Merge pull request #782 from nakata5321/wiki_rework

add switch videos

docs/energy-monitoring.md

@@ -12,6 +12,10 @@ The device has a number of unique features such as:
 3. Monitoring works on the local network and does not require access to the cloud.
 4. Support of Home Assistant via the MQTT protocol.
 
+## Installation Example
+
+<robo-wiki-video autoplay loop controls :videos="[{src: 'https://crustipfs.info/ipfs/QmTNyEP12NA7PPjw5WJBwyGwMq9Pg3YHmgEeaFRgNaS5Lc', type:'mp4'}]" />
+
 ## Hardware specification
 
 - Input Voltage: AC 100-240V 50/60Hz
@@ -21,9 +25,9 @@ The device has a number of unique features such as:
 - Memory: 448 KB ROM, 520 KB SRAM, 8 MB FLASH
 - USB-C for development and updates
 
-# How to setup
+## How to setup
 
-<robo-wiki-title :type="2" anchor="step1">
+<robo-wiki-title :type="3" anchor="step1">
 Step 1 — Flashing
 </robo-wiki-title>
 
@@ -52,7 +56,7 @@ After setting up Wi-Fi you can visit device via **VISIT DEVICE** button. Later y
 
 Skip **Step 2 — Access Point** and go to [**Step 3 — Configuration**](/docs/ir-controller/#step3).
 
-<robo-wiki-title :type="2" anchor="step2">
+<robo-wiki-title :type="3" anchor="step2">
 Step 2 — Access Point
 </robo-wiki-title>
 
@@ -63,7 +67,7 @@ If you take Energy monitor from the box and connect it to the power supply, it w
 Provide Wi-Fi credentials. After that the Energy Monitoring device will connect to Wi-Fi network. Check the device via it's IP address in the network. To find it you can use [Fing mobile app](https://www.fing.com/products) or 
 [nmap CLI tool](https://vitux.com/find-devices-connected-to-your-network-with-nmap/).
 
-<robo-wiki-title :type="2" anchor="step3">
+<robo-wiki-title :type="3" anchor="step3">
 Step 3 — Configuration
 </robo-wiki-title>
 
@@ -91,7 +95,7 @@ Provide your MQTT credentials here:
 
 That's all with ESP for now. Next step is install the Home Assistant integration.
 
-<robo-wiki-title :type="2" anchor="step4">
+<robo-wiki-title :type="3" anchor="step4">
 Step 4 — Integration setup
 </robo-wiki-title>
 
@@ -104,7 +108,3 @@ Basically, Home Assistant will discover "Tasmota" integration automatically. But
 <robo-wiki-picture src="energymeter/HA.jpg" />
 
 That's all. Now you can add energy entities to the dashboard.
-
-## Installation Example
-
-<robo-wiki-video autoplay loop controls :videos="[{src: 'https://crustipfs.info/ipfs/QmTNyEP12NA7PPjw5WJBwyGwMq9Pg3YHmgEeaFRgNaS5Lc', type:'mp4'}]" />

docs/ir-controller.md

@@ -15,7 +15,11 @@ The device has a number of unique features such as:
 
 Get ready for a new level of air conditioner management with our remote, and may your home always be set to maximum comfort!
 
-# Hardware specification
+## Installation Example
+
+<robo-wiki-video autoplay loop controls :videos="[{src: 'https://crustipfs.info/ipfs/QmUpSdy3oQbU7dx59sE3MMdL1kr6E2TKsPA5kmFeKHTgF4', type:'mp4'}]" />
+
+## Hardware specification
 
 - Viewing angle 360°
 - CPU: ESP32 series of SoCs, Xtensa 32-bit LX6 microprocessor, up to 240 MHz
@@ -26,9 +30,9 @@ Get ready for a new level of air conditioner management with our remote, and may
 - Weight: 36g
 
 
-# How to setup
+## How to setup
 
-<robo-wiki-title :type="2" anchor="step1">
+<robo-wiki-title :type="3" anchor="step1">
 Step 1 — Flashing
 </robo-wiki-title>
 
@@ -61,7 +65,7 @@ After setting up Wi-Fi you can visit device via **VISIT DEVICE** button. Later y
 
 2) Or disconnect the device from the computer and connect it to the power supply. IR Remote will start and create Wi-Fi hotspot. To connect the IR Remote to your home Wi-Fi network through an hotspot, follow the instructions in Step 2.
 
-<robo-wiki-title :type="2" anchor="step2">
+<robo-wiki-title :type="3" anchor="step2">
 Step 2 — Access Point
 </robo-wiki-title>
 
@@ -73,7 +77,7 @@ Provide Wi-Fi credentials. After that the IR Remote will connect to Wi-Fi networ
 [nmap CLI tool](https://vitux.com/find-devices-connected-to-your-network-with-nmap/).
 
 
-<robo-wiki-title :type="2" anchor="step3">
+<robo-wiki-title :type="3" anchor="step3">
 Step 3 - Configuration
 </robo-wiki-title>
 
@@ -99,7 +103,7 @@ Provide your MQTT credentials here:
 
 That's all with ESP for now. Next step is install the Home Assistant integration.
 
-<robo-wiki-title :type="2" anchor="step4">
+<robo-wiki-title :type="3" anchor="step4">
 Step 4 — Integration Setup
 </robo-wiki-title>
 
@@ -266,7 +270,3 @@ If you have problem with GUI mode, switch to "CODE EDITOR" and write next:
 type: thermostat
 entity: climate.<your climate name>
 ```
-
-## Installation Example
-
-<robo-wiki-video autoplay loop controls :videos="[{src: 'https://crustipfs.info/ipfs/QmUpSdy3oQbU7dx59sE3MMdL1kr6E2TKsPA5kmFeKHTgF4', type:'mp4'}]" />

docs/smart-switches.md

@@ -3,7 +3,15 @@ title: 1,2 gang wi-fi Smart Switch
 contributors: [nakata5321]
 ---
 
-Why should you install any corporate app for switching on/off your smart light?  Our wi-fi smart switches doesn’t require any cloud connection. We tried out many other switches from various manufactureres all over the world and know some important details to make comfortable device. As other smart devices from Robonomics it is fully compatible with Home Assistant, uses open-source upgradable firmware Tasmota.
+Why should you install any corporate app for switching on/off your smart light?  Our wi-fi smart switches don’t require any cloud connection. We tried out many other switches from various manufactureres all over the world and know some important details to make comfortable device. As other smart devices from Robonomics it is fully compatible with Home Assistant, uses open-source upgradable firmware Tasmota.
+
+## 1 Gang Switch
+
+<robo-wiki-video autoplay loop controls :videos="[{src: 'https://crustipfs.info/ipfs/QmTWhDu1PdQgR1ZuLuGpEtYG8uMm8eiWLziK1zLupQwU2i', type:'mp4'}]" />
+
+## 2 Gang Switch
+
+<robo-wiki-video autoplay loop controls :videos="[{src: 'https://crustipfs.info/ipfs/QmQiq21yPEJbysPgvv35uJmG9rHQqbUSySu8za8BqA1kcZ', type:'mp4'}]" />
 
 ## Key features:
 - Type-c for open-source firmware Tasmota upgrading