Merge pull request #1298 from barbudor/fix-links

Fix broken links
tasmota · Nov 10, 2023 · 79232eb · 79232eb
2 parents 227cde3 + f3db72e
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diff --git a/docs/NeoPool.md b/docs/NeoPool.md
@@ -47,7 +47,7 @@ To get this combination running:
 
 - compile your own Tasmota including the NeoPool driver as described under the red note `"This function is not included in precompiled binaries"` at the very top of this page and flash your this to your M5STack Atom Lite using USB
 - make the configuration steps [M5Stack Atom Lite with Tail485 template](#m5stack-atom-lite-with-tail485-template)
-- turn off the Sugar Valley device and plug the 4-wire dupont or 5 pin JST cable into the [WIFI](using-wifi-port) or [EXTERN](#using-extern-port) ports
+- turn off the Sugar Valley device and plug the 4-wire dupont or 5 pin JST cable into the [WIFI](#using-wifi-port) or [EXTERN](#using-extern-port) ports
 - turn on the Sugar Valley device
 
 That's all.

diff --git a/docs/Power-Monitoring-Calibration.md b/docs/Power-Monitoring-Calibration.md
@@ -1,7 +1,7 @@
 !!! tip "You need to calibrate your power monitoring device as correct measurements are influenced by hardware and timing differences."
 
 !!! warning
-    This procedure does not apply to CT Power modules using ADC. For those, see [`AdcParam`]([url](ADC.md#commands))
+    This procedure does not apply to CT Power modules using ADC. For those, see [`AdcParam`](ADC.md#commands)
 
 - Your power monitoring capable device flashed with Tasmota and configured with the correct module/template that supports power monitoring
 - An AC capable **calibrated** multi-meter

diff --git a/docs/Zigbee-Internals.md b/docs/Zigbee-Internals.md
@@ -8,7 +8,7 @@ This page is for developers who want to understand how Zigbee2Tasmota (Z2T) work
 
 The CC2530 is flashed with Texas Instrument ZNP Software version 1.2. The protocol is build on a serial communication between the main cpu and the CC2530.
 
-[Z-Stack 1.2 Monitor and Test API](/docs/_media/zigbee/Z-Stack_API_1_2.pdf)
+[Z-Stack 1.2 Monitor and Test API](_media/zigbee/Z-Stack_API_1_2.pdf)
 
 Serial communication is configured as 8N1, 115200 bauds. We suggest to use GPIO13/15 because they have hardware serial support. Please note that there is only one usable hardware serial, either on GPIO1/3 or GPIO13/15.
 

diff --git a/docs/devices/Sonoff-4CH.md b/docs/devices/Sonoff-4CH.md
@@ -15,9 +15,7 @@ The Sonoff 4CH features four hardware buttons. Button marked FW/IO0 is connected
 Board is labelled Sonoff 4CH R2 V1.0 or 4CH R3 V1.1.
 
 The RX and TX pins are correctly labelled on these PCB revisions.
-![Serial pins](_assets/images/sonoff_4ch_r2_serial.jpg)
 The button labelled IO0 is connected to GPIO0 and can be used to bring the module into flash mode.
-![Flash mode button](_assets/images/sonoff_4ch_r2_I00.jpg)
 
 ## Official Sources