See the README inside for details on setting up RIOT. Note that the RIOT and openocd sub-repositories are managed with git subtrees, NOT submodules. Ensure the correct commands are used when updating these modules.

• Border router files to run on SAMR30 Xplained-Pro boards (/gnrc_border_router)

• CoAP server to run on PCBs (/3yp_node_coap)

• Testing program to run on PCBs (/3yp_node_testing)

• NanoCoAP server to run on SAMR21 boards with DS18 temperature sensor (/nanocoap_server)

• Modified RIOT directory (/RIOT)

• CoAP server using SAUL, designed to work with different hardware, providing access to LEDs, a temperature sensor and TX power (/3yp_node_coap_saul)

• CoAP server and client for automatically PUTting sensor readings and self timestamping packets, designed to work with coap_server and coap_forwarder (3yp_node_coap_saul_puts)

• Power management testing programs, with and without networking (periph_pm, periph_pm_networking)

• Parts list for PCB
• Eagle project files (see /projects/3YP PCB Rev2A for project and /libraries for parts). Can use this as the working directory for EAGLE.

• Bridge between CoAP and HTTP

• Scheduled script runs every 10 minutes (coap-http/pipe.py)

• Flask webserver files
• HTML and CSS (/app/static)
• Temperature HTTP API (/app/controllers)
• Graphing webpage/dashboard (/plotlydash)

• Using CoAPthon3 with binary token patch
• Acts as forwarder between IPv6 GNRC network and IPv4 outer network
• Only role is to forward packets outside of network

• Using CoAPthon3 with binary token patch
• Provides API to POST temperature data to and GET the current time
• Interfaced with MongoDB in config.py and so data served via the flask webserver