
1:27:31 |
2:10:56 |
2:55:01 |
3:04:16 |
3:38:40 |
4:26:30 |
5:14:04 |
6:05:48 |
| Finish: |
Pace |
Proj. Time |
Offl. Time |
Overall |
Gender |
Division |
| 0:14:53 |
- |
6:29:53 |
26587 |
14573 |
897 |
|
|
|
|


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Email Address<EMAIL_ADDRESS>GitHub: Old-Prego


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procs
Display information about the active processes.
More information: home page
- List all processes showing the PID, user, CPU usage, memory usage, and the command which started them:
procs
- List information about processes, if the commands which started them contain `zsh`:
procs zsh
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procs --sorta|--sortd cpu
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procs --or PID|command|user 41 firefox
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Style Google Docs with markdown
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AWS::WAFRegional::ByteMatchSet
The AWS::WAFRegional::ByteMatchSet
resource creates an AWS WAF Regional
ByteMatchSet
that identifies a part of a web request that you want to inspect.
For more information, see CreateByteMatchSet in the AWS WAF Regional API Reference.
Syntax
To declare this entity in your AWS CloudFormation template, use the following syntax:
JSON
{ "Type" : "AWS::WAFRegional::ByteMatchSet", "Properties" : { "ByteMatchTuples" : [
Byte match tuple, ...
], "Name" :String
} }
YAML
Type: "AWS::WAFRegional::ByteMatchSet" Properties: ByteMatchTuples: -
Byte match tuple
Name:String
Properties
ByteMatchTuples
-
Settings for the
ByteMatchSet
, such as the bytes (typically a string that corresponds with ASCII characters) that you want AWS WAF to search for in web requests.Required: No
Type: List of AWS WAF Regional ByteMatchSet ByteMatchTuples
Update requires: No interruption
Name
-
A friendly name or description of the
ByteMatchSet
.Required: Yes
Type: String
Update requires: Replacement
Return Values
Ref
When the logical ID of this resource is provided to the Ref
intrinsic function, Ref
returns the resource physical ID, such as
1234a1a-a1b1-12a1-abcd-a123b123456
.
For more information about using the Ref
function, see Ref.
Examples
HTTP Referers
The following example defines a set of HTTP referers to match.
JSON
"BadReferers": { "Type": "AWS::WAFRegional::ByteMatchSet", "Properties": { "Name": "ByteMatch for matching bad HTTP referers", "ByteMatchTuples": [ { "FieldToMatch" : { "Type": "HEADER", "Data": "referer" }, "TargetString" : "badrefer1", "TextTransformation" : "NONE", "PositionalConstraint" : "CONTAINS" }, { "FieldToMatch" : { "Type": "HEADER", "Data": "referer" }, "TargetString" : "badrefer2", "TextTransformation" : "NONE", "PositionalConstraint" : "CONTAINS" } ] } }
YAML
BadReferers: Type: "AWS::WAFRegional::ByteMatchSet" Properties: Name: "ByteMatch for matching bad HTTP referers" ByteMatchTuples: - FieldToMatch: Type: "HEADER" Data: "referer" TargetString: "badrefer1" TextTransformation: "NONE" PositionalConstraint: "CONTAINS" - FieldToMatch: Type: "HEADER" Data: "referer" TargetString: "badrefer2" TextTransformation: "NONE" PositionalConstraint: "CONTAINS"
Associate a ByteMatchSet with a Web ACL Rule
The following example associates the BadReferers
byte match set with a
web access control list (ACL) rule.
JSON
"BadReferersRule" : { "Type": "AWS::WAFRegional::Rule", "Properties": { "Name": "BadReferersRule", "MetricName" : "BadReferersRule", "Predicates": [ { "DataId" : { "Ref" : "BadReferers" }, "Negated" : false, "Type" : "ByteMatch" } ] } }
YAML
BadReferersRule: Type: "AWS::WAFRegional::Rule" Properties: Name: "BadReferersRule" MetricName: "BadReferersRule" Predicates: - DataId: Ref: "BadReferers" Negated: false Type: "ByteMatch"
Create a Web ACL
The following example associates the BadReferersRule
rule with a web
ACL. The web ACL allows all requests except for ones with referers that match the
BadReferersRule
rule.
JSON
"MyWebACL": { "Type": "AWS::WAFRegional::WebACL", "Properties": { "Name": "WebACL to block blacklisted IP addresses", "DefaultAction": { "Type": "ALLOW" }, "MetricName" : "MyWebACL", "Rules": [ { "Action" : { "Type" : "BLOCK" }, "Priority" : 1, "RuleId" : { "Ref" : "BadReferersRule" } } ] } }
YAML
MyWebACL: Type: "AWS::WAFRegional::WebACL" Properties: Name: "WebACL to block blacklisted IP addresses" DefaultAction: Type: "ALLOW" MetricName: "MyWebACL" Rules: - Action: Type: "BLOCK" Priority: 1 RuleId: Ref: "BadReferersRule"


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screen design (Flash)
- Sound review
and selection
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- Original
Concept (dreamed it)
- Story board
marker drawings
- Storyboard
printing and presentation
- Photoshoot
with live model
- Photo cleanup
(photoshop)
- Design
of font style and animation (Swish)
- Animations
(Flash)
- Initial
sound selection and compression
- Finalization
of scripting (Flash)
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