WiFi DipCortex LPCXpresso Example Code - Serial Terminal

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http://www.youtube.com/watch?v=ffv0ZHpBFB4

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To get you started here is our example firmware for the WiFi DipCortex.

https://github.com/SolderSplashLabs/WiFi-DipCortex/

This gives you control of the CC3000MOD over USB CDC (Serial). We will continue to work and add features/examples to this over time.

To use the USB CDC (Serial) port you will need to install the driver that can be found here

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Here is a list of the terminal commands :

Display menu of available commands

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>?

Get IP Config of the connection

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>ipconfig
MAC : 08-00-28-57-38-C2
IP : 192.168.0.26
Gateway : 192.168.0.1
DNS : 194.168.4.100
Subnet : 255.255.255.0

List all IP's of cached hostnames

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>ipconfig dns
0.pool.ntp.org - IP 206.51.211.152 - Seconds old 175

Flush the DNS cache

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>ipconfig flush

Set CC3000 module to dynamic IP using DHCP

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>ipconfig dynamic

Set manual IP address - IP, Gateway, Subnet, DNS

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>ipconfig 192.168.0.69 192.168.0.1 255.255.255.0 8.8.8.8

Connect to a previous access point saved in the CC3000's eeprom

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>connect

Connect to a new access point - access point name, encryption type, password

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>connect myacccesspoint 3 letmein

0 = Unsecured, 1 = WEP, 2=WPA and 3 = WPA2, note this example doesn't like AP names or keys with spaces

Disconnect

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>disconnect

Query the module status, this reports the firmware revision and internal CC3000 status. Version 1.24 is the latest TI firmware revision

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>status
Asking for current Wifi status
HCI Event Received : 0x0009 - Status Req
Wifi Status Returned : Connected
HCI Event Received : 0x0207
Version : 1.24


Resolve a hostname to an IP using built in CC3000 function and DNS cache

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>resolve www.google.com

resolve a hostname manually bypassing CC3000

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>resolve now www.google.com

Get current cached time and date

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>time

Update time and date from the internet using NTP

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>time update

Get the uptime of the module

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>time update

HTTP, these functions are very rough and non compliant to HTML specs, but provide a demonstration of opening a TCP port and sending/receiving data
http get

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>http get www.google.com

http set api key

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http api API_KEY_HERE

http put example, sends dummy data to the supplied URL with the API key

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>http put api.xively.com /v2/feeds/FEEDNO.csv

Read the two GPIO ports of the processor

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>gpio

CC3000 start smart connect, this allows you to configure the accesspoint connection details with an iOS or android device

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>cc3000 smart

CC3000 set connection policy manually- use the values 0 or 1 only - connect to open AP, connect to last AP, connect to stored AP

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>cc3000 policy 0 0 1

CC3000 mdns (Note TI mdns functionality seems a bit buggy currently) - 1=enable 0=disable

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>cc3000 mdns 1

CC3000 re-initalise - mode 0/1 0 is normal mode and 1 is patching mode

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>cc3000 init 0

CC3000 delete stored profiles

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>cc3000 delete