sengopal

# eBay
AgAAAA**AQAAAA**aAAAAA**E6+EWg**nY+sHZ2PrBmdj6wVnY+sEZ2PrA2dj6wMkIGkCJCGoA2dj6x9nY+seQ+/5wK1dskM5/3EOEY7BDg7VHK/CmDimCvVPbtJankHhzJUF8rU876Qzjs

# Google
ya29.GltiBRICgroWhf0XJ-e4nYpzc9UG0Fn_Ghq06_yg3BDZ4EHM_X8rIirEnFUJVb9uawqW2tE9yqfT0KwcaEXLKp7VFpde5v

# Facebook
EAACEdEose0cBAJyrAOqIWCAPVobbylB7mZB7X3L0x5BLBosAAm2BDdUnhYKSp7VM9Tpyi8EhrAD6ZBYZBtymYC5ZBxNv1XrCBngEi0gEWLejezZb0gkArZBkJWcFiVjGcKYy44EY8ZD

sengopal

// Example for Spring Security Authorization
@PreAuthorize("hasPermission(#contact, 'admin')")
public void deletePermission(Contact contact, Sid recipient, Permission permission);

// Example for Spring Ratelimiting
fs.setPath(“/hi").requestRateLimiter(MyRL.args(2, 4,AppKeyResolver))

sengopal

PHP Notes
----------

Personal Home Page
PHP: PreText HyperProcessor

Eclipse PDT


To begin a PHP script, you include the opening delimiter <?php and start coding. To finish, 

sengopal

CSS Background
--------------

background-color  -> red/rgb(255,0,0)/#ff0000/transparent;
background-image -> url('paper.gif') 	
background-repeat: repeat/repeat-x/repeat-y/no-repeat;
	By default, the background-image property repeats an image both horizontally and vertically.
background-attachment -> scroll/fixed/inherit
background-position -> top right -> position of the image in the background
	top,left,center,bottom, xpos ypos,x% y%

sengopal

Hue - basic color
Brightness - lightness/darkness of the color
Saturation - intensity of the color

Chapter 1: Introduction

Window -> Application Frame --> to make the windows tabbed
Cycles in the order of opening
CTRL+Tab --> to cycle through the documents
shift+CTRL+Tab --> to cycle through the documents backward

sengopal

Asciidoc on GitHub

sengopal

Hello software developers,

Please check your code to ensure you're not making one of the following mistakes related to cryptography.

I. General Mistakes

• Writing your own home-grown cryptography primitives (For example: Mifare Classic)
  • Exception: For the sake of learning, but don't deploy it in production.
• Using a fast hash function (e.g. MD5, SHA256) for storing passwords. Use bcrypt instead.
• Not using a cryptographically secure random number generator

sengopal

+-----------------------------------------------------------------------------------------------------+
|  name   |  bits  | bytes  |  min  | actual min value           |  max   | actual max value          |
|---------+--------+--------+-------+----------------------------+--------+---------------------------|
| boolean |  1-bit |   --   | false |                            | true   |                           |
| byte    |  8-bit | 1-byte | -2^7  | -128                       | 2^7-1  | 127                       |
| short   | 16-bit | 2-byte | -2^15 | -32'768                    | 2^15-1 | 32'767                    |
| char    | 16-bit | 2-byte | 0     | '\u0000'                   | 2^16-1 | '\uffff'  (65535)         |
| int     | 32-bit | 4-byte | -2^31 | -2'147'483'648             | 2^31-1 | 2'147'483'647             |
| long    | 64-bit | 8-byte | -2^63 | -9'223'372'036'854'775'808 | 2^63-1 | 9'223'372'036'854'775'807 |
| float   | 32-bit | 4-byte | +/- -3.4028235 * 10^38             | +/- 3.4028235 * 10^38

sengopal

The introduction to Reactive Programming you've been missing

(by @andrestaltz)

So you're curious in learning this new thing called (Functional) Reactive Programming (FRP).

Learning it is hard, even harder by the lack of good material. When I started, I tried looking for tutorials. I found only a handful of practical guides, but they just scratched the surface and never tackled the challenge of building the whole architecture around it. Library documentations often don't help when you're trying to understand some function. I mean, honestly, look at this:

Rx.Observable.prototype.flatMapLatest(selector, [thisArg])

Projects each element of an observable sequence into a new sequence of observable sequences by incorporating the element's index and then transforms an observable sequence of observable sequences into an observable sequence producing values only from the most recent observable sequence.