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skip to content coding with cody cannot declare class, php?!? april 20, 2017 april 20, 2017 cody snider comments are off for this post. one of the most annoying errors to debug when working with a litany of autoloaders using required instead of include_once in php: php fatal error: cannot declare class someclass, because the name is already in use in /somewhere/someclass.php on line 1234 what makes it annoying is the lack of a trace. you know it was only defined once, but it’s being loaded several times. to solve this quickly and find the various places it is being loaded, just wrap your class with this: echo '*** ' . debug_backtrace ( ) [ 0 ] [ 'file' ] . ' at line ' . debug_backtrace ( ) [ 0 ] [ 'line' ] ; if ( ! class_exists ( 'someclass' ) ) { class someclass { ... } } get video duration with ffmpeg and python may 14, 2014 december 25, 2016 cody snider comments are off for this post. for this to work, you’ll need ffmpeg and python on your machine or server already. configuration of this is beyond the scope of this post, but installation through yum or apt-get should be sufficient (or equivalent on a windows or mac). to pull the duration of a video from any machine with ffmpeg and python installed, run the following script. take care to replace path_to_your_video_file with the path to your video and check to ensure your ffmpeg binary is located at /usr/bin/ffmpeg (you can do this by executing ‘which ffmpeg’ in your shell). the result is a dictionary with hours, minutes and seconds as the keys. import subprocess import re process = subprocess . popen ( [ '/usr/bin/ffmpeg' , '-i' , path_to_your_video_file ] , stdout = subprocess . pipe , stderr = subprocess . stdout ) stdout , stderr = process. communicate ( ) matches = re . search ( r "duration: \s {1}(?p \d +?):(?p \d +?):(?p \d + \. \d +?)," , stdout , re . dotall ) . groupdict ( ) print matches [ 'hours' ] print matches [ 'minutes' ] print matches [ 'seconds' ] update: cal leeming was kind enough to put this in a function that’ll return the number of seconds as a decimal. thanks again, cal! import subprocess import re from decimal import decimal def get_video_length ( path ) : process = subprocess . popen ( [ '/usr/bin/ffmpeg' , '-i' , path ] , stdout = subprocess . pipe , stderr = subprocess . stdout ) stdout , stderr = process. communicate ( ) matches = re . search ( r "duration: \s {1}(?p \d +?):(?p \d +?):(?p \d + \. \d +?)," , stdout , re . dotall ) . groupdict ( ) hours = decimal ( matches [ 'hours' ] ) minutes = decimal ( matches [ 'minutes' ] ) seconds = decimal ( matches [ 'seconds' ] ) total = 0 total + = 60 * 60 * hours total + = 60 * minutes total + = seconds return total fizzbuzz in 68k assembly november 26, 2012 december 25, 2016 cody snider comments are off for this post. fizz buzz is a group word game for children to teach them about division. players take turns to count incrementally, replacing any number divisible by three with the word “fizz”, and any number divisible by five with the word “buzz”. org $1000 fizz dc.b 'fizz',$0d,$0a,0 buzz dc.b 'buzz',$0d,$0a,0 fbuzz dc.b 'fizzbuzz',$0d,$0a,0 crlf dc.b $0d,$0a,0 start moveq #0, d1 ; rolling value moveq #10, d2 ; set d2 with dec number 10 bsr loop ; branch to loop quit move.b #9, d0 ; moves the dec number 9 into data register d0 trap #15 ; execute trap command in d0 dbuzz lea buzz, a1 ; load buzz address into address register a1 move.b #14, d0 ; set trap command to display null terminated string in a1 trap #15 ; execute trap command bra loop ; branch to loop dfizz lea fizz, a1 ; load fizz address into address register a1 move.b #14, d0 ; set trap command to display null terminated string in a1 trap #15 ; execute trap command bra loop ; branch to loop dfbuzz lea fbuzz, a1 ; load fbuzz address into address register a1 move.b #14, d0 ; set trap command to display null terminated string in a1 trap #15 ; execute trap command bra loop ; branch to loop dval moveq #15, d0 ; set trap command to display d1 trap #15 ; execute trap command lea crlf, a1 ; load fbuzz address into address register a1 move.b #14, d0 ; set trap command to display null terminated string in a1 trap #15 ; execute trap command bra loop ; branch to loop loop cmp #100, d1 ; compare d1 to 100 beq quit ; equality in previous compare meets break condition addq #1, d1 ; increment loop move.l d1, d3 ; store d1 to d3 for div divu #15, d3 ; d3 / 15 swap d3 ; swap d3 remainder byte cmp #0, d3 ; evaluate d3 for 0 beq dfbuzz ; run subroutine to display 'fizzbuzz' move.l d1, d3 ; store d1 to d3 for div divu #3, d3 ; d3 / 3 swap d3 ; swap d3 remainder byte cmp #0, d3 ; evaluate d3 for 0 beq dfizz ; run subroutine to display 'fizz' move.l d1, d3 ; store d1 to d3 for div divu #5, d3 ; d3 / 5 swap d3 ; swap d3 remainder byte cmp #0, d3 ; evaluate d3 for 0 beq dbuzz ; run subroutine to display 'buzz' bra dval ; other conditions not met, branch into dval end start arduino default fuse settings june 25, 2011 december 25, 2016 cody snider comments are off for this post. here are the default fuse settings for each arduino from the boards.txt included with the arduino development software. to understand more about the fuse settings for your microcontroller, visit engbedded’s avr fuse calculator . to write fuse settings, you will need a programmer with this capability. i use mighty ohm’s high-voltage rescue shield available here . arduino uno low fuse 0xff high fuse 0xde extended fuse 0x05 arduino duemilanove or nano w/ atmega328 low fuse 0xff high fuse 0xda extended fuse 0x05 arduino diecimila, duemilanove, or nano w/ atmega168 low fuse 0xff high fuse 0xdd extended fuse 0x00 arduino mega 2560 low fuse 0xff high fuse 0xd8 extended fuse 0xfd arduino mega (atmega1280) low fuse 0xff high fuse 0xda extended fuse 0xf5 arduino mini low fuse 0xff high fuse 0xdd extended fuse 0x00 arduino fio low fuse 0xff high fuse 0xda extended fuse 0x05 arduino bt w/ atmega328 low fuse 0xff high fuse 0xd8 extended fuse 0x05 arduino bt w/ atmega168 low fuse 0xff high fuse 0xdd extended fuse 0x00 lilypad arduino w/ atmega328 low fuse 0xff high fuse 0xda extended fuse 0x05 lilypad arduino w/ atmega168 low fuse 0xe2 high fuse 0xdd extended fuse 0x00 arduino pro or pro mini (5v, 16 mhz) w/ atmega328 low fuse 0xff high fuse 0xda extended fuse 0x05 arduino pro or pro mini (5v, 16 mhz) w/ atmega168 low fuse 0xff high fuse 0xdd extended fuse 0x00 arduino pro or pro mini (3.3v, 8 mhz) w/ atmega328 low fuse 0xff high fuse 0xda extended fuse 0x05 arduino pro or pro mini (3.3v, 8 mhz) w/ atmega168 low fuse 0xc6 high fuse 0xdd extended fuse 0x00 arduino ng or older w/ atmega168 low fuse 0xff high fuse 0xdd extended fuse 0x00 arduino ng or older w/ atmega8 low fuse 0xdf high fuse 0xca generate random ip with python july 3, 2010 december 25, 2016 cody snider comments are off for this post. in need of an ip address on-the-fly that appears to be valid? try this: from random import randrange def generateip ( ) : blockone = randrange ( 0 , 255 , 1 ) blocktwo = randrange ( 0 , 255 , 1 ) blockthree = randrange ( 0 , 255 , 1 ) blockfour = randrange ( 0 , 255 , 1 ) print 'random ip: ' + str ( blockone ) + '.' + str ( blocktwo ) + '.' + str ( blockthree ) + '.' + str ( blockfour ) if blockone == 10 : return self .__generaterandomip__ ( ) elif blockone == 172 : return self .__generaterandomip__ ( ) elif blockone == 192 : return self .__generaterandomip__ ( ) else : return str ( blockone ) + '.' + str ( blocktwo ) + '.' + str ( blockthree ) + '.' + str ( blockfour ) we’re skipping 10.x.x.x, 172.x.x.x and 192.x.x.x due to the fact that these are reserved address. rfc 1918 version 2: an elegant solution to serve the purpose of generating a random ip provided by ben (explanation of changes listed in the comments below): if __name__ == "__main__" : not_valid = [ 10 , 127 , 169 , 172 , 192 ] first = randrange ( 1 , 256 ) while first in not_valid: first = randrange ( 1 , 256 ) ip = "." . join ( [ str ( first ) , str ( randrange ( 1 , 256 ) )

URL analysis for codingwithcody.com

http://www.codingwithcody.com/#content
http://www.codingwithcody.com/author/codingwithcody_sh8lmp/
http://www.codingwithcody.com/2012/11/26/fizzbuzz-in-68k-assembly/
http://www.codingwithcody.com/2014/05/14/get-video-duration-with-ffmpeg-and-python/
http://www.codingwithcody.com/2010/07/03/generate-random-ip-with-python/
http://www.codingwithcody.com/2017/04/20/cannot-declare-class-php/
http://www.codingwithcody.com/2011/06/25/arduino-default-fuse-settings/

Whois Information

Whois is a protocol that is access to registering information. You can reach when the website was registered, when it will be expire, what is contact details of the site with the following informations. In a nutshell, it includes these informations;

Domain Name: CODINGWITHCODY.COM
Registry Domain ID: 1528660598_DOMAIN_COM-VRSN
Registrar WHOIS Server: whois.dreamhost.com
Registrar URL: http://www.DreamHost.com
Updated Date: 2017-11-15T08:57:16Z
Creation Date: 2008-11-15T03:09:11Z
Registry Expiry Date: 2018-11-15T03:09:11Z
Registrar: DreamHost, LLC
Registrar IANA ID: 431
Registrar Abuse Contact Email:
Registrar Abuse Contact Phone:
Domain Status: clientTransferProhibited https://icann.org/epp#clientTransferProhibited
Name Server: NS1.DREAMHOST.COM
Name Server: NS2.DREAMHOST.COM
Name Server: NS3.DREAMHOST.COM
DNSSEC: unsigned
URL of the ICANN Whois Inaccuracy Complaint Form: https://www.icann.org/wicf/
>>> Last update of whois database: 2018-07-26T13:13:17Z <<<

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view the registrar's reported date of expiration for this registration.

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Registrars.

  REGISTRAR DreamHost, LLC

SERVERS

  SERVER com.whois-servers.net

  ARGS domain =codingwithcody.com

  PORT 43

  TYPE domain

DOMAIN

  NAME codingwithcody.com

  CHANGED 2017-11-15

  CREATED 2008-11-15

STATUS
clientTransferProhibited https://icann.org/epp#clientTransferProhibited

NSERVER

  NS1.DREAMHOST.COM 64.90.62.230

  NS2.DREAMHOST.COM 208.97.182.10

  NS3.DREAMHOST.COM 66.33.205.230

  REGISTERED yes

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