You click the file so it is highlighted in the device explorer. Then you go to File>Copy to PC (or equivalent)

You use a linkcable and TIconnect.
More info here

Because the propeller chip is not well suited for this project I decided to go with a gameduino for graphics instead. The propeller chip is really meant to be used as the master in a computer system which is not the case here. When it's a slave device the communication is really slow since it does not have hardware SPI nor RS232.

The gameduino has some nice features including 256 hardware sprites and 512 pixel xy smooth scrolling.
I am working on the gameduino driver code for the eZ8 computer. So far I can initialize the gameduino and set the background to whatever color I want. I need to write some fill routines now for filling large chunks of the gameduino's internal memory. I can port most of the gameduino library to asm quite easily because I made the macro's very similar to the gameduino library functions.

Edit: I might split from this topic since my computer is not quite portable anymore.

Hnnnng. I cannot wait until I get my CSE

I personally use filesystems for storing articles, but I use mysql for all other things. This is mainly because my own framework was made back when I didn't known mysql. If I rewrote it from scratch I would definitely put everything in the database. No messing around with htaccess files nor directory whitelisting. Mysql works great with php.

Midi sync is a property of midi communication between devices. The midi clock is essential for making devices run at the same speed. An example is a drum machine hooked up to a midi controller which allows you to set the beats per minute.
http://en.m.wikipedia.org/wiki/MIDI_beat_clock

I made a little test rig with a 6507 (cut down version of the 6502) that I can use for debugging pieces of code on actual hardware.
The setup is as follows:
A propeller chip is wired up to the 6507's data, address and control bus. It acts as if it were ram. It also generates the clock pulses for the 6507 cpu. The benefit over using regular ram is that I can log all reads and writes on a serial terminal on my computer.

Code for the 6507 and propeller chip in the spoiler:

Edit: I am reworking the code a bit so you can control everything from a serial terminal. After a reset the propeller chip waits for the pc to send it a program. You can just send a binary file using realterm and it will work. Note that it puts the program at 0002 (the reset vector is also 0002.) I will probably write a program for windows that allows you to send programs by just dragging them over the icon.

Yes they need to be shipped with the device they are used in. Not sure if they need to be inside though.