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# WiSH WalT Framework
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This markdown contains instructions for WiSH WalT Framework. For more details about the framework, please refer to our paper at [WiSH-WalT: A Framework for Controllable and Reproducible LoRa Testbeds] (https://hal.archives-ouvertes.fr/hal-01835904/document).
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There are five core elements of the project:
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* LoRa STM32 module with our custom application
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* WiSHfull local controller change radio parameters for connected mote
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* WiSHfull global controller to control local controllers
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* The Things Network server
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* The Things Network Client to download data (optional)
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We provide source code and examples for our application.
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## LoRa Mote application
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You can find LoRA application on the following [link] (hhttps://gricad-gitlab.univ-grenoble-alpes.fr/Drakkar-LIG/WiSHFUL-LoRa-connector/tree/master/code/Projects/Multi/Applications/LoRa/End_Node)
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This code needs to be copied on the board for the project to work. You can use [pySerial](https://gricad-gitlab.univ-grenoble-alpes.fr/Drakkar-LIG/WiSHFUL/tree/master/examples/Get_Started_Examples/LoRaWan_Example/pyserial/pyserial-master) or directly copy, paste the code on the USB drive which appears after you plugin the module.
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## WiSHFul Local and Global controllers
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To change the radio parameters you need WiSHfull framework, you can read more about the project [here] (http://www.wishful-project.eu/documents).
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For our project, you need have LoRa UPI's installed, you can build the project from our [source](https://gricad-gitlab.univ-grenoble-alpes.fr/Drakkar-LIG/WiSHFUL/tree/master/upis/wishful_upis/lora) code and they will be installed automatically.
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We also provide tutorial for getting started [here] (https://gricad-gitlab.univ-grenoble-alpes.fr/Drakkar-LIG/WiSHFUL/tree/master/examples/Get_Started_Examples/LoRaWan_Example). It discusses in details the changes required and examples for global and local controllers.
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## TTN Client
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We used TTN server for our experients. We provide a [script] (https://gricad-gitlab.univ-grenoble-alpes.fr/Drakkar-LIG/WiSHFUL/tree/master/examples/Get_Started_Examples/LoRaWan_Example/ttn-client) to download data from TTN server. It can be run as a background process to download packets sent to TTN server, as the server does not store any packets.
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## Walt Images
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Finally, we also provide following walt images with wishful framework already installed and configured:
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* wishful-global-controller
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* wishful-local-controller
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For the WiSHFUL experiments you can clone `wishful-global-controller` and `wishful-local-controller` Walt images.
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For the WiSHFUL experiments you can clone `wishful-global-controller` and `wishful-local-controller` Walt images.
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The former is a X86 image and should be booted either by physical hardware or by a virtual node.
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The former is a X86 image and should be booted either by physical hardware or by a virtual node.
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| ... | @@ -6,3 +47,4 @@ The former is a X86 image and should be booted either by physical hardware or by |
... | @@ -6,3 +47,4 @@ The former is a X86 image and should be booted either by physical hardware or by |
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The later is a raspberry pi image and should be booted by a raspberry pi node.
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The later is a raspberry pi image and should be booted by a raspberry pi node.
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`$ walt image clone wishful-local-controller`
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`$ walt image clone wishful-local-controller`
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