• Flash Player content not rendering correctly on Firefox on Windows in Sandbox mode(3292731)
• Various general stability issues

• Flash Player 7,0,61,0
• ---------------------
• Windows 9x/ME/NT/2000/XP
• Internet Explorer: flashplayer7r61_winax.exe
• Netscape: flashplayer7r61_win.exe
• Mac OS PowerPC
• flashplayer7r61_mac.hqx

• Flash Player 7,0,53,0
• ---------------------
• Solaris, x86
• install_flash_player_7_solaris_x86_r53.tar.gz
• Solaris, Sparc
• install_flash_player_7_solaris_sparc_r53.tar.gz

 

• Flash Player 7,0,25,0
• ---------------------
• Linux
• install_flash_player_7_linux.tar.gz

• Flash Player 7,0,24,0
• ---------------------
• Mac OS X
• flashplayer7_macosx.hqx
• Mac OS PowerPC
• flashplayer7_macppc.hqx

 

• Flash Player 7,0,19,0
• ---------------------
• Windows 9x/ME/NT/2000/XP
• Internet Explorer: flashplayer71_winax.exe
• Netscape: flashplayer7_win.exe

• Flash Player 7,0,14,0
• ---------------------
• Windows 9x/ME/NT/2000/XP
• Internet Explorer: Flash.ocx
• Netscape: fp_7.0.14_plugin_ns.exe
• Mac OS X
• fp_7.0.14_plugin_mac_osx.hqx
• Mac OS PowerPC
• fp_7.0.14_plugin_macclassic.hqx

• Supports progressive audio and video streaming (HTTP)
• Supports ActionScript 2.0, an Object-Oriented Programming Language for developers
• Ability to create charts, graphs and additional text effects with the new support for extensions (sold separately), high fidelity import of PDF and Adobe Illustrator 10 files, mobile and device development and a forms-based development environment. ActionScript 2.0 was also introduced, giving developers a formal Object-Oriented approach to ActionScript. V2 Components replaced Flash MX's components, being rewritten from the ground up to take advantage of ActionScript 2.0 and Object-Oriented principles.
• In 2004, the "Flash Platform" was introduced. This expanded Flash to more than the Flash authoring tool. Flex 1.0 and Breeze 1.0 were released, both of which utilized the Flash Player as a delivery method but relied on tools other than the Flash authoring program to create Flash applications and presentations. Flash Lite 1.1 was also released, enabling mobile phones to play Flash content.

• For full change log please look at version 9

• For full change log please look at version 9

• For full change log please look at version 9

• For full change log please look at version 9

• Flash Player 10,0,12,36
• -----------------------
• Windows 9x/ME/NT/2000/XP
• Internet Explorer: flashplayer10r12_36_winax.exe
• Netscape: flashplayer10r12_36_win.exe
• Standalone: flashplayer10r12_36_win_sa.exe
• Mac OS X
• Plugin: flashplayer10r12_36_ub_mac.dmg.zip
• Standalone: flashplayer10r12_36_mac_sa.app.zip
• Linux
• Plugin: flashplayer_10r12_36_linux.tar.gz
• Standalone: flashplayer_10r12_36_linux_sa.tar.gz

• New Features
  • 3D object transformations
  • Custom filters via Pixel Bender
  • Advanced text support
  • Speex audio codec
  • Real Time Media Flow Protocol (RTMFP)
  • Dynamic sound generation
  • Vector data type
  • Ubuntu support
• Enhanced Features
  • Larger bitmap support
  • Graphics drawing API
  • Context menu
  • Hardware acceleration
  • Anti-aliasing engine (Saffron 3.1)
  • Read/write clipboard access
  • WMODE

• For full change log please look at version 10

• For full change log please look at version 10

• For full change log please look at version 10

• For full change log please look at version 10

Multitouch and gestures
Take advantage of the latest hardware and operating system user interaction capabilities in Adobe® Flash® Player 10.1 using new ActionScript® 3.0 APIs for multitouch and native gesture events. Create multitouch-aware content for a wide range of devices and multitouch-capable machines. Interact with multiple objects simultaneously or work with native gestures, such as pinch, scroll, rotate, scale, and two-finger tap.

(Desktop only; output protection Windows® only; requires Adobe Flash Access™ 2) Play back media protected using Adobe Flash Access 2 in Flash Player 10.1 to support a wide range of business models, including video on demand, rental, and electronic sell-through, for streaming as well as download. Using industry-standard cryptography, Adobe Flash Access 2 and Flash Player 10.1 provide a robust environment to protect content so it remains safe from tampering or capture throughout its lifecycle. Output protection on Windows enables content providers to specify requirements for protection of analog and digital outputs, providing additional safeguards against unauthorized recording.

Show exceptional video with streams that automatically adjust to changing network conditions. Leverage new quality-of-service metrics to provide a better streaming experience. Flash Player 10.1 is enhanced to improve switching times between bitrates.

Leverage accelerometer input on supported devices for user input control and to control screen orientation. Read acceleration values in x, y, and z axes from native device accelerometer sensors, and specify the rate of accelerometer updates to conserve battery life.

Write a single error handler to process all runtime errors that were not part of a try/catch statement. Improve application reliability and user experience by catching and handling unexpected runtime errors, and present custom error messages.

Access binary data of the live and continuous waveform coming from the microphone to create new types of audio applications.

Deliver smooth, high-quality video with minimal overhead across supported mobile devices and personal computers using H.264 video decoding. Hardware video decoding offloads tasks from the CPU, improves video playback performance, reduces system resource utilization, and preserves battery life.

Optimize SWF loading and playback for mobile CPU and memory limitations to provide a better user experience. Instances are loaded or deferred based on developer-defined SWF priority, visibility, and available memory and CPU resources to enable more immediate browsing experiences without waiting for every SWF on a page to load. SWF playback automatically pauses when not in view to reduce CPU use, battery use, and memory use.

Reduce CPU and battery consumption on mobile devices by slowing down the Flash Player timer when the mobile device goes into screen-saver or similar mode, with no interruption in audio/video playback. Incoming phone calls pause Flash Player.

Process text and lists and present information based on location context using operating system locale preferences or a specific format independent of the currently selected locale.

Integrates support for private browsing mode in Chrome, Firefox, Internet Explorer, and Safari. Flash Player will not save any local storage data when private browsing is in use, helping to protect user privacy.

Enable content to reach users almost anywhere thanks to support for a broad range of mobile devices, including smartphones, tablets, smartbooks, and netbooks. Targeted mobile operating systems for Flash Player include Android, Windows Phone 7, Palm webOS, Symbian, and BlackBerry.* A porting kit and Linux® based reference implementation is available to Open Screen Project partners to port Flash Player 10.1 to other platforms. Flash Player 10.1 also adds support for Microsoft® Windows® 7 and Mac OS X v10.6 (Snow Leopard) desktop operating systems.
Review Flash Player system requirements for currently supported platforms.
*Downloads of Flash Player will be available for devices that meet minimum hardware and software requirements. The release of binaries for a few mobile platforms may lag behind others.

Deliver video on demand and live multibitrate streaming using standard HTTP infrastructure and SWF-level playback components. HTTP Dynamic Streaming enables expanded protocol options to deliver live and recorded media to Flash Player, including full content protection for HTTP streamed video with Flash Access 2.

Play RTMP streams through the buffer even if the connection is disrupted. Add reconnection logic in ActionScript to re-establish server connection and resume streaming without any disruption in the video.

Improve the seeking performance of streamed videos and enable the creation of slow motion, double time, or "instant replay" experiences for streaming video.

Ensure that live video streaming stays in sync with real time over extended playback periods by setting a target latency threshold that triggers slightly accelerated video playback.

Protect media delivery through the encrypted Real Time Media Flow Protocol (RTMFP) — a more secure UDP-based network transport alternative to RTMP over TCP. Support for RTMFP groups allows clients to easily participate with other clients in a network in order to share the transport of media and communications without maintaining a connection to every peer in the group. Application-level multicast provides one-to-many (or a-few-to-many) streaming of continuous live video and audio or live video chat using RTMFP groups. Peer-assisted networking is available using Stratus on Adobe Labs.

Eliminate the dependency on different browser timer implementations to deliver consistent cross-platform behavior, significantly lower CPU utilization with nonvisible SWF content, and extend battery life. Nonvisible SWFs and SWFs on hidden tabs are throttled down to 2 frames per second. Frame rates of visible SWFs, timers, and local connections are limited and aligned to the player's periodic timer. Video can play back at any frame rate, increasing video playback fidelity.

Allow localized input by accessing operating system IMEs from within your application.

Automatically prevent out-of-memory browser crashes by shutting down instances where a SWF file attempts to allocate more memory than is available on the device.

Input text using native device virtual keyboards with TextField support if no physical keyboard is detected. A virtual keyboard is automatically raised and lowered when editing text on mobile devices supporting a virtual keyboard to enable unobstructed and intuitive text editing.

Reduce CPU load on mobile devices by using available hardware to accelerate audio decoding, avoiding CPU-intensive parsing and decompression. By freeing up CPU cycles for other operations, you improve battery life while still providing high-quality audio. In the absence of the hardware driver or required codec support, decoding falls back transparently to the software.

More information is available at: http://www.adobe.com/products/flashplayer/features/

Multitouch and gestures
Take advantage of the latest hardware and operating system user interaction capabilities in Adobe® Flash® Player 10.1 using new ActionScript® 3.0 APIs for multitouch and native gesture events. Create multitouch-aware content for a wide range of devices and multitouch-capable machines. Interact with multiple objects simultaneously or work with native gestures, such as pinch, scroll, rotate, scale, and two-finger tap.

(Desktop only; output protection Windows® only; requires Adobe Flash Access™ 2) Play back media protected using Adobe Flash Access 2 in Flash Player 10.1 to support a wide range of business models, including video on demand, rental, and electronic sell-through, for streaming as well as download. Using industry-standard cryptography, Adobe Flash Access 2 and Flash Player 10.1 provide a robust environment to protect content so it remains safe from tampering or capture throughout its lifecycle. Output protection on Windows enables content providers to specify requirements for protection of analog and digital outputs, providing additional safeguards against unauthorized recording.

Show exceptional video with streams that automatically adjust to changing network conditions. Leverage new quality-of-service metrics to provide a better streaming experience. Flash Player 10.1 is enhanced to improve switching times between bitrates.

Leverage accelerometer input on supported devices for user input control and to control screen orientation. Read acceleration values in x, y, and z axes from native device accelerometer sensors, and specify the rate of accelerometer updates to conserve battery life.

Write a single error handler to process all runtime errors that were not part of a try/catch statement. Improve application reliability and user experience by catching and handling unexpected runtime errors, and present custom error messages.

Access binary data of the live and continuous waveform coming from the microphone to create new types of audio applications.

Deliver smooth, high-quality video with minimal overhead across supported mobile devices and personal computers using H.264 video decoding. Hardware video decoding offloads tasks from the CPU, improves video playback performance, reduces system resource utilization, and preserves battery life.

Optimize SWF loading and playback for mobile CPU and memory limitations to provide a better user experience. Instances are loaded or deferred based on developer-defined SWF priority, visibility, and available memory and CPU resources to enable more immediate browsing experiences without waiting for every SWF on a page to load. SWF playback automatically pauses when not in view to reduce CPU use, battery use, and memory use.

Reduce CPU and battery consumption on mobile devices by slowing down the Flash Player timer when the mobile device goes into screen-saver or similar mode, with no interruption in audio/video playback. Incoming phone calls pause Flash Player.

Process text and lists and present information based on location context using operating system locale preferences or a specific format independent of the currently selected locale.

Integrates support for private browsing mode in Chrome, Firefox, Internet Explorer, and Safari. Flash Player will not save any local storage data when private browsing is in use, helping to protect user privacy.

Enable content to reach users almost anywhere thanks to support for a broad range of mobile devices, including smartphones, tablets, smartbooks, and netbooks. Targeted mobile operating systems for Flash Player include Android, Windows Phone 7, Palm webOS, Symbian, and BlackBerry.* A porting kit and Linux® based reference implementation is available to Open Screen Project partners to port Flash Player 10.1 to other platforms. Flash Player 10.1 also adds support for Microsoft® Windows® 7 and Mac OS X v10.6 (Snow Leopard) desktop operating systems.
Review Flash Player system requirements for currently supported platforms.
*Downloads of Flash Player will be available for devices that meet minimum hardware and software requirements. The release of binaries for a few mobile platforms may lag behind others.

Deliver video on demand and live multibitrate streaming using standard HTTP infrastructure and SWF-level playback components. HTTP Dynamic Streaming enables expanded protocol options to deliver live and recorded media to Flash Player, including full content protection for HTTP streamed video with Flash Access 2.

Play RTMP streams through the buffer even if the connection is disrupted. Add reconnection logic in ActionScript to re-establish server connection and resume streaming without any disruption in the video.

Improve the seeking performance of streamed videos and enable the creation of slow motion, double time, or "instant replay" experiences for streaming video.

Ensure that live video streaming stays in sync with real time over extended playback periods by setting a target latency threshold that triggers slightly accelerated video playback.

Protect media delivery through the encrypted Real Time Media Flow Protocol (RTMFP) — a more secure UDP-based network transport alternative to RTMP over TCP. Support for RTMFP groups allows clients to easily participate with other clients in a network in order to share the transport of media and communications without maintaining a connection to every peer in the group. Application-level multicast provides one-to-many (or a-few-to-many) streaming of continuous live video and audio or live video chat using RTMFP groups. Peer-assisted networking is available using Stratus on Adobe Labs.

Eliminate the dependency on different browser timer implementations to deliver consistent cross-platform behavior, significantly lower CPU utilization with nonvisible SWF content, and extend battery life. Nonvisible SWFs and SWFs on hidden tabs are throttled down to 2 frames per second. Frame rates of visible SWFs, timers, and local connections are limited and aligned to the player's periodic timer. Video can play back at any frame rate, increasing video playback fidelity.

Allow localized input by accessing operating system IMEs from within your application.

Automatically prevent out-of-memory browser crashes by shutting down instances where a SWF file attempts to allocate more memory than is available on the device.

Input text using native device virtual keyboards with TextField support if no physical keyboard is detected. A virtual keyboard is automatically raised and lowered when editing text on mobile devices supporting a virtual keyboard to enable unobstructed and intuitive text editing.

Reduce CPU load on mobile devices by using available hardware to accelerate audio decoding, avoiding CPU-intensive parsing and decompression. By freeing up CPU cycles for other operations, you improve battery life while still providing high-quality audio. In the absence of the hardware driver or required codec support, decoding falls back transparently to the software.

More information is available at: http://www.adobe.com/products/flashplayer/features/

Adobe® Flash® Player 10.2 introduces new features and enhancements, including a new video hardware acceleration model that enables dramatically enhanced video playback performance.

Key new capabilities in Flash Player 10.2 include:

• Stage Video hardware acceleration — A new method for video playback in Flash Player will allow developers to leverage complete hardware acceleration of the video rendering pipeline, enabling best-in-class playback performance. Stage Video can dramatically decrease processor usage and enables higher frame rates, reduced memory usage, and greater pixel fidelity and quality.
• Internet Explorer 9 hardware accelerated rendering support — Flash Player takes advantage of hardware accelerated graphics in Internet Explorer 9, utilizing hardware rendering surfaces to improve graphics performance and enable seamless composition.
• Native custom mouse cursors — Developers can define custom native mouse cursors, enabling user experience enhancements and improving performance.
• Support for full screen mode with multiple monitors — Full screen content will remain in full-screen on secondary monitors, allowing users to watch full-screen content while working on another display.