ZendDebugger.so PHP7.0
; Specifies the hosts that are allowed to connect (hostmask list) with Zend Debugger when running a remote debug session with Zend Studio zend_debugger.allow_hosts=127.0.0.0/8,<YOUR IP ADDRESS> ; Specifies the hosts that are not allowed to connect (hostmask list) with the Zend Debugger when running a remote debug session with Zend Studio zend_debugger.deny_hosts= ; A list of hosts (hostmask list) that can use the machine on which Zend Server is installed to create a communication tunnel for remote debgging with Zend Studio. This is done to solve firewall connectivity limitations zend_debugger.allow_tunnel= ; The user ID of the httpd process that runs the Zend Debugger (only for tunneling) zend_debugger.httpd_uid=-1 ; A range of ports that the communication tunnel can use. This defines the minimum value for the range zend_debugger.tunnel_min_port=1024 ; A range of ports that the communication tunnel can use. This defines the maximum value for the range zend_debugger.tunnel_max_port=65535 ; Define whether to expose the presence of the Zend Debugger to remote clients zend_debugger.expose_remotely=2 ; The Debugger's timeout period (in seconds) to wait for a response from the client (Zend Studio) (units: seconds) zend_debugger.passive_mode_timeout=20 ; Enables fast time sampling which is dependent on CPU cycles and frequency, otherwise, the directive uses operating system timing (which may be less accurate) zend_debugger.use_fast_timestamp=1 ; Enable code-coverage feature, should only be true on local debugger zend_debugger.enable_coverage=1 zend_debugger.xdebug_compatible_coverage=0
<?php
/**
* Decode a string with encoded characters like &
* @param string encodedString - string to encode
* @return string
*/
function decodeEntities(encodedString) {
var textArea = document.createElement('textarea');
textArea.innerHTML = encodedString;
return textArea.value;
}
console.log(decodeEntities("Keith & Hards"));
output: "Keith & Hards"
<?php
function print_details($json) {
$args = json_decode($json);
echo "My first name is {$args->first_name}<br />";
echo "My last name is {$args->last_name}<br />";
echo "My age is {$args->age}<br />";
}
print_details('{
"first_name": "keith",
"last_name": "hards",
"age": 37
}'); /etc/ssh/sshd_config:Ciphers 3des-cbc,blowfish-cbc,cast128-cbc,arcfour,arcfour128,arcfour256,aes128-cbc,aes192-cbc,aes256-cbc,rijndael-cbc@lysator.liu.se,aes128-ctr,aes192-ctr,aes256-ctr,aes128-gcm@openssh.com,aes256-gcm@openssh.com,chacha20-poly1305@openssh.comGenerating public/private rsa key pair.Step 2: Copy the public key to remote-host using ssh-copy-id
Enter file in which to save the key (/home/jsmith/.ssh/id_rsa):[Enter key]
Enter passphrase (empty for no passphrase): [Press enter key]
Enter same passphrase again: [Pess enter key]
Your identification has been saved in /home/jsmith/.ssh/id_rsa.
Your public key has been saved in /home/jsmith/.ssh/id_rsa.pub.
The key fingerprint is:
33:b3:fe:af:95:95:18:11:31:d5:de:96:2f:f2:35:f9 jsmith@local-host
ssh 'remote-host'"check in .ssh/authorized_keys
X can be any regular expression.(?: # Match the following any number of times: (?!lazy) # (first assert that it's not possible to match "lazy" here
. # then match any character
)* # end of group, zero or more repetitions.Handy bit of PHP to convert and object to an array public function objectToArray($obj)
{
if(!is_array($obj) && !is_object($obj))
return $obj;
if(is_object($obj))
$obj = get_object_vars($obj);
return array_map(array($this, 'objectToArray'), $obj);
}
net stop vmnetbridge
net start vmnetbridge
pause
stdClass Object
(
[foo] => Test data
[bar] => stdClass Object
(
[baaz] => Testing
[fooz] => stdClass Object
(
[baz] => Testing again
)
)
[foox] => Just test
)
Array
(
[foo] => Test data
[bar] => Array
(
[baaz] => Testing
[fooz] => Array
(
[baz] => Testing again
)
)
[foox] => Just test
)
stdClass Object
(
[foo] => Test data
[bar] => stdClass Object
(
[baaz] => Testing
[fooz] => stdClass Object
(
[baz] => Testing again
)
)
[foox] => Just test
)
Mutex:
Is a key to a toilet. One person can have the key - occupy the toilet - at the time. When finished, the person gives (frees) the key to the next person in the queue.
Officially: "Mutexes are typically used to serialise access to a section of re-entrant code that cannot be executed concurrently by more than one thread. A mutex object only allows one thread into a controlled section, forcing other threads which attempt to gain access to that section to wait until the first thread has exited from that section." Ref: Symbian Developer Library
(A mutex is really a semaphore with value 1.)
Semaphore:
Is the number of free identical toilet keys. Example, say we have four toilets with identical locks and keys. The semaphore count - the count of keys - is set to 4 at beginning (all four toilets are free), then the count value is decremented as people are coming in. If all toilets are full, ie. there are no free keys left, the semaphore count is 0. Now, when eq. one person leaves the toilet, semaphore is increased to 1 (one free key), and given to the next person in the queue.
Officially: "A semaphore restricts the number of simultaneous users of a shared resource up to a maximum number. Threads can request access to the resource (decrementing the semaphore), and can signal that they have finished using the resource (incrementing the semaphore)." Ref: Symbian Developer Library