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- remove additional toggle_features as already enabled in radio start

Address fix for attiny example sketch

The addresses are reversed when using with the GettingStarted sketch as
described in the comments. This causes the arduino and the tiny to both
be in receiver mode.

adapted python wrapper for RF24 interface changes in txStandBy and startFastWrite by @mz-fuzzy re #64 

Conflicts:
	RPi/pyRF24/pyRF24.cpp

- Add optional values for startFastWrite and txTimeout
#64

- Add optional startTx to startFastWrite() function:
a: Allows software to fully utilize FIFO buffers for buffering payloads
to the TX FIFO, while remaining in RX mode, instead of storing data in
RAM etc.
b: Default is still to start sending immediately unless startTx is
included and set to 0

Note: This will not work correctly if using ack-payloads. Tx FIFO is
flushed when switching between RX/TX modes to prevent data corruption.

- Added optional startTx to txStandBy(timeout,startTx)
a: Allows automated sending of buffered data, with indication of success
or failure for the bulk data transfer.
b: Default is still to not initiate sending, and not leave RX mode.
c: Calling this with startTx set to true will automatically call
radio.stopListening() to begin transmission.

Example:
radio.startFastWrite( &time, sizeof(unsigned long), false );
radio.startFastWrite( &time, sizeof(unsigned long), false );

if (!radio.txStandBy(100, true) ){  printf("failed.\n\r");  }
radio.startListening()

Using the handy hardware/firmware combination LittleWire by Ihsan
Kehribar, you can access the SPI bus on every libusb-capable machine.
This approach is far from fast, but it works for sending or receiving
simple commands.

For further information about LittleWire, please see the corresponding
homepage at http://littlewire.cc/

- RPi/Linux - Configure SPI BUS sooner before each interaction
- RPi/Linux - Add slight delay after setting SPI config
- ALL - Remove delay from startListening()
- ALL - Define per-datarate delays as per results of extensive testing
- Increase hardware fail timeout
- Remove lastAvailableCheck and listeningStarted variables
- Remove delay during call to available()
- Add txRxDelay variable, set when the datarate is configured

- Added more detailed setup information
- Clarified the user config portion of the example python sketch per #49

- Enable warnings by default on linux if the radio is not responding
- Revert reduction in SPI speed pending further testing

- Updated gettingStarted examples to demonstrate proper pipe/address
handling by assigning a unique id to each node
- Updated gettingstarted_call_response to demonstrate 'proper' use of
ack payloads
- Added gettingstarted_handling_data example
- Added pingpair_irq_simple to demonstrate bidirectional communication
via interrupts
- Updated standard pingpair_irq example
- Use Serial.println(F()); instead of printf

Adding SPI enum to RPi python wrapper per #49 

- remove sudo from installer instructions, to prevent the cloned
dirs/files from being downloaded as root
- Add D option with example info

- Per #46 the read_payload() function was over-reading data into the
user provided buffer

New RPi install script available at
http://tmrh20.github.io/RF24Installer/RPi/install.sh

- Add readme for python wrapper
- Add link to main page of documentation for python.

- Testing with TCP/IP (RF24Ethernet and RF24toTUN) indicates a need for
lower SPI clock rates to reduce errors and/or hangs

Updated led_example.pde to work with newer version of library.

intel galileo support added.

- Goes to show that even the simplest of changes should be tested...
#43

Non-conflicting names

Using this library in a file along with iostream caused a compilation
error. The “#define min” line in RF24_config.h overrode a function by
the same name used in a file included by iostream. Renamed to avoid
this issue.