Optional, so does not preclude you from using an alternate one. Opcode cache, now known as the Zend OPcache extension. ![]() The PHP distribution now comes with an opcode cache. Php-posix, php-sysvmsg, php-sysvsem, php-sysvshm Php-api, php-bz2, php-calendar, php-ctype, php-curl, php-date, php-ereg, php-exif, php-fileinfo, php-filter, php-ftp, php-gettext, php-gmp, php-hash, php-iconv, php-json, php-libxml, php-openssl, php-pcre, php-pecl-Fileinfo, php-pecl-phar, php-pecl-zip, php-reflection, php-session, php-shmop, php-simplexml, php-sockets, php-spl, php-tokenizer, php-zend-abi, php-zip, php-zlib It’s located at /usr/lib/httpd/modules/libphp7-zts.so Packages Package ![]() I recommend to install the utility 'pv' and use it like this: gzip -c file.txt pv ssh userip 'cat > destfile.gz'. Now, watch vmstat and determine if the operation is io-bound, network-bound, or cpu-bound. It’s better to use FastCGI SAPIs than this one. This will gzip the file and transfer it in one pipelined operation, which is faster than two separate steps. It’s supposed to be thread-safe, but can’t guarantee to be, and certainly not under additional PHP extensions. It is the standard SAPI for use with httpd worker mpm. (thread safety) Contained in the php56w package, this SAPI integrates into Apache Httpd (2.2.* on RHEL/CentOS 6, 2.4.* on RHEL/CentOS 7). They both exist in the binary at /usr/bin/php-cgi. It’s library is located at /usr/lib/libphp7.soĬontained in the php56w-cli package, these SAPIs are not recommended for use, but are available where needed. Located at /usr/sbin/php-fpm, it is controlled using the /etc/init.d/php-fpm service scriptĬontained in the php56w-phpdbg package, phpdbg has the ability to debug scripts using breakpoints from the command-line, and also supports remote-debugging using an external Java client for remote communication.Ĭontained in the php56w-embedded package, this SAPI allows embedding PHP in other applications. ![]() Located at /usr/bin/phpĬontained in the php56w-fpm package, fpm (FastCGI Process Manager) is a scalable FastCGI process, which acts similar to how Httpd prefork mpm works managing it’s forks. It’s located at /usr/lib/httpd/modules/libphp7.soĬontained in the php56w-cli package, this SAPI allows running scripts from the command-line, and also has a built-in web server for development-use. It is not thread-safe, but doesn’t need to be due to prefork not using threads. It is the standard SAPI for use with httpd prefork mpm (the default mode httpd is ran under. (non-thread safety) Contained in the php56w package, this SAPI integrates into Apache Httpd (2.2.* on RHEL/CentOS 6, 2.4.* on RHEL/CentOS 7). SAPIs are different runtime environments of PHP. You will be given aĬhance to see what packages will be installed and removed before again being This is normal, and you can continue by tying “y ”. It will likely give you a message “WARNING: Unable to resolve all providers …“. If you don’t already have it, you can install xz using yum.Yum replace php-common -replace-with =php56w-common Getting around this is as simple as using the xz binary to first decompress the file, and then tar to extract it. Try `tar -help' or `tar -usage' for more information. Note that this is a capital “J” and not a lowercase “j” which would be used to specify bzip2 compression. On newer versions of tar, you can simply replace the z with a J to use the correct (de)compression library, but if you have version 1.15.1 or earlier, you’ll find that this doesn’t work either. Tar: Error exit delayed from previous errors If you try the same thing using a tar.xz file, you’ll find that it doesn’t work. Extracting them is as simple as passing xzf to tar. Traditionally compressed archive files are distributed on Linux systems as tar.gz files which use gzip for compression. ![]() This guide will show you how to extract a tar.xz file on CentOS or RedHat, and probably other flavors of Linux as well.
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