Free flash amp 1.0 software for linux

Open Flash Chart software creates Flash-based charts for Web pages.
How does it work?
1. User browses to your web site.
2. The browser downloads the web page which contains the Open Flash Chart.
3. Open Flash Chart downloads the data file and displays the chart.
When you add Open Flash Chart to your web page, you tell it where to find the data file.
Why is that great?
When the user downloads the web page, Open Flash Chart requests the chart data from the server. The server knows who the user is so it can generate a chart for that particular user showing up to the minute data.
Is it complicated to set up?
You will need to include the Open Flash Chart in your HTML, and you also need to provide the data file on the server. The data file is either a text file, or a .php (or another flavour of dynamic) page.
For a simple chart you would just drop the data.txt file on your website and point the Open Flash Chart to this URL.
But what we really want is dynamic data that is pulled from a database or calculated or something. To do this you need to create the data file when it is requested. To do this we point the Open Flash Chart to a .php page and this PHP page does your calculations and/or database lookups, then outputs the data file.
To make this a bit easier I have written a PHP class to write the data file for you.
Enhancements:
- The PHP was updated to enable 3D charts and glass charts.
- Some more options were added to the other graph types.

Flash::FLAP::Object is a Perl module translated from PHP Remoting v. 0.5b from the -PHP project.

Package used for building and retreiving header and body information.

Installation:

1a. If you have access to Macromedia Flash MX, load the docs/examples/cpu/CpuExample.fla file. Edit the actions for Layer Name to use the URL of your script.

1b. If you do not have Macromedia authoringh tools, embed the docs/examples/cpu/CpuExample.swf movie into a web page.

Use docs/examples/cpu/cpu.html as a template. When the movie starts, enter the URL of your script into the text field.

2. Observe the load of your server when you click Refresh!

dsflasher is a utility to flash Dallas (Maxim) DS89C450 microcontrollers using a ROM loader.

Usage:

dsflasher -f [input filename] -p [serial port]

UFFS is an ultra low cost flash file system for embedded system.
UFFS is a NAND flash file system designed for embedded system, it performs some unique and advanced features:
Low cost:
For NAND flash with 512 page size:
NAND flash | Total Blocks | Buffers/Caches | Total RAM cost
128M | 8192 | 40/30 | 164K
32M | 2048 | 40/30 | 68K
16M | 1024 | 10/10 | 26K
Tree Nodes: 16 * toatl_blocks
Page Buffers: page_size(512) * buffers (10 ~ pages_per_block)
Block info caches: (14 * pages_per_block) * block_info_caches ( 5 ~ 20)
Total Memory usage = Tree Nodes + Page Buffers + Block info caches + Others(1~2K)
For NAND flash with 2K page size:
NAND flash | Total Blocks | Buffers/Caches | Total RAM cost
512M | 8192 | 40/30 | 180K
128M | 512 | 40/30 | 70K
Tree Nodes: 16 * toatl_blocks
Page Buffers: page_size(2048) * buffers (10 ~ pages_per_block)
Block info caches: (14 * pages_per_block) * block_info_caches ( 5 ~ 20)
Total Memory usage = Tree Nodes + Page Buffers + Block info caches + Others(1~2K)
Fast booting
UFFS read only one spare area for each NAND flash block to build up the in-memory nodes tree. Typically, UFFS needs less then 1 second to mount a full loaded 128 Mbytes NAND flash.
Superb Reliability
Guaranteed integrity across unexpected power losses.
Bad-block tolerant, ECC enable and ware-leveling
Nothing new for flash file system, but UFFS implements these in a simple yet effective way.
No garbage collection needed for UFFS
UFFS collect the dirty blocks on the fly, no garbage collection needed.
Support direct flash interface, no operating system needed
UFFS can be build on top of direct flash interface,easy to port to any embedded system.
Fully tested
UFFS is fully tested on PC (via UFFS PC emulator). Moreover, UFFS is not just proof-of-concept but has been successfully used in real world product for tens of thousands of copies.
What UFFS "IS", "IS NOT" ?
UFFS is not a Linux kernel module.
UFFS is not running in a separated thread rather than application.
UFFS is a library to be linked with your embedded application.
UFFS should be used when JFFS/YAFFS cant be used (because of the insufficient of memory)
UFFS is not the substitute of JFFS or YAFFS.
Why UFFS ?
- Hardware resource is limited (typically 64~512K RAM), but need a reliable flash file system
- JFFS/JFFS2 sucks (useless without Linux/MTD, also memory monster)
- YAFFS/YAFFS2 is excellent, but still consumes too much memory
- Others ? ... not available... (open source of course)
Enhancements:
- Support large page size, e.g. 1K, 2K, support all Samsung NAND flash.

RoadMap is an open source (GPL) program that provides a car navigation for Linux and UNIX. It displays a map of the streets, tracks the position provided by a NMEA-compliant GPS receiver, identifies the street matching this GPS position and announces the name of the crossing street at the next intersection. A rudimentary trip feature allows RoadMap to display some basic navigation information (distance to the destination, direction, speed, etc..). Voice messages are generated that duplicate some of the screen information.
It is possible to display a specific area by providing a (complete or incomplete) postal address, the intersection of two streets or an exact position (longitude / latitude).
The map files used by RoadMap are generated from the TIGER files provided by the US Census Bureau, and thus cover the USA only. The RoadMap map format is a binary format that is sensitive to the endianness of the processor. Maps available on this site cover all the USA and have been generated for a little endian processor (such as the Intel Pentium and StrongARM processors).
RoadMap has been designed to be usable on both a desktop or laptop PC, or on a PDA such as the iPAQ from HP (formely from COMPAQ). It can use either the Gtk 1.2 , Gtk 2.0 or QT graphic library for its user interface. The Qt interface supports the Sharps Zaurus PDA. All these machines share the same endianness and can use the maps provided on this site.
RoadMap is at an early stage of development. At this time there are no routing features implemented yet. The plan for the future is to implement some navigation features similar to those found in commercial street navigation systems. The main limit for implementing routing is the lack of navigation information in the US Census Bureau database (for example one-way street are not indicated). The US Census Bureau has clearly indicated that it does not plan to add these information in the future (the USCB does not need them).
RoadMap uses gpsd for the GPS link and flite (festival lite) for the voice messages. Note that flite can be rebuilt with better voices than the default one (such as a US voice instead of a british one--some may disagree :). See the flite README for more information. Here is an example, courtesy of Scot Wilcoxon:
cd flite make clean # to remove old executable files ./configure --with-vox=cmu_us_kal16
RoadMap comes with its own GPS status screen, which provides an overview of the satellites received and highlights those the GPS has a fix on. This status screen allows for placing the GPS device in a position that optimizes satellite reception, even if that means making the GPS devices screen not accessible.
RoadMap uses a binary file format for representing the maps that is compact enough to allow the storage of many maps on a Compact Flash or MultiMedia card. For example, the map of Los Angeles county takes about 10 Mbytes of flash space. RoadMap comes with a set of tools to convert the US Census bureau data (both the 2000 and 2002 versions) into its own map format. Future versions of the US Census bureau data will be supported as well (usually a 1 or 2 months after the data has been released).
When RoadMap starts, it displays a map of the same area that was displayed on the latest session. Clicking on the map screen triggers a "sign" that displays the name of the street, road or freeway (if any) that is the closest to the mouse hotpoint.
Enhancements:
- This version includes some GUI improvements (the user can redefine the toolbar & menu) and bug fixes.
- Improved maps are now available on the web site, which were built from the TIGER 2004se files.

pyFlashCards is a wxPython based software for creating and studying flash cards. Thanks to python and wxPython it is multiplatform; it runs on Windows and Linux (you could probably get it to run on a Mac without too much work).
I have developed it to study at medical school because none of the flash card programs I found on the internet would do what I want the way I want it. Even though it is not complete, I think that many people can already find it useful.
Main features:
- multiplatform: Windows, Linux (and in theory Mac)
- Sebastian Leitner box system for maximizing long term memory retention
- html tags allow to highlight important concepts
- image support for visual learners
- unicode support allows studying any language

ASLib provides an ActionScript 2.0-based library that implements common data structures.
ActionScript is a scripting language based on ECMAScript, primarily used to develop software for the Adobe Flash .
ActionScript first appeared in its current syntax with the release of Flash 5, which was the first thoroughly programmable version of Flash. This ActionScript release was named ActionScript 1.0. Flash 6 (MX) then further broadened the utility of the programming environment by adding a number of built-in functions and allowing better programmatic control of movie elements.
Flash 7 (MX 2004) introduced ActionScript 2.0, which added strong typing and class-based programming features such as explicit class declarations, inheritance, interfaces, and Strict Data Typing. ActionScript 1.0 and 2.0 share the same compiled form within Flash SWFs.
Enhancements:
- Simpliefied the Stack and Queue structures

Flash! Torrent is a BitTorrent client that includes a small web browser for navigate in the webs about BitTorrent.

BitTorrent is a programl for distributing files. Its extremely easy to use - downloads are started by clicking on hyperlinks. Whenever more than one person is downloading at once
they send pieces of the file(s) to each other, thus relieving the central servers bandwidth burden. Even with many simultaneous downloads, the upload burden on the central server
remains quite small, since each new downloader introduces new upload capacity.

Windows web browser support is added by running an installer. A prebuilt one is available, but instructions for building it yourself are in BUILD.windows.txt