Release notes
From AsyncLabs Documentation
WiShield library and TCP/IP stack files for the WiShield 1.0 wireless devices
Version 1.2.1
Changes:
- Minor update to add the ZeroG G2100 WiFi driver files into the WiShield library
Version 1.2.0
Changes:
- Fixed buffer overflow issue
- Added files for WiServer implementation
- Removed stray debug prints from source code
- Made sketches uniform to existing examples
- Added missing implementation for setURL function
- Adding support for using Digital pin 8 on Arduino as the interrupt pin for WiShield
- Added function for base64 encoding
- Fixing IP address assignment macro
New features:
- Adding sample SocketApp sketch to demonstrate using WiShield for socket communication
- Adding UDPApp sketch to demonstarte use of UDP protocol for communication
Known issues:
- None
Version 1.1.0
Changes:
- The WiShield library now uses a new, more stable TCP/IP stack. The library includes a port of the uIP stack
- Server and client modes supported in the TCP/IP stack
- The limitation of 446 bytes is removed. Larger sized packets can be transmitted and received but will have to be broken down into smaller sized chunks which are <= 346 bytes
- Sample WebServer sketch modified to use the new stack to serve up simple webpages
- The stack provides an implementation of the socket interface which can be used to transmit or receive data
New features:
- Sample WebClient sketch added which demonstrates the operation of sending status updates to a Twitter.com account
- ARP client added to periodically send ARP packets to the AP. This was done to prevent certain APs from disconnecting the device due to long periods of inactivity
Known issues:
- None
Version 1.0.0
The release includes:
- Driver for ZeroG G2100 series WiFi device (for download instructions, see: http://asynclabs.com/wiki/)
- Simplified TCP/IP stack for use with the WiShield
- Sample WebServer sketch demonstrating the implementation of a simple webserver to serve up a webpage when requested from a client browser application
- Sample LEDControl sketch demonstrating the implementation of a control application using the webserver mode of the WiShield library.