sbonfert

#!/bin/sh
#
#  Read-only Root-FS for Raspian
#
#  Modified 2016 by Stefan Bonfert to make it compatible with Raspbian
#  Jessie (vanilla).
#
#  Modified 2015 by Pascal Rosin to work on raspian-ua-netinst with
#  overlayfs integrated in Linux Kernel >= 3.18.
#

kidapu

#!/bin/sh
#
#  Read-only Root-FS for Raspian
#
#  Modified 2016 by Stefan Bonfert to make it compatible with Raspbian
#  Jessie (vanilla).
#
#  Modified 2015 by Pascal Rosin to work on raspian-ua-netinst with
#  overlayfs integrated in Linux Kernel >= 3.18.
#

hayeah

======= c-create-contract.sol:FooFactory =======
EVM assembly:
    /* "c-create-contract.sol":44:150  contract FooFactory {... */
  mstore(0x40, 0x60)
  jumpi(tag_1, iszero(callvalue))
  0x0
  dup1
  revert
tag_1:
tag_2:

chriswhong

/* GET /tiles/:z/:x/:y.mvt */
/* Retreive a vector tile by tileid */
router.get('/tiles/:z/:x/:y.mvt', async (req, res) => {
  const { z, x, y } = req.params;

  // calculate the bounding polygon for this tile 
  const bbox = mercator.bbox(x, y, z, false);

  // Query the database, using ST_AsMVTGeom() to clip the geometries
  // Wrap the whole query with ST_AsMVT(), which will create a protocol buffer

Nyx0uf

import VideoToolbox
import AVFoundation

private var __canHWAVC: Bool = false
private var __tokenHWAVC: dispatch_once_t = 0

public protocol NYXAVCEncoderDelegate : class
{
	func didEncodeFrame(frame: CMSampleBuffer)
	func didFailToEncodeFrame()

s8sg

/* NOTE: The design decision of the req pool is tuned to get the 
 *       best possible performance. Below point describes 
 *       the design decisions: 
 *       >> reqpool is a buffer queue where the producer adds at the start 
 *          and consumers consume from the end
 *       >> it is strictly one consumer and multiple producers queue
 *       >> It is unbounded queue and avoids any resource allocation on heap
 *       >> It is lockless and use atomic operation to avoid race condition
 *          for consumers
 */

stevenmirabito

#!/bin/bash
# Installs the broadcom-wl kernel module with DKMS
# Tested under Fedora 23, will likely work with other versions/distros
# Author: Steven Mirabito <smirabito@csh.rit.edu>

# Create a work directory
mkdir -p /tmp/broadcom
cd /tmp/broadcom

# Download the module from Broadcom (http://www.broadcom.com/support/?gid=1)

L-A

var MoonInfo = function(day, month, year) {

    var n0 = parseInt( "0" );
    var f0 = parseFloat( "0.0" );
    var AG = f0;   // Moon's age
    var DI = f0;   // Moon's distance in earth radii
    var LA = f0;   // Moon's ecliptic latitude
    var LO = f0;   // Moon's ecliptic longitude
    var Phase = " ";
    var Zodiac = " ";

mislav

mkaminsky11

#!/bin/sh

# so, by default, monitoring and injection cannot be used with Broadcom wl wifi drivers (such as those for Macs)
# this makes it impossible to do stuff like crack wifi passwords with aircrack-ng
# fortunately, there is a solution burried in https://www.broadcom.com/docs/linux_sta/README.txt

echo 1 > /proc/brcm_monitor0 #enables monitor mode. That's it!

# prism0 is now like "mon0" (monitor mode)