CHANGELOG
=========

5.2.0
-----

 * added `Process::setOptions()` to set `Process` specific options
 * added option `create_new_console` to allow a subprocess to continue
   to run after the main script exited, both on Linux and on Windows

5.1.0
-----

 * added `Process::getStartTime()` to retrieve the start time of the process as float

5.0.0
-----

 * removed `Process::inheritEnvironmentVariables()`
 * removed `PhpProcess::setPhpBinary()`
 * `Process` must be instantiated with a command array, use `Process::fromShellCommandline()` when the command should be parsed by the shell
 * removed `Process::setCommandLine()`

4.4.0
-----

 * deprecated `Process::inheritEnvironmentVariables()`: env variables are always inherited.
 * added `Process::getLastOutputTime()` method

4.2.0
-----

 * added the `Process::fromShellCommandline()` to run commands in a shell wrapper
 * deprecated passing a command as string when creating a `Process` instance
 * deprecated the `Process::setCommandline()` and the `PhpProcess::setPhpBinary()` methods
 * added the `Process::waitUntil()` method to wait for the process only for a
   specific output, then continue the normal execution of your application

4.1.0
-----

 * added the `Process::isTtySupported()` method that allows to check for TTY support
 * made `PhpExecutableFinder` look for the `PHP_BINARY` env var when searching the php binary
 * added the `ProcessSignaledException` class to properly catch signaled process errors

4.0.0
-----

 * environment variables will always be inherited
 * added a second `array $env = []` argument to the `start()`, `run()`,
   `mustRun()`, and `restart()` methods of the `Process` class
 * added a second `array $env = []` argument to the `start()` method of the
   `PhpProcess` class
 * the `ProcessUtils::escapeArgument()` method has been removed
 * the `areEnvironmentVariablesInherited()`, `getOptions()`, and `setOptions()`
   methods of the `Process` class have been removed
 * support for passing `proc_open()` options has been removed
 * removed the `ProcessBuilder` class, use the `Process` class instead
 * removed the `getEnhanceWindowsCompatibility()` and `setEnhanceWindowsCompatibility()` methods of the `Process` class
 * passing a not existing working directory to the constructor of the `Symfony\Component\Process\Process` class is not
   supported anymore

3.4.0
-----

 * deprecated the ProcessBuilder class
 * deprecated calling `Process::start()` without setting a valid working directory beforehand (via `setWorkingDirectory()` or constructor)

3.3.0
-----

 * added command line arrays in the `Process` class
 * added `$env` argument to `Process::start()`, `run()`, `mustRun()` and `restart()` methods
 * deprecated the `ProcessUtils::escapeArgument()` method
 * deprecated not inheriting environment variables
 * deprecated configuring `proc_open()` options
 * deprecated configuring enhanced Windows compatibility
 * deprecated configuring enhanced sigchild compatibility

2.5.0
-----

 * added support for PTY mode
 * added the convenience method "mustRun"
 * deprecation: Process::setStdin() is deprecated in favor of Process::setInput()
 * deprecation: Process::getStdin() is deprecated in favor of Process::getInput()
 * deprecation: Process::setInput() and ProcessBuilder::setInput() do not accept non-scalar types

2.4.0
-----

 * added the ability to define an idle timeout

2.3.0
-----

 * added ProcessUtils::escapeArgument() to fix the bug in escapeshellarg() function on Windows
 * added Process::signal()
 * added Process::getPid()
 * added support for a TTY mode

2.2.0
-----

 * added ProcessBuilder::setArguments() to reset the arguments on a builder
 * added a way to retrieve the standard and error output incrementally
 * added Process:restart()

2.1.0
-----

 * added support for non-blocking processes (start(), wait(), isRunning(), stop())
 * enhanced Windows compatibility
 * added Process::getExitCodeText() that returns a string representation for
   the exit code returned by the process
 * added ProcessBuilder

• [D] Exception
• [D] Pipes
• [F] CHANGELOG.md
  Delete
• [F] composer.json
  Delete
• [F] ExecutableFinder.php
  Delete
• [F] InputStream.php
  Delete
• [F] LICENSE
  Delete
• [F] PhpExecutableFinder.php
  Delete
• [F] PhpProcess.php
  Delete
• [F] Process.php
  Delete
• [F] ProcessUtils.php
  Delete
• [F] README.md
  Delete

Categories

• Blog 1
• Payment 1
• Competitive Research 1
• Information Technology 0

Recent Posts

Mar 27, 2024

Enhancing Payment Security: The Role...

Mar 27, 2024

The Rise of Contactless Payments:...

The Future of Digital Wallets: How Mobile Payments are Shaping the Financial Landscape

Digital wallets have fundamentally transformed how we manage money, offering a streamlined, secure, and highly efficient method for handling payments and transactions. By consolidating credit, debit, and loyalty card information into a single app, digital wallets simplify the payment process and eliminate the need for physical cards, enhancing both convenience and security.
As digital wallets evolve, they are integrating advanced features that push the boundaries of traditional payment methods. Biometric authentication, such as fingerprint and facial recognition, adds an extra layer of security, ensuring that only authorized users can access their payment information. Real-time transaction alerts provide instant notifications for every transaction, allowing users to monitor their spending and detect any unauthorized activity swiftly. Budgeting tools within digital wallets offer personalized insights and financial management capabilities, helping users track their expenses and plan their budgets more effectively.
The growing adoption of digital wallets is fueled by their ease of use and the increasing demand for contactless payment solutions. As technology advances, digital wallets are likely to incorporate even more innovative features, such as artificial intelligence for personalized financial advice, integrated loyalty programs for seamless rewards management, and cross-border transaction capabilities for global shopping convenience.
The integration of these features is reshaping the financial landscape by making transactions not only faster but also more secure and user-friendly. The future of digital wallets is set to further revolutionize how we handle our finances, offering an all-encompassing solution that caters to the evolving needs of modern consumers. As digital wallets continue to advance, they will play an increasingly central role in shaping the future of financial interactions, driving the global shift towards a more digital and cashless economy.

Tags

• blog