| 程序包 | 说明 |
|---|---|
| org.apache.giraph.aggregators |
Package of Giraph aggregators.
|
| org.apache.giraph.benchmark |
Package of benchmarks for performance testing and optimization
|
| org.apache.giraph.bsp |
Package of generic bulk synchronous processing objects.
|
| org.apache.giraph.comm |
Package of communication related objects, IPC service.
|
| org.apache.giraph.comm.aggregators |
Package for classes which are used to handle aggregators.
|
| org.apache.giraph.comm.messages |
Package of communication related objects, IPC service.
|
| org.apache.giraph.comm.netty |
Package for netty implementations.
|
| org.apache.giraph.comm.netty.handler |
Package for classes which handle requests and responses.
|
| org.apache.giraph.comm.requests |
Package for requests.
|
| org.apache.giraph.conf |
Package of Giraph configuration related things.
|
| org.apache.giraph.edge |
Package of Vertex implementations.
|
| org.apache.giraph.examples |
Package of Giraph examples.
|
| org.apache.giraph.graph |
Package of all the graph related objects, built on the
org.apache.bsp package.
|
| org.apache.giraph.integration |
Package of all helper integration test objects.
|
| org.apache.giraph.io |
Input/Output related things.
|
| org.apache.giraph.io.formats |
Package of reusable library Giraph objects.
|
| org.apache.giraph.io.iterables |
Iterable wrappers for IO readers/writers
|
| org.apache.giraph.io.superstep_output |
Classes related to output during computation
|
| org.apache.giraph.job |
Package of all the classes involved in job launch.
|
| org.apache.giraph.master |
Package of all the master related things.
|
| org.apache.giraph.metrics |
Package of all the Giraph metrics related data.
|
| org.apache.giraph.partition |
Package of partitioning related objects.
|
| org.apache.giraph.utils |
Package of all generic utility classes.
|
| org.apache.giraph.worker |
Package of all the worker related things
|
| org.apache.giraph.yarn |
Catch all package for YARN-specific code.
|
| org.apache.giraph.zk |
Package of
ZooKeeper related objects. |
| 类和说明 |
|---|
| DefaultImmutableClassesGiraphConfigurable
Default implementation of ImmutableClassesGiraphConfigurable
|
| ImmutableClassesGiraphConfigurable
Can be instantiated with ImmutableClassesGiraphConfiguration
|
| 类和说明 |
|---|
| DefaultImmutableClassesGiraphConfigurable
Default implementation of ImmutableClassesGiraphConfigurable
|
| GiraphConfiguration
Adds user methods specific to Giraph.
|
| ImmutableClassesGiraphConfigurable
Can be instantiated with ImmutableClassesGiraphConfiguration
|
| 类和说明 |
|---|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| GiraphConfiguration
Adds user methods specific to Giraph.
|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| ImmutableClassesGiraphConfigurable
Can be instantiated with ImmutableClassesGiraphConfiguration
|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| AbstractConfOption
Abstract base class of configuration options
|
| BooleanConfOption
Boolean configuration option
|
| ClassConfOption
Class configuration option
|
| ConfOptionType
Type of value for a Configuration option
|
| FloatConfOption
Float Configuration option
|
| GiraphClasses
Holder for classes used by Giraph.
|
| GiraphConfiguration
Adds user methods specific to Giraph.
|
| GiraphConstants
Constants used all over Giraph for configuration.
|
| ImmutableClassesGiraphConfigurable
Can be instantiated with ImmutableClassesGiraphConfiguration
|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| IntConfOption
Integer configuration option
|
| LongConfOption
Long configuration option
|
| StrConfOption
String Configuration option
|
| 类和说明 |
|---|
| DefaultImmutableClassesGiraphConfigurable
Default implementation of ImmutableClassesGiraphConfigurable
|
| ImmutableClassesGiraphConfigurable
Can be instantiated with ImmutableClassesGiraphConfiguration
|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| DefaultImmutableClassesGiraphConfigurable
Default implementation of ImmutableClassesGiraphConfigurable
|
| ImmutableClassesGiraphConfigurable
Can be instantiated with ImmutableClassesGiraphConfiguration
|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| LongConfOption
Long configuration option
|
| 类和说明 |
|---|
| DefaultImmutableClassesGiraphConfigurable
Default implementation of ImmutableClassesGiraphConfigurable
|
| ImmutableClassesGiraphConfigurable
Can be instantiated with ImmutableClassesGiraphConfiguration
|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| ImmutableClassesGiraphConfigurable
Can be instantiated with ImmutableClassesGiraphConfiguration
|
| 类和说明 |
|---|
| DefaultImmutableClassesGiraphConfigurable
Default implementation of ImmutableClassesGiraphConfigurable
|
| ImmutableClassesGiraphConfigurable
Can be instantiated with ImmutableClassesGiraphConfiguration
|
| 类和说明 |
|---|
| DefaultImmutableClassesGiraphConfigurable
Default implementation of ImmutableClassesGiraphConfigurable
|
| ImmutableClassesGiraphConfigurable
Can be instantiated with ImmutableClassesGiraphConfiguration
|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| DefaultImmutableClassesGiraphConfigurable
Default implementation of ImmutableClassesGiraphConfigurable
|
| ImmutableClassesGiraphConfigurable
Can be instantiated with ImmutableClassesGiraphConfiguration
|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| GiraphConfiguration
Adds user methods specific to Giraph.
|
| ImmutableClassesGiraphConfigurable
Can be instantiated with ImmutableClassesGiraphConfiguration
|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| ImmutableClassesGiraphConfigurable
Can be instantiated with ImmutableClassesGiraphConfiguration
|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| GiraphConfiguration
Adds user methods specific to Giraph.
|
| 类和说明 |
|---|
| ImmutableClassesGiraphConfigurable
Can be instantiated with ImmutableClassesGiraphConfiguration
|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| DefaultImmutableClassesGiraphConfigurable
Default implementation of ImmutableClassesGiraphConfigurable
|
| GiraphConfiguration
Adds user methods specific to Giraph.
|
| ImmutableClassesGiraphConfigurable
Can be instantiated with ImmutableClassesGiraphConfiguration
|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| ImmutableClassesGiraphConfigurable
Can be instantiated with ImmutableClassesGiraphConfiguration
|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
| 类和说明 |
|---|
| GiraphConfiguration
Adds user methods specific to Giraph.
|
| 类和说明 |
|---|
| ImmutableClassesGiraphConfiguration
The classes set here are immutable, the remaining configuration is mutable.
|
Copyright © 2011-2013 The Apache Software Foundation. All Rights Reserved.


INSERT GOODDON'T FORGET the tie breaker!
Bowl:
New Orleans Bowl
Cure Bowl
Las Vegas Bowl
New Mexico Bowl
Camellia Bowl
Boca Raton Bowl
Frisco Bowl
Gasparilla Bowl
Location:
New Orleans, LA
Orlando, FL
Las Vegas, NV
Albequerque, NM
Montgomery, AL
Boca Raton, FL
Frisco, TX
St. Petersburg, FL
Date:Time:
Dec. 1601:00 pm
Dec. 1602:30 pm
Dec. 1603:30 pm
Dec. 1604:30 pm
Dec. 1608:00 pm
Dec. 1907:00 pm
Dec. 2008:00 pm
Dec. 2108:00 pm
Channel:
ESPN
CBSSN
ABC
Teams:
Troy
North Texas
Western Kentucky
Georgia State
Boise State
Oregon
Marshall
Colorado State
Arkansas State
Middle Tennessee State
Florida Atlantic
Akron
Louisiana Tech
SMU
Temple
FIU
Record:
(10-2)
(9-4)
(6-6)
(6-5)
(10-3)
(7-5)
(7-4)
(7-6)
(8-4)
Winner:
Array
Bahamas Bowl
Idaho Potato Bowl
Birmingham Bowl
Armed Forces Bowl
Dollar General Bowl
Hawaii Bowl
Heart of Dallas Bowl
Quick Lane Bowl
Nassau, Bahamas
Boise, ID
Birmingham, AL
Fort Worth, TX
Mobile, AL
Honolulu, HI
Dallas, TX
Detroit, MI
Dec. 2212:30 pm
Dec. 2204:00 pm
Dec. 2312:00 pm
Dec. 2303:30 pm
Dec. 2307:00 pm
Dec. 2408:30 pm
Dec. 2601:00 pm
Dec. 2605:15 pm
UAB
Ohio
CMU
Wyoming
Texas Tech
South Florida
Army
San Diego State
Toledo
Appalachian State
Fresno State
Houston
West Virginia
Utah
Northern Illinois
Duke
(9-2)
(8-3)
(11-2)
Cactus Bowl
Independence Bowl
Pinstripe Bowl
Foster Farms Bowl
Texas Bowl
Military Bowl
Camping World Bowl
Holiday Bowl
Phoenix, AZ
Shreveport, LA
Bronx, NY
Santa Clara, CA
Houston, TX
Annapolis, MD
San Diego, CA
Dec. 2609:00 pm
Dec. 2701:30 pm
Dec. 2705:15 pm
Dec. 2708:30 pm
Dec. 2709:00 pm
Dec. 2801:30 pm
Dec. 2805:15 pm
Dec. 2809:00 pm
Fox
FS1
Kansas State
UCLA
Florida State
Southern Miss
Iowa
Boston College
Purdue
Arizona
Texas
Missouri
Virginia
Navy
Oklahoma State
Virginia Tech
Michigan State
Washington State
(9-3)
Alamo Bowl
Belk Bowl
Sun Bowl
Arizona Bowl
Music City Bowl
Cotton Bowl
TaxSlayer Bowl
Liberty Bowl
San Antonio, TX
Charlotte, NC
El Paso, TX
Tucson, AZ
Nashville, TN
Arlington, TX
Jacksonville, FL
Memphis, TN
Dec. 2809:15 pm
Dec. 2901:00 pm
Dec. 2903:00 pm
Dec. 2903:30 pm
Dec. 2904:30 pm
Dec. 2908:30 pm
Dec. 3012:00 pm
Dec. 3012:30 pm
CBS
Stanford
TCU
Wake Forest
Texas A&M
Arizona State
NC State
New Mexico State
Utah State
Northwestern
Kentucky
USC
Ohio State
Louisville
Mississippi State
Iowa State
Memphis
Fiesta Bowl
Orange Bowl
Outback Bowl
Peach Bowl
Citrus Bowl
Rose Bowl
Sugar Bowl
Glendale, AZ
Miami Gardens, FL
Tampa, FL
Atlanta, GA
Pasadena, CA
Dec. 3004:00 pm
Dec. 3008:00 pm
Jan. 0112:00 pm
Jan. 0112:30 pm
Jan. 0101:00 pm
Jan. 0105:00 pm
Jan. 0108:45 pm
ESPN2
Washington
Penn State
Miami
Wisconsin
Michigan
South Carolina
UCF
Auburn
LSU
Notre Dame
Georgia
Oklahoma
Alabama
Clemson
(12-1)
(12-0)
(11-1)
Tie Breaker:
Instructions:
Pick the winner of each bowl game by clicking the corresponding radio button . Assign each pick a "le


X
Load binary
Step
Run
Delay
(0~5000):
Address
:
Your JavaScript is disabled.
The emulator uses JavaScript for run. Please, enable it.


Burgers
-
Burger Special
Beef , tomato
$1 -
Veggie Burger
Veggetatian ingredients.
99¢ -
Super Duper Burger
Double
$2 -
Kiddies Burger
A small burger with juicy beef patty, tomato, lettuce, bacon and cheese. Served with small fries and drink of your choice.
80¢


| PATIENT | CONTACT | APPOINTMENT | WAITED | ||||
|---|---|---|---|---|---|---|---|
|
1
|
Varun Bose
Male, 32 yr
|
9999999999 | 05:10PM |
56 Mins
|
|||
|
2
|
Sufia
Female, 28 yr
|
9999999999 | 05:10PM |
56 Mins
|
|||
|
3
|
John Wick
Male, 45 yr
|
9999999999 | 05:10PM |
Not Arrived
|
|||
|
4
|
Johny Ive
Male, 31 yr
|
9999999999 | 05:10PM |
Not Arrived
|


Update Employee
Contact Number
Address
Status
ex: Manager, CEO...
CEO
Asset Manager
Department Head
Event Organizer
Employee
Store Keeper
Project Manager
Location
ex: IT,HR....
Head office
IT Department
HR Department
Finance Department
Front table
Lobby
Store Room


A Windows program to view/examine XLIFF and other bilingual contents.
XLIFF is an OASIS standard XML file format for bilingual documents. It is used in most (if not all) of modern CAT environments.
disfr is a handy tool to show the contents of XLIFF and similar/related bilingual files. It has some features to further examine the files, e.g., filtering and sorting segments, inspecting tags, or showing non-translatable portion of the source document. Moreover, it may allow you comparing differences between versions in the future. It has no way to edit/change the contents, however.
disfr runs only on Windows OS. (It is a Windows .NET Framework program written in C# using WPF, and, no, it does not strictly adhere the MVVM doctrine... In fact, it heavily uses code behinds. This note is for programmers.)
For the moment, disfr is under development. You can consider it is in a sort of an alpha stage. Ready-to-run Windows Installer (*.msi) files are available on the Releases page. If you are a programmer, you should also be able to build the source files on HEAD of master branch always.
It supports reading of the following file formats, which are more or less based on XLIFF standard:
It can also read the following related file formats, which are not based on XLIFF:
It may be capable of reading the following file formats in the future:
It can also write portions of contents out to the following file formats (without editing):
It may be capable of writing the contents out to the following file formats in the future:
Major features of disfr (other than supported file formats) are:
disfr is written by Alissa Sabre. It is distributed under a BSD License.
disfr uses and its binary distribution includes Dragablz – Dragable and Tearable TabControl for WPF by ButchersBoy (James Willock) distributed under the MIT License.
disfr uses and its binary distribution includes WpfColorFontDialog by Sverre Kristoffer Skodje distributed under the MIT License, based on an article A WPF Font Picker (with Color) by Alessio Saltarin posted on CodeProject and published under COPL.
disfr uses and its binary distribution includes Windows API Code Pack for Microsoft .NET Framework by Microsoft Corporation distributed under its own license packaged by aybe.
disfr uses and its binary distribution includes portions of NetOffice by Sebastian Lange distributed under the MIT license.
disfr uses and its binary distribution includes SQLite and System.Data.SQLite by SQLite Development team.
disfr uses and its binary distribution includes portions of YaccLexTools by Ernesto Cianciotta distributed under the MIT License, that includes Gardens Point LEX and Gardens Point Parser Generator tools by Queensland University of Technology distributed under a version of 2-clause BSD license (this and this).
Each of names and marks may be a trademark, a service mark, or a similar intellectual property of its owner under certain jurisdictions.


{% extends "base.html" %} {% comment %} Code based on template from https://docs.djangoproject.com/en/3.1/topics/auth/default/ {% endcomment %} {% block page %}
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|
TURN - On each turn,
each player must move one friendly piece:
|
A soldier may:
|
Move forward to an empty cell. |
|
Push a friendly piece one step forward or sideways to an
empty cell. |
|
Push an opponent soldier one step forward or sideways, provided there is
a
friendly pieces just beyond the latter (the threesome moves
together) |
|
Switch places with an opponent soldier
(forward or sideways) provided that it is not on its starting
position. |
|
Capture by jump (see below). |
|
|
A King may:
|
Slide forward or backward (not
sideways) thru any number of empty cells. |
|
Capture by jump (see below). |
|
|
|
PROMOTION - When a soldier moves
to a cell at the last row, the player removes one stone from the
reserve off board, and the soldier is promoted to a King.
|
In the last row, a soldier may move
sideways to an empty cell (if the player does not have stones off
board, the
soldier cannot be promoted). |
|
|
CAPTURE - A soldier can also jump (forward
or sideways) over an opponent piece landing on the immediate next cell
provided it is empty. Captures are mandatory and max-multiple (i.e.,
the soldier must capture the as many pieces as possible).
|
Kings capture as soldiers, but they can also
make long jumps, i.e., the jumped stone must not be adjacent (but
the King, after the jump, lands on the immediate cell which must
be empty). Kings can also capture backwards. |
|
A captured piece is not removed from board. A
soldier swaps color, a King is demoted to a soldier. |
|
When a King is captured, the player gets an
extra stone to his reserve off board. |
|
|
GOAL
- A player wins by stalemating the adversary.
|
Also a player loses if he repeats a
board position three times. |
|
|


Admin
LTE
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Select All that Apply
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Zend Framework
LICENSE
This source file is subject to the new BSD license that is bundled with this package in the file LICENSE.txt. It is also available through the world-wide-web at this URL: http://framework.zend.com/license/new-bsd If you did not receive a copy of the license and are unable to obtain it through the world-wide-web, please send an email to<EMAIL_ADDRESS>so we can send you a copy immediately.
The Stomp client interacts with a Stomp server.
canRead(
)
:
boolean
Tests the socket to see if there is data for us
| Type | Description |
|---|---|
| boolean |
close(
boolean $destructor
=
false
)
:
void
Close connection
| Name | Type | Description |
|---|---|---|
| $destructor | boolean |
createFrame(
)
:
\Zend_Queue_Stomp_FrameInterface
Create an empty frame
| Type | Description |
|---|---|
| \Zend_Queue_Stomp_FrameInterface |
open(
string $scheme, string $host, int $port, array|array $options
=
array
)
:
\true;
open() opens a socket to the Stomp server
| Name | Type | Description |
|---|---|---|
| $scheme | string | |
| $host | string | |
| $port | int | |
| $options | array|array | ('scheme', 'host', 'port') |
| Type | Description |
|---|---|
| \true; |
| Exception | Description |
|---|---|
| \Zend_Queue_Exception |
read(
)
:
\Zend_Queue_Stomp_FrameInterface|false
Reads in a frame from the socket or returns false.
| Type | Description |
|---|---|
| \Zend_Queue_Stomp_FrameInterfacefalse |
| Exception | Description |
|---|---|
| \Zend_Queue_Exception |
setFrameClass(
string $classname
)
:
\$this;
Set the frameClass to be used
This must be a Zend_Queue_Stomp_FrameInterface.
| Name | Type | Description |
|---|---|---|
| $classname | string |
|
| Type | Description |
|---|---|
| \$this; |
write(
\Zend_Queue_Stom_FrameInterface $frame
)
:
\Zend_Queue_Stomp_Client_Connection
Write a frame to the stomp server
example: $response = $client->write($frame)->read();
| Name | Type | Description |
|---|---|---|
| $frame | \Zend_Queue_Stom_FrameInterface |
| Type | Description |
|---|---|
| \Zend_Queue_Stomp_Client_Connection |


pyfos_brocade_access_gateway
- PyFOS module to provide REST support for an Access Gateway.¶
The pyfos_brocade_access_gateway
module provides REST support for an Access Gateway.
-
class
pyfos_brocade_access_gateway.
device_list
¶ This class provides information about the devices logged in to the Access Gateway.
Important Class Members:
Attribute Name Description Frequently Used Methods wwn The port WWN of the device. peek_wwn()
fcid The Fibre Channel ID of the device. peek_fcid()
f-port The F_Port to which the device is connected. peek_f_port()
n-port The N_Port to which the device F_Port is mapped. peek_n_port()
Object Methods
-
get
()¶ Returns a
device_list
object with values for all attributes. The object can be printed usingpyfos_utils.response_print()
.Parameters: session – The session handler returned by pyfos_auth.login()
.Return type: A dictionary of errors or a device_list
object.Example Usage of the Method to Get Information for All WWNs:
wwn_obj = pyfos_brocade_access_gateway.device_list() wwn_obj.get(session, None)
Example Usage of the Method to Get Information for a Specific WWN “30:08:09:27:f8:8b:74:62”:
device_obj = pyfos_brocade_access_gateway.device_list() device_obj.get(session, "30:08:09:27:f8:8b:74:62")
Attribute Methods
-
peek_wwn
()¶ Reads the WWN in the object.
Return type: None or the WWN.
-
peek_fcid
()¶ Reads the Fibre Channel ID of the device.
Return type: None or the Fibre Channel ID.
-
peek_nport
()¶ Reads the currently mapped N_Port of the F_Port.
Return type: None or the N_Port.
-
peek_fport
()¶ Reads the F_Port in the object.
Return type: None or the F_Port.
-
-
class
pyfos_brocade_access_gateway.
f_port_list
(dictvalues={})¶ This class provides F_Port information on an Access Gateway.
Important Class Members:
Attribute Name Description Frequently Used Methods f-port The F_Port interface. set_f_port()
peek_f_port()
online-status The F_Port online status. peek_online_status()
f-port-info/fcid The Fibre Channel ID of the F_Port. peek_f_port_info_fcid()
f-port-info/attached-port-wwn The attached WWN of the F_Port. peek_f_port_info_attached_port_wwn()
f-port-info/n-port The N_Port currently mapped to by the F_Port. peek_f_port_info_n_port()
f-port-info/login-exceeded Whether login is exceeded on the F_Port. peek_f_port_info_login_exceeded()
Object Methods
-
get
()¶ Returns an
f_port_list
object with values for all attributes. The f-port-info attributes are available only for online F_Ports. The object can be printed usingpyfos_utils.response_print()
.Parameters: session – The session handler returned by pyfos_auth.login()
.Return type: A dictionary of errors or f_port_list
objects.Example Usage of the Method to Get Information for All F_Ports:
fport_obj = pyfos_brocade_access_gateway.f_port_list() fport_obj.get(session, None)
Example Usage of the Method to Get Information for a Specific F_Port “0/8”:
fport_obj = pyfos_brocade_access_gateway.f_port_list() fport_obj.get(session, "0/8")
Attribute Methods
-
set_f_port
(f-port)¶ Sets the F_Port in the object.
Parameters: f-port – The F_Port interface. Return type: A dictionary of errors or a success response.
-
peek_f_port
()¶ Reads the F_Port in the object.
Return type: None or the F_Port.
-
peek_online_status
()¶ Reads the F_Port online status in the object.
Return type: 0 (Offline) or 1 (Online)
-
peek_f_port_info_fcid
()¶ Reads the Fibre Channel ID of the online F_Port.
Return type: None or the Fibre Channel ID.
-
peek_f_port_info_attached_port_wwn
()¶ Reads the WWN of the port attached to the F_Port.
Return type: None or the port WWN.
-
peek_f_port_info_n_port
()¶ Reads the currently mapped N_Port of the F_Port.
Return type: None or the N_Port interface.
-
peek_f_port_info_login_exceeded
()¶ Reads whether the logins were exceeded on the F_Port.
Return type: None or 0 (login not exceeded) or 1 (login exceeded)
-
-
class
pyfos_brocade_access_gateway.
n_port_map
(dictvalues={})¶ This class provides options to display and configure N_Port-to-F_Port mapping.
Important Class Members:
Attribute Name Description Frequently Used Methods n-port The N_Port interface. set_n_port()
peek_n_port()
failover-enabled The N_Port failover configuration. peek_failover_enabled()
set_failover_enabled()
failback-enabled The N_Port failback configuration. peek_failback_enabled()
set_failback_enabled()
configured-f-port-list/f-port The mapped F_Ports. peek_configured_f_port_list_f_port()
set_configured_f_port_list_f_port()
static-f-port-list/f-port The statically mapped F_Ports. peek_static_f_port_list_f_port()
set_static_f_port_list_f_port()
online-status The online status of the N_Port. peek_online_status()
reliable-status The reliable status of the N_Port. peek_reliable_status()
n-port-info/attached-fabric-name The WWN of the attached fabric. peek_n_port_info_attached_fabric_name()
n-port-info/attached-port-wwn The WWN of the attached port. peek_n_port_info_attached_port_wwn()
n-port-info/n-port-fcid The FCID of the N_Port. peek_n_port_info_n_port_fcid()
n-port-info/attached-switch-user-friendly-name The attached switch’s user friendly name. peek_n_port_info_attached_switch_user_friendly_name()
n-port-info/attached-switch-f-port The fabric switch name of the port attached to the N_Port. peek_n_port_info_attached_switch_f_port()
n-port-info/attached-switch-ip-address The attached switch out-of-band IP address. peek_n_port_info_attached_switch_ip_address()
Object Methods
-
get
(session)¶ Returns an
n_port_map
object or a list of objects filled with attributes gathered from the Access Gateway. If the optional N_Port is given, either an object matching the name of the port is returned or an empty object is returned if no match is found.Each object can be printed using
pyfos_util.response_print()
, and individual attributes can be accessed through peek methods.Parameters: session – The session handler returned by pyfos_auth.login()
.Return type: An n_port_map
object if there is only one N_Port configured in the switch or a list of objects if there are more than one.
-
patch
(session)¶ Applies configurable attribute(s) within the object to an N_Port map of the Access Gateway. This method configures a specified list of F_Ports to be mapped (static/configured) to a given N_Port. This new map configuration will overwrite any existing map configuration for the specified N_Port. Also, this method is used to update the failover and failback configuration for a given N_Port.
The following is an example using individual sets:
# initialize the Access Gateway object nport = pyfos_brocade_access_gateway.n_port_map(); # set the failover-enabled attribute to # enable failover for N_Port 0/47 on the Access Gateway nport.set_n_port("0/47") nport.set_failover_enabled("1") # execute the HTTP patch method to apply the object to the # switch connected through the session nport.patch(session)
Parameters: session – The session handler returned by pyfos_auth.login()
.Return type: A dictionary of errors or success information.
-
post
(session)¶ Adds members to a list attribute of the object. This method is used to add a specified list of F_Ports (configured and static) to a given N_Port.
Example Usage of the Method to Create New Mappings:
# initialize the Access Gateway object nport = pyfos_brocade_access_gateway.n_port_map(); # set the failover-enabled attribute to # enable failover for N_Port 0/47 on the Access Gateway nport.set_n_port("0/47") new_nport.set_configured_f_port_list_f_port("0/1;0/2"); result = new_nport.post(session)
Parameters: session – The session handler returned by pyfos_auth.login()
.Return type: A dictionary of errors or a success response.
-
delete
(session)¶ Deletes members from a list attribute of the object. This method is used to remove or clear the specified list of configured and static F_Ports from the mapping for N_Port.
Example Usage of the Method to Create New Mappings:
# initialize the Access Gateway object nport = pyfos_brocade_access_gateway.n_port_map(); # set the failover-enabled attribute to # enable failover for N_Port 0/47 on the switch nport.set_n_port("0/47") new_nport.set_configured_f_port_list_f_port("0/1;0/2"); result = new_nport.delete(session)
Parameters: session – The session handler returned by pyfos_auth.login()
.Return type: A dictionary of errors or a success response.
Attribute Methods
-
set_n_port
(name)¶ Sets the port name in the object.
Parameters: name – The port name to be set within the object. Return type: None or a dictionary of error information.
-
peek_n_port
()¶ Reads the port name in the object.
Return type: None or the N_Port name.
-
set_failover_enabled
(newmode)¶ Sets the failover-enabled state in the object.
Parameters: newmode – The new mode to be set within the object. Return type: None or a dictionary of error information.
-
peek_failover_enabled
()¶ Reads the failover-enabled state in the object.
Return type: None or the failover state of the N_Port.
-
set_failback_enabled
(newmode)¶ Sets the failback-enabled state in the object.
Parameters: newmode – The new mode to be set within the object. Return type: None or a dictionary of error information.
-
peek_failback_enabled
()¶ Reads the failback-enabled state in the object.
Return type: None or the failback state of the N_Port.
-
set_configured_f_port_list_f_port
(fport_list)¶ Sets a list of configured F_Port mappings for the N_Port in the object.
Parameters: fport_list – A list of F_Ports to be mapped. Return type: None or a dictionary of error information.
-
peek_configured_f_port_list_f_port
()¶ Gets a list of configured F_Port mappings for the N_Port in the object.
Return type: None or a list of mapped F_Ports.
-
set_static_f_port_list_fport
(fport_list)¶ Sets a list of static F_Port mappings for the N_Port in the object.
Parameters: fport_list – A list of F_Ports to be mapped statically. Return type: None or a dictionary of error information.
-
peek_static_f_port_list_fport
()¶ Gets a list of static F_Port mappings for the N_Port in the object.
Return type: None or a list of statically mapped F_Ports.
-
peek_online_status
()¶ Gets the online status of the N_Port in the object.
Return type: None or the online status of the N_Port.
-
peek_reliable_status
()¶ Gets the reliable status of the N_Port in the object.
Return type: None or the reliable status of N_Port.
-
peek_n_port_info_attached_fabric_name
()¶ Gets the WWN of the fabric attached to the N_Port.
Return type: None or the WWN of the fabric attached to the N_Port.
-
peek_n_port_info_attached_port_wwn
()¶ Gets the WWN of the port attached to the N_Port.
Return type: None or the WWN of the port attached to the N_Port.
-
peek_n_port_info_n_port_fcid
()¶ Gets the Fibre Channel ID of the N_Port.
Return type: None or the Fibre Channel ID of the N_Port.
-
peek_n_port_info_attached_switch_user_friendly_name
()¶ Gets the name of the fabric switch attached to the N_Port.
Return type: None or the name of the fabric switch.
-
peek_n_port_info_attached_switch_f_port
()¶ Gets the fabric switch port name of the port attached to the N_Port.
Return type: None or the fabric switch port name.
-
peek_n_port_info_attached_switch_ip_address
()¶ Gets the out-of-band IP addresses of the fabric switch attached to the N_Port.
Return type: None or the out-of-band IP addresses of the fabric switch.
-
-
class
pyfos_brocade_access_gateway.
n_port_settings
(dictvalues={})¶ This class provides options to set the N_Port settings.
Important Class Members:
Attribute Name Description Frequently Used Methods reliability-counter Reads or sets the reliability counter for an N_Port. set_reliability_counter()
peek_reliability_counter()
Object Methods
-
get
()¶ Returns an
n_port_settings
object with values for all attributes. The object can be printed usingpyfos_utils.response_print()
.Parameters: session – The session handler returned by pyfos_auth.login()
.Return type: A dictionary of errors or the n_port_settings
object.
-
patch
()¶ Replaces entry members. The required fields are set within the object using the attribute’s set method. This method is used to set the N_Port settings, for example, the reliability counter.
Example Usage of the Method to Set the Reliability Counter to 20:
nportsettings_obj = pyfos_brocade_access_gateway.n_port_settings() nportsettings_obj.set_reliability_counter(20) nportsettings_obj.patch(session)
Parameters: session – The session handler returned by pyfos_auth.login()
.Return type: A dictionary of errors or a success response.
Attribute Methods
-
set_reliability_counter
(count)¶ Sets the N_Port reliability counter.
Parameters: count – The N_Port reliability count value to be set. Return type: A dictionary of errors or a success response.
-
peek_reliability_counter
()¶ Reads the current count of the N_Port reliability counter.
Return type: The counter value.
-
-
class
pyfos_brocade_access_gateway.
policy
(dictvalues={})¶ This class provides methods to retrieve and configure Access Gateway policies.
Important Class Members:
Attribute Name Description Frequently Used Methods port-group-policy-enabled Enables/disables the port group policy. set_port_group_policy_enabled()
peek_port_group_policy_enabled()
auto-policy-enabled Enables/disables the auto policy. set_auto_policy_enabled()
peek_auto_policy_enabled()
Object Methods
-
get
()¶ Returns a
policy
object with values for all attributes. The object can be printed usingpyfos_utils.response_print()
.Parameters: session – The session handler returned by pyfos_auth.login()
.Return type: A dictionary of errors or a policy
object.
-
patch
()¶ Replaces entry members. The required fields are set within the object using the attribute’s set method. This command is used to enable or disable Access Gateway policies.
Example Usage of the Method to Enable the Port Group Policy on an AG:
policy_obj = pyfos_brocade_access_gateway.policy() policy_obj.set_port_group_policy_enabled(1) policy_obj.patch(session)
Parameters: session – The session handler returned by pyfos_auth.login()
.Return type: A dictionary of errors or a success response.
Attribute Methods
-
set_port_group_policy_enabled
(enable)¶ Enables or disables the port group policy.
Parameters: enable – Enables (1) or disables (0) the port group policy. Return type: A dictionary of errors or a success response.
-
peek_port_group_policy_enabled
()¶ Reads the current state of the port group policy.
Return type: 0 (disabled) or 1 (enabled)
-
set_auto_policy_enabled
(enable)¶ Enables or disables the auto policy.
Parameters: enable – Enables (1) or disables (0) the auto policy. Return type: A dictionary of errors or a success response.
-
peek_auto_policy_enabled
()¶ Reads the current state of the auto policy.
Return type: 0 (disabled) or 1 (enabled)
-
-
class
pyfos_brocade_access_gateway.
port_group
(dictvalues={})¶ This class provides methods and options to retrieve and configure port groups. Port groups can be configured only when the port group AG policy is activated.
Important Class Members:
Attribute Name Description Frequently Used Methods port-group-id The port group ID. set_port_group_id()
peek_port_group_id()
port-group-name The port group name. set_port_group_name()
peek_port_group_name()
port-group-n-ports/n-port The N_Ports present in the port group. set_port_group_n_ports_n_port()
peek_port_group_n_ports_n_port()
port-group-f-ports/f-port The F_Ports present in the port group. set_port_group_f_ports_f_port()
peek_port_group_f_ports_f_port()
- port-group-mode/
- load-balancing-mode-enabled
Whether load balancing mode is enabled in the port group. set_port_group_mode_load_balancing_mode_enabled()
peek_port_group_mode_load_balancing_mode_enabled()
- port-group-mode/
- multiple-fabric-name-monitoring-mode-enabled
Whether multiple fabric name monitoring mode is enabled in the port group. set_port_group_mode_multiple_fabric_name_monitoring_mode_enabled()
peek_port_group_mode_multiple_fabric_name_monitoring_mode_enabled()
Object Methods
-
get
()¶ Returns the
port_group
object with values for all attributes. The object can be printed usingpyfos_utils.response_print()
.Parameters: session – The session handler returned by pyfos_auth.login()
.Return type: A dictionary of error or a port_group
object.
-
post
()¶ Creates an entry or adds members. The required fields are set within the object using the attribute’s set method. This method is used to create a new port group with a group of N_Ports or to add N_Ports or F_Ports to an existing port group.
Example Usage of the Method to Create a New Port Group:
portgroup_obj = pyfos_brocade_access_gateway.port_group() portgroup_obj.set_port_group_id(1) portgroup_obj.set_port_group_n_ports_n_port("0/40;0/41") portgroup_obj.post(session)
The above example will add N_Ports if the port group with ID 1 exists already.
Parameters: session – The session handler returned by pyfos_auth.login()
.Return type: A dictionary of errors or a success response.
-
patch
()¶ Replaces entry members. The required fields are set within the object using the attribute’s set method. This command is used to replace the existing member N_Ports or F_Ports, the rename port group, and the enable or disable port group modes.
Example Usage of the Method to Enable Load Balancing Mode in a Port Group:
portgroup_obj = pyfos_brocade_access_gateway.port_group() portgroup_obj.set_port_group_id(1) portgroup_obj.set_port_group_mode_load_balancing_mode_enabled(1) portgroup_obj.patch(session)
Parameters: session – The session handler returned by pyfos_auth.login()
.Return type: A dictionary of errors or a success response.
-
delete
()¶ Deletes an entry or entry members. The required fields are set within the object using the attribute’s set method. This command is used to delete a port group or to delete the existing members from N_Ports or F_Ports.
Example Usage of the Method to Delete Port Group 1:
portgroup_obj = pyfos_brocade_access_gateway.port_group() portgroup_obj.set_port_group_id(1) portgroup_obj.delete(session)
Example Usage of the Method to Delete N_Ports from Port Group 1:
portgroup_obj = pyfos_brocade_access_gateway.port_group() portgroup_obj.set_port_group_id(1) portgroup_obj.set_port_group_n_ports_n_port("0/40;0/41") portgroup_obj.delete(session)
Parameters: session – The session handler returned by pyfos_auth.login()
.Return type: A dictionary of errors or a success response.
Attribute Methods
-
set_port_group_id
(pgid)¶ Sets the port group identifier (PGID) in the object.
Parameters: pgid – The port group identifier. Return type: A dictionary of errors or a success response.
-
peek_port_group_id
()¶ Reads the port group identifier in the object.
Return type: None or the PGID.
-
set_port_group_name
(name)¶ Sets the port group name in the object.
Parameters: name – The name of the port group. Return type: A dictionary of errors or a success response.
-
peek_port_group_name
()¶ Reads the port group name in the object.
Return type: None or the port group name.
-
set_port_group_n_ports_n_port
(nport_list)¶ Sets a list of N_Ports in the port group object.
Parameters: nport_list – List of N_Port members of the port group. Return type: A dictionary of errors or a success response.
-
peek_port_group_n_ports_n_port
()¶ Reads a list of N_Ports in the port group object.
Return type: None or a list of N_Port members.
-
set_port_group_f_ports_f_port
(fport_list)¶ Sets a list of F_Ports in the port group object.
Parameters: nport_list – A list of F_Port members of the port group. Return type: A dictionary of errors or a success response.
-
peek_port_group_f_ports_f_port
()¶ Reads a list of F_Ports in the port group object.
Return type: None or a list of port members.
-
set_port_group_mode_load_balancing_mode_enabled
(enable)¶ Enables or disables load balancing mode in the port group.
Parameters: enable – Enables (1) or disables (0) load balancing mode. Return type: A dictionary of errors or a success response.
-
peek_port_group_mode_load_balancing_mode_enabled
()¶ Reads the load balancing mode status in the port group object.
Return type: None or the load balancing mode status.
-
set_port_group_mode_multiple_fabric_name_monitoring_mode_enabled
(enable)¶ Enables or disables multiple fabric name monitoring mode in the port group.
Parameters: enable – Enables (1) or disables (0) multiple fabric name monitoring mode. Return type: A dictionary of errors or a success response.
-
peek_port_group_mode_multiple_fabric_name_monitoring_mode_enabled
()¶ Reads the multiple fabric name monitoring mode status in the port group object.
Return type: None or the multiple fabric name monitoring mode status.
See also
Module pyfos_auth


Press n or j to go to the next uncovered block, b, p or k for the previous block.
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|---|---|---|---|---|---|---|---|---|---|
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| NavItem.tsx |
|
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| SideNav.tsx |
|
75% | 36/48 | 21.05% | 4/19 | 57.14% | 4/7 | 69.44% | 25/36 |
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SaveImage()
语法
Result = SaveImage(#Image, Filename$ [, ImagePlugin [, Flags [, Depth]]])概要
Saves the specified image to disk.
参数
#Image The image to save. Filename$ The file to save to. If the filename does not include a full path, it is interpreted relative to the current directory. ImagePlugin (optional) The format to save the image in. This can be one of the following values: #PB_ImagePlugin_BMP : Save the image in BMP (default) #PB_ImagePlugin_JPEG : Save the image in JPEG (UseJPEGImageEncoder() has to be used) #PB_ImagePlugin_JPEG2000 : Save the image in JPEG2000 (UseJPEG2000ImageEncoder() has to be used) #PB_ImagePlugin_PNG : Save the image in PNG (UsePNGImageEncoder() has to be used)Flags (可选) Optional parameters for the image plug-in. For now, only the quality setting is supported: a number from 0 (worse quality) to 10 (maximum quality). Only the JPEG and JPEG 2000 plugins currently support it (default quality is set to '7' if no flags are specified).
When an image is saved using palletized depth (1, 4 or 8), the following flag is available for combination:#PB_Image_FloydSteinberg: Apply a Floyd-Steinberg dithering.Depth (optional) The depth in which to save the image. Valid values are 1, 4, 8, 24 and 32. The default value is the original image depth. For now, only BMP and PNG encoders support palletized image format (1, 4 or 8-bit).
返回值
Returns nonzero if the operation succeeded and zero if it failed.
参阅
ImageDepth(), ImagePlugin library
已支持操作系统
所有


Bonus Conversion
The game is repeated
X rounds, in
each of which you can earn up to a maximum payoff
of
100 ECU. Your final bonus is equal to the
sum of payoffs collected in each round.
ECU are converted to US dollars with a factor
of
X to 1, so that you need to
collect
X ECU to win 1
dollar.
Final Guidelines
Attention! To ensure that you receive your pay:
-
Do not use the "Back Button" of your browser during the game.
-
Do not open multiple tabs.
-
If your browser crashes or your connection goes down, you
can reconnect any time until the game is finished. All the
rounds that you don't play will not be added to your final
payoff.
-
You need to play at least 50% of the rounds and be
connected during the last round to receive your payment.
Quiz
A brief quiz will follow to prove that you understood the
instructions correctly.


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The state of Kerala is divided into 14 revenue districts. On the basis of geographyical,
historical and cultural similiarities the state's districts are generally grouped into
three parts :- The North Kerala districts of Kasaragod, Kannur, Wayanad, Kozhikode, Malappuram;
the Central Kerala districts of Palakkad, Thrissur, Ernakulam, Idukki; and the South Kerala
districts of Kottayam, Pathanamthitta, Alappuzha, Kollam, Thiruvananthapuram. Such a regional
division occurred being part of historical Kingdoms of Kochi, Travancore and British Province
of Malabar. The districts in Kerala are often named after the largest town or
city in the district. The 14 districts are further divided into 75 taluks, and 941 Gram panchayats.
Some of the districts were renamed in 1990 from the anglicised names to their local names.


Dear
We'd like to remind you to review your Social Security Statement online. The Statement has important Social Security information and, if applicable, estimates of your future benefits.
If you are working, we encourage you to check your Statement yearly to make sure your earnings record is correct. The Statement also will help in planning your financial future.
To view your most recent Statement, please visit www.socialsecurity.gov/reviewyourstatement and sign in to your account.
On June 10, 2017, we added a second method to verify your identity each time you sign in to your account. This is in addition to your username and password. Using two ways to identify you when you log on will help better protect your account from unauthorized use and fraud. Now, when you sign in to your account you will complete two steps:
With instant access to your Social Security Statement at any time, you will no longer receive one periodically in the mail, saving money and the environment. Thank you for Going Green!
Please do not reply to this email, as we are unable to respond to messages sent to this address.


Preparation time
1-2 hours
Cooking time
1 to 2 hours
Serves
Serves 2
Take your steak supper to the next level with this impressive recipe.
For this recipe you will need a blender.
For the caramelised onion glaze, preheat the oven to 240C/220C Fan/Gas 9. Roast the onion on a tray for 1 hour or until the onion has softened and caramelised.
Meanwhile, for the hanger steak, put the sugar, salt, juniper berries, garlic, bay leaf and 500ml/18fl oz water into a large saucepan and set over a medium-high heat. Stir continuously while you bring the water to boiling point to help the sugar and salt dissolve. Remove from the heat and leave to cool completely. Put the hanger steak into the brine and leave for 1 hour at room temperature.
For the basil oil, roughly chop the basil leaves and place in the blender. Pour the oil into the blender and add a pinch of salt. Blend on full power for a couple of minutes until the basil leaves have completely broken down. Pass the oil through a sieve lined with muslin (cheesecloth) and allow to drain. Transfer to a small squeezy bottle or jar.
For the asparagus, pour 1 litre/1¾ pints water into a pan, bring to the boil and heavily season with the salt and sugar. When boiling, drop the asparagus into the water and cook for 1-2 minutes, or until the asparagus is just cooked. You should be able to just slip a small knife through the stem. Remove from the pan using a slotted spoon and plunge into a bowl of ice-cold water (this is to stop it cooking further and retain the colour).
For the dressing, put the cheese, curd, buttermilk, soured cream, mayonnaise, stock syrup and garlic in a blender (alternatively place in a jug and process with a stick blender). Pulse until smooth.
Season the dressing to taste with a little salt, Worcestershire sauce and white wine vinegar. Mix thoroughly and then store in a jar or a squeezy bottle in the fridge. Use within 4 days.
When the onion is soft and caramelised, remove from the oven, but leave the oven on. Remove the skin and squeeze as much juice from the onion as you can. Reserve the juice. Add the caster sugar and 25ml/1fl oz water to a small saucepan and heat until a caramel forms. Add the reserved onion juice and reduce until thick enough to coat the back of a spoon.
When you’re ready to cook the steak, preheat an ovenproof, heavy-based frying pan over a high heat. Remove the steak from the brine and pat dry using kitchen paper. Drizzle a little oil into the hot pan and sear until the steak is nicely charred. Brush a little onion caramel over the steak and transfer the pan to the oven. Roast for about 4 minutes.
Return the pan from the oven back onto a high heat. Pour some more onion caramel over the steak and cook over the high heat until the steak has become caramelised and sticky, basting with onion caramel. Allow to rest in a warm place for 5 minutes before carving.
To serve, drizzle some blue cheese dressing in the centre of the plate and arrange the warm asparagus on top. Garnish with a few chunks of blue cheese.
Slice the steak into portions and arrange on serving plates. Dress with the cooking juices from the steak, a drizzle of basil oil and the herbs and wild garlic or chive flowers. Serve immediately.


ruffle is a Flash Player emulator built in the Rust programming language.
What is Ruffle
Ruffle is a Flash Player emulator written in Rust. Ruffle runs natively on all modern operating systems as a standalone application, and on all modern browsers through the use of WebAssembly. Leveraging the safety of the modern browser sandbox and the memory safety guarantees of Rust, we can confidently avoid all the security pitfalls that Flash had a reputation for. Ruffle puts Flash back on the web, where it belongs - including browsers on iOS and Android!
Designed to be easy to use and install, users or website owners may install the web version of Ruffle and existing flash content will "just work", with no extra configuration required. Ruffle will detect all existing Flash content on a website and automatically "polyfill" it into a Ruffle player, allowing seamless and transparent upgrading of websites that still rely on Flash content.
Ruffle is an entirely open source project maintained by volunteers. We're all passionate about the preservation of internet history, and we were drawn to working on this project to help preserve the many websites and plethora of content that will no longer be accessible when users can no longer run the official Flash Player. If you would like to help support this project, we welcome all contributions of any kind - even if it's just playing some old games and seeing how well they run.
Usage
Installing on a website you own
Use an official Ruffle CDN, or download the 'standalone' version of Ruffle from our downloads, and include the following JavaScript on any page with Flash content: {% capture javascript_installation %}{% endcapture %} {% capture unpkg_installation %}{% endcapture %}
{{ unpkg_installation | xml_escape }}
OR
{{ javascript_installation | xml_escape }}
If you're using a local installation, you'll need to make sure your web server is configured to serve .wasm
files
correctly, so please visit
our wiki
if you need help with that.
For advanced usage, consult our documentation for our JavaScript API and installation options.
Installing the browser extension
If you visit websites that have Flash content but aren't using Ruffle, or you want to ensure you're using the latest and greatest version of Ruffle on every website, then our browser extension is the perfect thing for you!
The easiest way to install Ruffle on Chromium-based browsers such as Chrome, Opera, and Brave is through the Chrome Web Store. The easiest way to install Ruffle on Firefox is through addons.mozilla.org. Ruffle is also available on the Microsoft Edge Addons store if you prefer.
These update whenever new builds release. We also offer unsigned nightly extensions, but most people won't need them. If you do, download the appropriate one for your browser from our downloads, and then install it manually. Instructions for installation of nightly Chrome/Firefox extensions available on our wiki. Safari instructions below.
Safari
- Click the "Safari" link.
- Extract the downloaded tar.gz file somewhere.
- Open the extracted file and confirm the popup dialog box.
- Enable
Safari > Preferences > Advanced > Show Develop menu in menu bar
. - Enable
Develop > Allow Unsigned Extensions
. - Enable the extension by checking the box in
Safari > Preferences > Extensions
.
Using the desktop application
If you want to run Flash content on your computer without a browser in-between, we have native applications that will take full advantage of your GPU and system resources to get those extra frames when playing the original Meat Boy.
Currently most options are accessed via the command line, but we intend to develop a GUI soon for ease of use. First, download the appropriate executable for your operating system from our downloads.
To use Ruffle, simply double-click the executable and select the SWF file you wish to play.
Alternatively, type a command such as
ruffle filename.swf
or ruffle https://example.com/filename.swf
.
We also provide more advanced options if you wish to control how this file is played.
To view the full options available, run
ruffle --help
.
Downloads
Ruffle is directly available as an extension in the Chrome Web Store, on addons.mozilla.org, and in the Microsoft Edge Addons store:
{% assign all_releases = site.github.releases | where_exp:"item", "item.draft == false" %} {% assign prerelease = all_releases | where_exp:"item", "item.prerelease == true" %} {% assign full_release = all_releases | where_exp:"item", "item.prerelease == false" %}Latest Nightly Release
| Desktop | Browser Extension | Website |
|---|---|---|
Ruffle is still in active development and we release nightly development builds every day, as long as some code changed. Whilst we try to keep nightly builds in working order, no guarantees can be made.
Nightly Builds
{% include releases.html releases=prerelease limit=3 %}Compatibility
ActionScript
ActionScript is the language which Flash uses to make interactive content. It is primarily split into two groups: "AVM 1" (ActionScript 1 & 2) and "AVM 2" (ActionScript 3).
AVM 1
AVM 1 is ActionScript 1 and ActionScript 2. All movies made before Flash Player 9 (June 2006) will be made with AVM 1, and it remained supported & available to authors until the release of Flash Professional CC (2013).
We believe that most AVM 1 content will work, but we are aware of some graphical inaccuracies and smaller bugs here and there. Please feel free to report any issues you find that are not present in the original Flash Player!
For in-depth details, please follow our AVM 1 tracking issue on GitHub.
ActionScript 1 & 2 Language 95%
ActionScript 1 & 2 API 75%
AVM 2
AVM2 is ActionScript 3, which was introduced with Flash Player 9 (June 2006). After the release of Flash Professional CC (2013), authors are required to use ActionScript 3 - making any movie made after that date very likely to fall under this category.
Ruffle now has decent support for AVM 2, and it's our experience that most games will work well enough to be played. We're still rapidly improving in this area though, so bug reports about any broken content are always welcome!
For in-depth details, please see our page outlining full AVM2 implementation details.
ActionScript 3 Language 70%
ActionScript 3 API 65%
Get involved
♥ How to help the project
We are an entirely open source project and do this for the sake of preserving history, and we are not a large team at that. We absolutely welcome and request your help if you are willing to provide it. There are 4 main ways to help this project, and we will be extremely grateful for any help provided.
🖥 Contributing code
There are two main codebases in two languages: The actual player in Rust, and the web interface & browser UI in JavaScript. If you have any experience in either area and would like to assist, please feel free to read our contribution guidelines, search for some issues to tackle, and join our Discord to ask questions!
🕹 Testing content
Arguably more important than contributing code is testing Ruffle out.  Look for any difference from the official Flash Player, and report your findings to us. If you find any bugs, changes of behaviour, performance issues or any visual differences then please report those to our bug tracker. If it runs flawlessly, come share the good news on our Discord!
💲 Sponsor the project
If you are able and willing to, we welcome any financial support to help us fund the project going forward. With your help, we can afford to spend more time dedicated to Ruffle, and pay for expenses such as build servers and hosting. We accept donations and sponsorships through Open Source Collective 501(c)(6). For more information, or to view the options available for sponsoring the project, please visit our Open Collective page.
💬 Spread the word!
Is your favourite Flash-based site shutting down? Let them know they can add one JavaScript file and keep it running! Feeling nostalgic for some old Flash games? Go play some on Newgrounds with Ruffle installed, and tell your friends about it!  There's literally decades' worth, now unlocked and accessible once more.
💎 Diamond Sponsors
We'd like to thank all of our sponsors, who help make this project possible. Below are our Diamond level sponsors, without whom we would not be here. Thank you.


Which Track Should I Choose?
Before proposing a track, we must know more about you. Please answer these questions to find out which track might be your best choice.
, considering your answers, you should choose this track :
Please find below some links about the different programming languages that we offer in our tracks :


Chapter 1: Hello virtualenv¶
The virtualenv environment manager makes it possible to create an isolated corner of your computer where all the Python tools you use to build an application are sealed off.
Why do you need this?
By developing each of your Python projects inside a separate virtual environment, you can:You can:
- Juggle different versions of the same Python libraries without a conflict.
- Easily install your project on another machine, as can your colleagues
- Quickly copy your code to a server that publishes pages on the Internet.
For those reasons, virtualenv has become one of the most popular ways to manage Python projects. Alternatives include its more complex cousins virtualenvwrapper and conda.
Note
All that said, working within a virtual environment is not required. At first, it might even feel like a hassle. But in the long run, you will be glad you did it.
Learn how to create your first virtualenv by following this video or the written instructions below.
Create a code directory to store all your work¶
Before we create your first virtualenv, the first step is to create a common folder where all you of your projects will be stored starting with this one.
Open your command-line interface, which will start you off in your home directory. Enter the following command and press enter to see all of the folders there now.
ls
Next use the mkdir to create a new directory for your code. In the same style as the Desktop, Documents and Downloads folders included by most operating system, we will name this folder Code.
mkdir Code
To verify it’s worked, you can open in your file explorer and navigate to your home folder.
Create a virtualenv to store this project¶
Next use your terminal to navigate into the new directory with the cd command.
cd Code
Now use the virtualenv command to create a new virtual environment. This is a one time thing necessary to initialize a new environment.
virtualenv first-python-notebook
If you inspect the new directory this command created in your file explorer, you will see that it has generated a set of folders inside. They are the basic tools that make the virtual environment work and include a complete copy of the Python programming language just for this project.
Activate the virtualenv¶
Now use cd jump into the directory that was created created.
cd first-python-notebook
Now the trickiest part. Each time you want to begin working on a virtualenv project, you need to start off by “activating” it inside your terminal.
The activation program is called activate. It was created inside the new folders in this directory. You will need to run it each and every time you start work in this environment.
On Mac OSX the program is inside a folder called bin. You can easily run it from your terminal by using the source command.
source bin/activate
Fun fact: The source command has a shorter nickname if you don’t want to type as much. It is simply a period.
. bin/activate
On Windows the activate script is inside a folder called Scripts. You will need to move into that folder, run the script, and then back out to the folder we are in now.
cd Scripts
. .\activate
cd ..
You can verify that your virtualenv is running by using the which command to ask your computer what installation of Python it is currently using.
which python
If you are in your virtualenv, it should return a path leading to the same folder inside your virtualenv as activate. My looks like this:
/home/ben/Code/first-python-notebook/bin/python
Reactivate the virtualenv¶
You will need to remember to activate your virtualenv environment every time you log on to your computer and start work on this project. Before we move on, let’s take a moment to practice this routine.
Quit out of your command-line interface. Reopen it.
This new terminal will not be activated and working inside your virtual environment. You can verify this by using the which command again.
which python
This time, you are likely to see a path to your computer system’s global installation of Python, which we do not want to use on this project. Here’s what mine looks like (yours will be slightly different):
/usr/bin/python
We need to repeat the steps above to enter your new virtual environment and activate it.
 In you’re on Mac OSX, let’s use the shorter version this time.
. bin/activate
If you’re on Windows, here’s the routine again.
cd Scripts
. .\activate
cd ..
Finally, verify the process has succeeded using the which command. It should now return a path leading to your virtual environment.
which python
That’s it for this chapter. You’ve successfully created your first virtual environment. Now let’s put it to use.


Turkey orders detention of 133 military personnel over suspected Gulen links: Report
ANKARA: Turkey has ordered the detention of 133 military personnel over suspected links to a network Ankara accuses of organising an attempted coup in 2016, the state-run Anadolu news agency said on Tuesday (Nov 19).
The suspects are being sought in an operation centred in the western coastal province of Izmir, Anadolu said, adding that 82 of them were serving members in the military.
Ankara blames US-based Muslim cleric Fethullah Gulen, who has lived in self-imposed exile in Pennsylvania since 1999, of masterminding the failed putsch on July 15, 2016. He has denied any involvement.
In the three-year purge since the coup attempt, more than 77,000 people have been jailed pending trial and about 150,000 civil servants, military personnel and others have been sacked or suspended from their jobs. Widespread arrests are still carried out routinely.
Turkey's Western allies and rights groups have criticised the massive crackdown, saying President Tayyip Erdogan has used the abortive coup as a pretext to quash dissent.
Ankara has defended the measures as a necessary response to the scale of the security threat facing Turkey, and has vowed to eradicate Gulen's network.


Kevin S beta
Seeking the state of art for technology
Pursuing of efficient methodologies
Education Timeline
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Education Timeline
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Modular Based Development


West Brom tipped to cash in on highly rated man as Sam Johnstone spots weakness
West Brom news| One of the club's brightest prospects has been linked with a Premier League move after his flying start to the season
by Matt DaviesFERGUSON LINKED WITH SPURS
West Bromwich Albion could cash in on Nathan Ferguson in the January transfer window to avoid losing him for a cut-price fee in the summer.
Premier League duo Tottenham Hotspur and Crystal Palace are said to be interested in the England Under-20 international.
Ferguson has impressed for Slaven Bilic's Championship table-toppers this season, making 13 appearances.
According to the Daily Mail , the Baggies are worried they might have to sell Ferguson in the New Year with his contract up in the summer.
DEALING WITH DIANGANA
Darnell Furlong can appreciate the daunting task facing Grady Diangana’s opponents in the Championship.
Diangana, who is on loan at West Bromwich Albion from West Ham, has been in superb form this season with four goals and four assists in 14 appearances.
The 21-year-old’s scintillating displays have prompted concern over a January recall - which Manuel Pellegrini appears to have quashed - and earned him an England under-21 call-up.
And Furlong only has to think back to pre-season to recognise just how tough facing Diangana is.
“There was a game at QPR in pre season where we played West Ham, he played second half, I played the first half,” Furlong said. “I remember watching the second half thinking, wow this kid’s sharp and really effective.
“That was all I really knew about him. But since he’s come in he’s been on fire, he’s a real problem for full-backs. He’s really hard to deal with, even in training.
SAM JOHNSTONE INTERVIEW
There aren’t many chinks in West Brom’s armour right now - but goalkeeper Sam Johnstone has found one.
Back-to-back away wins before the international break saw the Baggies extend their unbeaten run to six matches and maintain a two-point lead at the top of the table.
Slaven Bilic’s raft of summer signings have gelled almost right away. His team are scoring goals for fun and are now beginning to keep clean sheets away from home.
But, with a home match against Sheffield Wednesday next on the agenda, there’s still one nagging concern for Johnstone .


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This workshop aims to teach you how to make your own "always-online" Telegram bot that lives in the cloud. Unlike most tutorials you'll find online that involves polling methods – meaning the bot runs on your computer, and once your computer shuts down your bot is dead – this workshop aims to teach you how to leverage cloud providers like AWS (Amazon Web Services) to give you an always online service at almost zero cost.
*depends on whether I manage to convince IAP office to give me money to buy hotdogs for y'all Update: they said no 😭. The school is running out of money for Student Life and that's a FACT.
We are not making an intelligent chatbot like Alexa or Siri. If you're interested in AI-related subjects, I recommend you attend the Learn with Google AI and TensorFlow 2.0 workshops in conjunction with this.
Unfortunately, yes you do. BUT you only need a very basic understanding of Python to be able to join this workshop. If you've already taken Digital World, this should not be a problem for you. If you haven't (you are a freshie with no experience), you only need to learn up to and familiarise yourself with Python's dictionary datatype. This can be easily achieved by dedicating just two afternoons of your holiday following online courses. It'll make your life in Digital World significantly easier as well, so why not kill two birds with one stone hotdog?
If you are a complete freshie and still want to join, you can still register for the workshop if you promise to at least try catching up to the required level. Simply indicate so in the signup form and I will direct you to resources where you can learn the basics of Python.
Staff, Masters and PhD students are also welcome to join this workshop, as long as you have that basic understanding of Python.
Instructions on how to set up your environment for development will be sent out once you register and your place is confirmed. More importantly, you also must create an AWS account (it's free) and finish the activiation process at least a day before starting this workshop. Otherwise, you will not be able to deploy your bot onto the cloud as AWS places some restrictions on newly registered, unverified accounts.
This workshop is free, yes. Newly created AWS accounts have free tier for one year, meaning you get to use their servers for free. Even if you're out of free tier, this method of hosting telegram bots costs very little, assuming you're not a bot that everyone around the world spams every minute like Quizarium bot.
To demonstrate, I was charged $0.04 last month for all my Telegram bots combined. Stonks.


Item.
Breaking the number down into smaller pieces. For example, say you were trying to understand the number $1,000,000,000 (1 billion dollars). If you made $100 an hour, and you worked full-time (40 hours per week in the US), 50 weeks a year, it would take 5000 years for you to earn $1,000,000,000...and that doesn't even account for taxes!
\begin{equation*}
(\$100/\text{hour})*(40\text{hours/week})*(50\text{weeks/year})*(5000\text{years}) = \$1,000,000,000
\end{equation*}


BOOM! BOOM! BOOM! BEAT! BEAT! BEAT! Listen to the Magic Drum!
Once upon a time, some Lapp children, without their parents knowing it, climbed into a boat and rowed out on a lake.
Now near this lake, in a great mountain cave, a Giant had his dwelling. He was not an ordinary Giant, but a Man-Eating Stallo. The children knew nothing of this. But the Giant learned somehow that the children were rowing on the lake, so he hurried to the shore and hid behind a big stone.
He began to call the children. They had never heard of him, so they thought it was their parents calling. They rowed hard to the shore. In a twinkling, just as the boat touched the land, up popped the Giant, lifted the boat to his shoulder, and hurried homeward. All this happened before the children could even think of running way.
The Giant was so tall that his shoulder brushed the highest branches of the trees. And the children, one after the other, caught hold of the branches and pulled themselves into the trees. Now the danger of their being eaten was over!
When the Giant reached his cave, he called out to his wife:
"Here!
"But you have brought only two," said the Giantess.
"Are you crazy?" cried the Giant, rumbling with anger.
But when he looked into the boat, he found only a little boy and a tiny girl, brother and sister. And they were so thin! Just skin and bones! Before they could be eaten, they had to be fattened.
Now the two little ones were put into a wooden pen. The Giantess brought them the most delicious food, roasted and baked, on gold and silver dishes, and ordered them to eat. But the boy understood what that meant. He told his sister not to touch the best-looking food, and to eat only enough to keep alive.
After a time, a guest came to see the Giant. The Giant wished, as is natural, to treat his guest to a tid-bit, so he went down to the pen where the children were. But when he found them scrawny and bony he was filled with rage.
"This boy here is as thin as a crow, and the girl is worse!" he exclaimed.
Then he slung both children on his back, and carried them to their parents' hut. He threw them inside, roaring out:
"Here! Take your miserable young ones! Such bony skeletons, I will not have!"
And back he ran to his dwelling, so that the earth shook under his feet.


A cache store implementation which stores data in Memcached: www.danga.com/memcached/
This is currently the most popular cache store for production websites.
Special features:
- Clustering and load balancing. One can specify multiple memcached servers, and MemCacheStore will load balance between all available servers. If a server goes down, then MemCacheStore will ignore it until it goes back online.
- Time-based expiry support. See write and the +:expires_in+ option.
- Per-request in memory cache for all communication with the MemCache server(s).
Methods
Public Class methods
[ show source ]
# File vendor/rails/activesupport/lib/active_support/cache/mem_cache_store.rb, line 26 26: def self.build_mem_cache(*addresses) 27: addresses = addresses.flatten 28: options = addresses.extract_options! 29: addresses = ["localhost"] if addresses.empty? 30: MemCache.new(addresses, options) 31: end
Creates a new MemCacheStore object, with the given memcached server addresses. Each address is either a host name, or a host-with-port string in the form of "host_name:port". For example:
ActiveSupport::Cache::MemCacheStore.new("localhost", "server-downstairs.localnetwork:8229")
If no addresses are specified, then MemCacheStore will connect to localhost port 11211 (the default memcached port).
[ show source ]
# File vendor/rails/activesupport/lib/active_support/cache/mem_cache_store.rb, line 41 41: def initialize(*addresses) 42: if addresses.first.respond_to?(:get) 43: @data = addresses.first 44: else 45: @data = self.class.build_mem_cache(*addresses) 46: end 47: 48: extend Strategy::LocalCache 49: end
Public Instance methods
[ show source ]
# File vendor/rails/activesupport/lib/active_support/cache/mem_cache_store.rb, line 124 124: def clear 125: @data.flush_all 126: end
Reads multiple keys from the cache.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/cache/mem_cache_store.rb, line 52 52: def read_multi(*keys) 53: @data.get_multi keys 54: end
[ show source ]
# File vendor/rails/activesupport/lib/active_support/cache/mem_cache_store.rb, line 128 128: def stats 129: @data.stats 130: end
Writes a value to the cache.
Possible options:
- +:unless_exist+ - set to true if you don‘t want to update the cache if the key is already set.
- +:expires_in+ - the number of seconds that this value may stay in the cache. See ActiveSupport::Cache::Store#write for an example.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/cache/mem_cache_store.rb, line 71 71: def write(key, value, options = nil) 72: super 73: method = options && options[:unless_exist] ? :add : :set 74: # memcache-client will break the connection if you send it an integer 75: # in raw mode, so we convert it to a string to be sure it continues working. 76: value = value.to_s if raw?(options) 77: response = @data.send(method, key, value, expires_in(options), raw?(options)) 78: response == Response::STORED 79: rescue MemCache::MemCacheError => e 80: logger.error("MemCacheError (#{e}): #{e.message}") 81: false 82: end


Slug_Labelling¶
Slug_Labelling¶
Part of slugdetection package
@author: Deirdree A Polak github: dapolak
-
class
slugdetection.Slug_Labelling.
Slug_Labelling
(well)¶ Clusters together flow types based on behaviour of variables using Unsupervised Learning
Parameters: well (Spark Data Frame) – well data frame, includes continuous pressure and temperature data -
Kmean_classification
(n_labels, verbose=True)¶ Classifies the data from the feature_vec attribute in n_labels clusters.
Parameters: - n_labels (int) – Number of labels to sort the feature_vec data in (number of clusters)
- verbose (bool (optional)) – Whether to print results (default is True)
-
feature_vector
(window_size=20, step=5, standardise=True, keep_ts=False)¶ Transforms the raw data into features vectors containing the all the data points in the time window set by the window_size. The feature vectors can then be used for classification.
Parameters: - window_size (int (optional)) – Length of time in minutes that will be considered in the feature vectors (default is 20)
- step (int (optional)) – Time step between each window of time. Can also be considered as the overlap in time. For example, if the step is set to 5, a feature vector will be created each five minutes of the continuous data set (default is 5)
- standardise (bool (optional)) – Whether to standardise the data (default is True)
- keep_ts (bool (optional)) – Whether to keep to timestamp column (default is False)
-
get_labels
()¶ Get the labels indices of the feature vector data as clusterd by KMean_Classification method.
Returns: labels – List of labels. There will be as many different labels as the number of clusters selected for the Kmeans_classification method. Return type: list of int
-
label_plot
(data_streams)¶ Plotting method to visualise how the feature_vec data was clustered along three features
Parameters: data_streams (list of str) – List of the three variables to plot the data against Returns: 3D kmeans figure Return type: Figure
-
plot_feature_vectors
(examples=1000)¶ Plotting function to overlay the feature vectors clustered together. This visualisation can then assist users in labelling the flow types based on knowledge of variable behaviour
Parameters: examples (int) – Number of feature vectors to plot in each visualisation Returns: Overlaid clusters figure Return type: Figure
-
unpack_feature_vector
¶ After the creation of the labels for each feature_vec, unpack the vectors into short continuous data frames of size window_size attribute for visualisation purposes.
Engineers should be able to visually identify the flows
Returns: unpacked_list – List of size n_labels. Each entry in the list is a data frame containing the data for the windows of time clustered in one cluster. Return type: list of Pandas data frames
-


Features
- Documented API
- Support for reading general game information (difficulty, turn number, player civilizations and statuses, etc.)
- Support for reading and writing victory types (time, science, etc.)
- Support for reading and writing advanced options (policy saving, promotion saving, etc.)
- Support for reading and writing hidden options (always peace, always war, etc.)
- Support for reading and writing certain multiplayer options (pitboss, private game, turn mode, turn timer)
For an example of actual usage, see https://github.com/bmaupin/civ5save-editor
Goals
- Support for properties which can be changed by modifying the uncompressed header of the file
- Support for all versions of the base game, including DLC and expansion packs
- Support for the latest version only of mods (at least the most popular ones)
Non-goals
- Support for properties which can be changed in game (e.g. quick combat)
- Support for properties which have no effect when changed after a game's started
- Support for properties in the compressed section of the file
- Support for anything other than the latest version of a particular mod
- Support for other Civilization games
Installation
npm install civ5save
Development
git clone https://github.com/bmaupin/js-civ5save.git
cd js-civ5save
npm install
Testing
npm test
Building (includes documentation)
npm run build
Credits
References
- File format
- Victory conditions/max turns
- Multiplayer turn types
- Multiplayer private/public
- Multiplayer pitboss setting
- Multiplayer turn timer
- Multiplayer password and player status
- Patch notes for various versions


Not in a solo group, near but not in the big computer section, just singular, off to the side, solo. You see a sign next to it that says 15-minute computer, that’s all it says. You guess maybe this one is only good for 15 minutes at a time. Why would they need that?
Suddenly a librarian is behind you.
"That computer is our 15-minute computer. If all the computers are in use you could jump on that one. Right now, though we have plenty of free computers if you would like to use one of our adult computers."


Clonazepam: One evil milligram at a time.
Things to keep in mind about myself before reading this document:
- I do not normally steal.
- I do not normally drive wreckless.
- I have very good gun saftey.
- I am a very down to earth person.
For a few months, I've been taking clonazepam. Not as directed of course. And I've had nothing but problems since I first started to take it. At first, I received a mild sedating effect from low doses ranging from 1-2mg, which soon led to more pill consumption to 'increase' the euphoric feeling. But not even one week after I started to take the medication, I began to find myself crushing pills and snorting 1-2mg lines at a time, and that's when it all started.
About a month ago, I did between 8 and 12mg. I really couldn't tell you if it was either or inbetween. I have very little rememberance of what I did or how much I took. What I do remember are frightening images about some of the things I did while I was under clonazepam's spell. I began to think completely outside normal reasoning. I began to look at everything I saw as a potential way to make money. If I saw houses being built, immediatly I began to think of a way to steal material and tools from the job site, as well as how I would 'sell it on eBay'. All rational thought went out the window. I remember driving to the store so I could steal a CD-Key to a video game I play called 'Counter-Strike'. I didn't need the key, but at the time, I figured it was the right thing to do, and so we begin:
Since it had rained not long before I decided to go out on this adventure, the roads were pretty slick and even when I'm 100% sober, I like to fishtail at intersections and out of my neighborhood. No harm, no foul. Well, on the clonazepam, I figured it would be a good idea to mimick what I had seen in movies when the 'bad guys' are fleeing from cops and they fishtail hard at every turn. So, I came out of my neighborhood nearly doing a 180 and was on my way to the store.
At the very first traffic light I came to, which from my rememberance, was turning red as I went through it, I did between 3-5 360's in the MIDDLE of the intersection. I remember as I spun around once, this lady was looking at me probably with her mouth wide open in awe at what I was doing, and I remember smiling at her and spinning around again. I am STILL fearing the fact that every intersection here has cameras mounted on the traffic light bar, but claim that they're not active for issuing tickets. I gloom going to retreive the mail for the fear that one day I will go out to the mailbox and find a court summons or a plain 1,000 dollar fine for my wreckless behavior.
But going back to my venture to the store, I remember hitting soft curbs, (IE: median strips with soft curbs or no curbs at all) with my truck. I really am surprised I didn't get pulled for driving like I was shitfaced off a 5th of vodka. Thank god I didn't. God only knows what I would have done. Anyhow, I arrived and walked around the store pretending I wasn't about to steal something. Now as far as how well I pulled it off, I am not sure. All I know is, I didn't get caught and I didn't hear 'Security scan department (fill in the blank)'.
When I first walked into the store, I had my cell phone in one hand, along with a razor blade in the other.  I then went to another department and several more before purchasing some mints and a magazine with cash. I left and went back home. I would later give the CD-Key to someone online I knew, real useful eh?
Anyhow, that was just the start of my theiving stupor. I came home and did a few more lines of clonazepam only to find myself wanting to steal again. This time I was a lot more confident and I began to think up items I wanted. One thing came to my mind quickly, was a USB pen drive. So, with that in mind, I also thought it would be a good idea to bring a pellet gun with me. No clue why in hell I thought that at the time, none the less, an old 1970's .22 caliber air pistol was brought with me.
Along the way, I decided it would be best if I didn't do 360's in the intersections, but instead, shoot the street signs with the pellet gun. So, driving down the road at 9pm, I began to shoot the signs along the roadway. Normally, this wouldn't be THAT bad of an idea, I mean after all, it's only a pellet gun, right?. Wrong. I missed several times, several times which resulted in the pellet going into oncoming traffic. No clue whether or not it did any damage to any of the oncoming vehicles.
I also managed to accidentally shoot the gun inside my car, not once but twice. Twice into the passanger side door. I frantically tried to remove the 'marks' on the door by rubbing the hell out of it. Of course, that did absolutely no good since the 'marks' were actually half inch deep dents in the paneling on the passanger side door. After realizing it just was not going to come off, I paid it no mind. It was something I would worry about later. Besides, I was just arriving at another store. I had a 'job' to do. I walked in again with my cell phone out in one hand, and a razor cupped in the other.
I walked through a few departments before I went to the electronics department and began my ignorance. I saw the 128mb drive, the 256mb and then what I thought were the 512mb drives. I picked one up and walked away from the department with it since there was a camera staring me right in the face down that particular isle. I walked around the store pretending to be on a cell phone and pretending to be laughing when ever I felt the paranoia of being 'watched' setting over. I figured this way it would look like I was just another normal everyday shopper.
Well, after looking at the George Foreman grills, I decided it was time to razor the plastic packaging and get what I came for.  I remember thinking to myself, fuck, I have to take this, I can't go back to the department and pick up another one. So I did. I took it slices and all. I also for some reason, said into the phone 'Oh so she's home now?' and then walked back over to the electronics department, placed the sliced packaging BACK where I got it, and then left.   It still works, but it was definitely not worth the risk I went through to get it.
The day after I took the clonazepam, I was still high. I was out in my garage messing around with something, when I fell over an old toilet we had sitting out there. Instead of catching my balance, and standing up normally. I fell over the toilet, and it crashed to the concrete below it, breaking it into several pieces. My parents were pissed needless to say. Also, I was told I sat down for dinner that night and was very mean and aggressive with my mother. I also said some things to her that scared her enough to sleep with her door locked that night. The next day, I was confronted about my behavior which I had no rememberance of at all. I completely blacked out. I was told everything I ate, everything I said, and everything I did. I had absolutely no rememberance of it at all even still.
After experiencing that and looking back upon it, I will not be using clonazepam recreationally in high doses without someone else present to keep my mind from wandering into a criminal state. I am VERY lucky I didn't wind up in jail or worse. I have done several benzo's in high dosages before. Some even with alcohol, none caused the disturbing behavioral changes I experienced on clonazepam. I read up on the medication after I did this (very stupid) finding out that behavioral changes are one of the possbile 'side effects' of the drug. Along with plenty of other side effects, such as aggression and poor balance. I seemed to experience quite a few of the negative side effects.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


My research interests are in database systems and theory. Most recently, I've been focusing on
querying semi-structured data, static analysis for XML-based mediators, XML documents with incomplete information,
and automatic verification of interactive data-driven Web applications.
I am also interested in the theory of query languages and logic.


About Me
I am a Ph.D. student in the Information Systems Group (ISG) at the University of California, Irvine under the supervision of Professor Michale J. Carey. I’m also a research associate at the Center for Complex Engineering Systems at KACST and MIT.
My research targets the storage engines in Big Data Management Systems. In particular, I work on reducing the storage size to accelerate scan-based analytical workloads for document store systems.
Education
PhD, Computer Science
2017 - Present
University of California, Irvine
Topics: Storage and query optimization in LSM-based document store systems.
Supervisor: Michael J. Carey
MSc, Computer Science
2011 - 2013
University of California, Irvine
Thesis: NUMA-aware Multicore Matrix Multiplication.
Supervisor: Isaac D. Scherson
BSc, Computer Science
2011 - 2013
King Saud University
Experience
Committer
2016–Present
Research Associate
Research Affiliate
2014–Present
King Abdulaziz City for Science and Technology (KACST)
Massachusetts Institute of Technology (MIT)
cces.kacst.edu.saCenter for Complex Engineering Systems (CCES) – Institute for Data, Systems and Society (IDSS)
Role: Developing tools capable of harnessing and analyzing large-scale data
Projects: AsterixDB-Spark Connector, CityDynamics, Connected Intelligence Platform, Integrated Transportation Systems, Innovation Space
Associate Software Engineer
2008–2009
Advanced Electronics Company (AEC)
Research and Development Department (R&D)
Role: Developing components that connect electric and water smart-meters to the data collection units
Projects: ADDAD4, Water Smart Meter
Projects
LSM-based Tuple Compaction Framework
We proposed a new mechanism to leverage LSM-lifecycle events to infer the
schema and semantically compact self-describing semi-structured records
automatically. We also introduced a novel semi-structured record physical
format for efficient construction and compaction. Using Apache AsterixDB, we
were able (combined with our implementation of page-level compression) to
reduce the storage size by 9.8x and improve the query performance by the same
factor.
Paper: Extended version in arXiv
PAX for LSM-based Document Store Systems
We are currently Investigating the feasibility Partitioned Attributes Across (PAX) page format for LSM-based document store systems as an alternative to the N-ary Storage Model (NSM or slotted pages). One disadvantage of the PAX page was the ability to do in-place updates. As for LSM indexes, in-place updates are not permitted, which makes PAX page format more appealing.
Awards
Ph.D Schoalrship
2017–2021
Awarded full graduate scholarship from the King Abdulaziz City for Science and Technology.
MSc Schoalrship
2010-2013
Awarded full graduate scholarship from King Abdullah Scholarship Program.
Second Class Honor
2004-2008
Awarded Second Class Honor for high GPA from King Saud University
Publications
W. Alkowaileet, S. Alsubaiee & M. J. Carey. An LSM-based Tuple Compaction Framework for Apache AsterixDB. under review, 2019. (pdf: Extended Version)
W. Alkowaileet, S. Alsubaiee, M. J. Carey, C. Li, P. Sinthong & W. Wang. End-to-End Machine Learning with Apache AsterixDB. In Proceedings of the Second Workshop on Data Management for End-To-End Machine Learning, 2018. (pdf)
W. Alkowaileet, S. Alsubaiee, M. J. Carey, T. Westmann & Y. Bu. Large-scale Complex Analytics on Semi-structured Datasets using AsterixDB and Spark. PVLDB, 9(13), 1585-1588, 2016 (Demo) (pdf)
W. Alkowaileet, D. Carrillo-Cisneros, D. Lim & I. D. Scherson. NUMA-aware Multicore Matrix Multiplication. Parallel Processing Letters, 24(04), 1450006, 2014 (pdf)


High ratio of students to educational & assistive technologies
Authentic experiential learning
Concrete learning experiences
Innovative hands-on learning
Programming real-world solutions
Practicing professional collaboration


| 1 | /* | |
| 2 | * Licensed to the Apache Software Foundation (ASF) under one | |
| 3 | * or more contributor license agreements. See the NOTICE file | |
| 4 | * distributed with this work for additional information | |
| 5 | * regarding copyright ownership. The ASF licenses this file | |
| 6 | * to you under the Apache License, Version 2.0 (the | |
| 7 | * "License"); you may not use this file except in compliance | |
| 8 | * with the License. You may obtain a copy of the License at | |
| 9 | * | |
| 10 | * http://www.apache.org/licenses/LICENSE-2.0 | |
| 11 | * | |
| 12 | * Unless required by applicable law or agreed to in writing, | |
| 13 | * software distributed under the License is distributed on an | |
| 14 | * "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY | |
| 15 | * KIND, either express or implied. See the License for the | |
| 16 | * specific language governing permissions and limitations | |
| 17 | * under the License. | |
| 18 | */ | |
| 19 | package org.apache.empire.exceptions; | |
| 20 | ||
| 21 | import org.apache.empire.commons.ErrorType; | |
| 22 | import org.slf4j.Logger; | |
| 23 | import org.slf4j.LoggerFactory; | |
| 24 | ||
| 25 | public class InternalException extends EmpireException | |
| 26 | { | |
| 27 | // Logger | |
| 28 | private static final Logger log = LoggerFactory.getLogger(InternalException.class); | |
| 29 | | |
| 30 | /** | |
| 31 | * Comment for serialVersionUID | |
| 32 | */ | |
| 33 | private static final long serialVersionUID = 1L; | |
| 34 | | |
| 35 | public static final ErrorType errorType = new ErrorType("error.exception", "An Exception of type {0} occurred.\n-->Message is: {1}\n-->at Position: {2}"); | |
| 36 | ||
| 37 | private static String[] paramsFromThrowable(final Throwable exptn) | |
| 38 | { | |
| 39 | // Exception | |
| 40 | String type = exptn.getClass().getName(); | |
| 41 |
1
1. paramsFromThrowable : negated conditional → KILLED |
if (type.startsWith("java.lang.")) |
| 42 | type = type.substring("java.lang.".length()); | |
| 43 | // The message | |
| 44 | String msg = exptn.getMessage(); | |
| 45 | // Prepare stack trace | |
| 46 | StackTraceElement[] stack = exptn.getStackTrace(); | |
| 47 |
3
1. paramsFromThrowable : changed conditional boundary → SURVIVED 2. paramsFromThrowable : negated conditional → SURVIVED 3. paramsFromThrowable : negated conditional → SURVIVED |
String pos = (stack!=null && stack.length>0) ? stack[0].toString() : "{unknown}"; |
| 48 | // Create Error | |
| 49 |
1
1. paramsFromThrowable : replaced return value with null for org/apache/empire/exceptions/InternalException::paramsFromThrowable → KILLED |
return new String[] { type, msg, pos }; |
| 50 | } | |
| 51 | | |
| 52 | public InternalException(Throwable cause) | |
| 53 | { | |
| 54 | super(errorType, paramsFromThrowable(cause)); | |
| 55 | } | |
| 56 | | |
| 57 | public InternalException(EmpireException other) | |
| 58 | { | |
| 59 | super(other.getErrorType(), other.getErrorParams()); | |
| 60 | // should not happen | |
| 61 | log.warn("InternalException used to wrap an EmpireException! Type and params will be copied."); | |
| 62 | } | |
| 63 | ||
| 64 | } | |
Mutations | ||
| 41 |
1.1 |
|
| 47 |
1.1 2.2 3.3 |
|
| 49 |
1.1 |


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Job Portal is a platform that joins recruiters and the job seekers to complete their goals and requirements. Recruiters look for a right candidate who has the right qualification to handle the responsibilities efficiently. ... Sending job applications through employment portals is a quicker way to get the right candidate.
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N.B.: The contract date represents the date that the contract is recorded in the departmental financial system.
| Vendor Name | IWC EXCAVATION LTD |
|---|---|
| Reference Number | E161731001 |
| Contract Date | 2016-01-21 |
| Description of Work | 422 - Engineering Consultants - Construction |
| Contract Period - From | 2016-01-21 |
| Contract Period - To | 2016-03-31 |
| Delivery Date | |
| Contract Value | $809,307.45 |
| Total Amended Contract Value | $809,307.45 |
| Comments | Work to be done under this Contract comprises of sludge removal and rehabilitation of the sewage lagoon located in Pacific Rim National Park. Work to be performed under this Contract includes, but is not limited to, the following: 1.) Remove, dewater, and dispose approximately 3050 cubic meters of sludge from existing facultative cell. 2.) Remove sections of the berm to the original elevation. 3.) Armour berm at overflow and outflow locations. 4.) Replace dual 100mm overflow pipes with weir. 5.) Replace/Renovate the dosing and overflow system to the exfiltration lagoon. 6.)  Replace existing fencing with a new wildlife exclusion fence. 8.) Clear a 4m wide ROW along 1.7 km of existing forcemain. 9.) Prepare site access road surface for paving. 10.) Clear lagoon perimeter to a distance of 4m beyond the existing chain link fence. |


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AMAZING PEOPLE ARE MAKING DESIGNS IN A FUN ENVIRONMENT
When you work with us,you are part of a teamof commited collaborators. All aspects of our software development process are intergrated, interactive and agile.
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Planning and development is iterative. Because we are constantly coding and testing, the products we build are always ready to go live. This iterative process allows for changes as business requirements evolve.


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Welcome to Mini Blog, a very basic Django website developed as a tutorial example on the Mozilla Developer Network.
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