|
VirtualSCADA
1.0
VirtualSCADA Senior Design Project
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Public Member Functions | |
| __construct ($app, ConnectionFactory $factory) | |
| connection ($name=null) | |
| purge ($name=null) | |
| disconnect ($name=null) | |
| reconnect ($name=null) | |
| getDefaultConnection () | |
| setDefaultConnection ($name) | |
| extend ($name, callable $resolver) | |
| getConnections () | |
| __call ($method, $parameters) | |
| __construct ($app, ConnectionFactory $factory) | |
| connection ($name=null) | |
| purge ($name=null) | |
| disconnect ($name=null) | |
| reconnect ($name=null) | |
| getDefaultConnection () | |
| setDefaultConnection ($name) | |
| extend ($name, callable $resolver) | |
| getConnections () | |
| __call ($method, $parameters) | |
Protected Member Functions | |
| parseConnectionName ($name) | |
| refreshPdoConnections ($name) | |
| makeConnection ($name) | |
| prepare (Connection $connection) | |
| setPdoForType (Connection $connection, $type=null) | |
| getConfig ($name) | |
| parseConnectionName ($name) | |
| refreshPdoConnections ($name) | |
| makeConnection ($name) | |
| prepare (Connection $connection) | |
| setPdoForType (Connection $connection, $type=null) | |
| getConfig ($name) | |
Protected Attributes | |
| $app | |
| $factory | |
| $connections = array() | |
| $extensions = array() | |
Definition at line 10615 of file compiled.php.
| __construct | ( | $app, | |
| ConnectionFactory | $factory | ||
| ) |
Definition at line 10621 of file compiled.php.
| __construct | ( | $app, | |
| ConnectionFactory | $factory | ||
| ) |
Create a new database manager instance.
| \Illuminate\Foundation\Application | $app | |
| \Illuminate\Database\Connectors\ConnectionFactory | $factory |
Definition at line 44 of file DatabaseManager.php.
| __call | ( | $method, | |
| $parameters | |||
| ) |
Dynamically pass methods to the default connection.
| string | $method | |
| array | $parameters |
Definition at line 302 of file DatabaseManager.php.
| __call | ( | $method, | |
| $parameters | |||
| ) |
Definition at line 10722 of file compiled.php.
| connection | ( | $name = null | ) |
Get a database connection instance.
| string | $name |
Implements ConnectionResolverInterface.
Definition at line 56 of file DatabaseManager.php.
| connection | ( | $name = null | ) |
Implements ConnectionResolverInterface.
Definition at line 10626 of file compiled.php.
| disconnect | ( | $name = null | ) |
Disconnect from the given database.
| string | $name |
Definition at line 108 of file DatabaseManager.php.
| disconnect | ( | $name = null | ) |
Definition at line 10646 of file compiled.php.
| extend | ( | $name, | |
| callable | $resolver | ||
| ) |
Register an extension connection resolver.
| string | $name | |
| callable | $resolver |
Definition at line 280 of file DatabaseManager.php.
| extend | ( | $name, | |
| callable | $resolver | ||
| ) |
Definition at line 10714 of file compiled.php.
|
protected |
Get the configuration for a connection.
| string | $name |
Definition at line 235 of file DatabaseManager.php.
|
protected |
Definition at line 10697 of file compiled.php.
| getConnections | ( | ) |
Return all of the created connections.
Definition at line 290 of file DatabaseManager.php.
| getConnections | ( | ) |
Definition at line 10718 of file compiled.php.
| getDefaultConnection | ( | ) |
Get the default connection name.
Implements ConnectionResolverInterface.
Definition at line 257 of file DatabaseManager.php.
| getDefaultConnection | ( | ) |
Implements ConnectionResolverInterface.
Definition at line 10706 of file compiled.php.
|
protected |
Make the database connection instance.
| string | $name |
Definition at line 155 of file DatabaseManager.php.
|
protected |
Definition at line 10665 of file compiled.php.
|
protected |
Parse the connection into an array of the name and read / write type.
| string | $name |
Definition at line 81 of file DatabaseManager.php.
|
protected |
Definition at line 10636 of file compiled.php.
|
protected |
Prepare the database connection instance.
| \Illuminate\Database\Connection | $connection |
Definition at line 186 of file DatabaseManager.php.
|
protected |
Definition at line 10677 of file compiled.php.
| purge | ( | $name = null | ) |
Disconnect from the given database and remove from local cache.
| string | $name |
Definition at line 95 of file DatabaseManager.php.
| purge | ( | $name = null | ) |
Definition at line 10641 of file compiled.php.
| reconnect | ( | $name = null | ) |
Reconnect to the given database.
| string | $name |
Definition at line 122 of file DatabaseManager.php.
| reconnect | ( | $name = null | ) |
Definition at line 10652 of file compiled.php.
|
protected |
Refresh the PDO connections on a given connection.
| string | $name |
Definition at line 140 of file DatabaseManager.php.
|
protected |
Definition at line 10660 of file compiled.php.
| setDefaultConnection | ( | $name | ) |
Set the default connection name.
| string | $name |
Implements ConnectionResolverInterface.
Definition at line 268 of file DatabaseManager.php.
| setDefaultConnection | ( | $name | ) |
Implements ConnectionResolverInterface.
Definition at line 10710 of file compiled.php.
|
protected |
Prepare the read write mode for database connection instance.
| \Illuminate\Database\Connection | $connection | |
| string | $type |
Definition at line 213 of file DatabaseManager.php.
|
protected |
Definition at line 10688 of file compiled.php.
|
protected |
Definition at line 10617 of file compiled.php.
|
protected |
Definition at line 10619 of file compiled.php.
|
protected |
Definition at line 10620 of file compiled.php.
|
protected |
Definition at line 10618 of file compiled.php.


Northeastern University - Computer Sciences
Expected Graduation:
2023 - Summer
Prior to enrolling in Northeastern University Computer Science program, I majored in Electronic Science and Technology. While I am interested in MCU and MPU, I found that nowadays, with modularized hardware like Raspberry Pi, many things can be completed without advanced knowledge of hardware. Therefore, I decided to transfer to Computer Science and found an internship as a software engineer at Fuji Xerox. As an EE student, I learned C language and assembly language well, so it's not hard for me to transfer.
In my previous job, I have programmed in C and C++. In my MSCS program, I have programmed in python, Java, and C. And the final project of my undergraduate study were about Keras and computer vision.
I am a responsible and empathic person who can work in a group. And I enjoy working with other people. That is why I was asked to be re-employed for a short time to help my previous leader for a peak time.
I have experience in hardware, machine learning, and Windows development. In conjunction with the skills I am developing in my MSCS program, I believe my experience will make me a fit for roles as any kind of software engineer.
My current goal is to find an internship as a full-stack engineer. Feel free to get in touch.


Hi, my name is Raghav Agarwal. Welcome to my personal website !!
Hi I am Raghav Agarwal. I am currently in my 6th Semester of B.tech in Information Technology
from VIT University. I belong to Dehradun, Uttarakhand.
I have completed my matriculation and intermediate from St. Judes School, Dehradun.
My work profile most suits me as a web developer and I am working in this field for last 2
years. My journey started after I entered VinnovateIT (a lab under SITE School, VIT) and from
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The official website of ASCE VIT Chapter using ReactJS
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Tom Hanks discovers he's related to Fred Rogers: report
by Nate DayIt turns out, Tom Hanks may have family ties to his latest film, "A Beautiful Day in the Neighborhood."
Before a special screening of the film in New York, Access discovered that the 63-year-old actor and television host Fred Rogers, who Hanks plays in the film, are reportedly related.
The outlet revealed that Ancestry.com connects Hanks and Rogers as sixth cousins.
"No, impossible," Hanks' wife Rita Wilson quickly said. "No, you're pulling our leg."
Access displayed a chart showing Hanks' family history, revealing that he and Rogers shared a relative names Johannes Meffort, born in 1732.
HENRY WINKLER HAS BEEN FEUDING WITH TOM HANKS SINCE 1989
"It all just comes together, you see," Hanks joked. "I would like to see if Johnny Depp is related to Fred Rogers. Can you find out from Ancestry.com?"
Hanks recently opened up about how the role has made its way into his personal life, even helping with his marriage to Wilson, 63.
"When my wife and I are going at it on those rare occasions, when she is letting me know that I'm not really listening to her and I'm trying to establish what the ground rules are (for the argument), when we're going at it like that, one of us will say, 'Well, you know what? You know what, honey? It's good to talk. It's good to say the things we feel,'" Hanks told ET.

"It’s no surprise they are related as the similarities between the two are uncanny," said Ancestry.com's Director of Research Jennifer Utley. "Even if we don’t know it, our pasts impact our present."
TOM HANKS FANBOYS OVER JENNIFER LOPEZ AND MEETING THE 'HUSTLERS' CAST
According to Ancestry.com, the family connection between the two is a storied one:
"Fred Rogers and Tom Hanks are sixth cousins sharing the same 5x great-grandfather, Johannes Mefford, who immigrated from Germany to America in the 18th century. Johannes raised a family of patriots; three of his sons (including Tom Hanks’ and Fred Rogers’s ancestors) served in the Revolutionary War," the genealogy site detailed in a statement.
CLICK HERE TO GET THE FOX NEWS APP
"Fred Rogers’s 4x great-grandfather, William Mefford, served in the navy and was captured by the British in 1782. He endured life on a prison ship in Barbados and Antigua until he was released ten months later. Tom Hanks’s 4x great-grandfather, Jacob Mefford, joined the War as a private and participated in a skirmish at Chesapeake Bay. So, Rogers and Hanks not only share the same ancestor, they also descend from two brothers who fought for America’s independence."


Our extension is available for free on Chrome! Check out our GitHub to get started!
GitHubCheck out what you can do with this extension!
Ability to customize which websites to Blok!
Select your time limits for each website! The default is 1hr.
Get your websites Blokd by some of your favorie memes!
Blokd is unnoticable until website usage is above the time limit
|
Pomodoro Method!
One pomodoro cycle = working hard for 25 minutes, then taking a 5 minute break. After doing 4 pomodoro cycles (about 2 hours), take a longer break of 15 to 30 minutes |
20-20-20 Rule!
Study for 20 minutes, and then look at something that is 20 feet away for 20 seconds. This gives your eyes a break |
|
Getting Things Done Method!
Follow these 5 steps - Capture, Clarify, Organize, Reflect, and Do - to get work done. |
Study group!
Form a study group with friends so you can keep each other accountable! |
| Check out this website for more techniques! |
Spotify PlaylistListen to some good study beats! Playlist! |
Calming SoundsHear the rain to help you study. Rain! |
Compiled Resources |
|
| Compiled Resources! |
Tiki Djokic
Wamia Said
Gloria Sun
Esha Tulsian


IPv6 LAN Auto Configuration Note: Stateful DHCPv6 is supported based on the assumption of prefix length less than 64. Interface ID does NOT support ZERO COMPRESSION "::". Please enter the complete information. For exampe: Please enter "0:0:0:2" instead of "::2". Static LAN IPv6 Address Configuration Interface Address (prefix length is required): IPv6 LAN Applications Enable DHCPv6 Server Stateless Stateful Start interface ID: End interface ID: Leased Time (second): Enable RADVD Enable ULA Prefix Advertisement Randomly Generate Statically Configure Prefix: Preferred Life Time (second): Valid Life Time (second): Enable MLD Snooping Standard Mode Blocking Mode Enable MLD LAN to LAN Multicast: Disable Enable (LAN to LAN Multicast is enabled until the first WAN service is connected, regardless of this setting.) Prefix Delegation WAN Interface:
IPv6 LAN Auto Configuration Note: Stateful DHCPv6 is supported based on the assumption of prefix length less than 64. Interface ID does NOT support ZERO COMPRESSION "::". Please enter the complete information. For exampe: Please enter "0:0:0:2" instead of "::2".


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| Document |
Component |
Result check |
| H-00488 - Top.SchDoc |
C174 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
FID100 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
FID101 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
FID102 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
FID103 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
G100 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
G101 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
MH100 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
MH101 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
MH102 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
MH103 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
MH104 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
MH105 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
MH106 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
MH107 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
MH108 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
MH109 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
MH110 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
MH111 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
MH112 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
MH113 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
MP100 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
PCB100 |
Warning: component state is "Draft" |
| H-00488 - Top.SchDoc |
R201 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
C162 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
C163 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
C164 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
C165 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
C166 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
C167 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
C168 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
C169 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
C170 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
C171 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
C172 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
C173 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
D131 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
D132 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
NT129 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
NT130 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
NT131 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
NT132 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
NT133 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
NT134 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
NT135 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
NT136 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
NT137 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
Q102 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
Q103 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
Q104 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
Q105 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
Q106 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R101 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R175 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R176 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R177 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R178 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R179 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R180 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R181 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R182 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R183 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R184 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R185 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R186 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R187 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R188 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R189 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R190 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R191 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R192 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R193 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
R194 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
U109 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
U110 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
U111 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
U112 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
U113 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
U114 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
U115 |
Warning: component state is "Draft" |
| H-00488 - Power.SchDoc |
U116 |
Warning: component state is "Draft" |
| H-00488 - I2C Address.SchDoc |
R195 |
Warning: component state is "Draft" |
| H-00488 - I2C Address.SchDoc |
R196 |
Warning: component state is "Draft" |
| H-00488 - I2C Address.SchDoc |
R197 |
Warning: component state is "Draft" |
| H-00488 - I2C Address.SchDoc |
R198 |
Warning: component state is "Draft" |
| H-00488 - I2C Address.SchDoc |
R199 |
Warning: component state is "Draft" |
| H-00488 - I2C Address.SchDoc |
R200 |
Warning: component state is "Draft" |
| H-00488 - I2C Address.SchDoc |
U117 |
Warning: component state is "Draft" |
| H-00488 - I2C Mux.SchDoc |
C161 |
Warning: component state is "Draft" |
| H-00488 - I2C Mux.SchDoc |
R173 |
Warning: component state is "Draft" |
| H-00488 - I2C Mux.SchDoc |
R174 |
Warning: component state is "Draft" |
| H-00488 - I2C Mux.SchDoc |
U108 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C100 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C101 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C102 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C103 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C104 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C105 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C106 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C107 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C108 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C109 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C110 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C111 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C112 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C113 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C114 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C115 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C116 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C117 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C118 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C119 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C120 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C121 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C122 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C123 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C124 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C125 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C126 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C127 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C128 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C129 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C130 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C131 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C132 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C133 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
C134 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
D100 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
D101 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
D102 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
D103 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
D104 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
D105 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
D106 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
L100 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
L101 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
L102 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT100 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT101 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT102 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT103 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT104 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT105 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT106 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT107 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT108 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT109 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT110 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT111 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT112 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT113 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT114 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT115 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT116 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
NT117 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R100 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R102 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R103 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R104 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R105 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R106 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R107 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R108 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R109 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R110 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R111 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R112 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R113 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R114 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R115 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R116 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R117 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R118 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R119 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R120 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R121 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R122 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R123 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R124 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R125 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R126 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R127 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R128 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R129 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R130 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R131 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R132 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R133 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
R134 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
U100 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
U101 |
Warning: component state is "Draft" |
| H-00488 - Ethernet Switch.SchDoc |
Y100 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
C142 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
C143 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
C144 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
C145 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
C146 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
C147 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
C148 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
C149 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
C150 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
C151 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
C152 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
C153 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
C154 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
C155 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
C156 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
D119 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
D120 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
D121 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
D122 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
D123 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
D124 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
D125 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
NT127 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
NT128 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R146 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R147 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R148 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R149 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R150 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R151 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R152 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R153 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R154 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R155 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R156 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R157 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R158 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R159 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R160 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R161 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R162 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R163 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R164 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R165 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
R166 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
U104 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
U105 |
Warning: component state is "Draft" |
| H-00488 - USB Hub.SchDoc |
Y101 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
C135 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
C136 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
C137 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
C138 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
C139 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
C140 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
C141 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
D111 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
D112 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
D113 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
D114 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
J103 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
NT118 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
NT119 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
NT120 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
NT121 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
NT122 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
NT123 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
NT124 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
NT125 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
NT126 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
Q100 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
Q101 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
R135 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
R136 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
R137 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
R138 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
R139 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
R140 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
R141 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
R142 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
R143 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
R144 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
R145 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
U102 |
Warning: component state is "Draft" |
| H-00488 - Card Slot.SchDoc |
U103 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
C157 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
C158 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
C159 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
C160 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
D126 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
D127 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
D128 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
D129 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
D130 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
J107 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
R167 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
R168 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
R169 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
R170 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
R171 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
R172 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
U106 |
Warning: component state is "Draft" |
| H-00488 - Card Slot Master.SchDoc |
U107 |
Warning: component state is "Draft" |
| H-00488 - Connectors.SchDoc |
J108 |
Warning: component state is "Draft" |
| H-00488 - Connectors.SchDoc |
J109 |
Warning: component state is "Draft" |
| H-00488 - Connectors.SchDoc |
J110 |
Warning: component state is "Draft" |
| H-00488 - Connectors Upstream.SchDoc |
D107 |
Warning: component state is "Draft" |
| H-00488 - Connectors Upstream.SchDoc |
D108 |
Warning: component state is "Draft" |
| H-00488 - Connectors Upstream.SchDoc |
D109 |
Warning: component state is "Draft" |
| H-00488 - Connectors Upstream.SchDoc |
D110 |
Warning: component state is "Draft" |
| H-00488 - Connectors Upstream.SchDoc |
J100 |
Warning: component state is "Draft" |
| H-00488 - Connectors Upstream.SchDoc |
J101 |
Warning: component state is "Draft" |
| H-00488 - Connectors Upstream.SchDoc |
J102 |
Warning: component state is "Draft" |
| H-00488 - Connectors Downstream.SchDoc |
D115 |
Warning: component state is "Draft" |
| H-00488 - Connectors Downstream.SchDoc |
D116 |
Warning: component state is "Draft" |
| H-00488 - Connectors Downstream.SchDoc |
D117 |
Warning: component state is "Draft" |
| H-00488 - Connectors Downstream.SchDoc |
D118 |
Warning: component state is "Draft" |
| H-00488 - Connectors Downstream.SchDoc |
J104 |
Warning: component state is "Draft" |
| H-00488 - Connectors Downstream.SchDoc |
J105 |
Warning: component state is "Draft" |
| H-00488 - Connectors Downstream.SchDoc |
J106 |
Warning: component state is "Draft" |


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@tolken Hi, Is there a difference between the SWAPS/MY vs SWAPS/STATS ? - yes, there's a difference:
1. SWAPS/MY contains only swaps made by your node.
2. SWAPS/STATS contains statistical data of other nodes swaps too if your node is seednode.
After what may have been a failed trade, the max volume is showing as 0.4 something. Shouldn’t that 0.5 remain 0.5, or reset after each trade? - when order is partially matched the available order amount is decreased. It's considered as limit order which is supposed to trade no more than the volume set initially. If we allow MM2 to "refill" the order in case of successfull trade it will actually mean that your entire balance is available for specific order: 0.5 is partially filled with 0.1, your balance is 0.9. It partially fills again, your balance becomes 0.8 etc etc. In this case you just may set the max:true to make the entire balance available right away and save on miner fees because you have a chance to trade all your coins in 1 swap.
Other exchanges work similar way for limit orders, you may have 100 BTC deposit. When you set the limit 1BTC/1000KMD order it will use only 1 BTC reducing the order amount if it's partially filled.
And yes,when swap fails available amount should be increased back, but MM2 doesn't handle it as of now. It will be implemented later.


Speak is a lightweight interface definition language (IDL) similar to thrift and protocol buffers. The encoding format is the one defined by msgpack.
Some defining features of Speak:
TODO: Rewrite this with some introductory piece.
Most of the Speak syntax is defined in EBNF.
The following operators are used: Alteration |
, grouping ()
, option []
, repetition {}
.
Comments start with the character sequence //
and stop at the end of the line.
The following words are keywords in Speak.
choice message
end package
enum type
Keywords are not allowed to be used as message field names.
There are two types of arrays, fixed sized and dynamic sized. The syntax for fixed sized arrays is “[number]“, where number is a positive non-zero integer value. The syntax for dynamic sized arrays is “[]“.
Array = "[" [ PositiveNumber ] "]" .
BasicType = "bool" | "byte" | "float32" | "float64" |
"int8" | "int16" | "int32" | "int64" | "string" |
"uint8" | "uint16" | "uint32" | "uint64" .
Boolean with value true or false, the zero value is false.
32 and 64 bit IEEE floating point numbers, the zero value is 0.
Signed integers, the zero value is 0.
UTF8 string of dynamic length, the zero value is ””.
Unsigned integers, the zero value is 0.
TODO: Figure out how to make this work with choices. Choices only work with “pointer” types.
Custom types can be used as message field types. The intended purpose of custom types is to create blob like types, for example IPv6 or SHA-1 types. They can only be created from basic types or arrays of basic types.
Examples:
type Ipv6Address [16]byte
type Sha1 [20]byte
The grammar is as follows:
TypeDef = "type" BigIdentifier [ Array ] BasicType NewLine .
Choices select one of many other choice or message types.
ChoiceDef = "choice" BigIdentifier NewLine { ChoiceField } End .
ChoiceField = Tag FqTypeIdentifier NewLine .
Messages contain tagged fields of basic, custom, choice or other message types.
MessageDef = "message" BigIdentifier NewLine { MessageField } End .
MessageField = Tag LittleIdentifier [ Array ] MessageFieldType NewLine .
MessageFieldType = BasicType | FqTypeIdentifier .
Enumerations associate symbolic names with positive integer values. They are encoded as msgpack integer types. The allowed value range is 0 to 2^32-1.
EnumDef = "enum" BigIdentifier NewLine { EnumField } End .
EnumField = Tag BigIdentifier NewLine .
Each Speak source file must belong to a package. A type can be referenced by another package by prefixing the message field type with “packagename.”. There is no import statement as the referenced package name is available in the type reference. Package dependencies must form a DAG.
PackageDef = "package" Identifier NewLine .
The complete grammar to parse Speak (except comments).
Grammar = { ChoiceDef | EnumDef | MessageDef | PackageDef | TypeDef } .
PositiveNumber = Digit | "1" ... "9" { Digit } .
Digit = "0" ... "9" .
Letter = LowerCaseLetter | CapitalLetter .
LowerCaseLetter = "a" ... "z" .
CapitalLetter = "A" ... "Z" .
Identifier = Letter { Letter | Digit } .
BigIdentifier = CapitalLetter { Letter | Digit } .
LittleIdentifier = LowerCaseLetter { Letter | Digit } .
FqTypeIdentifier = [ Identifier "." ] BigIdentifier .
Tag = PositiveNumber ":" .
End = "end" NewLine .
NewLine = "\n" .
The encoding format is the one defined by msgpack. All data is encoded in network byte order.
Format: [Opcode] {Length | Value}[+] Type Comment
+ Denotes that additional data follows the opcode and length field. xxx Denotes bits in the opcode that hold the value or length.
[0 xxxxxxx] {0} Positive FixNum // Range [0,127]
[1 00 0 xxxx] {0}+ FixMap // 0..15 entries
[1 00 1 xxxx] {0}+ FixArray // 0..15 entries
[1 01 xxx xx] {0}+ FixRaw // 0..31 bytes
[1 10 000 10] {0} false
[1 10 000 11] {0} true
[1 10 010 10] {4} float // 32 bit IEEE float
[1 10 010 11] {8} double // 64 bit IEEE float
[1 10 011 00] {1} uint 8
[1 10 011 01] {2} uint 16
[1 10 011 10] {4} uint 32
[1 10 011 11] {8} uint 64
[1 10 100 00] {1} int 8
[1 10 100 01] {2} int 16
[1 10 100 10] {4} int 32
[1 10 100 11] {8} int 64
[1 10 110 10] {2}+ raw 16
[1 10 110 11] {4}+ raw 32
[1 10 111 00] {2}+ array 16
[1 10 111 01] {4}+ array 32
[1 10 111 10] {2}+ map 16
[1 10 111 11] {4}+ map 32
[1 11 xxx xx] {0} Negative FixNum // Range [-32,-1]
Arrays are used to encode Speak arrays except byte arrays. The length specifies the number of elements that follows.
The Speak integer types are encoded to the smallest possible msgpack integer type.
Maps are used to encode Speak messages and choices. Tags are keys and fields values. The length specifies the number of key + value pairs that follows.
Raw buffers are used to encode Speak byte arrays and strings. The length specifies the number of bytes that follows.
package paint
enum Color
1: Red
2: Green
3: Blue
end
type XyCoordinate [2]float32
message PaintRequest
1: id msg.Id // Use type 'Id' in package 'msg'.
2: color Color
3: brushSize float32 // Brush size in millimetres.
4: xyCoordinate XyCoordinate
end
The rationale for some design choices are listed here. The primary languages that code generation is planed for is C, Go and C++, this affects some decisions.
No underscore letters are allowed in the field or type names to be able to string together package, type and field names with underscores in the C generated code. Camel case will have to do.
The rule that types must begin with a capital letter and fields with a lowercase one is mostly for aesthetic reasons. However in Go the field names will have to be converted to begin with a capital letter to be exported from its package. At least this rule will disallow two fields with the same name except the capitalisation of the first letter.
Package and type dependencies must form a DAG to make code generation simpler.
If a message field name happens to be a keyword in the target language the code generator can choose a slightly altered name. For example when generating code for C, a message field name called int could be renamed to Int in the generated code.


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Dualshock 4
Wireless Controller for PLayStation 4
(Compatible/Generic)
$32.50
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Welcome back, {{ request.user.username }}! You've validated
{{ val_sigs }} signatures for {{ campaign_name }} overall,
and {{ val_sigs_24h }} signatures in the past 24 hours.
Instructions:
Entering an exact ZIP will help filter results and speed things up.
The more fields you fill out, the more accurate the results. The
search backend can work with typos and partial or inexact matches
(e.g. last names only, parts of a street address). To invalidate a
voter, search again and click "Invalidate".
{% if results|length == 0 %}
{% else %}
{# Transfer data from Django to JS #}
{% endif %}


4 Little Girls (1997)
Grade: 42
"4 Little Girls" is a Spike Lee production and his first documentary.  He stays behind the camera, and the political, social and racial aspects of the bombing are downplayed. The focus of the documentary is on the victims, their short lives, and their family members and friends who continue to grieve to this day.
Through the 1950s to mid-1960s, Birmingham was one of the most segregated city in the South. Many members of the police force were also members of the Klan. The 1963 church bombing was the twenty-first for the city. The hate-filled segregationist that was responsible was well-known, but was not put on trial until 1977. He had committed many such bombings, but moved with impunity because segregation was the law of the land. Even the state Governor, George Wallace, was a hard-core segregationist, and is shown in an old video clip blocking the entrance to a school, surrounded by state guardsmen.
The political conflict between the segregationists and civil rights leaders such as Dr. Martin Luther King, and the demonstrations led by young adults (one scene has police turning fire hoses on them) are the most interesting parts of the documentary. I would have graded this documentary higher had this subject been the film's focus.
Instead the focus is on the four girls killed in the church bombing. There are exhaustive interviews with friends and family. When a friend breaks from telling a rembrance to sob, the camera makes certain to capture the lengthy moment of private grief for permanent video preservation. The mother shows her daughters' scout uniform, her dolls, her toys. These scenes, drenched in grief, are significant only because the daughter was brutally murdered, and the murder itself is significant primarily as a milestone in the struggle for equal rights.
One element that bothered me about the documentary is the depiction of the four victims as young children. Three of the four were fourteen years old: teenagers, not little girls. The fourth victim was eleven. The reverend Jesse Jackson refers to them as "innocent babies." Certainly they were innocent, and no one of any age deserves to die in an act of terrorism, but they were not babies. Bill Cosby has a brief scene where he states that the victims could have been Harvard graduates and could have become doctors. Well, they could have become U.S. Presidents, but it isn't necessary to speculate about their future in order to get across the tragedy and injustice of their deaths.
I know that I come across as insensitive by criticizing "4 Little Girls." I realize that I may be the only person who has seen it and not given it a very positive review. However, I believe that it is wrong to raise the grade of a film because of its subject, no matter how important.
http://members.tripod.com/~Brian_Koller/movies.html
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Enumerating data types in Actionscript 3 (AS3)
In computer programming, an enumerated type is an abstract data type used to model an attribute that has a specific number of options (or identifiers) such as the suit of a playing card (i.e. a Club, Diamond, Heart or Spade). … Continue reading


The soldier crawled through the foxhole and into the borehole, searching for a loophole in the enemy's defense. [G|D]
The detective peered through the peephole, trying to get a glimpse of the suspect, but all he could see was a pigeonhole full of papers and a tiny pinhole in the wall. [G|D]
As the ship sailed through the rough seas, the passengers could see the water rushing past the portholes, but they couldn't see the potholes and sinkholes on the ocean floor. [G|D]
The travelers stopped at the waterhole to refill their canteen and rest for a whole, hoping to find a wormhole to transport them to their destination. [G|D]


UK Blasted as ‘Illegal Colonial Occupier’ After Skipping UN Deadline Over Chagos Islands
Months earlier, the UN general assembly voted almost unanimously in favour of Chagos Islands’ reunification with Mauritius, an Indian Ocean island nation, to the west of the archipelago.
Mauritian Prime Minister Pravind Jugnauth has branded Britain an illegal colonial occupier after the country failed to meet a UN deadline to hand over an overseas territory to Mauritius, a former British colony in the Indian Ocean, BBC reported.
The country claims it was forced to trade the Chagos Islands in exchange for sovereignty, with the UK purchasing them for £3 million in 1965, when Mauritius was still under British rule.
Earlier this year, the UN general assembly voted by an overwhelming majority of 116-6 in favour of the motion demanding that the islands, Britain's last remaining African territory, be reunited with Mauritius. However, the UK refused to regard the UN motion as binding.
“We have no doubt about our sovereignty over the British Indian Ocean Territory, which has been under continuous British sovereignty since 1814", a Foreign Office spokesperson said adding the African country has “never held sovereignty over the archipelago".
According to the press service, the territory will remain under British control until "it is no longer needed for defence purposes".


---
layout: post
title: 'Disappearing Links: Marshall Kirkpatrick On Uses For iterasi'
date: '2008-05-13T16:47:34-07:00'
tags:
tumblr_url: http://alexhwilliams.tumblr.com/post/34715308/disappearing-links-marshall-kirkpatrick-on-uses-for
---
Disappearing Links: Marshall Kirkpatrick On Uses For iterasi


zig
The Zig compiler and toolchain.
More information: home page
- Compile the project in the current directory:
zig build
- Compile and run the project in the current directory:
zig build run
- Initialize a `zig build` application:
zig init-exe
- Initialize a `zig build` library:
zig init-lib
- Create and run a test build:
zig test path/to/file.zig
- Reformat Zig source into canonical form:
zig fmt path/to/file.zig
- Use Zig as a drop-in C compiler:
zig cc path/to/file.c
- Use Zig as a drop-in C++ compiler:
zig c++ path/to/file.cpp


Identify crucial human transcription factors by uploading a .csv file of log2-transformed (!) gene expression fold changes.
Appropriate file formatting
To prevent undesirable outcomes due to file parsing, the input file is best uploaded in .CSV format
(comma separated values) with the measured gene names as the first (index-) column and the following columns
the different experimental conditions for which gene expression was characterized. In other words,
the .CSV file must contain an index column and a header.
Gene expression fold changes (FC) should be log2-transformed to achieve the best results.
An example of the desired format can be found below.
Click the image or here to download the depicted sample file.


RT_SIGQUEUEINFO
Section: Linux Programmer's Guide (2)Updated: 2004-March-12
Index Return to Main Contents
NAME
rt_sigqueueinfo - Send signal information to a signalSYNOPSIS
- long sys_rt_sigqueueinfo (int pid, int sig, siginfo_t *uinfo);
DESCRIPTION
rt_sigqueueinfo sends signal sig information uinfo to a process pid.
RETURN VALUE
rt_sigqueueinfo returns 0 on success; otherwise, rt_sigqueueinfo returns one of the errors listed in the "Errors" section.
ERRORS
- -EFAULT
- An invalid value for uinfo was specified.
- -EPERM
- A non-root process cannot send this signal.
SEE ALSO
rt_sigaction(2), rt_sigpending(2), rt_sigprocmask(2), rt_sigreturn(2), rt_sigsuspend(2), rt_sigtimedwait(2)
AUTHOR
Niki Rahimi
Index
This document was created by man2html, using the manual pages.
Time: 05:33:05 GMT, December 24, 2015


Unable to adjust communication rate
-
Robert
I have Synergy 3.1.4 installed, and I cannot adjust the Synergy/iTunes communication rate slider. It is grayed-out. I have looked elsewhere in the Synergy Preferences Pane to "activate" this slider, but no luck.
Using a Mac Pro 2.66 with 4 GB RAM, 250 GB hard drive, and have MacOS X 10.4.10, with all latest updates installed.
--->Robert 8-)
-
Greg Hurrell
This is covered in the FAQ here:
-
Robert
Thanks. I must have overlooked too fast when I was going through the FAQs.
--->Robert 8-)
Reply
This topic is now closed.


VisConnect My Fish! is a short and fun game based on the Hey, That's My Fish! board game. It is meant as an example of the live collaboration enabled by VisConnect, which syncronizes events such as mouse clicks and drags across collaborators. Please see the homepage and the VisConnect paper from IEEE VIS 2020 to learn more.
You can read more about Hey, That's My Fish! on Board Game Geek, exerpt here:
In Hey, That's My Fish!, players want to catch as many fish as possible with their waddle of penguins. Each turn, a player moves one penguin in a straight line over hex-shaped ice tiles with 1, 2 or 3 fish on them. The player then collects the hex from where the penguin started its movement from the table, thereby creating a gap which penguins can't cross on future turns. When a penguin can't move, it's removed from play with its owner claiming the tile on which it stands. The player who collects the most fish wins.
Please see the official rules from Fantasy Flight Games for how to play.
You can play locally by sharing the mouse with your friends. For remote play, click the VisConnect button at the bottom right to copy an invite link to the clipboard. You can then paste that link in a message you send to your friends.
Here is what the VisConnect button looks like:


Health officials: New Mexico chronic disease deaths decline
SANTA FE, N.M. (AP) - New Mexico’s health department says death rates in the state from chronic diseases such as heart disease, cancer and stroke declined last year, but rates of suicide, homicide and unintentional injuries were up.
The latest numbers are outlined in the state’s highlights of vital statistics for 2018. Deaths from flu and pneumonia also rose in 2018 from the previous year.
Life expectancy at birth for people in New Mexico in 2018 was 78.1 years, a slight decrease from 78.2 in the prior year. Life expectancy declined for males from 75.3 to 74.9, while life expectancy for females increased from 81.2 to 81.5 years.
The birth rate in the state continued to decline to a record low of 11 births per 1,000 people.
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Please read our comment policy before commenting.


Here are some checkboxes. Try clicking, and hovering, tabbing, and using the space bar to select:
Here are some radio buttons. Try clicking, and hovering, tabbing, and arrowing
Radio group #1: news talk weather
Radio group #2: (no default value, and has breaks) top 40 oldies country (Note if using keyboard: tab to navigate, and use arrow or space to select)
Radio group #3 (native radio buttons): rock jazz classical


This is a chat room. Both the client-side and server-side are written in javascript. The source code is here.
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Elif Bakery
Main Navigation
Home
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About Us
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Savory
Sesame Bagel
$3
Croissant
$4
Pretzel
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Lemon Poppy Muffin
$3
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$3
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Tiny Cookies
$5
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$5
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$5


|
This
Monday, 22nd April, Ken Getz, in Australia to speak at VSLive!
will be discussing managing Session State in ASP.NET Applications
+ Free Pizza!
One
of the biggest hurdles facing traditional ASP developers was
the issue of state management: how do you keep track of information
as you moved from page to page-or posted back to the same
page? Now, the ASP.NET page framework takes care of state
management for you, and provides simple-to-use, simple-to-manage,
scalable, understandable options for managing state. Attend
this session and learn when to use cookies or not, how to
take advantage of the ASP.NET out-of-process state server,
and how to use SQL Server to manage state for you. Every ASP.NET
developer must understand the state management options, and
this is a good place to start.
This
User Group meeting will be held on Monday 22nd April at 5:45
PM at Microsoft, 1 Epping Road. RSVP essential!
Who
is Ken
Getz? - Ken Getz is a recognised authority on VB and VB.NET.
He has written many books and spoken at countless conferences.
He spoke last year at the March Sydney User Group and was
extremely well received. Don't miss out! RSVP NOW!
Sorry
I'm not interested in Free Pizza
|


Developing Embeddable Enterprise Bean Applications
All embeddable enterprise bean containers support the features listed in Table 26-1.
Enterprise Bean Feature |
Description |
|---|---|
Local session beans |
Local and no-interface view stateless, stateful, and singleton session beans. All method access is synchronous. Session beans must not be web service endpoints. |
Transactions |
Container-managed and bean-managed transactions. |
Security |
Declarative and programmatic security. |
Interceptors |
Class-level and method-level interceptors for session beans. |
Deployment descriptor |
The optional ejb-jar.xml deployment descriptor, with the same overriding rules for the enterprise bean container in Java EE servers. |
Container providers are allowed to support the full set of features in enterprise beans, but applications that use the embedded container will not be portable if they use enterprise bean features not listed in Table 26-1, such as the timer service, session beans as web service endpoints, or remote business interfaces.
Running Embedded Applications
The embedded container, the enterprise bean components, and the client all are executed in the same virtual machine using the same classpath. As a result, developers can run an application that uses the embedded container just like a typical Java SE application as follows:
java -classpath mySessionBean.jar:containerProviderRuntime.jar:myClient.jar com.example.ejb.client.Main
In the above example, mySessionBean.jar is an EJB JAR containing a local stateless session bean, containerProviderRuntime.jar is a JAR file supplied by the enterprise bean provider that contains the needed runtime classes for the embedded container, and myClient.jar is a JAR file containing a Java SE application that calls the business methods in the session bean through the embedded container.
Creating the Enterprise Bean Container
The javax.ejb.embedded.EJBContainer abstract class represents an instance of the enterprise bean container and includes factory methods for creating a container instance. The EJBContainer.createEJBContainer method is used to create and initialize an embedded container instance.
The following code snippet shows how to create an embedded container that is initialized with the container provider's default settings:
EJBContainer ec = EJBContainer.createEJBContainer();
By default, the embedded container will search the virtual machine classpath for enterprise bean modules: directories containing a META-INF/ejb-jar.xml deployment descriptor, directories containing a class file with one of the enterprise bean component annotations (such as @Stateless), or JAR files containing an ejb-jar.xml deployment descriptor or class file with an enterprise bean annotation. Any matching entries are considered enterprise bean modules within the same application. Once all the valid enterprise bean modules have been found in the classpath, the container will begin initializing the modules. When the createEJBContainer method successfully returns, the client application can obtain references to the client view of any enterprise bean module found by the embedded container.
An alternate version of the EJBContainer.createEJBContainer method takes a Map of properties and settings for customizing the embeddable container instance:
Properties props = new Properties(); props.setProperty(...); ... EJBContainer ec = EJBContainer.createEJBContainer(props);
Explicitly Specifying Enterprise Bean Modules to be Initialized
Developers can specify exactly which enterprise bean modules the embedded container will initialize. To explicitly specify the enterprise bean modules initialized by the embedded container, set the EJBContainer.MODULES property.
The modules may be located either in the virtual machine classpath in which the embedded container and client code run, or alternately outside the virtual machine classpath.
To specify modules in the virtual machine classpath, set EJBContainer.MODULES to a String to specify a single module name, or a String array containing the module names. The embedded container searches the virtual machine classpath for enterprise bean modules matching the specified names.
Properties props = new Properties(); props.setProperty(EJBContainer.MODULES, "mySessionBean"); EJBContainer ec = EJBContainer.createEJBContainer(props);
To specify enterprise bean modules outside the virtual machine classpath, set EJBContainer.MODULES to a java.io.File object or an array of File objects. Each File object refers to an EJB JAR file, or a directory containing an expanded EJB JAR.
Properties props = new Properties(); File ejbJarFile = new File(...); props.setProperty(EJBContainer.MODULES, ejbJarFile); EJBContainer ec = EJBContainer.createEJBContainer(props);
Looking Up Session Bean References
To look up session bean references in an application using the embedded container, use an instance of EJBContainer to retrieve a javax.naming.Context object. Call the EJBContainer.getContext method to retrieve the Context object.
EJBContainer ec = EJBContainer.createEJBContainer(); Context ctx = ec.getContext();
References to session beans can then be obtained using the portable JNDI syntax detailed in Portable JNDI Syntax. For example, to obtain a reference to MySessionBean, a local session bean with a no-interface view, use the following code:
MySessionBean msb = (MySessionBean) ctx.lookup("java:global/mySessionBean/MySessionBean");
Shutting Down the Enterprise Bean Container
From the client, call the close method of the instance of EJBContainer to shut down the embedded container:
EJBContainer ec = EJBContainer.createEJBContainer(); ... ec.close();
While clients are not required to shut down EJBContainer instances, doing so frees resources consumed by the embedded container. This is particularly important when the virtual machine under which the client application is running has a longer lifetime than the client application.


| DOSE: |
4 hits |
smoked |
Crack |
I am a 3rd year university student with a history of drug abuse as a teenager. From the age of 16, I have abused halucinogenic drugs, alcohol and marijuana until I detoxed on my own will in december of 1997 and stayed clean for over 2 years. I used drugs to get away from myself as I am bisexual and I used to be tortured by the way I felt about it. Many bisexual/gay people have lived a similar experience. Not helping was the fact that I had moved a lot and felt like I had no roots.
Soon after detox, I decided to tackle life by studying to become a successful professional. All went very very well (I aced my courses and got great jobs) until I had major depression in september 2000 (not related to drug abuse but to personal problems). I was hospitalised and made friends there, including a very pretty 37 year old woman. At the time, I didn't know she was an inveterate crackhead, but I was soon to find out. Still depressed but off all medication except tranquilisers by that time, I called her one of those days and went to her place. This is when I smoked crack cocaine for the first... AND LAST TIME!!!
Here goes the experience... She cooked the cocaine in a spoon using baking soda and water. A yellowish precipitate formed and she scrubbed it out of the spoon with a knife. This was the crack. Then, using a simple pipe, she put a piece of crack in the pipe and she inhaled. Since I am a depressed former drug addict, I was vulnerable and was not able to resist the temptation to try. So I took a big puff and... BAAAAAAAAAAAAAAAAMMM!
I felt like I had been hit by a 50 pound mase on the head. It is by far the strongest high I had ever had. Even two LSD hits were nothing compared to that. The headrush was so powerful that I almost lost consciousness. Yet the extreme high subsided quickly and I took in a couple more puffs. I was in a severely disrupted physical and mental state. Physically, I needed to move badly. I felt like a battery operated toy that works on 2 volts but that had been plugged on a 900 volt battery! My body wanted to dance, dance, dance and have sex. Oh yes SEX! My libido was increased to a point you couldn't imagine. My heart was pounding like a jackhammer and this is what stopped me from taking in more of the drug.
Mentally I was wasted. My memory was awful, my inhibitions almost completely gone, my judgment was severely impaired, my perception of time was completely messed-up and the only things I thought about were dancing and having wild horny sex. I told this to my friend and she said it was normal. I was in such an altered state that I asked her if she felt like having some of the wildest and kinkiest sex in the world!  Did I mention sex? And this is not me!  Since my friend was starting to feel a bit uncomfortable, I apologized. Yet I could not think about anything else. I wanted to do her so bad... and she knew, yet she was so hooked on cocaine that she had lost all interest in sex. She had a cute younger guy next to her and she had zero libido...
To be able to sleep that night, I had to take in a quadruple dose of tranquilisers and it barely worked. The next few days I was still hyper and still obsessed with sex.  I had tremors, dry mouth, a slight headrush, backpain, restlessness, difficulty sleeping, difficulty concentrating, and sexual thoughts for days and days after the experience.
I guess I am one of those lucky people who tried cocaine and ended up hating it. I say lucky because a friend and a cousin have completely lost their mind due to crack cocaine addiction.
M.
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.


| Home | Libraries | People | FAQ | More |
boost::unordered_map — An unordered associative container that associates unique keys with another value.
// In header: <boost/unordered_map.hpp> template<typename Key, typename Mapped, typename Hash = boost::hash<Key>, typename Pred = std::equal_to<Key>, typename Alloc = std::allocator<std::pair<Key const, Mapped> > > class unordered_map { public: // types typedef Key key_type; typedef std::pair<Key const, Mapped> value_type; typedef Mapped mapped_type; typedef Hash hasher; typedef Pred key_equal; typedef Alloc allocator_type; typedef typename allocator_type::pointer pointer; typedef typename allocator_type::const_pointer const_pointer; typedef typename allocator_type::reference reference; // lvalue of value_type. typedef typename allocator_type::const_reference const_reference; // const lvalue of value_type. typedef implementation-defined size_type; typedef implementation-defined difference_type; typedef implementation-defined iterator; typedef implementation-defined const_iterator; typedef implementation-defined local_iterator; typedef implementation-defined const_local_iterator; // construct/copy/destruct explicit unordered_map(size_type = implementation-defined, hasher const& = hasher(), key_equal const& = key_equal(), allocator_type const& = allocator_type()); template<typename InputIterator> unordered_map(InputIterator, InputIterator, size_type = implementation-defined, hasher const& = hasher(), key_equal const& = key_equal(), allocator_type const& = allocator_type()); unordered_map(unordered_map const&); unordered_map(unordered_map &&); explicit unordered_map(Allocator const&); unordered_map(unordered_map const&, Allocator const&); ~unordered_map(); unordered_map& operator=(unordered_map const&); unordered_map& operator=(unordered_map &&); allocator_type get_allocator() const; // size and capacity bool empty() const; size_type size() const; size_type max_size() const; // iterators iterator begin(); const_iterator begin() const; iterator end(); const_iterator end() const; const_iterator cbegin() const; const_iterator cend() const; // modifiers template<typename... Args> std::pair<iterator, bool> emplace(Args&&...); template<typename... Args> iterator emplace_hint(const_iterator, Args&&...); std::pair<iterator, bool> insert(value_type const&); iterator insert(const_iterator, value_type const&); template<typename InputIterator> void insert(InputIterator, InputIterator); iterator erase(const_iterator); size_type erase(key_type const&); iterator erase(const_iterator, const_iterator); void quick_erase(const_iterator); void erase_return_void(const_iterator); void clear(); void swap(unordered_map&); // observers hasher hash_function() const; key_equal key_eq() const; // lookup iterator find(key_type const&); const_iterator find(key_type const&) const; template<typename CompatibleKey, typename CompatibleHash, typename CompatiblePredicate> iterator find(CompatibleKey const&, CompatibleHash const&, CompatiblePredicate const&); template<typename CompatibleKey, typename CompatibleHash, typename CompatiblePredicate> const_iterator find(CompatibleKey const&, CompatibleHash const&, CompatiblePredicate const&) const; size_type count(key_type const&) const; std::pair<iterator, iterator> equal_range(key_type const&); std::pair<const_iterator, const_iterator> equal_range(key_type const&) const; mapped_type& operator[](key_type const&); Mapped& at(key_type const&); Mapped const& at(key_type const&) const; // bucket interface size_type bucket_count() const; size_type max_bucket_count() const; size_type bucket_size(size_type) const; size_type bucket(key_type const&) const; local_iterator begin(size_type); const_local_iterator begin(size_type) const; local_iterator end(size_type); const_local_iterator end(size_type) const; const_local_iterator cbegin(size_type) const; const_local_iterator cend(size_type); // hash policy float load_factor() const; float max_load_factor() const; void max_load_factor(float); void rehash(size_type); }; // Equality Comparisons template<typename Key, typename Mapped, typename Hash, typename Pred, typename Alloc> bool operator==(unordered_map<Key, Mapped, Hash, Pred, Alloc> const&, unordered_map<Key, Mapped, Hash, Pred, Alloc> const&); template<typename Key, typename Mapped, typename Hash, typename Pred, typename Alloc> bool operator!=(unordered_map<Key, Mapped, Hash, Pred, Alloc> const&, unordered_map<Key, Mapped, Hash, Pred, Alloc> const&); // swap template<typename Key, typename Mapped, typename Hash, typename Pred, typename Alloc> void swap(unordered_map<Key, Mapped, Hash, Pred, Alloc>&, unordered_map<Key, Mapped, Hash, Pred, Alloc>&);
Based on chapter 23 of the working draft of the C++ standard [n2960]. But without the updated rules for allocators.
Template Parameters
| Key | Key must be Assignable and CopyConstructible. |
| Mapped | Mapped must be CopyConstructible |
| Hash | A unary function object type that acts a hash function for a Key . It takes a single argument of type Key and returns a value of type std::size_t. |
| Pred | A binary function object that implements an equivalence relation on values of type Key .
A binary function object that induces an equivalence relation on values of type Key.
It takes two arguments of type Key and returns a value of type bool. |
| Alloc | An allocator whose value type is the same as the container's value type. |
The elements are organized into buckets. Keys with the same hash code are stored in the same bucket.
The number of buckets can be automatically increased by a call to insert, or as the result of calling rehash.
unordered_map
public
typestypedef implementation-defined size_type;
An unsigned integral type.
size_type can represent any non-negative value of difference_type.
typedef implementation-defined difference_type;
A signed integral type.
Is identical to the difference type of iterator and const_iterator.
typedef implementation-defined iterator;
A iterator whose value type is value_type.
The iterator category is at least a forward iterator.
Convertible to const_iterator.
typedef implementation-defined const_iterator;
A constant iterator whose value type is value_type.
The iterator category is at least a forward iterator.
typedef implementation-defined local_iterator;
An iterator with the same value type, difference type and pointer and reference type as iterator.
A local_iterator object can be used to iterate through a single bucket.
typedef implementation-defined const_local_iterator;
A constant iterator with the same value type, difference type and pointer and reference type as const_iterator.
A const_local_iterator object can be used to iterate through a single bucket.
unordered_map
public
construct/copy/destructexplicit unordered_map(size_type n = implementation-defined, hasher const& hf = hasher(), key_equal const& eq = key_equal(), allocator_type const& a = allocator_type());
Constructs an empty container with at least n buckets, using hf as the hash function, eq as the key equality predicate, a as the allocator and a maximum load factor of 1.0.
Postconditions: |
size() == 0 |
template<typename InputIterator> unordered_map(InputIterator f, InputIterator l, size_type n = implementation-defined, hasher const& hf = hasher(), key_equal const& eq = key_equal(), allocator_type const& a = allocator_type());
Constructs an empty container with at least n buckets, using hf as the hash function, eq as the key equality predicate, a as the allocator and a maximum load factor of 1.0 and inserts the elements from [f, l) into it.
unordered_map(unordered_map const&);
The copy constructor. Copies the contained elements, hash function, predicate, maximum load factor and allocator.
Requires: |
|
unordered_map(unordered_map &&);
The move constructor.
Notes: |
This is emulated on compilers without rvalue references. |
Requires: |
|
explicit unordered_map(Allocator const& a);
Constructs an empty container, using allocator a
.
unordered_map(unordered_map const& x, Allocator const& a);
Constructs an container, copying x
's contained elements, hash function, predicate, maximum load factor, but using allocator a
.
~unordered_map();
Notes: |
The destructor is applied to every element, and all memory is deallocated |
unordered_map& operator=(unordered_map const&);
The assignment operator. Copies the contained elements, hash function, predicate and maximum load factor but not the allocator.
Notes: |
On compilers without rvalue references, there is a single assignment
operator with the signature |
Requires: |
|
unordered_map& operator=(unordered_map &&);
The move assignment operator.
Notes: |
On compilers without rvalue references, there is a single assignment
operator with the signature |
Requires: |
|
allocator_type get_allocator() const;
unordered_map
iteratorsiterator begin(); const_iterator begin() const;
Returns: |
An iterator referring to the first element of the container, or if the container is empty the past-the-end value for the container. |
iterator end(); const_iterator end() const;
Returns: |
An iterator which refers to the past-the-end value for the container. |
const_iterator cbegin() const;
Returns: |
A constant iterator referring to the first element of the container, or if the container is empty the past-the-end value for the container. |
const_iterator cend() const;
Returns: |
A constant iterator which refers to the past-the-end value for the container. |
unordered_map
modifierstemplate<typename... Args> std::pair<iterator, bool> emplace(Args&&... args);
Inserts an object, constructed with the arguments args
, in the container if and only if there is no element in the container with an equivalent key.
Returns: |
The bool component of the return type is true if an insert took place. If an insert took place, then the iterator points to the newly inserted element. Otherwise, it points to the element with equivalent key. |
Throws: |
If an exception is thrown by an operation other than a call to |
Notes: |
Can invalidate iterators, but only if the insert causes the load factor to be greater to or equal to the maximum load factor. Pointers and references to elements are never invalidated. If the compiler doesn't support variadic template arguments or rvalue references, this is emulated for up to 10 arguments, with no support for rvalue references or move semantics. |
template<typename... Args> iterator emplace_hint(const_iterator hint, Args&&... args);
Inserts an object, constructed with the arguments args
, in the container if and only if there is no element in the container with an equivalent key.
hint is a suggestion to where the element should be inserted.
Returns: |
If an insert took place, then the iterator points to the newly inserted element. Otherwise, it points to the element with equivalent key. |
Throws: |
If an exception is thrown by an operation other than a call to |
Notes: |
The standard is fairly vague on the meaning of the hint. But the only practical way to use it, and the only way that Boost.Unordered supports is to point to an existing element with the same key. Can invalidate iterators, but only if the insert causes the load factor to be greater to or equal to the maximum load factor. Pointers and references to elements are never invalidated. If the compiler doesn't support variadic template arguments or rvalue references, this is emulated for up to 10 arguments, with no support for rvalue references or move semantics. |
std::pair<iterator, bool> insert(value_type const& obj);
Inserts obj in the container if and only if there is no element in the container with an equivalent key.
Returns: |
The bool component of the return type is true if an insert took place. If an insert took place, then the iterator points to the newly inserted element. Otherwise, it points to the element with equivalent key. |
Throws: |
If an exception is thrown by an operation other than a call to |
Notes: |
Can invalidate iterators, but only if the insert causes the load factor to be greater to or equal to the maximum load factor. Pointers and references to elements are never invalidated. |
iterator insert(const_iterator hint, value_type const& obj);
Inserts obj in the container if and only if there is no element in the container with an equivalent key.
hint is a suggestion to where the element should be inserted.
Returns: |
If an insert took place, then the iterator points to the newly inserted element. Otherwise, it points to the element with equivalent key. |
Throws: |
If an exception is thrown by an operation other than a call to |
Notes: |
The standard is fairly vague on the meaning of the hint. But the only practical way to use it, and the only way that Boost.Unordered supports is to point to an existing element with the same key. Can invalidate iterators, but only if the insert causes the load factor to be greater to or equal to the maximum load factor. Pointers and references to elements are never invalidated. |
template<typename InputIterator> void insert(InputIterator first, InputIterator last);
Inserts a range of elements into the container. Elements are inserted if and only if there is no element in the container with an equivalent key.
Throws: |
When inserting a single element, if an exception is thrown by an operation other than a call to |
Notes: |
Can invalidate iterators, but only if the insert causes the load factor to be greater to or equal to the maximum load factor. Pointers and references to elements are never invalidated. |
iterator erase(const_iterator position);
Erase the element pointed to by position
.
Returns: |
The iterator following |
Throws: |
Only throws an exception if it is thrown by In this implementation, this overload doesn't call either function object's methods so it is no throw, but this might not be true in other implementations. |
Notes: |
When the number of elements is a lot smaller than the number of buckets this function can be very inefficient as it has to search through empty buckets for the next element, in order to return the iterator. The method quick_erase is faster, but has yet to be standardized. |
size_type erase(key_type const& k);
Erase all elements with key equivalent to k
.
Returns: |
The number of elements erased. |
Throws: |
Only throws an exception if it is thrown by |
iterator erase(const_iterator first, const_iterator last);
Erases the elements in the range from first
to last
.
Returns: |
The iterator following the erased elements - i.e. |
Throws: |
Only throws an exception if it is thrown by In this implementation, this overload doesn't call either function object's methods so it is no throw, but this might not be true in other implementations. |
void quick_erase(const_iterator position);
Erase the element pointed to by position
.
Throws: |
Only throws an exception if it is thrown by In this implementation, this overload doesn't call either function object's methods so it is no throw, but this might not be true in other implementations. |
Notes: |
This method is faster than erase as it doesn't have to find the next element in the container - a potentially costly operation. As it hasn't been standardized, it's likely that this may change in the future. |
void erase_return_void(const_iterator position);
Erase the element pointed to by position
.
Throws: |
Only throws an exception if it is thrown by In this implementation, this overload doesn't call either function object's methods so it is no throw, but this might not be true in other implementations. |
Notes: |
This method is now deprecated, use quick_return instead. Although be warned that as that isn't standardized yet, it could also change. |
void clear();
Erases all elements in the container.
Postconditions: |
|
Throws: |
Never throws an exception. |
void swap(unordered_map&);
Throws: |
If the allocators are equal, doesn't throw an exception unless it is thrown by the copy constructor or copy assignment operator of |
Notes: |
For a discussion of the behavior when allocators aren't equal see the implementation details. |
unordered_map
lookupiterator find(key_type const& k); const_iterator find(key_type const& k) const; template<typename CompatibleKey, typename CompatibleHash, typename CompatiblePredicate> iterator find(CompatibleKey const& k, CompatibleHash const& hash, CompatiblePredicate const& eq); template<typename CompatibleKey, typename CompatibleHash, typename CompatiblePredicate> const_iterator find(CompatibleKey const& k, CompatibleHash const& hash, CompatiblePredicate const& eq) const;
Returns: |
An iterator pointing to an element with key equivalent to |
Notes: |
The templated overloads are a non-standard extensions which allows you to use a compatible hash function and equality predicate for a key of a different type in order to avoid an expensive type cast. In general, its use is not encouraged. |
size_type count(key_type const& k) const;
Returns: |
The number of elements with key equivalent to |
std::pair<iterator, iterator> equal_range(key_type const& k); std::pair<const_iterator, const_iterator> equal_range(key_type const& k) const;
Returns: |
A range containing all elements with key equivalent to |
mapped_type& operator[](key_type const& k);
Effects: |
If the container does not already contain an elements with a key equivalent to |
Returns: |
A reference to |
Throws: |
If an exception is thrown by an operation other than a call to |
Notes: |
Can invalidate iterators, but only if the insert causes the load factor to be greater to or equal to the maximum load factor. Pointers and references to elements are never invalidated. |
Mapped& at(key_type const& k); Mapped const& at(key_type const& k) const;
Returns: |
A reference to |
Throws: |
An exception object of type |
Notes: |
This is not specified in the draft standard, but that is probably an oversight. The issue has been raised in comp.std.c++. |
unordered_map
bucket interfacesize_type bucket_count() const;
Returns: |
The number of buckets. |
size_type max_bucket_count() const;
Returns: |
An upper bound on the number of buckets. |
size_type bucket_size(size_type n) const;
Requires: |
|
Returns: |
The number of elements in bucket |
size_type bucket(key_type const& k) const;
Returns: |
The index of the bucket which would contain an element with key |
Postconditions: |
The return value is less than |
local_iterator begin(size_type n); const_local_iterator begin(size_type n) const;
Requires: |
|
Returns: |
A local iterator pointing the first element in the bucket with index |
local_iterator end(size_type n); const_local_iterator end(size_type n) const;
Requires: |
|
Returns: |
A local iterator pointing the 'one past the end' element in the bucket with index |
const_local_iterator cbegin(size_type n) const;
Requires: |
|
Returns: |
A constant local iterator pointing the first element in the bucket with index |
const_local_iterator cend(size_type n);
Requires: |
|
Returns: |
A constant local iterator pointing the 'one past the end' element in the bucket with index |
unordered_map
hash policyfloat load_factor() const;
Returns: |
The average number of elements per bucket. |
float max_load_factor() const;
Returns: |
Returns the current maximum load factor. |
void max_load_factor(float z);
Effects: |
Changes the container's maximum load factor, using |
void rehash(size_type n);
Changes the number of buckets so that there at least n
buckets, and so that the load factor is less than the maximum load factor.
Invalidates iterators, and changes the order of elements. Pointers and references to elements are not invalidated.
Throws: |
The function has no effect if an exception is thrown, unless it is thrown by the container's hash function or comparison function. |
unordered_map
Equality Comparisonstemplate<typename Key, typename Mapped, typename Hash, typename Pred, typename Alloc> bool operator==(unordered_map<Key, Mapped, Hash, Pred, Alloc> const& x, unordered_map<Key, Mapped, Hash, Pred, Alloc> const& y);
Notes: |
This is a boost extension. Behavior is undefined if the two containers don't have equivalent equality predicates. |
template<typename Key, typename Mapped, typename Hash, typename Pred, typename Alloc> bool operator!=(unordered_map<Key, Mapped, Hash, Pred, Alloc> const& x, unordered_map<Key, Mapped, Hash, Pred, Alloc> const& y);
Notes: |
This is a boost extension. Behavior is undefined if the two containers don't have equivalent equality predicates. |
unordered_map
swaptemplate<typename Key, typename Mapped, typename Hash, typename Pred, typename Alloc> void swap(unordered_map<Key, Mapped, Hash, Pred, Alloc>& x, unordered_map<Key, Mapped, Hash, Pred, Alloc>& y);
Effects: |
|
Throws: |
If the allocators are equal, doesn't throw an exception unless it is thrown by the copy constructor or copy assignment operator of |
Notes: |
For a discussion of the behavior when allocators aren't equal see the implementation details. |


How I think and learn
January 12, 2015
Everybody has his own way of thinking and intaking stimuli and input from his surroundings. Rather than being a singular exact style, it can be a blend of four different styles. Anthony Gregorc's Mind Styles Model provides an organized way to consider how our minds think based on our answering 15 questions. The model is broken down into 2 primary perceptual qualities (concrete and abstract) which is further subdivided into 2 ordering abilities(sequential and random), totaling 4 different thinking styles.
1. Concrete Sequential (CS)
2. Abstract Random (AR)
3. Abstract Sequential (AS)
4. Concrete Random (CR)
I am definitely a concrete thinker: I scored nearly the same in both Concrete Sequential and Concrete Random thinking styles. Concrete sequential thinkers like order, logical sequences, following directions and getting facts. They learn best in structured environments, generally work pragmatically, and have a linear thought process. Concrete random thinkers, on the other hand, like experimenting to find answers, working independently and competitively. In contrast to the concrete sequential approach, concrete random thinkers' minds organize information by chunk, in no particular order, and are much more intuitive and impulsive than planned.
I am actually amazed at this information. I feel it describes me with my artistic and scientific backgrounds very well. Even though both styles are quite distinctive, they complement each other very well. At DBC, I plan on maximizing the strengths of both. Generally as a concrete thinker, I learn best when taking a hands-on approach. I work well in teams as well as independently, so I look forward to pair programming and group challenges, but ultimately furthering my developer career. If you want to determine your thinking styles check out Gregoric's personality test and SUNY Cortland's article on apply this newfound information.
Although, I have the pragmatic approach well developed, I know I am not the most abstract thinker. But not all hope is lost. According to Carol Dweck's research on growth and fixed mindsets, growth mindsets, unlike fixed ones, thrive on challenges as opportunities for growth and aren't afraid of failure. Fixed mindsets, on the other hand, perceive one's intelligence and capabilites as inherited and unchangeable and avoid risking failure. Similiar to thinking styles, mindsets aren't set in stone and aren't the same in all areas. In some, I may be more fixed than in others. However, I will strive to have more open-mindedness in all areas and tasks while at DBC and beyond. Failure is inevitable and is a marker of your progress rather than a hindrance.


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| Computer Project Status (04/22/2017 - 11:16:56) | |||
| Project File: | CharlesProc.xise | Parser Errors: | No Errors |
| Module Name: | Computer | Implementation State: | Synthesized |
| Target Device: | xc3s100e-5cp132 |
|
No Errors |
| Product Version: | ISE 14.7 |
|
12 Warnings (0 new) |
| Design Goal: | Balanced |
|
|
| Design Strategy: | Xilinx Default (unlocked) |
|
|
| Environment: | System Settings |
|
| Device Utilization Summary (estimated values) | [-] | |||
| Logic Utilization | Used | Available | Utilization | |
| Number of Slices | 125 | 960 | 13% | |
| Number of Slice Flip Flops | 116 | 1920 | 6% | |
| Number of 4 input LUTs | 208 | 1920 | 10% | |
| Number of bonded IOBs | 10 | 83 | 12% | |
| Number of GCLKs | 1 | 24 | 4% |
| Detailed Reports | [-] | |||||
| Report Name | Status | Generated | Errors | Warnings | Infos | |
| Synthesis Report | Current | sam. avr. 22 11:16:56 2017 | 0 | 12 Warnings (0 new) | 4 Infos (0 new) | |
| Translation Report | Out of Date | sam. avr. 22 09:50:26 2017 | 0 | 0 | 0 | |
| Map Report | Out of Date | sam. avr. 22 09:50:34 2017 | 0 | 8 Warnings (0 new) | 2 Infos (0 new) | |
| Place and Route Report | Out of Date | sam. avr. 22 09:50:55 2017 | 0 | 0 | 2 Infos (0 new) | |
| Power Report | ||||||
| Post-PAR Static Timing Report | Out of Date | sam. avr. 22 09:51:00 2017 | 0 | 0 | 6 Infos (0 new) | |
| Bitgen Report | Out of Date | sam. avr. 22 09:51:05 2017 | 0 | 0 | 0 |
| Secondary Reports | [-] | ||
| Report Name | Status | Generated | |
| ISIM Simulator Log | Out of Date | lun. avr. 17 10:25:13 2017 | |
| WebTalk Report | Out of Date | sam. avr. 22 09:51:06 2017 | |
| WebTalk Log File | Out of Date | sam. avr. 22 09:51:07 2017 |


This book will tell you enough about J for you to use it as a language for developing serious applications, but it is about more than learning the J language: it is also about 'thinking big' in programming, and how programming in J is fundamentally different from programming in C. C programs deal intimately with scalars (single numbers and characters), and even when they combine those scalars into arrays and structures, the operations on the arrays and structures are defined by operations on the scalars. To ensure that each item of an array is operated on, loops are created that visit each element of the array and perform a scalar operation on the element.
Writing code in a scalar language makes you rather like a general who gives orders to his troops by visiting each one and whispering in his ear. That touch-of-Harry kind of generalling can achieve victorious results, and it has the advantage that the orders can be tailored to the man, but its disadvantages are significant: the general spends much mental energy in formulating individual orders and much breath in communicating them individually; more significant, his limited attention is drawn toward individuals and away from the army as a whole. Even the great Rommel was overtaxed at times.
The J programmer is, in contrast, a general who stands before his army and snaps out orders to the army as a whole. Every man receives the same order, but the order itself contains enough detail for the individual men to act appropriately. Such a general can command a corps as easily as a platoon, and always has the 'big picture' in mind.
OK, maybe you're not Rommel, but you are a working programmer, and you suspect that very few practical programs can be represented as array operations--matrix multiplication maybe, or adding a list of numbers--and that, even if a wide range of programs were possible, the set of operations supported must be too vast to be practical: wouldn't we need an array operation for every possible program?
The first half of this book is devoted to showing you that it is indeed possible to write meaningful programs with array operations. We take the approach of looking at the different ways loops are used, and seeing what facilities J has for producing the same result using array operations. We will find that J contains a couple of dozen array-processing primitives and a dozen or so very cleverly chosen pipe-fittings that allow those primitives to be connected together to provide the limitless supply of array-processing functions needed for practical programming.
Interspersed with the elaboration of more and more intricate array operations are treatments of other matters of use in practical programming: structure definition, input and output, performance measurement, calling DLLs, modular programming. Eventually we will see how to use if-then-else and do-while in J, though you will have learned more elegant ways to get the same results.
The last portion of the book is devoted to the optional topic of tacit programming, J's language for functional programming. Tacit programming is an extremely terse way of expressing algorithms, one that allows programs that have been compressed from a page of C into a few lines of J to be compressed still further.


Woman charged in boyfriend’s suicide being arraigned
by Associated PressBOSTON (AP) — A former Boston College student charged with involuntary manslaughter for allegedly encouraging her boyfriend to take his life is being arraigned.
Twenty-one-year-old Inyoung You is in court Friday morning.
Prosecutors say she sent Alexander Urtula, of Cedar Grove, New Jersey, more than 47,000 text messages in the last two months of the relationship, including many urging him to “go kill yourself.”
Urtula died in Boston on May 20, the day of his Boston College graduation.
Earlier this week You, through a public relations firm, released text messages suggesting she tried to stop Urtula and alerted Urtula’s brother in the moments before his death.
When You was indicted in October, prosecutors said she was in South Korea.


{% extends "tasks/mails/deadline_to_apply_base.mail.html" %}
{% load i18n %}
{% block content %}
{{ block.super }}
{% blocktrans with title=task.title people_applied=task.people_applied %}
The deadline to apply for your task "{{ title }}" has been reached.
You successfully reached the requested number of task members. The task has been set to 'full'.
This is a good moment to update your project followers.
{% endblocktrans %}
{% endblock %}
{% block action %}
{% trans 'Leave a message' context 'email' %}
{% endblock %}