|
Change |
Effect |
| 1 |
Name of member with value 1 has been changed from LYVE_XML_MISS to LYVE_SYNTAX. |
Applications may execute a wrong branch of code in the library and therefore change the behavior. |
| 2 |
Name of member with value 10 has been changed from LYVE_MISSSTMT to LYVE_OTHER. |
Applications may execute a wrong branch of code in the library and therefore change the behavior. |
| 3 |
Name of member with value 2 has been changed from LYVE_XML_INVAL to LYVE_SYNTAX_YANG. |
Applications may execute a wrong branch of code in the library and therefore change the behavior. |
| 4 |
Name of member with value 3 has been changed from LYVE_XML_INCHAR to LYVE_SYNTAX_YIN. |
Applications may execute a wrong branch of code in the library and therefore change the behavior. |
| 5 |
Name of member with value 4 has been changed from LYVE_EOF to LYVE_REFERENCE. |
Applications may execute a wrong branch of code in the library and therefore change the behavior. |
| 6 |
Name of member with value 5 has been changed from LYVE_INSTMT to LYVE_XPATH. |
Applications may execute a wrong branch of code in the library and therefore change the behavior. |
| 7 |
Name of member with value 6 has been changed from LYVE_INPAR to LYVE_SEMANTICS. |
Applications may execute a wrong branch of code in the library and therefore change the behavior. |
| 8 |
Name of member with value 7 has been changed from LYVE_INID to LYVE_SYNTAX_XML. |
Applications may execute a wrong branch of code in the library and therefore change the behavior. |
| 9 |
Name of member with value 8 has been changed from LYVE_INDATE to LYVE_SYNTAX_JSON. |
Applications may execute a wrong branch of code in the library and therefore change the behavior. |
| 10 |
Name of member with value 9 has been changed from LYVE_INARG to LYVE_DATA. |
Applications may execute a wrong branch of code in the library and therefore change the behavior. |
| 11 |
The member LYVE_BITS_INNAME has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 12 |
The member LYVE_BITS_INVAL has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 13 |
The member LYVE_CIRC_FEATURES has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 14 |
The member LYVE_CIRC_IMPORTS has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 15 |
The member LYVE_CIRC_INCLUDES has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 16 |
The member LYVE_CIRC_LEAFREFS has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 17 |
The member LYVE_DUPID has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 18 |
The member LYVE_DUPLEAFLIST has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 19 |
The member LYVE_DUPLIST has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 20 |
The member LYVE_ENUM_INNAME has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 21 |
The member LYVE_ENUM_INVAL has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 22 |
The member LYVE_ENUM_WS has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 23 |
The member LYVE_INATTR has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 24 |
The member LYVE_INCHAR has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 25 |
The member LYVE_INELEM has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 26 |
The member LYVE_INMETA has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 27 |
The member LYVE_INMOD has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 28 |
The member LYVE_INORDER has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 29 |
The member LYVE_INPRED has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 30 |
The member LYVE_INREGEX has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 31 |
The member LYVE_INRESOLV has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 32 |
The member LYVE_INSTATUS has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 33 |
The member LYVE_INVAL has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 34 |
The member LYVE_INVER has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 35 |
The member LYVE_INWHEN has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 36 |
The member LYVE_KEY_CONFIG has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 37 |
The member LYVE_KEY_DUP has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 38 |
The member LYVE_KEY_MISS has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 39 |
The member LYVE_KEY_NLEAF has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 40 |
The member LYVE_KEY_TYPE has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 41 |
The member LYVE_MCASEDATA has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 42 |
The member LYVE_MISSARG has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 43 |
The member LYVE_MISSATTR has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 44 |
The member LYVE_MISSELEM has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 45 |
The member LYVE_NOCONSTR has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 46 |
The member LYVE_NOLEAFREF has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 47 |
The member LYVE_NOMANDCHOICE has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 48 |
The member LYVE_NOMAX has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 49 |
The member LYVE_NOMIN has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 50 |
The member LYVE_NOMUST has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 51 |
The member LYVE_NOREQINS has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 52 |
The member LYVE_NORESOLV has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 53 |
The member LYVE_NOUNIQ has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 54 |
The member LYVE_NOWHEN has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 55 |
The member LYVE_OBSDATA has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 56 |
The member LYVE_PATH_EXISTS has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 57 |
The member LYVE_PATH_INCHAR has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 58 |
The member LYVE_PATH_INIDENTREF has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 59 |
The member LYVE_PATH_INKEY has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 60 |
The member LYVE_PATH_INMOD has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 61 |
The member LYVE_PATH_INNODE has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 62 |
The member LYVE_PATH_MISSKEY has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 63 |
The member LYVE_PATH_MISSMOD has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 64 |
The member LYVE_PATH_MISSPAR has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 65 |
The member LYVE_PATH_PREDTOOMANY has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 66 |
The member LYVE_SUBMODULE has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 67 |
The member LYVE_TOOMANY has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 68 |
The member LYVE_XPATH_DUMMY has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 69 |
The member LYVE_XPATH_EOF has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 70 |
The member LYVE_XPATH_INARGCOUNT has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 71 |
The member LYVE_XPATH_INARGTYPE has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 72 |
The member LYVE_XPATH_INCTX has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 73 |
The member LYVE_XPATH_INFUNC has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 74 |
The member LYVE_XPATH_INMOD has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 75 |
The member LYVE_XPATH_INOP has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 76 |
The member LYVE_XPATH_INTOK has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |
| 77 |
The member LYVE_XPATH_NOEND has been removed. |
This may result in crash or incorrect behavior of applications because the library may not handle removed member anymore. |


{% load static %}
No of Answers Right = {{predict_item.right}}
Classification According to KNN is {{predict_item.knn}}
Classification According to Decision Tree is {{predict_item.dtree}}


|
Project: par_kinematics License: BSD Dependencies:
Used by:
None |
Point Class Reference
Detailed DescriptionAuthor: W. van Teijlingen<EMAIL_ADDRESS>This code is based on http://sensi.org/~svo/dbot/applet/ by Viacheslav Slavinsky. Definition at line 16 of file point.h. Constructor & Destructor Documentation
Author: W. van Teijlingen<EMAIL_ADDRESS>This code is based on http://sensi.org/~svo/dbot/applet/ by Viacheslav Slavinsky. Member Function DocumentationMember Data DocumentationThe documentation for this class was generated from the following files: |


Just about everything Computers, from machine-level math to cloud computing.
Standards are always changing, especially in the mobile realm. So far, I have been exposed to C, C++, Java, Python, shell scripting, a few CAS languages, SQL, and a host of web- and mobile-development languages.
Of course it is, but it's rewarding in equal measure. You will begin to think differently, and by the end, when you start to choose which languages best fit your objective, you will realize just how far you've come.
The faculty are the best around; intelligent, wise, supportive, attentive, and truly caring of whether you succeed. If you're willing to put in the time and the effort, you're guaranteed to get where you want to be!
I'd prefer not to discuss such things. See Financial Aid or whoever and make that determination for yourself.
Modern web and mobile programming techniques. A high-powered course that expects you to learn quickly and well to stay on the razor's edge of the fresh and rapidly-growing mobile software development industry.
This course will expect you to adopt flexible HTML5/CSS/JavaScript functionality, then focus on multi-platform app development using a wide variety of popular CSS and JavaScript libraries. This was developed using JQuery Mobile!
The final objective of this course is to, along with a partner, produce and publish a mobile app in at least two app stores!
The gears behind the screen -- Learn how 0s and 1s can be used to accomplish just about any task. Everyone knows that computers are versatile, but how do they get that way?
Algorithm Design is all about sorting, shuffling, arithmetic... the basic building blocks of the functions and routines that make our computers so flexible. Learn how to design your own algorithms that not only perform, but do so efficiently.
A focus on lower-level program design offers something for anyone. Even if you only ever end up using pre-existing libraries in the future, an understanding of how they do what they do will definitely make your job easier.
Use Algebra and Calculus to solve everyday problems and make predictions about the future based on statistical data.
Yep, a math class had to be somewhere on here... this one is really cool though. For all the people that sit in Calculus and wonder, "when am I ever going to use this?" Math Models & Sims is the link between all those math courses you have to take and computers. Using various line-fitting strategies and CAS to aid in computation, you will learn the basics behind things like population models and sales projections. The midterm project involved producing an impressive purchasing model for a business.
This is one of those classes that continues to tickle at the back of your mind long after you've taken it, at unexpected times day after day. Good stuff.
Been using Windows your whole life? Tired of all the extra "features" that are forced upon you in mainstream operating systems today? There's another option, and it just might be for you!
Unix has been around for ages, and still maintains a strong following in just about every sector. There are a ton of reasons why, and in this course, you will receive guidance from start to finish on an exploratory journey through Linux, a popular modern descendent of the original Unix. Get comfortable with the command line, text editors, scripting basics, and everything you need to shift your work environment into Linux! The best part is that you don't even have to give up your old operating system, as many Linux distributions can be booted from a USB flash drive.
This course is a bit daunting at first, and there are many things that come up that don't initially seem to make sense. I realized later that many of these things were a product of conditioning, and that unsurpassed flexibility is offered by the tools presented in this course. For me, it was well worth the move. I don't think I've booted into Windows in six months.
Learn how data is stored and organized in a typical SQL database. Creation, modification, and querying of databases provides a cursory understanding of how you can store and manipulate your own data for just about any purpose, from video games to managing a shipping company.
The skills gained in class can easily score you a job. A friend of mine recently graduated with a Math degree (CSCI concentration), and was actually told that if he had any SQL experience at all, he would've been a dead-ringer for the job. Once the foundation is laid, you can create your own personal databases for anything you can think of!
My favorite thing about this class was when I had to produce a user-interface for an investment firm database that I built. This was the first time that I made a deliberate decision to use multiple programming languages for a single task. I created a menu system for the user with Java, which output a Python script that applied SQL commands to the database. This was a lot of fun, and an indication that some of this education had been sticking after all.


| Interface | Description |
|---|---|
| Item | |
| MultimediaControl |
This document Multimedia Interface for the Production Project2 GUI project.
|
| ScreenSpec |
This document has the contains interface of Screen Spec for the Production Project2 GUI
project.
|
| Class | Description |
|---|---|
| AudioPlayer |
Audio player is a subclass of Product class and implements multimedia control interface.
|
| Controller |
This controller document has the contains the button and combo box events for the Production
Project2 GUI project.
|
| Employee |
This document contains the Employee information for the Production Project 2 GUI project.
|
| Main | |
| MoviePlayer |
This document has the Movie Player class which implements Multimedia Control for the Production
Project2 GUI project.
|
| Product |
This controller document has the contains the product class for the Production Project2 GUI
project.
|
| ProductionRecord |
This document has the contains the production record information for the Production Project2 GUI
project.
|
| Screen |
This document contains the Screen information which implements Screen Spec interface for the
Production Project2 GUI project.
|
| Enum | Description |
|---|---|
| MonitorType |
This class has the contains enum for monitor type for the Production Project2 GUI project.
|


Watching
| Bidder | Date Time | unit price |
|---|---|---|
All successful bidders can confirm their winning bid by checking the “Sbidu”. In addition, all successful bidders will receive an email notifying them of their winning bid after the auction closes.
All successful bidders can confirm their winning bid by checking the “Sbidu”. In addition, all successful bidders will receive an email notifying them of their winning bid after the auction closes.
All successful bidders can confirm their winning bid by checking the “Sbidu”. In addition, all successful bidders will receive an email notifying them of their winning bid after the auction closes.
All successful bidders can confirm their winning bid by checking the “Sbidu”. In addition, all successful bidders will receive an email notifying them of their winning bid after the auction closes.
All successful bidders can confirm their winning bid by checking the “Sbidu”. In addition, all successful bidders will receive an email notifying them of their winning bid after the auction closes.
All successful bidders can confirm their winning bid by checking the “Sbidu”. In addition, all successful bidders will receive an email notifying them of their winning bid after the auction closes.


(A maximum of 200 people can challenge Antharas.)
Move to Antharas' Nest
Quest


{% extends 'base.html' %} {% block content %}
Welcome to DB-Manager ! To finish the registration process, please click on this link


secp256k1.cr
A library implementing the Secp256k1
elliptic curve natively in pure Crystal.
Secp256k1
is the elliptic curve used in the public-private-key cryptography required by Bitcoin
, Ethereum
, and Polkadot
.
This library allows for:
- providing a
Secp256k1
cryptographic context, seeSecp256k1::Context
- managing
Secp256k1
signatures and verification, seeSecp256k1::Signature
- managing private-public keypairs, see
Secp256k1::Key
- generating public keys, see
Secp256k1::Point
- generating private keys, see
Secp256k1::Num
Installation
Add the Secp256k1
library to your shard.yml
dependencies:
secp256k1:
github: q9f/secp256k1.cr
version: "~> 0.5"
Usage
Import and expose the Secp256k1
module.
require "secp256k1"
This library exposes the following modules and classes (in logical order):
Secp256k1
: necessary constants and data structures, including:Secp256k1::Num
: for managing big numerics (private keys)Secp256k1::Point
: for handling of elliptic curve points (public keys)Secp256k1::Key
: for managing private-public keypairs (accounts)Secp256k1::Signature
: for handling ECDSA signatures (r, s, v)
Secp256k1::Context
: providing a cryptographic context for signing and verificationSecp256k1::Curve
: the entire core mathematics behind the elliptic curve cryptographySecp256k1::Util
: binding of various hashing algorithms for convenience
Basic usage:
# generates a new, random keypair
key = Secp256k1::Key.new
# => #<Secp256k1::Key:0x7fad7235aee0
# @private_key=#<Secp256k1::Num:0x7fad7235d300
# @hex="3ccf84820c20d5e8c536ba84c52ba410375b29b1812b5f7e722445c969a0fb30",
# @dec=27505422793993207218034260454067205887515304192802142316084292370834437241648,
# @bin=Bytes[60, 207, 132, 130, 12, 32, 213, 232, 197, 54, 186, 132, 197, 43, 164, 16, 55, 91, 41, 177, 129, 43, 95, 126, 114, 36, 69, 201, 105, 160, 251, 48]>,
# @public_key=#<Secp256k1::Point:0x7fad7235ad20
# @x=#<Secp256k1::Num:0x7fad69294ec0
# @hex="cd4a8712ee6efc15b5abe37c0dbfa979d89c427d3fe24b076008decefe94dba2",
# @dec=92855812888509048668847240903552964511053624688683992093822247249407942908834,
# @bin=Bytes[205, 74, 135, 18, 238, 110, 252, 21, 181, 171, 227, 124, 13, 191, 169, 121, 216, 156, 66, 125, 63, 226, 75, 7, 96, 8, 222, 206, 254, 148, 219, 162]>,
# @y=#<Secp256k1::Num:0x7fad69294e80
# @hex="81363d298e4a40ebcb13f1afa85a0b94b967f243ee59a59010cb5deaf0d7b66c",
# @dec=58444189335609256006902338825877424261513225250255958585656342678587884156524,
# @bin=Bytes[129, 54, 61, 41, 142, 74, 64, 235, 203, 19, 241, 175, 168, 90, 11, 148, 185, 103, 242, 67, 238, 89, 165, 144, 16, 203, 93, 234, 240, 215, 182, 108]>>>
# gets the private key
key.private_hex
# => "3ccf84820c20d5e8c536ba84c52ba410375b29b1812b5f7e722445c969a0fb30"
# gets the compressed public key with prefix
key.public_hex_compressed
# => "02cd4a8712ee6efc15b5abe37c0dbfa979d89c427d3fe24b076008decefe94dba2"
Signature generation and verification:
# sign a message with a private key
ctx = Secp256k1::Context.new
priv = Secp256k1::Num.new "1f0c122d41ff536b19bfd83537c0dfc290e45cd3c375a43237c8b8fff7ac8af7"
key = Secp256k1::Key.new priv
hash = Secp256k1::Util.sha256 "Henlo, Wordl"
sig = ctx.sign key, hash
# => #<Secp256k1::Signature:0x7f5332e1d9c0
# @r=#<Secp256k1::Num:0x7f5332decac0
# @hex="c4079db44240b7afe94985c69fc89602e33629fd9b8623d711c30ce6378b33df",
# @dec=88666774685717741514025410921892109286073075687452443491001272268566542627807,
# @bin=Bytes[196, 7, 157, 180, 66, 64, 183, 175, 233, 73, 133, 198, 159, 200, 150, 2, 227, 54, 41, 253, 155, 134, 35, 215, 17, 195, 12, 230, 55, 139, 51, 223]>,
# @s=#<Secp256k1::Num:0x7f5332deca80
# @hex="6842c1b63c94bdb8e4f5ae88fb65f7a98b77b197c8323004fb47ef57fab29053",
# @dec=47158485109070227797431103290229472044663017260590156038384319099500326195283,
# @bin=Bytes[104, 66, 193, 182, 60, 148, 189, 184, 228, 245, 174, 136, 251, 101, 247, 169, 139, 119, 177, 151, 200, 50, 48, 4, 251, 71, 239, 87, 250, 178, 144, 83]>,
# @v=#<Secp256k1::Num:0x7f5332deca40
# @hex="00",
# @dec=0,
# @bin=Bytes[0]>>
# verify a signature with a public key
r = Secp256k1::Num.new "c4079db44240b7afe94985c69fc89602e33629fd9b8623d711c30ce6378b33df"
s = Secp256k1::Num.new "6842c1b63c94bdb8e4f5ae88fb65f7a98b77b197c8323004fb47ef57fab29053"
v = Secp256k1::Num.new "00"
sig = Secp256k1::Signature.new r, s, v
hash = Secp256k1::Util.sha256 "Henlo, Wordl"
publ = Secp256k1::Point.new "0416008a369439f1a8a75cf974860bed5b10180518d6b1dd3ac847f423fd375d6aa29474394f0cd79d2ea543507d069e97339284f01bdbfd27392daec0ec553816"
ctx.verify sig, hash, publ
# => true
There are example scripts for generating Bitcoin
and Ethereum
accounts in src/bitcoin.cr
and src/ethereum.cr
.
Documentation
The full library documentation can be found here: q9f.github.io/secp256k1.cr
Generate a local copy with:
crystal docs
Testing
The library is entirely specified through tests in ./spec
; run:
crystal spec --verbose
Understand
Private keys are just scalars (Secp256k1::Num
) and public keys are points (Secp256k1::Point
) with x
and y
coordinates.
Bitcoin public keys can be uncompressed p|x|y
or compressed p|x
. both come with a prefix p
which is useless for uncompressed keys but necessary for compressed keys to recover the y
coordinate on the Secp256k1
elliptic curve field.
Ethereum public keys are uncompressed x|y
without any prefix. The last 20 bytes slice of the y
coordinate is actually used as address without any checksum. A checksum was later added in EIP-55 using a keccak256
hash and indicating character capitalization.
Neither Bitcoin nor Ethereum allow for recovering public keys from an address unless there exists a transaction with a valid signature on the blockchain.
Known issues
Note: this library should not be used in production without proper auditing. It should be considered slow and insecure.
- This library is not constant time and might be subject to side-channel attacks. (#4)
- This library does unnecessary big-integer math and should someday rather correctly implement the
Secp256k1
prime field (#5) - This library is slow in recovering signatures. Future versions should respect the recovery ID to quickly identify the correct public key from a signature.
Found any other issue? Report it: github.com/q9f/secp256k1.cr/issues
Contribute
Create a pull request, and make sure tests and linter pass.
This pure crystal implementation is based on the python implementation wobine/blackboard101 which is also used as reference to write tests against. It's a complete rewrite of the abandoned packetzero/bitcoinutils for educational purposes.
Honerable mention for the bitcoin wiki and the ethereum stackexchange for providing so many in-depth resources that supported this project in reimplementing everything.
License: Apache License v2.0


University of Wisconsin-Madison,
Madison, Wisconsin,
USA
National Bureau of Statistics-China, Natural Earth Data
Duanyang Jing, Han Liu, Veronica Plum
UW-Madison Geography 575, Spring 2016
Special thanks to Professor Rob Roth and Robin Tolochko.


Scanned Chinese Invoice Dataset
DAVAR LAB
Introduction
The SCID dataset is from CSIG 2022 Competition on Invoice Recognition and Analysis .
The dataset is also described in the accepted paper of 2023 journal of image and graphics 《SCID： A Scanned Chinese Invoice Dataset for Visually-Rich Document Information Extraction》
The dataset contains six types of invoices for algorithm verification. They are Taxi Invoice, Train Invoice, Passenger Invoice, Toll Invoice, Air Itinerary Invoice and Quota Invoice. All images have been were desensitized. Some visualization examples are shown as follows.
| Air Ticket | General Quota Invoice | Taxi Invoice |
| Passenger Transport Invoice | Toll Invoice | Train Ticket |
Annotation
We provide two types annotation files for the training data, ocr.json and gt.json :
ocr.json
This file contains the annotations for each text instance's location and content, defined as follows:
"abf3b61f-cefe-374e-2ace-ac1fbdf3f3af_1.jpg": { "height": 891, "width": 1245, "content_ann": { "texts": [ "112002070106", "12921503", "壹佰元整", "###", ... ] "bboxes": [ [ 453, 338, 830, 328, 832, 383, 454, 393 ], [ 446, 411, 739, 406, 741, 466, 448, 473 ], [ 462, 603, 809, 595, 812, 683, 464, 693 ], [ 428, 347, 883, 364, 882, 709, 419, 710 ], ... ] }, },where,
- texts: text content annotations for each text instance,
- bboxes: location for each text instance,
gt.json
This file contains the entity annotation groundtruth. An example corresponding to the above ocr.json is as follows:
"abf3b61f-cefe-374e-2ace-ac1fbdf3f3af_1.jpg": { "发票代码":112002070106, "发票号码":12921503, "金额":"壹佰元整", }


If you are viewing this page (firstPage), it means that the current browser URL ends with "#firstPage"
#firstPage | #secondPage | #thirdPage | #fourthPageIf you are viewing this page (secondPage), it means that the current browser URL ends with "#secondPage"
#firstPage | #secondPage | #thirdPage | #fourthPageIf you are viewing this page (thirdPage), it means that the current browser URL ends with "#thirdPage"
#firstPage | #secondPage | #thirdPage | #fourthPageIf you are viewing this modal (modalWindow), it means that the current browser URL ends with "#modalWindow"
#firstPage | #secondPage | #thirdPage | #fourthPage


| 837 | (A) | that were frescheare to fyghte þan þay by-fore were |
| 841 | (C) | That fresschere were þanne to fyȝte . thenne euur þey were |
| (D) | ---- no text ---- | |
| (E) | ---- no text ---- | |
| (Ex) | ---- no text ---- | |
| 858 | (L) | þat were freschere to fiȝt þan at þe furst tyme |
| 780 | (P) | þat war frescher to fight þan at þe firste tyme |
| (U) | ---- no text ---- | |
| (V) | ---- no text ---- |


{% extends 'mybooks/base.html' %} {% block content %}
Welcome to Mylibrary, here you can upload, consult, edit and delete books.


Before Change
logging.info("================= performing step =================")
for car_id in self.controlled_ids:
action = self.type_controllers[traci.vehicle.getTypeID(car_id)].get_action()
self.apply_action(car_id, action=action)
logging.info("Car with id " + car_id + " is on route " + str(traci.vehicle.getRouteID(car_id)))
for index, car_id in enumerate(self.rl_ids):
After Change
logging.debug("================= performing step =================")
for car_id in self.controlled_ids:
car_type = traci.vehicle.getTypeID(car_id)
action = self.type_params[car_type][1]()
self.apply_action(car_id, action=action)
logging.debug("Car with id " + car_id + " is on route " + str(traci.vehicle.getRouteID(car_id)))


Called when user selects an item from a color picker drop down menu.
colorClick(event)
| event |
object, event object |
Returns undefined.
Description
This method only works for toolbar item of type color or text-color. It is called when user selects a color. It is used internally, but you can use
to emulate clicks. This method emits .onClick event.
If you have toolbar defined in the following way:
You can emulate color picker click in the following way:


There are 2,682 US Internet service providers.
Facebook's market cap is $332.1 Billion. Comcast's market cap: $184.94 Billion. Alphabet Inc's market cap is $634.68 Billion. Verizon's market cap: $217.03 Billion
Internet service providers would like us to believe that innovation at the physical layer of the OSI model is just as important. The physical layer, ISP’s argue, needs less institutional support and more freedom from unsavory regulation.
ISP business models seek to manipulate both bandwidth speeds and network access. There is nothing truly innovative about providing packaged services with reduced service at a lower cost (as practiced in some parts of Europe). But this is a profit-friendly way to maximize (and racket) demand.
Profit margins for an ISP really depend on clever handling of heavy network requests and limited oversight helps them meet this objective. When regulation directly impacts this very special layer of the OSI model (the physical layer) ISP’s often react with full force – deploying their lobbies and campaigning for their special interests.
The profits generated from the consumer, ISP’s promise, would drive corporate investment into new technologies, infrastructure, and innovation. The OSI layer closest to ISP business pursuits, the physical layer, is the part ISP’s control. Maintaining market capitalization in this area is both advantageous to their long-term sustainability and valuable to their short-term goals.
Most of net-neutrality attention is focused on theoretical abuses by internet service providers forgetting that much of the risk lies in the application layer. Sometimes innovation is filled with interesting examples of abuse, misconduct, and illegality. Other times innovation is fueled by exploitation, theft, and large-scale racketeering.
My solution to this problem is a proposal to treat the physical layer of the OSI model as a public resource.
Industry, academia can work together to promote strong electoral support.
See what works and what doesn't. Many parts of the country are already experimenting with locally based municipal internet.
Communicate with end-users about change.
Develop new approaches for the data-link, transport, and network layers. Seamless integration with IOT devices might require some sleight of hand and departure from the OSI model might be appropriate.
Designing to Promote Equity and Change Authority


A little cheat project for payday2 by andywang425
This mod is only used for learning and testing. The author is not responsible for it. Please delete it after running the test. Do not abuse it!


Hello Julia Chistiakova,
We recieved a request to reset your password for your Quest! account. Use the button below to set a new password.
|
If you’re having trouble with the button above, copy and paste the URL below into your web browser.
https://quest.questlearning.org/resetpassword/WQv7c1sPCP8bgN8MEQDs
|
|


When you get premium templates free, what are you paying for? Download free premium quality templates for your web based projects. Also, it comes with popular MIT license.
Manta is a beautifully designed template, created for app websites. Very simple HTML5 coding so beginners can also enjoy it.
Lorem ipsum dolor sit amet, eu mei odio libris. Zril maiorum apeirian no has, sed audire maiorum eu. Usu te virtute moderatius, vel id voluptua democritum.
Video supports mp4, ogg and webm format. Add proper background image. It's a self hosted video, we are not including any video with this template due to bigger size.
Highly customizable, responsive, bootstrap with custom makenset css. Have an app? Like this Makeandset project? Follow our social pages, connect with us there.
make.
Support this project and be a part of Beautify Web campaign. An effort to make websites and web app very beautiful. Help us to free the premium templates concept, donate via Flattr.
Follow me on Facebook for future updates, news and upcoming templates. If you're kind enough you can give us a credit (https://makeandset.com) in your website.


Quick Links
Copyright © {{ .Date.Format "2006" }} Manilatech. All Rights Reserved. Product names, logos, brands, and other trademarks featured or referred to within Manilatech.net are the property of their respective trademark holders. These trademark holders are not related with Manilatech.net ., our products, or our website.


AddCommandSystemTest
,
ClearCommandSystemTest
,
DeleteCommandSystemTest
,
EditCommandSystemTest
,
ErrorDialogGuiTest
,
FindCommandSystemTest
,
HelpCommandSystemTest
,
SampleDataTest
, SelectCommandSystemTest
public abstract class AddressBookSystemTest
extends java.lang.Object
| Constructor | Description |
|---|---|
AddressBookSystemTest()
|
| Modifier and Type | Method | Description |
|---|---|---|
protected void |
assertApplicationDisplaysExpected(java.lang.String expectedCommandInput,
java.lang.String expectedResultMessage,
Model expectedModel)
|
Asserts that the
CommandBox displays expectedCommandInput ,
the ResultDisplay displays
expectedResultMessage , the storage contains the same person objects
as expectedModel
and the person list panel displays the persons in the model correctly.
|
protected void |
assertCommandBoxShowsDefaultStyle()
|
Asserts that the command box's shows the default style.
|
protected void |
assertCommandBoxShowsErrorStyle()
|
Asserts that the command box's shows the error style.
|
protected void |
assertSelectedCardChanged(Index expectedSelectedCardIndex)
|
Asserts that the browser's url is changed to display the details
of the person in the person list panel at
expectedSelectedCardIndex , and only the card at expectedSelectedCardIndex
is selected.
|
protected void |
assertSelectedCardDeselected()
|
Asserts that the previously selected card is now deselected and
the browser's url remains displaying the details
of the previously selected person.
|
protected void |
assertSelectedCardUnchanged()
|
Asserts that the browser's url and the selected card in the
person list panel remain unchanged.
|
protected void |
assertStatusBarUnchanged()
|
Asserts that the entire status bar remains the same.
|
protected void |
assertStatusBarUnchangedExceptSyncStatus()
|
Asserts that only the sync status in the status bar was changed
to the timing of
ClockRule#getInjectedClock() , while the save location remains the
same.
|
protected void |
deleteAllPersons()
|
Deletes all persons in the address book.
|
protected void |
executeCommand(java.lang.String command)
|
Executes
command in the application's CommandBox .
|
BrowserPanelHandle
|
getBrowserPanel()
|
|
CommandBoxHandle
|
getCommandBox()
|
|
protected java.nio.file.Path |
getDataFileLocation()
|
Returns the directory of the data file.
|
protected AddressBook
|
getInitialData()
|
Returns the data to be loaded into the file in
getDataFileLocation() .
|
MainMenuHandle
|
getMainMenu()
|
|
MainWindowHandle
|
getMainWindowHandle()
|
|
protected Model
|
getModel()
|
Returns a defensive copy of the current model.
|
PersonListPanelHandle
|
getPersonListPanel()
|
|
ResultDisplayHandle
|
getResultDisplay()
|
|
StatusBarFooterHandle
|
getStatusBarFooter()
|
|
protected void |
selectPerson(Index index)
|
Selects the person at
index of the displayed list.
|
void |
setUp()
|
|
static void |
setupBeforeClass()
|
|
protected void |
showAllPersons()
|
Displays all persons in the address book.
|
protected void |
showPersonsWithName(java.lang.String keyword)
|
Displays all persons with any parts of their names matching
keyword (case-insensitive).
|
void |
tearDown()
|
public static ClockRule clockRule
public static void setupBeforeClass()
public void setUp()
public void tearDown()
protected AddressBook getInitialData()
getDataFileLocation()
.
protected java.nio.file.Path getDataFileLocation()
public MainWindowHandle getMainWindowHandle()
public CommandBoxHandle getCommandBox()
public PersonListPanelHandle getPersonListPanel()
public MainMenuHandle getMainMenu()
public BrowserPanelHandle getBrowserPanel()
public StatusBarFooterHandle getStatusBarFooter()
public ResultDisplayHandle getResultDisplay()
protected void executeCommand(java.lang.String command)
command
in the application's
CommandBox
.
Method returns after UI components have been updated.
protected void showAllPersons()
protected void showPersonsWithName(java.lang.String keyword)
keyword
(case-insensitive).
protected void selectPerson(Index index)
index
of the displayed list.protected void deleteAllPersons()
protected void assertApplicationDisplaysExpected(java.lang.String expectedCommandInput, java.lang.String expectedResultMessage, Model expectedModel)
CommandBox
displays expectedCommandInput
,
the ResultDisplay
displays
expectedResultMessage
, the storage contains the same person objects as
expectedModel
and the person list panel displays the persons in the model correctly.
protected void assertSelectedCardDeselected()
BrowserPanelHandle.isUrlChanged()
protected void assertSelectedCardChanged(Index expectedSelectedCardIndex)
expectedSelectedCardIndex
, and only the card at expectedSelectedCardIndex
is selected.
protected void assertSelectedCardUnchanged()
protected void assertCommandBoxShowsDefaultStyle()
protected void assertCommandBoxShowsErrorStyle()
protected void assertStatusBarUnchanged()
protected void assertStatusBarUnchangedExceptSyncStatus()
ClockRule#getInjectedClock()
, while the save location remains the same.
protected Model getModel()


A Paragraph
So anything right here will disappear when you click that button?
Try it
x=5
x+2=y
Equals?


Find the Clones
问题描述 :
Doubleville, a small town in Texas, was attacked by the aliens. They have abducted some of the residents and taken them to the a spaceship orbiting around earth. After some (quite unpleasant) human experiments, the aliens cloned the victims, and released multiple copies of them back in Doubleville. So now it might happen that there are 6 identical person named Hugh F. Bumblebee: the original person and its 5 copies. The Federal Bureau of Unauthorized Cloning (FBUC) charged you with the task of determining how many copies were made from each person. To help you in your task, FBUC have collected a DNA sample from each person. All copies of the same person have the same DNA sequence, and different people have different sequences (we know that there are no identical twins in the town, this is not an issue).
输入:
The input contains several blocks of test cases. Each case begins with a line containing two integers: the number 1 ≤ n ≤ 20000 people, and the length 1 ≤ m ≤ 20 of the DNA sequences. The next n lines contain the DNA sequences: each line contains a sequence of m characters, where each character is either `A’, `C’, `G’ or `T’.
The input is terminated by a block with n = m = 0 .
输出:
For each test case, you have to output n lines, each line containing a single integer. The first line contains the number of different people that were not copied. The second line contains the number of people that were copied only once (i.e., there are two identical copies for each such person.) The third line contains the number of people that are present in three identical copies, and so on: the i -th line contains the number of persons that are present in i identical copies. For example, if there are 11 samples, one of them is from John Smith, and all the others are from copies of Joe Foobar, then you have to print `1′ in the first andthe tenth lines, and `0′ in all the other lines.
样例输入:
9 6 AAAAAA ACACAC GTTTTG ACACAC GTTTTG ACACAC ACACAC TCCCCC TCCCCC 0 0
样例输出:
1 2 0 1 0 0 0 0 0
温馨提示:
Huge input file, ‘scanf’ recommended to avoid TLE.
解题代码:
import java.util.HashMap; import java.util.Scanner; public class Main { public static void main(String[] args) { Scanner sc = new Scanner(System.in); while (sc.hasNext()) { int n = sc.nextInt(); int m = sc.nextInt(); if (n == 0 && m == 0) break; sc.nextLine(); HashMap< String, Integer> map = new HashMap< String, Integer>(); int[] dispear = new int[n]; for (int i = 0; i < n; ++i) { String dna = sc.nextLine(); // /Integer hasCode = dna.hashCode(); if (map.get(dna) != null) { map.put(dna, map.get(dna) + 1); dispear[map.get(dna) - 1]--; dispear[map.get(dna)]++; } else { map.put(dna, 0); dispear[0]++; } } for (int i = 0; i < n; ++i) { System.out.println(dispear[i]); } } } }
(adsbygoogle = window.adsbygoogle || []).push({});
程序输出是对的，呈三角型。原程序是按C++写的，已经改成了C的
这个问题别太纠结了，不同的编译器结果不一
通不过。
博主的C++功底真是好
很好的方法，学习了
好的，多谢指出
居然是机试，还和13年重复。题目不难
不考虑最后将结果排序的话，快排的时间复杂度是O(N) ，而堆排的是O(N*logK),这样比较看，快排快
较好的写法是 start+(end-start)/2
问题3中，GetRightPosition()和GetLeftPosition()与STL中的upper_bound()和lower_boune()的代码实现一样吗？
非常不错
都是一些基础题啊
感谢~速度真快，我很喜欢这个网站，从基础看起。
真心不错，力顶作者


Gecode::Int::GCC::Dom< View, Card, isView > Class Template Reference
[Integer propagators]
#include <gcc.hh>
Inherits Gecode::Propagator.
Detailed Description
template<class View, class Card, bool isView>
class Gecode::Int::GCC::Dom< View, Card, isView >
Domain-consistent global cardinality propagator.
- [Reference]
- The algorithm is taken from:
@PROCEEDINGS{improvedgcc, title = {Improved Algorithms for the Global Cardinality Constraint}, year = {2004}, volume = {3528}, address = {Toronto, Canada}, month = {September}, author = {Claude-Guy Quimper and Peter van Beek and Alejandro López-Ortiz and Alexander Golynski}, booktitle = {Proceedings of the 10th International Conference on Principles and Practice of Constraint Programming}, url = {http://ai.uwaterloo.ca/~vanbeek/publications}, }
#include "gecode/int/gcc.hh"
Definition at line 206 of file gcc.hh.
Public Member Functions | |
| virtual size_t | dispose (Space *home) |
| Destructor including deallocation of variable-value graph. | |
| virtual void | flush (void) |
| Flush variable-value graph. | |
| virtual Actor * | copy (Space *home, bool share) |
| Copy propagator during cloning. | |
| virtual PropCost | cost (void) const |
| Cost function. | |
| virtual ExecStatus | propagate (Space *home) |
| Perform domain propagation. | |
Static Public Member Functions | |
| static ExecStatus | post (Space *home, ViewArray< View > &x, ViewArray< Card > &k, bool all) |
| Post propagator for views x and cardinalities k. | |
Protected Member Functions | |
| Dom (Space *home, bool share, Dom< View, Card, isView > &p) | |
| Constructor for cloning p. | |
| Dom (Space *home, ViewArray< View > &, ViewArray< Card > &, bool, bool) | |
| Constructor for posting. | |
Protected Attributes | |
| ViewArray< View > | x |
| Views on which to perform domain-propagation. | |
| ViewArray< View > | y |
Views used to channel information between x and k ( ). | |
| ViewArray< Card > | k |
| Array containing either fixed cardinalities or CardViews. | |
| VarValGraph< View, Card, isView > * | vvg |
| Propagation is performed on a variable-value graph (used as cache). | |
| bool | card_fixed |
| Stores whether cardinalities are all assigned. | |
| bool | card_all |
| Stores whether all values in domains of the x-views are used for cardinality reasoning or whether we only use a subset of them. |
Constructor & Destructor Documentation
|
|
Constructor for cloning p.
|
|
|
Constructor for posting.
|
Member Function Documentation
|
|
Destructor including deallocation of variable-value graph.
Reimplemented from Gecode::Actor. |
|
|
Flush variable-value graph.
Reimplemented from Gecode::Actor. |
|
|
Copy propagator during cloning.
Implements Gecode::Actor. |
|
|
Cost function.
As the propagation stronlgy depends on the domain size of the views on which propagation is performed, the propagation costs are computed as follows, where
Implements Gecode::Propagator. |
|
|
Perform domain propagation.
Implements Gecode::Propagator. |
|
|
Post propagator for views x and cardinalities k. all denotes whether the propagator uses all value occuring in the domains of the problem vies specified in x. |
Member Data Documentation
|
|
Views on which to perform domain-propagation.
|
|
|
Views used to channel information between
|
|
|
Array containing either fixed cardinalities or CardViews.
|
|
|
Propagation is performed on a variable-value graph (used as cache).
|
|
|
Stores whether cardinalities are all assigned. If all cardinalities are assigned the propagation algorithm only has to perform propagation for the upper bounds. |
|
|
Stores whether all values in domains of the x-views are used for cardinality reasoning or whether we only use a subset of them.
|
The documentation for this class was generated from the following files:
- gecode/int/gcc.hh (Revision: 3512)
- gecode/int/gcc/dom.icc (Revision: 3512)


Jack Bush
2010-08-17
This is nothing to do with JDOM - you are on the wrong list. The problem
is with a document that is being read using the document() function
within your Saxon stylesheet. The error means that the XML parser is
trying to read the document ("car.xml") as UTF-8, but it contains byte
combinations that are not valid in UTF-8.
You need to change the XML declaration of car.xml so that it correctly
describes the actual encoding of the file.
Michael Kay
Saxonica
On 16/08/2010 14:30, Jack Bush wrote:
Hi All,
I am getting the following error when reading secondary xml documents using
document() in XSLT 2.0 stylesheet from within an EJB (Glassfish 2.1)
container:
Recoverable error on line 8
FODC0002: java.io.UTFDataFormatException: Invalid byte 1 of 1-byte UTF-8
sequence.
The transformation snippet in Java is as follows:
TransformerFactory transformerFactory = new
net.sf.saxon.TransformerFactoryImpl();
transformerFactory.setAttribute("http://saxon.sf.net/feature/sourceParserCl
ass","org.apache.xml.resolver.
tools.ResolvingXMLReader");
FileInputStream stylesheet = new FileInputStream("C:/stylesheet.xsl");
Transformer transformer = transformerFactory.newTransformer(new
StreamSource(stylesheet));
JDOMSource source = new JDOMSource(mainJDomDocument);
JDOMResult result = new JDOMResult();
transformer.transform(source, result);
The relevant lines in C:/stylesheet.xsl is:
1<?xml version="1.0" encoding="ISO-8859-1"?>
2
3 xmlns:xsl="http://www.w3.org/1999/XSL/Transform"
4 xmlns:xs="http://www.w3.org/2001/XMLSchema"
5 exclude-result-prefixes="ns">
6
7
8
...........
15
16
17
18 .........
All xml documents have been encoded with UTF-8. Changing encoding on
C:/stylesheet.xsl to UTF-8 or using InputStreamReader(styleSheetIS,"UTF-8")
did
not make any difference. This application have been working fine until it
is moved into an EJB 3.0 (Glassfish 2.1) container. It appears that it is
the
EJB container which has overrided the way these secondary documents have
been
read using a different method that checks the encoding. I believe from other
threats that the same issue also occur in a web container as well.
I am running JDK 1.6.0_17, Netbeans 6.7, XSLT 2.0 (Saxon 9.1), JDOM 1.1 on
Windows XP.
Any suggestion would be appreciated.
Thanks a lot,
Jack
Jack Bush
2010-08-17
Hi Michael,
Thank you for clarifying where this issue is coming from. Nevertheless, I
don't understand why car.xml is not UTF-8 encoded unless Saxon with TagSoup
parser has changed car.xml format (not sure) when converting from html while
running in the EJB container.
car.xml looks the same as one produced outside EJB container that has worked
(lots of text). Can you suggest a method to track down where this issue is
coming from? ie test the validity of car.xml for UTF-8 encoding. Once again,
car.xml has been generated by Saxon & TagSoup and read by document() in UTF-8
encoded format without a problem outside EJB container.
I found post http://www.ibm.com/developerworks/forums/thread.jspa?messageID=1
4156807 which appears to resemble this issue. Have posted the
same question to Glassfish forum to see if they could assist from a Java EE 5
perspective.
I am doing my best not to cross post as much as possible.
As always, very much appreciated for your valuable advice.
Thanks,
Jack


--- layout: post title: Demonstrating using GWT-RequestFactory and Spring togetter date: 2014-03-24 14:29:52.000000000 +01:00 type: post published: true status: publish categories: - Technology tags: - gwt - java - spring meta: _edit_last: '2' _responsive_layout: default _wpas_done_all: '1' dsq_thread_id: '3782843365' _jetpack_related_posts_cache: a:0:{} author: login: admin email<EMAIL_ADDRESS>display_name: gerbrand first_name: Gerbrand last_name: van Dieijen ---
I present a sample-project that demonstrates using the GWT RequestFactory together with Spring.
GWT, the Webapplication Toolkit formerly owned/led by Google allows you to write single-page, client-side webapplications fully in Java. Older versions of GWT only allowed communication with the client via RPC, which has quite a few drawbacks. Using RPC may lead to unresponsive design as it tries to hide that you're communicating over an unreliable (internet)connection. Also RPC can quickly result in ugly mixture of back- and frontend-code.
Since recent years in GWT you can also use the RequestFactory (RF) for client/server communication. RF allows for a better separation of the client/server code and enforces better design of client/server communication.
The GWT-SDK ships with a sample project, DynaTableRF which demonstrate how to use the RequestFactory. Integrating the RF back-end technologies such as JEE and Spring is not as straight-forward as the sample-project suggested. So I've extended the sample-project to use Spring. The sample-project gwt-dynatablerf-spring can be found at my Github-page.
I hope you find the sample-project useful. If you have any questions or remarks, feel free to contact me.


Decision making structures require that the programmer specify one or more conditions to be evaluated or tested by the program, along with a statement or statements to be executed if the condition is determined to be true, and optionally, other statements to be executed if the condition is determined to be false.
C programming language assumes any non-zero and non-null values as true, and if it is either zero or null, then it is assumed as false value. C programming language provides following types of decision making statements.
An if statement consists of a boolean expression followed by one or more statements.
The syntax of an if statement in C programming language is:
if(boolean_expression) { /* statement(s) will execute if the boolean expression is true */ }
If the boolean expression evaluates to true, then the block of code inside the if
statement will be executed. If boolean expression evaluates to false, then the first
set of code after the end of the if statement (after the closing curly brace) will be executed.
Example:
#includeint main () { /* local variable definition */ int a = 10; /* check the boolean condition using if statement */ if( a < 20 ) { /* if condition is true then print the following */ printf("a is less than 20\n" ); } printf("value of a is : %d\n", a); return 0; }
Output:
a is less than 20; value of a is : 10
An if statement can be followed by an optional else statement, which executes when the
boolean expression is false.
Syntax is:
if(boolean_expression) { /* statement(s) will execute if the boolean expression is true */ } else { /* statement(s) will execute if the boolean expression is false */ }
If the boolean expression evaluates to true, then the if block of code will be executed,
otherwise else block of code will be executed.
Example:
#includeint main () { /* local variable definition */ int a = 100; /* check the boolean condition */ if( a < 20 ) { /* if condition is true then print the following */ printf("a is less than 20\n" ); } else { /* if condition is false then print the following */ printf("a is not less than 20\n" ); } printf("value of a is : %d\n", a); return 0; }
Output :
a is not less than 20; value of a is : 100
An if statement can be followed by an optional else if...else statement, which is very useful to test various conditions using single if...else if statement. When using if , else if , else statements there are few points to keep in mind:
if(boolean_expression 1) { /* Executes when the boolean expression 1 is true */ } else if( boolean_expression 2) { /* Executes when the boolean expression 2 is true */ } else if( boolean_expression 3) { /* Executes when the boolean expression 3 is true */ } else { /* executes when the none of the above condition is true */ }
Example :
#includeint main () { /* local variable definition */ int a = 100; /* check the boolean condition */ if( a == 10 ) { /* if condition is true then print the following */ printf("Value of a is 10\n" ); } else if( a == 20 ) { /* if else if condition is true */ printf("Value of a is 20\n" ); } else if( a == 30 ) { /* if else if condition is true */ printf("Value of a is 30\n" ); } else { /* if none of the conditions is true */ printf("None of the values is matching\n" ); } printf("Exact value of a is: %d\n", a ); return 0; }
Output :
None of the values is matching Exact value of a is: 100
It is always legal in C programming to nest if-else statements, which means you can use
one if or else if statement inside another if or else if statement(s).
Synntax :
if( boolean_expression 1) { /* Executes when the boolean expression 1 is true */ if(boolean_expression 2) { /* Executes when the boolean expression 2 is true */ } }
Example :
#includeint main () { /* local variable definition */ int a = 100; int b = 200; /* check the boolean condition */ if( a == 100 ) { /* if condition is true then check the following */ if( b == 200 ) { /* if condition is true then print the following */ printf("Value of a is 100 and b is 200\n" ); } } printf("Exact value of a is : %d\n", a ); printf("Exact value of b is : %d\n", b ); return 0; }
Output:
Value of a is 100 and b is 200 Exact value of a is : 100 Exact value of b is : 200
A switch statement allows a variable to be tested for equality against a list of values. Each value is called a case, and the variable being switched on is checked for each switch case.
Syntax :
switch(expression){ case constant-expression : statement(s); break; /* optional */ case constant-expression : statement(s); break; /* optional */ /* you can have any number of case statements */ default : /* Optional */ statement(s); }
Example :
#includeint main () { /* local variable definition */ char grade = 'B'; switch(grade) { case 'A' : printf("Excellent!\n" ); break; case 'B' : case 'C' : printf("Well done\n" ); break; case 'D' : printf("You passed\n" ); break; case 'F' : printf("Better try again\n" ); break; default : printf("Invalid grade\n" ); } printf("Your grade is %c\n", grade ); return 0; }
Output :
Well done Your grade is B
It is possible to have a switch as part of the statement sequence of an outer switch. Even if the case constants of the inner and outer switch contain common values, no conflicts will arise.
Synatx :switch(ch1) { case 'A': printf("This A is part of outer switch" ); switch(ch2) { case 'A': printf("This A is part of inner switch" ); break; case 'B': /* case code */ } break; case 'B': /* case code */ }
#includeint main () { /* local variable definition */ int a = 100; int b = 200; switch(a) { case 100: printf("This is part of outer switch\n", a ); switch(b) { case 200: printf("This is part of inner switch\n", a ); } } printf("Exact value of a is : %d\n", a ); printf("Exact value of b is : %d\n", b ); return 0; }
? : can be used as a replacement for if.. else statement.
Syntax :
Exp1 ? Exp2 : Exp3;
The value of a ? expression is determined like this: Exp1 is evaluated. If it is true, then Exp2 is evaluated and becomes the value of the entire ? expression. If Exp1 is false, then Exp3 is evaluated and its value becomes the value of the expression.


No external dependencies
Each theme is about 25kb after gzipped
Sass & Coffeescript & Javascript
Modular imports are well supported
Sticks to baseline grid system
Provides a harmonious vertical rhythm
Based on Mutation Observer
Lifecycles are automatically handled


University of Engineering and Management Kolkata
Semester 7 Exam Time Table for 4th Year Students
Practical
Theory
Made with ❤ By
Dipaditya Das
.


/**
* Copyright 2016 Google Inc. All Rights Reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
'use strict';
const encrypt = require('./encrypt');
const push = require('./push');
/**
* web-push-encryption is a module that helps encrypt and / or send push
* messages over the web push protocol.
* @namespace web-push-encryption
*/
module.exports = {
encrypt: encrypt,
sendWebPush: push.sendWebPush,
setGCMAPIKey: push.setGCMAPIKey
};


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I am a professional with experience in the design and development of data science solutions. I have a PhD in engineering, a prolific career as a scientist and a strong background in mathematical modeling and statistics.
Prototyping, testing and deployment of machine learning models. Supervised, unsupervised, semi-supervised learning, deep learning, computer vision and recommender engines.
Full stack design and development of web-based applications.
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While the work of a data scientist often involves hours of solitary coding, the positive impact of brilliant people who one trusts is invaluable. I have had the honor and luxury to have befriended and collaborated with some of the best minds out there.
Andrea is a Data Scientist expert in Deep Learning and Computer Vision.
An all-round professional, Sudhir's current focus is Cybersecurity.


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Small demos from README
List of strings
- {{ s }} has {{ s.length }} characters
List of objects
-
message {{ $index + 1}}
- {{ m.from }} says "{{ m.message }}"
Changing class list inline using scope data
Changing class list using scope method
Showing element depending on expression
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A triple!
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User guide for scaling data with DIALS¶
This document aims to provide a guide to using dials.scale
, at various levels
of depth. A new user is encouraged to read the Symmetry and Scaling sections of
the Processing in detail
tutorial for a quick overview of scaling in DIALS.
For most users, it is likely to be sufficient to read only the
‘Guide to common scaling options’ below,
and return to the rest of the guide if further help is needed.
As a reminder, this is how to run routine data processing after integration to obtain a merged MTZ file:
dials.symmetry integrated.refl integrated.expt
dials.scale symmetrized.refl symmetrized.expt
dials.merge scaled.refl scaled.expt
The user is also advised to familiarise themselves with the standard program output, which may contain useful information, and the html report generated by scaling, which provides numerous plots relating to the merging statistics.
Guide to common scaling options¶
These sections cover the most commonly used options (with example values) for scaling routine macromolecular crystallography datasets.
Cutting back data
After inspecting the statistics in the dials.scale.html
file, such as
the R-merge vs batch plot, it is often the case that not all of the data are
suitable for merging, perhaps due to radiation damage or nonisomorphism.
This can be the case within a single sweep or across multiple sweeps in a
multi-sweep/multi-crystal experiment. These are example options to use:
d_min=2.0
Applies a resolution cutoff at the given resolution (in Angstrom).exclude_images="100:120"
Removes a section of images for a single sweep dataset. Multiple commands like this can be used to exclude multiple ranges. In the case of multiple-sweeps, one must also provide the experiment ID that the exclusion should apply to, with the syntaxexclude_images="a:b:c"
where a is the experiment ID (a number starting at0
), b is the initial image to exclude and c is the final image to exclude.exclude_datasets="10 50 79"
Removes whole datasets, based on the dataset number; useful for large multi-crystal datasets.
Anomalous data
During scaling, the option anomalous=[True|False]
determines whether
anomalous pairs (I+/I-) are combined during scaling model minimisation and outlier
rejection. By default, anomalous=False
, which is suitable for data with some anomalous signal, however for strongly anomalous data,
the anomalous signal strength may be enhanced when scaling with anomalous=True
Controlling the absorption correction
The default physical scaling model applies a relative absorption correction based
on the incoming and outgoing scattering vectors (this accounts for the relative
difference in absorption for different scattering paths through the crystal,
rather than absolute absorption of the beam by the crystal). This correction is
constrained, and the level of constraint and parameterisation can be changed
with the option absorption_level=[low|medium|high]
. This aims to give
relative absorption corrections of around 1%, 5% and 25%, but will depend on
the dataset. To see the extent of the correction, check the ‘scaling models’
section in the dials.scale.html
file.
Generating MTZ files
For convenience, dials.scale
can invoke the exporting and merging programs to
generate unmerged and merged MTZ files (you may want to use the individual
programs to have more extensive control over the program options):
merged_mtz=scaled.mtz
Create a merged MTZ file, using the merging routines available in cctbx.unmerged_mtz=unmerged.mtz
Output the scaled data in unmerged MTZ format.
Choosing which integrated intensity to use One choice that is made automatically during scaling is whether summation or profile intensities seem give the best estimate of the integrated intensity (or a combination of the two). To see the result of this combination, inspect the table in the scaling log, which scores a set of Imid values on Rpim & CC1/2. To specify which intensity choice to use, there are a couple of options:
intensity_choice=[profile|sum|combine]
Choose from profile, sum or combine (default is combine)combine.Imid=700.0
Specify the crossover value for profile-summation intensity combination.
Adjusting the uncertainties/errors
All scaling programs adjust the uncertainties (sigmas) of the integrated data, to
account for additional systematic errors not suffiently modelled during integration.
dials.scale
adjusts the intensity errors by refining a two-component error model
(see the output log or dials.scale.html
for the values). While this is
an important correction and should improve the data quality for typical
macromolecular crystallographic data, for poorer quality data the model parameters
may become overinflated.
If so, then this correction can be controlled with the parameters:
error_model=None
Don’t apply an error model.error_model.basic.minimisation=None
Don’t refine the error model in this scaling run. Will keep the pre-existing error model parameters, or the default error model (a=1.0, b=0.02
) on a first scaling run.
For the multi-sweep case, a single error model is applied to the combined dataset, on the assumption that a similar systematic error is affecting all sweeps. This approach may not be optimal for some datasets. As an alternative, a separate error model can be refined on sweeps individually or as groups.
error_model.grouping=[individual|grouped|combined]
If grouped is chosen, then the groups must be specified as below.error_model_group='0 1' error_model_group='2 3'
e.g. groups the sweeps in pairs for error model refinement.
Controlling partials By default, reflections with a partiality above 0.4 are included in the output data files and merging statistics from dials.scale. This threshold can be changed with the parameters:
partiality_threshold=0.95
Disregard all measurements with partialities below this value.
Practicalities for large datasets¶
Depending on the computational resources available, scaling of large datasets
( > 1 million reflections) can become slow and memory intensive.
There are several options available for managing this.
The first option is separating the data in memory to allow blockwise calculations
and parallel processing, using the option nproc=
(a value of 4 or 8 is
probably a reasonable choice).
One of the most computationally-intensive parts of the algorithm is the final
round of minimisation, which uses full-matrix methods. One can set
full_matrix=False
to turn this off, however no errors for the scale
factors will be determined. A compromise is to set
full_matrix_max_iterations=1
to do at least one iteration.
A third option is to reduce the number of reflections used by the scaling
algorithm during minimisation. If using reflection_selection.method=auto
,
the number of reflections should be manageable even for very large datasets, but
this can always be controlled by the user. To get started, use the command
dials.scale -ce2
to see the full set of available options in the section
reflection_selection
. Try setting reflection_selection.method=quasi_random
alongside some of the quasi_random
parameters.
Scaling against a reference dataset¶
DIALS contains functionality for scaling against a reference dataset, also referred to as targeted scaling. This reference can either be a dataset scaled with dials.scale, or an mtz file containing a scaled dataset. The scaled data (excluding the reference) will be output in a single .refl/.expt file.
Scaling against a dials reference dataset.
In this example, reference.refl and reference.expt are from a dataset that has
already been scaled with dials.scale. To scale another dataset (datafiles
integrated.refl integrated.expt
) against this reference, one should use the
following command:
dials.scale only_target=True integrated.refl integrated.expt reference.refl reference.expt
This will scale the intensities of the dataset to agree as closely as possible
with the intensities of the reference dataset. The only_target=True
command is important, else all the data will be scaled together and output in
a joint output file.
Scaling against a reference mtz file. In this case, it is assumed that the intensity and variance columns of the mtz file have already been scaled. Reference scaling would be run with the following command:
dials.scale integrated.refl integrated.expt reference=scaled.mtz
The reference scaling algorithm is the same regardless of the target datafile type.
Advanced use - Controlling the scaling models¶
There are three available scaling models available in dials.scale, accessible
by the command line option model = physical array KB *auto
.
The physical model is similar to the scaling model used in the program aimless,
the array model is based on the approach taken in xscale, while the KB model is
a simple two-component model suitable for still-image datasets or very small
rotation datasets (~ < 1 degree).
The auto option automatically chooses a default model and sensible parameterisation based on the oscillation range of the experiment. This will choose the physical model unless the oscillation range is < 1.0 degree, when the KB model will be chosen. If the oscillation range is < 60 degrees, the absorption correction of the physical model is disabled, as this may be poorly determined. The parameter spacing as a function of rotation is also adjusted down from the defaults if the oscillation range is below 90 degrees, to try to give a sensible automatic parameterisation.
The physical model consists of up to three components; a smoothly varying
scale correction, a smoothly varying B-factor correction and an absorption surface
correction (all on by default). These are turned on/off with the command line options
physical.scale_correction=True/False physical.decay_correction=True/False physical.absorption_correction=True/False
.
The smoothly varying terms have a parameter at regular intervals in rotation,
which can be specified with the physical.scale_interval
and physical.decay_interval
options. The number of parameters in the absorption surface is determined by the
highest order of spherical harmonics function used, controlled by physical.lmax
(recommended to be no higher than 6, 4 by default). There is also a weak
physical.decay_restraint
and strong physical.surface_weight
to
restrain the parameters of the decay and absorption terms towards zero.
The physical model is suitable for most datasets, although the absorption correction
should be turned off for datasets with low reciprocal space coverage.
The KB model applies a single scale factor and single B-factor to the whole
dataset (B-factor can be turned off with decay_term=False
). This is
only suitable for very thin wedge/single-image datasets. If the KB model is
used, it may be necessary to set full_matrix=False
, as the full matrix
minimisation round can be unstable depending on the number of reflections per
dataset.
The array model consists of up to three components. The first (
array.decay_correction
), consists of a smoothly varying correction
calculated over a 2D grid of parameters, as a function of rotation vs resolution
(d-value). The parameter interval in rotation is controlled by
array.decay_interval
, while the number of resolution bins is
controlled by array.n_resolution_bins
.
The second (array.absorption_correction
) consists of a smoothly
varying correction calculated over a 3D grid of parameters, as a function of
rotation, x and y position of the measured reflection on the detector. The spacing
in rotation is the same as the decay correction, while the detector beginning is
controlled with array.n_absorption_bins
.
Finally, an array.modulation_correction
can be applied, which is a
smooth 2D correction as a function of x and y position, controlled with
array.n_modulation_bins
, although this is off by default.
The array model is only suitable for wide-rotation datasets with a high
number of reflections and it should be tested whether the absorption
correction is suitable, as it may lead to overparameterisation.
Advanced use - Choosing reflections to use for minimisation¶
To minimise the scaling model, a subset of reflections are used for efficiency.
Four methods are available with the following command:
reflection_selection.method=auto quasi_random intensity_ranges use_all
.
By default, the auto method uses the quasi_random selection algorithm, with
automatically determined parameters based on the dataset properties. If the
dataset is small (<20k reflections), the use_all
option is selected.
For each dataset, the quasi_random algorithm chooses reflection groups that
have a high connectedness across different areas of reciprocal space,
across all resolution shells. In multi-dataset scaling, a separate selection
is also made to find reflection groups that have a high connectedness across
the datasets (choosing from groups with an average I/sigma above a cutoff).
The parameters of the algorithm are therefore controllable with the following
options, if one explicitly chooses reflection_selection.method=quasi_random
:
quasi_random.min_per_area
, quasi_random.n_resolution_bins
,
quasi_random.multi_dataset.min_per_dataset
and
quasi_random.multi_dataset.Isigma_cutoff
. The auto
option sets these
parameters in order to give sufficient connectedness across reciprocal space/datasets
depending on the size of the dataset, number or parameters and number of datasets.
The intensity_ranges
option chooses intensities between a range of
normalised intensities (E2_range
), between a range of I/sigma (Isigma_range
)
and between a resolution range (d_range
). This will typically select
around 1/3 of all reflections.
The use_all
method simply uses all suitable reflections for scaling model
minimisation, but may be prohibitively slow and memory-intensive for large datasets.


sphinx-build¶
概要¶
sphinx-build [options] <sourcedir> <outputdir> [filenames …]
描述¶
sphinx-build generates documentation from the files in
<sourcedir>
and places it in the <outputdir>
.
sphinx-build looks for <sourcedir>/conf.py
for the configuration
settings. sphinx-quickstart(1) may be used to generate template
files, including conf.py
.
sphinx-build can create documentation in different formats. A format is selected by specifying the builder name on the command line; it defaults to HTML. Builders can also perform other tasks related to documentation processing.
By default, everything that is outdated is built. Output only for selected files can be built by specifying individual filenames.
For a list of available options, refer to sphinx-build -b
.
选项¶
-
-b
buildername
¶ The most important option: it selects a builder. The most common builders are:
- html
Build HTML pages. This is the default builder.
- dirhtml
Build HTML pages, but with a single directory per document. Makes for prettier URLs (no
.html
) if served from a webserver.- singlehtml
Build a single HTML with the whole content.
- htmlhelp, qthelp, devhelp, epub
Build HTML files with additional information for building a documentation collection in one of these formats.
- applehelp
Build an Apple Help Book. Requires hiutil and codesign, which are not Open Source and presently only available on Mac OS X 10.6 and higher.
- latex
Build LaTeX sources that can be compiled to a PDF document using pdflatex.
- man
Build manual pages in groff format for UNIX systems.
- texinfo
Build Texinfo files that can be processed into Info files using makeinfo.
- text
Build plain text files.
- gettext
Build gettext-style message catalogs (
.pot
files).- doctest
Run all doctests in the documentation, if the
doctest
extension is enabled.- linkcheck
Check the integrity of all external links.
- xml
Build Docutils-native XML files.
- pseudoxml
Build compact pretty-printed “pseudo-XML” files displaying the internal structure of the intermediate document trees.
See 构建器 for a list of all builders shipped with Sphinx. Extensions can add their own builders.
-
-M
buildername
¶ Alternative to
-b
. Uses the Sphinx make_mode module, which provides the same build functionality as a default Makefile or Make.bat. In addition to all Sphinx 构建器, the following build pipelines are available:- latexpdf
Build LaTeX files and run them through pdflatex, or as per
latex_engine
setting. Iflanguage
is set to'ja'
, will use automatically the platex/dvipdfmx latex to PDF pipeline.- info
Build Texinfo files and run them through makeinfo.
重要
Sphinx only recognizes the
-M
option if it is placed first.1.2.1 新版功能.
-
-a
¶
If given, always write all output files. The default is to only write output files for new and changed source files. (This may not apply to all builders.)
-
-E
¶
Don’t use a saved environment (the structure caching all cross-references), but rebuild it completely. The default is to only read and parse source files that are new or have changed since the last run.
-
-t
tag
¶ Define the tag tag. This is relevant for
only
directives that only include their content if this tag is set.0.6 新版功能.
-
-d
path
¶ Since Sphinx has to read and parse all source files before it can write an output file, the parsed source files are cached as “doctree pickles”. Normally, these files are put in a directory called
.doctrees
under the build directory; with this option you can select a different cache directory (the doctrees can be shared between all builders).
-
-j
N
¶ Distribute the build over N processes in parallel, to make building on multiprocessor machines more effective. Note that not all parts and not all builders of Sphinx can be parallelized. If
auto
argument is given, Sphinx uses the number of CPUs as N.1.2 新版功能: This option should be considered experimental.
在 1.7 版更改: Support
auto
argument.
-
-c
path
¶ Don’t look for the
conf.py
in the source directory, but use the given configuration directory instead. Note that various other files and paths given by configuration values are expected to be relative to the configuration directory, so they will have to be present at this location too.0.3 新版功能.
-
-C
¶
Don’t look for a configuration file; only take options via the
-D
option.0.5 新版功能.
-
-D
setting=value
¶ Override a configuration value set in the
conf.py
file. The value must be a number, string, list or dictionary value.For lists, you can separate elements with a comma like this:
-D html_theme_path=path1,path2
.For dictionary values, supply the setting name and key like this:
-D latex_elements.docclass=scrartcl
.For boolean values, use
0
or1
as the value.在 0.6 版更改: The value can now be a dictionary value.
在 1.3 版更改: The value can now also be a list value.
-
-A
name=value
¶ Make the name assigned to value in the HTML templates.
0.5 新版功能.
-
-n
¶
Run in nit-picky mode. Currently, this generates warnings for all missing references. See the config value
nitpick_ignore
for a way to exclude some references as “known missing”.
-
-N
¶
Do not emit colored output.
-
-v
¶
Increase verbosity (loglevel). This option can be given up to three times to get more debug logging output. It implies
-T
.1.2 新版功能.
-
-q
¶
Do not output anything on standard output, only write warnings and errors to standard error.
-
-Q
¶
Do not output anything on standard output, also suppress warnings. Only errors are written to standard error.
-
-w
file
¶ Write warnings (and errors) to the given file, in addition to standard error.
-
-W
¶
Turn warnings into errors. This means that the build stops at the first warning and
sphinx-build
exits with exit status 1.
-
--keep-going
¶
With -W option, keep going processing when getting warnings to the end of build, and
sphinx-build
exits with exit status 1.1.8 新版功能.
-
-T
¶
Display the full traceback when an unhandled exception occurs. Otherwise, only a summary is displayed and the traceback information is saved to a file for further analysis.
1.2 新版功能.
-
-P
¶
(Useful for debugging only.) Run the Python debugger,
pdb
, if an unhandled exception occurs while building.
-
-h
,
--help
,
--version
¶
Display usage summary or Sphinx version.
1.2 新版功能.
You can also give one or more filenames on the command line after the source and build directories. Sphinx will then try to build only these output files (and their dependencies).
环境变量¶
The sphinx-build refers following environment variables:
-
MAKE
A path to make command. A command name is also allowed. sphinx-build uses it to invoke sub-build process on make-mode.
Makefile Options
The Makefile
and make.bat
files created by
sphinx-quickstart usually run sphinx-build only with the
-b
and -d
options. However, they support the following
variables to customize behavior:
-
PAPER
This sets the
'papersize'
key oflatex_elements
: i.e.PAPER=a4
sets it to'a4paper'
andPAPER=letter
to'letterpaper'
.注解
Usage of this environment variable got broken at Sphinx 1.5 as
a4
orletter
ended up as option to LaTeX document in place of the neededa4paper
, resp.letterpaper
. Fixed at 1.7.7.
-
SPHINXBUILD
The command to use instead of
sphinx-build
.
-
BUILDDIR
The build directory to use instead of the one chosen in sphinx-quickstart.
-
SPHINXOPTS
Additional options for sphinx-build.
弃用警告¶
If any deprecation warning like RemovedInSphinxXXXWarning
are displayed
when building a user’s document, some Sphinx extension is using deprecated
features. In that case, please report it to author of the extension.
To disable the deprecation warnings, please set PYTHONWARNINGS=
environment
variable to your environment. For example:
PYTHONWARNINGS= make html
(Linux/Mac)export PYTHONWARNINGS=
and domake html
(Linux/Mac)set PYTHONWARNINGS=
and domake html
(Windows)modify your Makefile/make.bat and set the environment variable
也可以看看¶
sphinx-quickstart(1)


master
branch of the Crux repository.
noble-web
,
and it is only accessible from machines behind the Genome Sciences firewall.
A local user account named teamcity
is used to control the
TeamCity server.
ssh nrhel6-x64
.sudo su - teamcity
(you may need to have GSIT add you to the sudo list for this command).bin
subdirectory in the TeamCity home directory
/data/TeamCity
.
bin/runAll.sh startTo stop the TeamCity Server run the command:
bin/runAll.sh stop
http://nhrel6-x64.gs.washington.edu:8111
in your browser.
ssh
command:
ssh -f -N -L 8111:nrhel6-x64.gs.washington.edu:8111<EMAIL_ADDRESS>http://localhost:8111
in your browser.
| Machine | Platform | Directory | User |
|---|---|---|---|
| nrhel6-x64 | 64-bit and 32-bit Linux | /data/TeamCity/buildAgent | teamcity |
| nwin7-x64 | 64-bit and 32-bit Windows | C:\BuildAgent | cegrant |
| Charles's Mac | OS X | /Users/cegrant/buildAgent | cegrant |
teamcity
user.
Use the command
sudo su - teamcity.to switch to the
teamcity
user.
You may need GSIT to add you to the sudo list for this command.
The other agents are currently run as cegrant
but can be run by anyone in the noblelab
group.
The agents are not configured to start automatically when the host boots.
You'll need to login and manually start them.
To start an agent, navigate to the buildAgent
directory
on the host and run
bin/agent startThe agents can be shut down by running
bin/agent stopIt can take three or four minutes for an agent to start and connect to the TeamCity server. To connect to the Windows build agent you'll need to use a Windows Remote Desktop Client (RDC) and your GSIT user name and password. If you are connecting from a machine beyond the GSIT firewall you'll need to set up tunneling through the firewall:
ssh -f -N -L 3389:nwin7-x64.gs.washington.edu:3389<EMAIL_ADDRESS>when starting the RDC, use
<IP_ADDRESS>
as the remote address.
The OS X Agent is currently running on the Mac Pro laptop on Charles's
desk. Contact him if you need access.


Ghost of Wigoth:
Well done. Should I send you to the entrance now?
Before you go... Are you by any chance collecting Elmoreden relic fragments? Bring me 1000 fragments, and I will exchange them for an S-Grade Weapon Recipe. At my age, nostalgia for the old days is all I have left...
Ask him to send you to the entrance.


| Edition 2019-20 Edition 2020-21 |
An ecosystem is assumed in which populations are represented by a proportion of a mixed strategy (e.g., in the repeated prisoners' dilemma: 40% plays C throughout, 40% plays D throughout, and 20% plays tit-for-tat). Rounds consist of pairing up strategies in the given proportions, and the idea is that strategies that are most successful, survive. Evolutionary game theory gives rise to a new type of equilibrium, called an evolutionarily stable strategy (ESS). It can be proven that an ESS is in some cases related to other equilibrium concepts, such as Nash equilibria and stable rest points of the replicator equation.
Presented byLecturer. |
SlidesMay 15, 2019. |
ScreencastNot available. |
AssignmentNot this year. |


## Why is it important?
* real world examples
* explain why the configuration system is so important
* cut your development time by as much as 30% or more
* a virtually fail safe solution for deploying Drupal
* one-person show
* or a large distributed team deploying mission critical websites.
## How does it work?
* basic fundamentals of configuration management
* difference between “active” configuration and configuration in “code”
* and why it matters.
* basics of the Configuration API
* the configuration UI
* critical Drush commands to effectively manage configuration
## Okay, but how does it REALLY work?
* Managing configuration in a team environment -- learn how to do fail-safe deploys no matter who is working on a ite
* Configuration Split module -- learn how to use different configuration schemes depending on your environment
* Configuration exclusions -- learn how clients can make configuration changes on things like Webforms without losing work
* Gotchas -- learn what to do when things go crazy and the key_value_expire table takes over your configuration
* How to recover when things go bad -- avoid configuration loss and overriding work
## To infinity, and beyond!
* What is happening in core? (e.g. configuration split)
* Devops and continuous integration
* Better QA and fail safe deploys every time
* Why the configuration system matters, even for a single developer


I am a PhD researcher in QUVA Deep Vision Lab, under supervision of Professor Arnold Smeulders. I received my bachelor degree (BSc) in Electrical and Electronics Engineering in 2013 from Middle East Technical University (METU), Turkey and my master degree (MSc) in Signal Processing from Tampere University of Technology (TUT), Finland in 2015. My master's thesis, which is on Unsupervised Anomaly Detection in unstructured system logs, was supervised by Professor Moncef Gabbouj.
Berkay Kicanaoglu
Science Park 904, Room C3.250a
1098XH Amsterdam
The Netherlands
QUVA Website
|
QUVA GitHub
Doctor of Philosophy (PhD) in Computer Vision and Machine Learning • December 2015 -
Master of Science (MSc) in Signal Processing • 2013 - 2015
Bachelor of Science (BSc) in Electrical and Electronics Engineering • 2008 - 2013
PhD Researcher • December 2015 - ∞ | Amsterdam, The Netherlands
Imaging Software Intern • May 2015 - September 2015 | Tampere, Finland
Research Assistant • March 2014 - May 2015 | Tampere, Finland
Course taught by Prof. Theo Gevers.
Feb. 2016 -
Master's Course in AI | University of Amsterdam
Course taught by Assoc. Prof. Efstatios Gavves.
Sept. 2016 -
Master's Course in AI | University of Amsterdam
Course website
Course taught by Stevan Rudinac
June. 2016
Bachelor's Course | University of Amsterdam
You can contact me!


"Woman On Top"
Isabella (Penelope Cruz) is a beautiful, talented chef living in contented bliss with her husband, Toninho (Murilo Benicio), at their little restaurant in the Brazilian port town of Bahia. But, while Isabella works in isolation in the kitchen, Toninho sings and socializes with the patrons nightly. The pretty cook can deal with her husband's flirtations as long as he can live with her affliction: severe motion sickness. It's a condition so bad that she must be in control of her movements at all times, or get very sick. She must drive when they go out; she can't take the elevator; and, she must lead when they dance. Even worse for the macho Toninho, Isabella must be on top when they make love. This last fact drives the couple apart and Isabelle flees to San Francisco to seek a place to practice her culinary skills in "Woman On Top."
Director Fina Torres ("Celestial Clockwork") uses the screenplay by newcomer Vera Blasi to create a magical little love story that owes much more than a passing nod to the 1992 food and fantasy film by Alfonso Arau, "Like Water For Chocolate." In both films, the cuisine is a character unto itself that, in the hands of the magical maestro, takes on a sensuality that will "fire the blood and satisfy the heart." The Arau film is more involving in its combination of complex and numerous characters and a wonderfully lyrical mysticism that makes the film so magical.
Blasi's original story is more forced in it situational setup of plot devices as the fantasy story unfolds. For example, how many people live in obscure little Brazilian towns, but run off to San Francisco when the marriage breaks up? This is a real stretch for the imagination and is just one of the problems with the story. There is the best "girl" friend, Monica Jones (a marvelous performance by Harold Perrineau, Jr.), who is supposed to be a childhood friend of Isabella's, but seems to be there just to be the off-beat transvestite comic relief. Isabella's success and popularity, especially among the guys in San Francisco, is made believable only because of the charisma of Cruz.
The love story that is drawn through the film does have a certain amount of charm as Toninho realizes his loss when Isabella leaves after catching him with another woman (where he got to be on top). When the despondent restaurateur learns where his true love has fled, he makes a beeline to the US to find her. Isabella has had a spell cast to make her fall out of love with Toninho, but that won't stop the passionate Brazilian as he risks anything, including arrest and incarceration, to get Isabella back. Toninho is aided in his quest by a three-piece band that (magically, of course) accompany him in his continuous serenades to the beautiful Isabella. The love story is sweet and the music, especially Toninho's love songs, helps set the romantic mood.
The acting will not bring any attention at the end of the year. Cruz is lovely to look at and has a real presence on the screen, but the actress is more eye candy than character. Don't get me wrong, Isabella is a beautiful object of affection. And, she can cook! Murilo Benicio is a handsome, personable young actor and does a fine job as the tortured Toninho. When he realizes just what he lost when Isabella left him, nothing else matters as he does all he can to get her back. Harold Perrineau, Jr. (TV's "Oz") gets lots of opportunities to camp it up as Isabella's best friend, though the point of the character is lost to me, except as comic relief. There is little, if any, other character development by the rest of the supporting cast, which is a problem.
Food may be the focus of the film, but it is obvious that cinematographer Thierry Arbogast has a crush, visually at least, on Cruz. The camera lovingly captures every move and expression of the actress in a way that is almost a caress. This helps to build the sensuality of the film while giving the guys in the audience a chance to linger awhile and gaze at one of the world's most beautiful women. Other tech credits are first rate with costumer Elisabeth Tavernier giving Cruz a complimentary look and she has some fun dressing up Monica. Production design by Philippe Chiffre is slick, especially with the sets for Isabella's cooking show.
The music used in "Woman On Top" must be noted, too. Classic Brazilian songs from the '40s and later are used to wonderful effect, with Toninho using the soulful romantic ballads as tools to get his beloved wife back, even if on her terms. Scoring, by Oscar-winner Luis Bacalov, carries the Latino music theme through the whole film that blends nicely with the songs.
The forced artificiality of much of the story tends to dim the shine of the sweet romance that develops between Isabella and Toninho. The overt magical references and effects, the glitter of Isabella's sudden fame on TV, thoughtless network honchos, spell casting and other such devices end up hurting the film, making its 92 minute run time seem excessive.
Penelope Cruz has been gaining popularity internationally with her collaborations with Spanish directors Pedro Almodovar and Fernando Trueba. The actress is stunningly beautiful and casts a sensuous shadow across any role she plays. With "Woman On Top," she gets the chance star in a film that is a showcase for her beauty and her entry into the great American star machine.
While "Woman On Top" may not be all that it could have been - a more mature screenplay that delved into relationships, magical or not, would have helped - it does has a gentle nature that helps cancel out some of the film's problems, but not all. It just doesn't cast a spell on me. I give it a C+.
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