Wiki source code of Tago.IO

Version 37.10 by Xiaoling on 2022/07/25 11:16

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8.2	1	[[image:image-20220526143317-1.png]]
1.1	2
8.2	3	Downlink
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	6	~
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37.2	8	~ Table of Contents:
1.10	9
1.6	10	{{toc/}}
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1.6	12
1.3	13
37.2	14	= 1. Parse Payload =
1.3	15
37.2	16
1.3	17	(((
1.2	18	The following is our operation process and interface.
1.3	19	)))
1.1	20
1.3	21	(((
1.2	22	The code can be run in the payload parser.
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1.3	25	)))
1.1	26
8.2	27	[[image:image-20220526143905-6.png]]
1.1	28
1.2	29	Parse Payload
1.1	30
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37.2	32
8.2	33	[[image:image-20220526143653-4.png]]
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1.2	35	Parse Payload
1.1	36
11.2	37
1.1	38
37.2	39	= 2. Create device steps at Tago =
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1.2	42	Take the creation of LGT92 as an example
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37.2	44
11.2	45	[[image:image-20220526143953-7.png]]
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25.5	47
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25.6	49	Get the authorization code and fill in it
1.1	50
37.2	51
11.2	52	[[image:image-20220526144034-8.png]]
1.3	53
15.2	54
25.4	55
1.2	56	All the following options require authorization.
1.1	57
37.2	58
11.2	59	[[image:image-20220526144110-9.png]]
1.3	60
15.2	61
25.2	62
1.2	63	create device.
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37.2	65
15.2	66	[[image:image-20220526145059-13.png\|\|height="559" width="1314"]]
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15.3	68
13.2	69	[[image:image-20220526145031-12.png]]
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15.3	72	[[image:image-20220526145237-14.png\|\|height="228" width="1287"]]
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15.2	75	[[image:image-20220526145316-15.png]]
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37.3	79
1.2	80	The corresponding widget can be created according to the decoding of the device on TTN.
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37.3	82
16.2	83	[[image:image-20220526145459-16.png]]
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17.2	86	[[image:image-20220526145527-17.png]]
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17.3	88
1.2	89
37.4	90	= 3. Create LGT92 positioning widget =
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1.3	93	(((
1.9	94	(((
1.2	95	Creating lgt92 in TTN does not require manual creation, you directly select LGT92 in the brand.
1.3	96	)))
1.9	97	)))
1.2	98
1.3	99	(((
1.9	100	(((
1.2	101	Devices registered from the LoRaWAN device repository do not need to add a decoder. To manually create a device, you need to add a decoder.
1.3	102	)))
1.9	103	)))
1.2	104
1.3	105	(((
37.4	106
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1.9	108	(((
37.4	109	(% style="color:red" %)Note: LAQ4 is not registered in the LoRaWAN device repository, the device needs to be created manually.
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1.3	112	)))
1.9	113	)))
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23.2	115	[[image:image-20220526145723-1.png]]
1.2	116
	117	The same steps are used to create widgets and location maps.
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23.2	121	[[image:image-20220526145753-2.png]]
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23.2	125	[[image:image-20220526145831-3.png]]
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	128	[[image:image-20220526145901-4.png]]
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37.5	130
1.2	131	LGT92 displays the walking track according to the location of the sent data packet.
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	133	The device sets the time interval for sending data packets to control the positioning track.
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23.2	136	[[image:image-20220526145932-5.png]]
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1.2	139
37.5	140	= 4. Real Time Location System demo(RTLS) =
1.2	141
37.5	142	== 4.1 Introduction ==
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1.3	145	(((
1.5	146	The purpose of this document is to describe the Real Time Location System demo(RTLS). It is created as a manual guide for understanding each process of the application, explaining types of users and setting the application.
1.3	147	)))
1.2	148
1.3	149	(((
37.5	150	You can access the application through: [[https:~~/~~/rtls.run.tago.io>>url:https://rtls.run.tago.io/]]
1.3	151	)))
1.2	152
1.3	153	* (((
	154	The user can read this document for the description of the real-time positioning system demonstration.
	155	)))
1.2	156
1.3	157	(((
1.2	158	[[https:~~/~~/www.dragino.com/downloads/downloads/LoRa_End_Node/LBT1/RTLS_demo_documentation.pdf>>url:https://www.dragino.com/downloads/downloads/LoRa_End_Node/LBT1/RTLS_demo_documentation.pdf]]
24.2	159
37.5	160
24.2	161
1.3	162	)))
1.2	163
37.5	164	== 4.2 Instructions for using LBT1 with RTLS ==
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37.5	166
1.4	167	(((
1.2	168	（1）RTLS supports TTNv3 and helium servers for indoor positioning.
1.4	169	)))
1.2	170
1.4	171	(((
1.2	172	（2）The user needs to register the device with LBT1 on the TTNv3 or helium server.
1.4	173	)))
1.2	174
1.4	175	(((
1.2	176	（3）Then the user needs to integrate the application into Tago.
1.4	177	)))
1.2	178
1.4	179	(((
1.2	180	（4）Create LBT1 devices and beacons in RTLS. Please refer to the RTLS instruction document for the specific process.
1.4	181	)))
1.2	182
1.4	183	(((
1.2	184	（5）The coordinate position will be updated every time the device sends a data packet.
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1.4	187	)))
1.2	188
24.2	189	[[image:image-20220526150133-6.png]]
26.1	190
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37.6	193	= 5. Install Tago Core in LPS8v2 =
26.1	194
37.6	195
	196	== 5.1 Tago Core ==
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37.8	199	Tago Core is a (% style="color:blue" %)free(%%), (% style="color:blue" %)fast(%%), and (% style="color:blue" %)open-source(%%) IoT platform for edge computing that you can use to parse, and analyze the data from your devices!
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37.1	201	Tago Core supports all major operating systems and can be downloaded on this [[Downloads page>>https://downloads.tagocore.com/]].
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29.1	203	For more information on Tago Core, Users can check out this [[Link>>https://tagocore.com/docs#tagocore ]].
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28.1	205	Once you have downloaded and extracted TagoCore, you can run it by opening a terminal in the folder where the tagocore binary is located and typing the following command:
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28.1	208	(% class="box infomessage" %)
	209	(((
	210	wget [[https:~~/~~/downloads.tagocore.com/v0.4.1/tagocore-v0.4.1-linux-armv7.tar.gz>>https://downloads.tagocore.com/v0.4.1/tagocore-v0.4.1-linux-armv7.tar.gz]]
	211	tar -xvzf tagocore-v0.4.1-linux-armv7.tar.gz
	212	)))
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	214	[[image:image-20220713185521-1.png]]
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32.1	217
37.6	218	== 5.2 Run Tago Core ==
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37.6	220
	221	When you run the following command, you can access the GUI of TagoCore using the LPS8v2 gateway (% style="color:blue" %)IP_ADDRESS:8888.
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29.1	224	(% class="box infomessage" %)
	225	(((
	226	./tagocore start
36.1	227
	228	./tagocore logs
29.1	229	)))
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36.1	231	[[image:image-20220713191020-2.png\|\|height="73" width="589"]]
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36.1	234	[[image:image-20220713194013-1.png\|\|height="246" width="558"]]
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32.1	237	[[image:image-20220713191539-3.png\|\|height="538" width="938"]]
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26.1	239

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