Phars are PHP Archives. Kind of like a Java JAR file, but for PHP uses. They're great for distributing executable command line utilities written in PHP. However, creating one is not the simplest thing ever.
This document provides an overview of file handling in PHP. It discusses opening, reading, and writing to files using functions like fopen(), fread(), fclose(), fgets(), feof(), and fwrite(). These functions allow you to create, open, read, write, and close files. The document uses an example text file and code snippets to demonstrate how to use these PHP file handling functions.
The document provides information on various PHP functions for working with files, including opening, reading, writing, and manipulating files. It lists functions for opening files with fopen(), reading files line by line with fgets() or character by character with fgetc(), writing to files with fwrite(), and closing files with fclose(). It also covers getting file details/metadata with functions like filesize(), filemtime(), and checking for end of file with feof().
This document discusses working with files and directories in PHP. It covers understanding file types and permissions, reading and writing directories, uploading and downloading files, and obtaining file information. The key functions covered include opendir(), readdir(), closedir(), scandir(), mkdir(), chmod(), fileperms(), move_uploaded_file(), and more. The document provides examples of using these functions to list directories, create directories, upload files, and retrieve file metadata.
This document discusses various functions used for file handling in C programming. It defines a file and describes basic file operations like opening, closing, reading, and writing to files. It then explains functions like fopen(), fclose(), fprintf(), fscanf(), fgetc(), fputc(), putw(), getw(), fseek(), and ftell() that are used to perform these basic file operations. Examples are provided to demonstrate the usage of each function.
The document discusses various methods for reading and writing files in PHP, including opening and reading a file, alternative methods like file() and file_get_contents(), including files using include() and require(), and writing to files using functions like fwrite() and file_put_contents(). It provides examples of opening, reading, and writing files, including files, and checking if a file exists.
The document discusses file handling in C using basic file I/O functions. It explains that files must be opened using fopen() before reading or writing to them. The file pointer returned by fopen() is then used to perform I/O operations like fscanf(), fprintf(), etc. It is important to check if the file opened successfully and close it after use using fclose(). The document provides an example program that reads names from a file, takes marks as input, and writes names and marks to an output file.
This document provides an overview of file handling in PHP. It discusses opening, reading, and writing to files using functions like fopen(), fread(), fclose(), fgets(), feof(), and fwrite(). These functions allow you to create, open, read, write, and close files. The document uses an example text file and code snippets to demonstrate how to use these PHP file handling functions.
The document provides information on various PHP functions for working with files, including opening, reading, writing, and manipulating files. It lists functions for opening files with fopen(), reading files line by line with fgets() or character by character with fgetc(), writing to files with fwrite(), and closing files with fclose(). It also covers getting file details/metadata with functions like filesize(), filemtime(), and checking for end of file with feof().
This document discusses working with files and directories in PHP. It covers understanding file types and permissions, reading and writing directories, uploading and downloading files, and obtaining file information. The key functions covered include opendir(), readdir(), closedir(), scandir(), mkdir(), chmod(), fileperms(), move_uploaded_file(), and more. The document provides examples of using these functions to list directories, create directories, upload files, and retrieve file metadata.
This document discusses various functions used for file handling in C programming. It defines a file and describes basic file operations like opening, closing, reading, and writing to files. It then explains functions like fopen(), fclose(), fprintf(), fscanf(), fgetc(), fputc(), putw(), getw(), fseek(), and ftell() that are used to perform these basic file operations. Examples are provided to demonstrate the usage of each function.
The document discusses various methods for reading and writing files in PHP, including opening and reading a file, alternative methods like file() and file_get_contents(), including files using include() and require(), and writing to files using functions like fwrite() and file_put_contents(). It provides examples of opening, reading, and writing files, including files, and checking if a file exists.
The document discusses file handling in C using basic file I/O functions. It explains that files must be opened using fopen() before reading or writing to them. The file pointer returned by fopen() is then used to perform I/O operations like fscanf(), fprintf(), etc. It is important to check if the file opened successfully and close it after use using fclose(). The document provides an example program that reads names from a file, takes marks as input, and writes names and marks to an output file.
Files allow data to be permanently stored and accessed by programs. Basic file operations include opening, reading, writing, and closing files. To open a file, its name and access mode are passed to the fopen function, which returns a file pointer used for subsequent read/write operations. Characters can be read from and written to files using functions like getc and putc. Command line arguments passed when a program launches are accessible through the argc and argv parameters of the main function.
This document contains code snippets for opening, writing, reading, and closing files in C programming language. The snippets demonstrate opening files in read and write modes, getting input from the user and writing it to files, reading from files and printing the output, and checking for errors when opening files.
This document provides information about file I/O functions in C including fopen(), fprintf(), fseek(), ftell(), feof(), ferror(), setvbuf(), tmpfile(), mktemp(), and functions for handling wide characters and internationalization. It includes code examples demonstrating the use of these functions for opening, reading, writing, positioning within, and checking for errors on files. The focus is on file I/O in C and Unicode/internationalization support for file operations.
Apache Solr for TYPO3 Components & Review 2016timohund
The document discusses the Apache Solr extensions for TYPO3: EXT:solr for indexing pages and records, EXT:solrfal for indexing files, and EXT:solrfluid for fluid templates. It summarizes the developments and releases in 2016, including updates for TYPO3 7.6 and PHP 7.0, improved documentation, and new features like field collapsing and variants. The author invites involvement through GitHub, Slack, or becoming an extension partner.
Contents:-
Introduction
What is a File?
High Level I/O Functions
Defining & Opening a File
Closing a File
The getc and putc Functions
The getw and putw Functions
The fprintf and fscanf Functions
TYPO3 8 is here - how we keep EXT:solr uptodate with the TYPO3 coretimohund
This presentation shows, how we use travis-ci.org and scrutinizer-ci.com to keep our extension uptodate with the TYPO3 core. Beside that we show what could be next for EXT:solr in the next year.
This document discusses file management in C. It explains that files are used to store large amounts of data systematically so it can be accessed easily later. Files allow flexible storage and retrieval of data that is too large for memory. The key points covered include opening, reading, writing and closing files; using functions like fopen(), fclose(), fprintf(), fscanf(); handling errors; and dynamic memory allocation functions like malloc() and calloc().
The document discusses various PHP file operations and functions. It covers:
- Creating and opening files with fopen(), specifying read/write modes
- Reading from files with fgets()
- Writing to files with fwrite()
- Removing files with unlink()
- Appending data to files
- Locking files during reads/writes with flock()
- Uploading files via HTML forms by accessing the $_FILES array
- Getting file information and performing directory operations
This document provides an overview of files and file handling in C programming. It discusses key concepts like defining and opening files, different modes for opening files, input/output functions like getc(), putc(), fscanf(), fprintf(), getw(), putw(), closing files, error handling, random access to files, and using command line arguments. Functions like fopen(), fclose(), feof(), ferror() are explained. Examples are given to demonstrate reading from and writing to files in text and binary formats.
This document provides tips and tricks for using Vim with Python. It covers getting around files using movements, setting and jumping to marks, making changes using commands like yank and delete combined with text objects, using visual mode, searching, undoing changes, splitting windows, configuring Vim through the vimrc file, indentation, autocompletion, tags, NERDTree for file exploration, flake8 for linting, and popular plugins.
The document discusses file handling in C programming. It explains that console I/O functions use keyboard and monitor for input and output but the data is lost when the program terminates. Files provide a permanent way to store and access data. The document then describes different file handling functions like fopen(), fclose(), fgetc(), fputc(), fprintf(), fscanf() for reading from and writing to files. It also discusses opening files in different modes, reading and writing characters and strings to files, and using formatted I/O functions for files.
This document provides information about file operations in C programming. It discusses opening, reading from, writing to, and closing files using functions like fopen(), fread(), fwrite(), fclose(), getc(), putc(), fprintf(), fscanf(), getw(), and putw(). It gives the syntax and examples of using these functions to perform basic file input/output operations like reading and writing characters, integers, and strings to files. It also covers opening files in different modes, moving the file pointer, and checking for end of file.
This document discusses file management in C programming. It covers defining and opening files, different modes of file opening like read, write and append. It also discusses input/output operations on files like getc(), putc(), fscanf(), fprintf() and functions to handle errors during file operations. Random access to files using functions like fseek() and ftell() is also summarized.
This document discusses how to create an OpenShift cartridge for Drupal 8 using PHP 5.4. It describes building a cartridge from RPM packages, setting up required files and environment variables, and scripts for common cartridge operations like installing, setting up, and starting and stopping services. Examples are provided of scripts for tasks like installing PEAR libraries. Links are included for references on the OpenShift documentation, cartridge development, and the specific PHP cartridge project discussed.
This document discusses file handling in PHP. It covers opening, reading, and writing to files, as well as manipulating directories. Some key points covered include using fopen() and fclose() to open and close files, fgets() and fread() to read file data, fwrite() to write to files, and opendir(), readdir(), and closedir() to open directories and read directory contents.
This document discusses data files in C programming. It defines a data file as a computer file that stores data for use by an application or system. It describes two types of data files: stream-oriented (text files and unformatted files) and system-oriented (low-level files). It explains how to open, read from, write to, and close data files using functions like fopen(), fclose(), getc(), putc(), fprintf(), and fscanf(). It provides examples of programs to create a data file by writing user input to a file and to read from an existing data file and display the contents.
The document discusses file management in C. It defines a file as a collection of related data treated as a single unit by a computer. It stores in secondary storage so contents remain when the computer shuts down. It discusses basic file operations like opening, reading, writing and closing files. It explains different modes for opening files like read, write and append. It also discusses functions for input/output like getc, putc, getw, putw, fscanf and fprintf. Finally, it covers random access to files using functions like fseek and ftell.
This document discusses files in C language, including the basics of files, types of files, creating and reading/writing to files, and streams associated with files. It explains that a file is a collection of bytes stored on a disk that represents a sequence of data. There are two main types of files - binary and text. Binary files store raw data while text files store character data. The document outlines various functions for opening, closing, reading, and writing to files, as well as different modes for accessing files. It also discusses text and binary streams, which refer to the flow of data to and from files, and associated data types and flags in C.
This document discusses file handling in C programming. It begins by introducing the concept of files and how they are used to store data on disk rather than temporarily in memory. It then covers key functions for working with files like fopen() to open a file, fclose() to close it, fprintf() and fscanf() to write and read data from files. The different modes for opening files are explained, including reading, writing, and appending. An example program is provided that demonstrates opening a file, writing data to it, rewinding to the start, reading the data back, and closing the file. Basic file handling is an important concept for persistent storage of data in programs.
The document discusses files and operations on files in C. It covers:
1. There are two types of files - sequential and random. Sequential files are accessed sequentially like cassettes while random files allow non-sequential access like CDs.
2. Common file operations include read, write, and append. To perform operations the file pointer must be declared, the file opened, the operation done, and the file closed.
3. Functions to write to sequential files include fprintf(), fputc(), and fputs(). Functions to read include fscanf(), fgetc(), and fgets(). Examples are given to demonstrate writing and reading data from files.
The document discusses PHP Archives (Phar), which allow packaging of multiple PHP files into a single file. Phar is built into PHP and provides advantages like single file downloads, easy upgrades, and security against modifications. Key aspects of Phar include the stub, manifest, file contents, and optional signature. Phar can be used to distribute full applications, libraries, plugins and more via a single file.
Este documento explica los archivos Phar en PHP, los cuales permiten empaquetar una aplicación en un solo archivo. Explica cómo crear un archivo Phar, agregar archivos a él, e integrarlo en una aplicación. Los archivos Phar proveen una forma de distribuir código PHP de manera portable y fácil de incluir.
Files allow data to be permanently stored and accessed by programs. Basic file operations include opening, reading, writing, and closing files. To open a file, its name and access mode are passed to the fopen function, which returns a file pointer used for subsequent read/write operations. Characters can be read from and written to files using functions like getc and putc. Command line arguments passed when a program launches are accessible through the argc and argv parameters of the main function.
This document contains code snippets for opening, writing, reading, and closing files in C programming language. The snippets demonstrate opening files in read and write modes, getting input from the user and writing it to files, reading from files and printing the output, and checking for errors when opening files.
This document provides information about file I/O functions in C including fopen(), fprintf(), fseek(), ftell(), feof(), ferror(), setvbuf(), tmpfile(), mktemp(), and functions for handling wide characters and internationalization. It includes code examples demonstrating the use of these functions for opening, reading, writing, positioning within, and checking for errors on files. The focus is on file I/O in C and Unicode/internationalization support for file operations.
Apache Solr for TYPO3 Components & Review 2016timohund
The document discusses the Apache Solr extensions for TYPO3: EXT:solr for indexing pages and records, EXT:solrfal for indexing files, and EXT:solrfluid for fluid templates. It summarizes the developments and releases in 2016, including updates for TYPO3 7.6 and PHP 7.0, improved documentation, and new features like field collapsing and variants. The author invites involvement through GitHub, Slack, or becoming an extension partner.
Contents:-
Introduction
What is a File?
High Level I/O Functions
Defining & Opening a File
Closing a File
The getc and putc Functions
The getw and putw Functions
The fprintf and fscanf Functions
TYPO3 8 is here - how we keep EXT:solr uptodate with the TYPO3 coretimohund
This presentation shows, how we use travis-ci.org and scrutinizer-ci.com to keep our extension uptodate with the TYPO3 core. Beside that we show what could be next for EXT:solr in the next year.
This document discusses file management in C. It explains that files are used to store large amounts of data systematically so it can be accessed easily later. Files allow flexible storage and retrieval of data that is too large for memory. The key points covered include opening, reading, writing and closing files; using functions like fopen(), fclose(), fprintf(), fscanf(); handling errors; and dynamic memory allocation functions like malloc() and calloc().
The document discusses various PHP file operations and functions. It covers:
- Creating and opening files with fopen(), specifying read/write modes
- Reading from files with fgets()
- Writing to files with fwrite()
- Removing files with unlink()
- Appending data to files
- Locking files during reads/writes with flock()
- Uploading files via HTML forms by accessing the $_FILES array
- Getting file information and performing directory operations
This document provides an overview of files and file handling in C programming. It discusses key concepts like defining and opening files, different modes for opening files, input/output functions like getc(), putc(), fscanf(), fprintf(), getw(), putw(), closing files, error handling, random access to files, and using command line arguments. Functions like fopen(), fclose(), feof(), ferror() are explained. Examples are given to demonstrate reading from and writing to files in text and binary formats.
This document provides tips and tricks for using Vim with Python. It covers getting around files using movements, setting and jumping to marks, making changes using commands like yank and delete combined with text objects, using visual mode, searching, undoing changes, splitting windows, configuring Vim through the vimrc file, indentation, autocompletion, tags, NERDTree for file exploration, flake8 for linting, and popular plugins.
The document discusses file handling in C programming. It explains that console I/O functions use keyboard and monitor for input and output but the data is lost when the program terminates. Files provide a permanent way to store and access data. The document then describes different file handling functions like fopen(), fclose(), fgetc(), fputc(), fprintf(), fscanf() for reading from and writing to files. It also discusses opening files in different modes, reading and writing characters and strings to files, and using formatted I/O functions for files.
This document provides information about file operations in C programming. It discusses opening, reading from, writing to, and closing files using functions like fopen(), fread(), fwrite(), fclose(), getc(), putc(), fprintf(), fscanf(), getw(), and putw(). It gives the syntax and examples of using these functions to perform basic file input/output operations like reading and writing characters, integers, and strings to files. It also covers opening files in different modes, moving the file pointer, and checking for end of file.
This document discusses file management in C programming. It covers defining and opening files, different modes of file opening like read, write and append. It also discusses input/output operations on files like getc(), putc(), fscanf(), fprintf() and functions to handle errors during file operations. Random access to files using functions like fseek() and ftell() is also summarized.
This document discusses how to create an OpenShift cartridge for Drupal 8 using PHP 5.4. It describes building a cartridge from RPM packages, setting up required files and environment variables, and scripts for common cartridge operations like installing, setting up, and starting and stopping services. Examples are provided of scripts for tasks like installing PEAR libraries. Links are included for references on the OpenShift documentation, cartridge development, and the specific PHP cartridge project discussed.
This document discusses file handling in PHP. It covers opening, reading, and writing to files, as well as manipulating directories. Some key points covered include using fopen() and fclose() to open and close files, fgets() and fread() to read file data, fwrite() to write to files, and opendir(), readdir(), and closedir() to open directories and read directory contents.
This document discusses data files in C programming. It defines a data file as a computer file that stores data for use by an application or system. It describes two types of data files: stream-oriented (text files and unformatted files) and system-oriented (low-level files). It explains how to open, read from, write to, and close data files using functions like fopen(), fclose(), getc(), putc(), fprintf(), and fscanf(). It provides examples of programs to create a data file by writing user input to a file and to read from an existing data file and display the contents.
The document discusses file management in C. It defines a file as a collection of related data treated as a single unit by a computer. It stores in secondary storage so contents remain when the computer shuts down. It discusses basic file operations like opening, reading, writing and closing files. It explains different modes for opening files like read, write and append. It also discusses functions for input/output like getc, putc, getw, putw, fscanf and fprintf. Finally, it covers random access to files using functions like fseek and ftell.
This document discusses files in C language, including the basics of files, types of files, creating and reading/writing to files, and streams associated with files. It explains that a file is a collection of bytes stored on a disk that represents a sequence of data. There are two main types of files - binary and text. Binary files store raw data while text files store character data. The document outlines various functions for opening, closing, reading, and writing to files, as well as different modes for accessing files. It also discusses text and binary streams, which refer to the flow of data to and from files, and associated data types and flags in C.
This document discusses file handling in C programming. It begins by introducing the concept of files and how they are used to store data on disk rather than temporarily in memory. It then covers key functions for working with files like fopen() to open a file, fclose() to close it, fprintf() and fscanf() to write and read data from files. The different modes for opening files are explained, including reading, writing, and appending. An example program is provided that demonstrates opening a file, writing data to it, rewinding to the start, reading the data back, and closing the file. Basic file handling is an important concept for persistent storage of data in programs.
The document discusses files and operations on files in C. It covers:
1. There are two types of files - sequential and random. Sequential files are accessed sequentially like cassettes while random files allow non-sequential access like CDs.
2. Common file operations include read, write, and append. To perform operations the file pointer must be declared, the file opened, the operation done, and the file closed.
3. Functions to write to sequential files include fprintf(), fputc(), and fputs(). Functions to read include fscanf(), fgetc(), and fgets(). Examples are given to demonstrate writing and reading data from files.
The document discusses PHP Archives (Phar), which allow packaging of multiple PHP files into a single file. Phar is built into PHP and provides advantages like single file downloads, easy upgrades, and security against modifications. Key aspects of Phar include the stub, manifest, file contents, and optional signature. Phar can be used to distribute full applications, libraries, plugins and more via a single file.
Este documento explica los archivos Phar en PHP, los cuales permiten empaquetar una aplicación en un solo archivo. Explica cómo crear un archivo Phar, agregar archivos a él, e integrarlo en una aplicación. Los archivos Phar proveen una forma de distribuir código PHP de manera portable y fácil de incluir.
Slides of my talk at PHP USERGROUP DRESDEN on 29.06.2016 bei Collab & Couch
* Example-Source-Code: https://github.com/PHPinDD/phar-better-tool-example
* Example-Distribution: https://github.com/PHPinDD/phar-better-tool-distribution
Presentazione del progetto europeo Comunicare in rete per lo sviluppo, promosso dalla federazione delle ong catalane FCONG, in partenariato con RESACOOP in Francia e COP (Consorzio Ong Piemontesi) in Italia
LegalDoc LITE è la soluzione per la conservazione sostitutiva per PMI e professionisti, garantisce piena compliance normativa a bassi costi ed è immediatamente disponibile sul PC.
Il processo di fatturazione elettronica verso la Pubblica Amministrazione richiede alle aziende un cambiamento tecnologico e di processo nelle attività del ciclo attivo e passivo, dato dalla necessità di dialogo con il Sistema di Interscambio di Sogei (Sdi), l'infrastruttura che si occupa di ricevere i flussi di fatture elettroniche destinate alla PA e di destinarli verso gli uffici competenti.
InfoCert ha già provveduto a supportare i soggetti coinvolti in tale processo attraverso l'erogazione di un servizio specifico di Fatturazione Elettronica per PA, per la gestione automatizzata del ciclo di invio, ricezione e conservazione delle Fatture Elettroniche PA, perciò può organizzare e inviare le fatture elettroniche e successivamente organizzare tutto il processo di conservazione sostitutiva.
This document provides specifications for the Short Message Peer to Peer (SMPP) protocol version 3.4, including:
- An overview of the SMPP protocol and how it facilitates message exchange between an SMSC and ESME.
- Definitions of the various SMPP protocol data units (PDUs) and their syntax and formats.
- Descriptions of SMPP parameters and optional parameters included in PDUs.
- Guidelines for implementing forward and backward compatibility in SMPP.
Contaminazione della Digital transformation: dalla banca all'assicurazioneInfoCert S.p.A.
Innovazione dei servizi, customer experience, tecnologie abilitanti, compliance e risk management sono alcuni degli ingredienti della Digital Trunsformation, tema di importanza cruciale per il futuro prossimo del mercato finanziario e assicurativo.
This presentation includes some thoughts and conclusion of mine after my research for the refactor of the Jexia interface. It will provide you useful tools for your refactor (or your new projects) and some tips.
Video with the speech: https://youtu.be/zbphdRs__DM
Connected Objects are Natural Born Storytellers (LECTURE @NABA, 2015 )Leandro Agro'
We live on the border between FOG computing and the IoT Era. At this stage of technological evolution, being connected is a Darwinian issue for a product: a key element to it, to live long and prosper.
Storyteller objects are already influencing the scene; classic
user interaction is evolving into a continuous conversation.
The incoming communication will be a relationship in which objects emerge -from the "Fog"- as real entities.
// LOWRES //
My talk to the joint OECD/G20 German Presidency conference on digitalization in Berlin on January 12, 2017. Fitness landscapes as applied to technology, business, and the economy. Note that the fitness landscape slides will not be animated in this PDF, which I shared this way so that you could see my narrative in the speaker notes. While it has some slides in common with my White House Frontiers conference talk, it includes a bunch of other material.
This document provides an overview and statistics for several popular messaging apps including WeChat, WhatsApp, Viber, LINE, Kik, KakaoTalk, Snapchat, and Telegram. The summaries include key metrics like registered users, daily messages sent, top countries of usage, core features, and company information.
The document discusses the Short Message Peer to Peer (SMPP) protocol, which is an open standard for exchanging short message data between SMS message centers and external client applications. It describes how SMPP uses requests and responses to facilitate communication between an External Short Message Entity (ESME) and an SMSC. Key aspects of SMPP covered include the session and binding procedures, protocol data units, operations, and error handling.
Ci siamo costituiti come una ciurma pirata e abbiamo comunicato secondo questo registro e all’interno di questo dominio semantico. Il senso dell’operazione era ispirato a quello della contro-cultura come resistenza alle forme di colonialismo e omologazione culturale alle quali siamo tutti sottoposti ogni giorno.
Indisciplinati e consapevoli abbiamo intrapreso un percorso che ci ha portato qui: circa 100 persone per 12 giorni hanno condiviso valori e pratiche per costituirsi in comunità.
The document provides an overview of Short Message Service (SMS) technology, including how SMS works, common SMS protocols like SMPP, and some open source SMS gateway software. It describes the basic concepts of SMS such as SMSCs, intra-operator and inter-operator SMS messages, and introduces SMPP as an open protocol for exchanging SMS data between applications and SMSCs. Popular open source SMS gateway software like Kannel and Tambur Messaging Gateway are also mentioned.
My talk at the White House Frontiers Conference at CMU on October 13, 2016. I was one of the warmup acts for the President, talking about why we should embrace an AI future. Full text can be seen here
PyCon 2013 : Scripting to PyPi to GitHub and MoreMatt Harrison
This document discusses various aspects of developing and distributing Python projects, including versioning, configuration, logging, file input, shell invocation, environment layout, project layout, documentation, automation with Makefiles, packaging, testing, GitHub, Travis CI, and PyPI. It recommends using semantic versioning, the logging module, parsing files with the file object interface, invoking shell commands with subprocess, using virtualenv for sandboxed environments, Sphinx for documentation, Makefiles to automate tasks, setuptools for packaging, and GitHub, Travis CI and PyPI for distribution.
This document provides instructions for installing and using XHProf, an extension that profiles PHP applications and displays the results. It explains how to install XHProf, set up the XHProf UI to view results, collect profile data from PHP scripts by enabling and disabling profiling, and automatically profile all requests using .htaccess and auto_prepend/append files. Finally, it demonstrates analyzing profile data with the XHProf UI tool or other alternatives, running siege tests to benchmark scripts, and compares profiling two runs to find bottlenecks.
Magento and Continuous Integration - Damian LuszczymakMeet Magento Spain
Magento and Continuous Integration, what you can do ! How you can use CI Systems with Magento and how to start.
I show you one possible way to introduce this in small company's or even for your private project without much money.
The document discusses PHP streams. It defines a stream as a resource that exhibits a flow or succession of data. A wrapper tells a stream how to handle specific protocols and encodings. A context is a set of parameters and options that tell a stream or filter how to behave. Common built-in PHP streams include file, http, and ftp streams. Filters perform operations on stream data and can be used to modify stream contents.
This document summarizes new features introduced in PHP versions 5.3 through 5.6, including namespaces, closures, JSON serialization, session handling improvements, array syntax updates, a built-in web server, traits, generators, OPcache, password hashing functions, variadic functions, and the __debugInfo() method. It provides code examples to illustrate many of these new language features.
Introduction to Apache Pig.
Apache pig is a platform which provides to modes for analyzing datasets. One is local mode over local file system and other is over HDFS. Apache Pig consists of a high-level language called PigLatin which is a Query language.
This document provides an introduction and quick start guide for Apache Tajo. It outlines how to install Tajo in local or distributed mode, configure basic settings, and launch a Tajo cluster on a single machine or across multiple machines. The document also introduces the speaker and provides contact information.
Walter gives an introduction to compiling PHP from source. Some key points covered include:
- Reasons for compiling PHP yourself include supporting old PHP versions, testing multiple versions, and using proprietary extensions.
- The build process involves running ./configure, make, and make install commands. Various configuration options can be specified.
- Popular PHP extensions like APC, Xdebug, PostgreSQL can be installed via PECL. Extensions are also compiled from source using phpize and make.
- The compiled PHP is typically installed to /usr/local/ and configurations made in the php.ini file.
This document discusses PHP file handling functions. It covers opening, reading, writing, and closing files. Specific functions covered include fopen(), fread(), fwrite(), fclose(), touch(), unlink(), file_exists(), filesize(), include(), and require(). Examples are provided for creating, opening, reading from, writing to, and closing files. File inclusion is also discussed as a way to include the contents of one PHP file into another before execution.
This document provides an overview and introduction to basic Linux commands and directories for CAD beginners. It discusses the root and home directories, common commands like ls, cd, pwd, and man. It also covers file permissions and the .bashrc file, text editors like vi, the grep command, secure sharing with ssh and scp, compression with zip and tar, installing software from repositories or from source code, and Python package management with pip.
Why I like PHPStorm
Advantages of Using Docker
Client, Docker Host, Registry
Docker Usage
Solr Docker File
Every Day Docker Commands
Docker Search
One Line Scripts
Portainer
Kinematic
Docker Compose
Grafana
Coding style guide
PHPCS/MD
Documentation Rules
Xdebug
Postman
JFtp is an open source Java FTP client that allows users to securely transfer files using SFTP, SMB, NFS, HTTP and other protocols. It can be run directly from a web browser or downloaded as a JAR file. The source code is available on SourceForge and can be compiled using Apache Ant to build a runnable JAR file. The program utilizes external Java libraries like JCraft's JSch for SFTP functionality.
TYPO3 Extension development using new Extbase frameworkChristian Trabold
My presentation for the TYPO3 community day in Tokyo, Japan.
The code is available at https://github.com/ctrabold/t3ski-workshop.
Due to copyright issues I had to remove all pictures of Miffy.
Von Entwicklern zu tiefst verachtet und in vielen Situationen dennoch heiß geliebt, ist eine ausführliche Dokumentation des Quellcodes. Grade, wenn es um die Anpassung und/oder Erweiterung von legacy Code geht, wird der Ruf nach Dokumentation laut.
PhpDocumentor ist eines von vielen Tools, die uns Entwicklern das dokumentatorische Leben etwas leichter machen können. Es scannt den Quellcode nach Annotationen, Vererbungen, etc. und generiert strukturierte Dokumentationen daraus.
Dieser Vortrag stellt PhpDocumentor im Detail vor und geht nicht nur auf die zahlreichen Möglichkeiten dieses Tools ein, sondern zeigt detailliert anhand von Beispielen, wie diese optimal eingesetzt werden können.
The document discusses various PHP wrappers that can be used to read and write data in non-standard ways and bypass security restrictions. It describes how wrappers like php://filter, zip://, and data:// can be used to read and write local files, modify file contents, bypass authentication, and perform XXE attacks. It also notes that filters in the php://filter wrapper can be used to selectively remove parts of file contents during I/O operations.
The document describes steps to load CSV files into Pig and Hive, perform data cleaning and merging, and calculate TF-IDF scores for terms in posts by top users to identify top terms. Multiple CSV files are loaded into Pig, cleaned, merged into a single file, and loaded into Hive tables. Python MapReduce programs are then used to calculate TF-IDF scores to find the most important terms per user.
HTTP has a new specification (two actually) and has received a major overhaul of some of it's internals. While the protocol itself has not changed much, the transfer mechanism and other underlying systems have been completely re-worked. Adrian will expand on what has and has not changed, how to make the best use of it, and how to transition to the new standard if you need to.
This document discusses HTTP/2, including a brief history of HTTP 1.x, the development of SPDY which became the basis for HTTP/2, the key features of HTTP/2 like binary framing, streams, header compression and server push, considerations for transitioning from HTTP 1.x to HTTP/2, and strategies for optimizing performance with HTTP/2. It recommends benchmarking optimizations and transitioning first internal APIs, then public APIs and CDNs, followed by front-end applications and proxies.
The document discusses how the Apple developers recreated the Unix command line interface on the early MacOS to allow them to be productive. It then provides examples of common command line tasks like making directories, downloading files, searching files, editing configuration files, and monitoring logs - putting the various commands together to demonstrate their power. Resources are also listed for learning more about using the command line.
This document provides an overview of the Hypertext Transfer Protocol (HTTP) by explaining its key components and concepts. It describes the main parts of an HTTP request, including the request line, headers, and body. It also covers HTTP responses, status codes, and common methods like GET and POST. The document discusses how HTTP enables communication on the web and APIs through its stateless request/response model and standardized methods, headers, and status codes. It concludes by mentioning newer developments like HTTP/2 and SPDY that aim to improve web performance.
Using Query Store in Azure PostgreSQL to Understand Query PerformanceGrant Fritchey
Microsoft has added an excellent new extension in PostgreSQL on their Azure Platform. This session, presented at Posette 2024, covers what Query Store is and the types of information you can get out of it.
Flutter is a popular open source, cross-platform framework developed by Google. In this webinar we'll explore Flutter and its architecture, delve into the Flutter Embedder and Flutter’s Dart language, discover how to leverage Flutter for embedded device development, learn about Automotive Grade Linux (AGL) and its consortium and understand the rationale behind AGL's choice of Flutter for next-gen IVI systems. Don’t miss this opportunity to discover whether Flutter is right for your project.
The Key to Digital Success_ A Comprehensive Guide to Continuous Testing Integ...kalichargn70th171
In today's business landscape, digital integration is ubiquitous, demanding swift innovation as a necessity rather than a luxury. In a fiercely competitive market with heightened customer expectations, the timely launch of flawless digital products is crucial for both acquisition and retention—any delay risks ceding market share to competitors.
Liberarsi dai framework con i Web Component.pptxMassimo Artizzu
In Italian
Presentazione sulle feature e l'utilizzo dei Web Component nell sviluppo di pagine e applicazioni web. Racconto delle ragioni storiche dell'avvento dei Web Component. Evidenziazione dei vantaggi e delle sfide poste, indicazione delle best practices, con particolare accento sulla possibilità di usare web component per facilitare la migrazione delle proprie applicazioni verso nuovi stack tecnologici.
WWDC 2024 Keynote Review: For CocoaCoders AustinPatrick Weigel
Overview of WWDC 2024 Keynote Address.
Covers: Apple Intelligence, iOS18, macOS Sequoia, iPadOS, watchOS, visionOS, and Apple TV+.
Understandable dialogue on Apple TV+
On-device app controlling AI.
Access to ChatGPT with a guest appearance by Chief Data Thief Sam Altman!
App Locking! iPhone Mirroring! And a Calculator!!
Preparing Non - Technical Founders for Engaging a Tech AgencyISH Technologies
Preparing non-technical founders before engaging a tech agency is crucial for the success of their projects. It starts with clearly defining their vision and goals, conducting thorough market research, and gaining a basic understanding of relevant technologies. Setting realistic expectations and preparing a detailed project brief are essential steps. Founders should select a tech agency with a proven track record and establish clear communication channels. Additionally, addressing legal and contractual considerations and planning for post-launch support are vital to ensure a smooth and successful collaboration. This preparation empowers non-technical founders to effectively communicate their needs and work seamlessly with their chosen tech agency.Visit our site to get more details about this. Contact us today www.ishtechnologies.com.au
E-commerce Development Services- Hornet DynamicsHornet Dynamics
For any business hoping to succeed in the digital age, having a strong online presence is crucial. We offer Ecommerce Development Services that are customized according to your business requirements and client preferences, enabling you to create a dynamic, safe, and user-friendly online store.
Hand Rolled Applicative User ValidationCode KataPhilip Schwarz
Could you use a simple piece of Scala validation code (granted, a very simplistic one too!) that you can rewrite, now and again, to refresh your basic understanding of Applicative operators <*>, <*, *>?
The goal is not to write perfect code showcasing validation, but rather, to provide a small, rough-and ready exercise to reinforce your muscle-memory.
Despite its grandiose-sounding title, this deck consists of just three slides showing the Scala 3 code to be rewritten whenever the details of the operators begin to fade away.
The code is my rough and ready translation of a Haskell user-validation program found in a book called Finding Success (and Failure) in Haskell - Fall in love with applicative functors.
UI5con 2024 - Bring Your Own Design SystemPeter Muessig
How do you combine the OpenUI5/SAPUI5 programming model with a design system that makes its controls available as Web Components? Since OpenUI5/SAPUI5 1.120, the framework supports the integration of any Web Components. This makes it possible, for example, to natively embed own Web Components of your design system which are created with Stencil. The integration embeds the Web Components in a way that they can be used naturally in XMLViews, like with standard UI5 controls, and can be bound with data binding. Learn how you can also make use of the Web Components base class in OpenUI5/SAPUI5 to also integrate your Web Components and get inspired by the solution to generate a custom UI5 library providing the Web Components control wrappers for the native ones.
What to do when you have a perfect model for your software but you are constrained by an imperfect business model?
This talk explores the challenges of bringing modelling rigour to the business and strategy levels, and talking to your non-technical counterparts in the process.
Most important New features of Oracle 23c for DBAs and Developers. You can get more idea from my youtube channel video from https://youtu.be/XvL5WtaC20A
16. $> php backup.phar
Using the PHAR
<?php
include 'phar://coollibrary.phar/internal/file.php';
header('Content-type: image/jpeg');
// phars can be accessed by full path or by alias
echo file_get_contents('phar:///fullpath/to/coollibrary.
phar/images/wow.jpg');
17. $> phar help-list
add compress delete extract help
help-list info list meta-del meta-get
meta-set pack sign stub-get
stub-set tree version
Debugging
18. Creating a Tar or Zip file
● Can be done with phar.readonly = 1
● Should not have a stub or alias
● Should use tar or zip extensions
19. <?php
$tar = new Phar($saveLoc, $flags, $alias, Phar::TAR);
$tar->compress(Phar::GZ)
$zip = new Phar($saveLoc, $flags, $alias, Phar::ZIP);
$zip->compress(Phar::BZ2)
Creating a Tar or Zip file
20. The box Project
● https://github.com/box-project/
● Framework for creating Phar files
● Lots of utility functions & classes for the
compiler script
● Not part of your project
● Box 3 has been in development for over a
year
21. A word on performance
● APC does not support PHAR
● Using the PHAR format is faster than Tar or
Zip
● Avoid compression if you’re going to use it
on the web
22. Resources
● PHP.net PHAR Manual
● Composer Compiler
● WebPhar Tutorial
● Working with .phar files
● Iterators in PHP - by Jake Smith @jakefolio
● Backup Project