Texas Instruments CC3200 SimpleLink Wi-Fi Programmer's Manual page 12

Foundation SDK – Getting Started
Directory Name
example
12
CC3200 SimpleLink™ Wi-Fi
Table 1. Package Contents (continued)
Information
• Interrupt Application: Showcases the usage of interrupt DriverLib APIs. This is a sample application
to showcase interrupt preemption and tail-chaining capabilities.
• I2C Demo: Showcases the usage of I2C DriverLib APIs. It provides a user interface to read-from or
write-to the I2C devices on the LaunchPad.
• MCU Sleep: Exercises the sleep functionality of the MCU.
• uDMA Application: Showcases the usage of UDMA DriverLib APIs. Various DMA mode functionalities
are shown in this application.
• FreeRTOS Demo Application: Showcases the FreeRTOS features, such as multiple task creation and
intertask communication using queues.
• AES Demo Application: Showcases the usage of AES Driverlib APIs. Provides a user interface to
exercise various AES modes.
• DES Demo Application: Showcases the usage of DES Driverlib APIs. Provides a user interface to
exercise various DES modes.
• CRC Demo Application: Showcases the usage of CRC Driverlib APIs. Provides a user interface to
exercise various CRC modes.
• SHA-MD5 Demo Application: Showcases the usage of SHA-MD5 Driverlib APIs. Provides a user
interface to exercise various SHA-MD5 modes.
• ADC Demo Application: Showcases the functionality of the CC3200 ADC module by using the
Driverlib APIs.
• PWM Demo Application: Showcases general 16-bit pulse-width modulation (PWM) mode feature
supported by purpose timers (GPTs).
• SD Host Application: Showcases the basic use case of initializing the controller to communicate with
the attached card, reading and writing SD card block.
• SD Host FatFS Application: Uses the FatFS to provide the block-level read/write access to the SD
card, using the SD host controller on the CC3200.
• SPI Demo Application: Displays the required initialization sequence to enable the CC3200 SPI
module in full duplex 4-wire master and slave modes.
• Wi-Fi Audio App: Demonstrates bi-directional audio application on a CC3200 LaunchPad setup. This
application requires the audio boosterpack.
• Camera Application: Demonstrates the camera feature on the CC3200. The user can invoke the
image capture command on the web browser hosting on the CC3200 device. This application requires
the camera boosterpack.
• UART DMA Application: Showcases use of UART, along with uDMA and interrupts.
• Antenna Selection: Gives the option to select an antenna with more signal for APs using a web-
browser.
• Out of Box Application: Demonstrates how the user can view different demo and SDK web links on
their web-browser.
• Peer to Peer Application: Demonstrates the Wi-Fi direct feature on the CC3200.
• Timer Count Capture: Showcases the count capture feature of the timer to measure the frequency of
an external signal.
• Idle Profile: Exercises hibernation using power management framework (middleware).
• Sensor Profile: Exercises low power modes (LPDS) using Power Management Framework
(middleware).
• Watchdog System Demo: Illustrates full system recovery using watchdog, including the network
subsystem.
• TFTP Client: Demonstrates file transfer using TFTP (Trivial File Transfer Protocol). Requires a TFTP
server running on a connected device such as a PC or smart phone.
• WebSocket Camera: Demonstrates websocket HTTP server functionality by transmitting continuous
JPEG frames to a websocket client. This application requires a camera boosterpack and a connected
PC or smartphone with a browser supporting HTML 5.
• Application Bootloader: Showcases the secondary bootloader operations, to manage updates to
application image.
• HTTP Client Demo: Illustrates the usage of the HTTP client library, to enable the device as an HTTP
client.
• Idle Profile (Non OS): Exercises the low power modes (LPDS) using power management framework in
a non-OS environment.
• MQTT Client: Showcases the device acting as a MQTT client in a fully-functional MQTT network.
• MQTT Server: Showcases the device acting as an MQTT server capable of managing multiple local
clients, and allowing the local clients to communicate with remote MQTT clients.
• Power Measurement: Allows the user to measure the current consumption for various low-power
modes.
®
and IoT Solution, a Single Chip Wireless MCU
Copyright © 2014–2018, Texas Instruments Incorporated
SWRU369D – June 2014 – Revised May 2018
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