How to install #6
Comments
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On 2020-04-22 09:33, Maikel-K wrote:
Hi Stef,
Great work, i would love to ditch the ATMEGA 2560 and run this on a
Wemos D1 mini.
Is this possible, and how to connect the RFLink board:
https://www.nodo-shop.nl/nl/41-rflink-433-mhz to the Wemos D1 mini
I'm not familiar with that board,
but besides gnd and power (3V3) you only have to mount one wire to the
433 MHz receiver and one wire to the 433MHz transmitter
something like this
and more important. How to upload your software?
just run the ino file (assuming you've installed Arduino) should do the job.
Probably you'll miss some public available libraries, it's difficult for
me to tell which libs are used.
hope this will help.
cheers, Stef
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Hi Stef, Thanks, which transmitters and receivers are you using? Any links to those? |
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On 2020-04-22 23:05, Maikel-K wrote:
Hi Stef,
Thanks, which transmitters and receivers are you using? Any links to
those?
hello Maikel,
look on https://stef-aap.github.io/RFLink-ESP/
in the list on the left, select 433 MHz Transceivers
cheers, Stef
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How about using the SI4432 as Receiver / Transmitter option. Is there any progress to use those? |
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I think this will stay on the todo list forever.
Using a SI4432 is much more complicated, while there are no real advantages.
cheers, Stef
…On 2020-04-23 18:02, Ierlandfan wrote:
How about using the SI4432 as Receiver / Transmitter option. Is there
any progress to use those?
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How about dual receiving options like the coomon 443 and 868 simultaneously?
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that might be a valid reason,
but I think there is a better solution:
Modify the receive function so it will run on interrupts generate by
level changes. If you've that, you can easily connect both a 433 MHz
receiver and a 866 MHz receiver (each with itś own optimized antenna).
Connecting 2 transmitters is no problem and I think can easily be
adapted in the software.
cheers, Stef
…On 2020-04-23 21:06, Ierlandfan wrote:
How about dual receiving options like the coomon 443 and 868
simultaneously?
Outlook voor Android downloaden<https://aka.ms/ghei36>
________________________________
From: Stef-aap ***@***.***>
Sent: Thursday, April 23, 2020 6:10:48 PM
To: Stef-aap/RFLink-ESP ***@***.***>
Cc: Ierlandfan ***@***.***>; Comment ***@***.***>
Subject: Re: [Stef-aap/RFLink-ESP] How to install (#6)
I think this will stay on the todo list forever.
Using a SI4432 is much more complicated, while there are no real
advantages.
cheers, Stef
On 2020-04-23 18:02, Ierlandfan wrote:
>
> How about using the SI4432 as Receiver / Transmitter option. Is there
> any progress to use those?
>
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I compiled the sketch and uploaded it to the ESP8266. I found RFLink_ESP hotspot. I connected. I recieved IP 192.168.6.85 and connected to http://192.168.6.84/ I got a MiRa sensor page. But no ESPeasy style webpage where I can enter WiFi information. Is that correct? |
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it's my own style settings page (because in the past I couldn't get the
available ones working correctly), press on the "Settings" button
…On 2020-04-24 17:05, Maikel-K wrote:
I compiled the sketch and uploaded it to the ESP8266.
I found RFLink_ESP hotspot. I connected. I recieved IP 192.168.6.85
and connected to http://192.168.6.84/
I got a MiRa sensor page. But no ESPeasy style webpage where I can
enter WiFi information. Is that correct?
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I dropped the username and password,
I can add it in the next release (expected the end of thsi week),
including settings by webpage.
In the meanwhile around line 290 in Receiver_MQTT.h there's the
connection done
//if ( MyMQTT->connect ( _MQTT_ID.c_str(), MQTT_User, MQTT_Pwd,
if ( MyMQTT -> connect ( _MQTT_ID.c_str(),
use the top line and comment the other one and fill in hardcoded your
credentials
…On 2020-04-24 18:07, HomeBro wrote:
Hi Stef,
I've used RFLink R48 with Mega2560, but dropped it because of the size
of the board and the missing wifi.
Thanks for keeping the RFLink idea alive with your ESP version.
I've uploaded to both a NodeMCU and a Wemos D1 and got it working, but
my MQTT server requires a username and password. Where do I put that
in your code?
What does the SSD1306 display code exactly do?
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The SSD1306 is used to display information, example for the loop in the
main program (so in that case you can not use the websettings for the
moment)
//
****************************************************************************
//
****************************************************************************
unsigned long Send_Time_Last = -Send_Time_ms ;
void loop() {
// ***********************************************************
// call all loop methods
// ***********************************************************
Sensors .loop () ;
Receivers.loop () ;
// ***********************************************************
// for all sensors, get JSON-data and send to all active receivers
// ***********************************************************
if ( millis() - Send_Time_Last >= Send_Time_ms ) {
Send_Time_Last = millis() ; // geen noodzaak om in te halen !!
Sensors.Get_JSON_Data () ;
Receivers.Send_Data ( JSON_Data ) ;
int Value_Int ;
float Value_Float ;
String Value_String ;
const int x2 = 6 ;
DynamicJsonDocument jsonBuffer ( 600 ) ; // PAS OP ALS TE KLEIN
werkt het niet
deserializeJson ( jsonBuffer, JSON_Data ) ;
( (_Receiver_SSD1306*)OLED )->Show ( Extra_Info ,
0, 1, 2, 1 ) ;
( (_Receiver_SSD1306*)OLED )->Show ( String ( WiFi.localIP()[3] ),
3, 1, 3, 1 ) ;
// OLED_Display.setTextSize ( 1 ) ;
Value_Int = jsonBuffer [ "MHZ14_CO2_ppm" ] ;
( (_Receiver_SSD1306*)OLED )->Show ( String ( Value_Int ), x2, 0, 4 ) ;
// OLED_Display.setTextSize ( 2 ) ;
Value_Int = jsonBuffer [ "ADC10" ] ;
Value_Float = 1.2 * Value_Int / 1000 ;
( (_Receiver_SSD1306*)OLED )->Show ( String ( Value_Float, 1 ), x2,
2, 4 ) ;
Value_Int = jsonBuffer [ "ADC11" ] ;
Value_Float = 1.2 * Value_Int / 1000 ;
( (_Receiver_SSD1306*)OLED )->Show ( String ( Value_Float, 1 ), x2,
3, 4 ) ;
Value_Float = jsonBuffer [ "BME280_Temperature" ] ;
( (_Receiver_SSD1306*)OLED )->Show ( String ( Value_Float, 1 ), 0,
0, 4 ) ;
String Extra = " %" ;
if ( WiFi.localIP()[2] != 0 ) Extra = " %c" ;
Value_Int = jsonBuffer [ "BME280_Humidity" ] ; //.as<int>() ;
( (_Receiver_SSD1306*)OLED )->Show ( String ( Value_Int ) +
Extra, 0, 2, 5 ) ;
Value_String = jsonBuffer [ "Time" ].as<String>() ;
( (_Receiver_SSD1306*)OLED )->Show (
Value_String.substring(0,5), 0, 3, 4 ) ;
}
}
…On 2020-04-24 18:07, HomeBro wrote:
Hi Stef,
I've used RFLink R48 with Mega2560, but dropped it because of the size
of the board and the missing wifi.
Thanks for keeping the RFLink idea alive with your ESP version.
I've uploaded to both a NodeMCU and a Wemos D1 and got it working, but
my MQTT server requires a username and password. Where do I put that
in your code?
What does the SSD1306 display code exactly do?
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Stef, thanks for the work! I would love to help you test your scripts! I will try again this week if I can get to the other settings page! |
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Thank you very much for the huge work you have done with RFlink-ESP! :) At the beginning I wanted to show that I am a novice in this field and to apologize for my English. I have been fighting your RFLink-Esp for several days. At the beginning with version 3.1 build, when I was able to compile it and upload it to ESP32 (DOIT ESO32 DEVKIT V1), unfortunately it was not visible in my WiFi network (I set my data in Settings.h ["Wifi-Netwerk", "$ Wifi-Password" and "MQTT Broker-IP"] and Wifi_Settings.h [Local_Wifi_Name, Local_Wifi_PWD Local_Broker_IP]. When version 3.2 came out, I achieved some success. ESP was already visible on the network and I could enter its IP. Unsure probably I have all possible options there because they only appear:
(logo.gif (none) and setting.h (0 bytes) I uploaded via FTP deleting the comment before "#define YES_INCLUDE_FTPSERVER"). Unfortunately, I do not see the "Settings" and "Simpel Build Info" options. I also don't know how to update via OTA. Receiver 433 (RX470-4) connected to ESP32 on GPIO 12 (D12), but unfortunately MQTT only gets the "Heartbeat" message and the "$$ Dead" when reset. No readings from 433Mhz detectors (when this receiver is connected to the Arduino Mega where RFLink is, it shows normally readings from 433MHz detectors, e.g. "20; 03; Cresta; ID = 3401; TEMP = 00c0; BAT = OK;" and "20; 02; Eurodomest; ID = 0c93d2; SWITCH = 06; CMD = ALLON; "or" 20; 01; EV1527; ID = 0b3ad8; SWITCH = 06; CMD = ON; ") |
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On 2020-04-26 23:34, skom27 wrote:
Thank you very much for the huge work you have done with RFlink-ESP!
:) At the beginning I wanted to show that I am a novice in this field
and to apologize for my English. I have been fighting your RFLink-Esp
for several days. At the beginning with version 3.1 build, when I was
able to compile it and upload it to ESP32 (DOIT ESO32 DEVKIT V1),
unfortunately it was not visible in my WiFi network (I set my data in
Settings.h ["Wifi-Netwerk", "$ Wifi-Password" and "MQTT Broker-IP"]
and Wifi_Settings.h [Local_Wifi_Name, Local_Wifi_PWD Local_Broker_IP].
When version 3.2 came out, I achieved some success. ESP was already
visible on the network and I could enter its IP. Unsure probably I
have all possible options there because they only appear:
MiRa Sensors Data
Current Values
Data Files (unordered) on ESP-chip
Graph | Filename | Size | Download
| Logo.gif | 893 | Download
| Settings.h | 836 | Download
| Values.html | 1645 | Download
Show graph
Stop Recording
Factory Settings
SPIFFS format (werkt nog niet)
(logo.gif (none) and setting.h (0 bytes) I uploaded via FTP deleting
the comment before "#define YES_INCLUDE_FTPSERVER").
Unfortunately, I do not see the "Settings" and "Simpel Build Info"
options. I also don't know how to update via OTA.
#define Use_Web_Settings_Version
with this flag in the main program, you determine if you do the settings
by yhe webpage (flag is there, Startpage will show "Settings") or
explicitly in the program below (flag is commented out, you will not see
"Settings" on the web startpage).
If settings are not done through the webpage (the file /Settings.h is of
no interest) and the network credentials are done by the settings in
"Wifi_Settings.h".
Receiver 433 (RX470-4) connected to ESP32 on GPIO 12 (D12), but
unfortunately MQTT only gets the "Heartbeat" message and the "$$ Dead"
when reset. No readings from 433Mhz detectors (when this receiver is
connected to the Arduino Mega where RFLink is, it shows normally
readings from 433MHz detectors, e.g. "20; 03; Cresta; ID = 3401; TEMP
= 00c0; BAT = OK;" and "20; 02; Eurodomest; ID = 0c93d2; SWITCH = 06;
CMD = ALLON; "or" 20; 01; EV1527; ID = 0b3ad8; SWITCH = 06; CMD = ON; ")
Where do I make mistakes? :(
The receiver will only recognize "known devices", so set it in Learning
mode 1, press one of your switches, you'll see some response and type an
"X" followed by an Enter and the switch is registered as "known device".
(you can either use a serial connection or a telnet connection)
The other way around, sending an MQTT message to control a lamp or
whatsoever is always executed.
good luck, Stef
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Thank you for reply very quickly :)
After re-insertion as a comment I see it (so I don't want to work with settings via WEB :( )
If now in a serial monitor (or via telnet - Putty) I press "1" and "enter" nothing happens :( PS1. I already know to go to learning mode 10; DEBUG = 1 :) |
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On 2020-04-27 09:36, skom27 wrote:
Thank you for reply very quickly :)
From the beginning I started to introduce what you wrote :)
Unfortunately, after removing the comment from "#define
Use_Web_Settings_Version" and uploading to ESP32 I have (I tried to
compile and upload several times and always the same):
ets Jun 8 2016 00:22:57
rst:0x1 (POWERON_RESET),boot:0x33 (SPI_FAST_FLASH_BOOT)
flash read err, 1000
ets_main.c 371
ets Jun 8 2016 00:22:57
rst:0x10 (RTCWDT_RTC_RESET),boot:0x33 (SPI_FAST_FLASH_BOOT)
flash read err, 1000
ets_main.c 371
ets Jun 8 2016 00:22:57
rst:0x10 (RTCWDT_RTC_RESET),boot:0x13 (SPI_FAST_FLASH_BOOT)
configsip: 0, SPIWP:0xee
clk_drv:0x00,q_drv:0x00,d_drv:0x00,cs0_drv:0x00,hd_drv:0x00,wp_drv:0x00
mode:DIO, clock div:2
load:0x3fff0018,len:4
load:0x3fff001c,len:1044
load:0x40078000,len:8896
load:0x40080400,len:5828
entry 0x400806ac
ERROR: SPIFFS could not be opened !!!!
After re-insertion as a comment I see it (so I don't want to
work with settings via WEB :( )
.. IP = 10.1.1.54
====== SETUP ====== V0.20 Sensor_RFLink.h
----- Learning_Modes -----
0 : Production Mode
1 : Real Learning Mode
2 : one detection + statistics
3 : all detections + statistics
4 : display pulstime
5 : display pulstime rounded at 30 usec
6 : Statistics, Binairy and Hex Results
7 : Statistics followed, by normal detection
8 : Transmit a predefined sequence
9 : same as 8, but indefinitly
10;LIST; // list all commands
10;PING; // return PONG
10;REBOOT; // reboot RFLink
10;VERSION; // displays version information
10;RF_Command; // Send an RF package
10;DEBUG=x; // Enter Learning/Debug Mode
12;Name;ID; // In Learning_Mode=1 add this device
X // In Learning_Mode=1 add the last seen Device
19;PRINT; // list all Known Devices
19;DIR; // Directory of the file-system
19;DUMP;Filename; // Print the content of the file
19:DEL;Filename; // Delete the file
19:CLEAR; // Delete all registered Devices
11; // Complete is echoed
13; // Command-1 for Learning_Mode 8,9
14; // Command-2 for Learning_Mode 8,9
E (4575) SPIFFS: mount failed, -10025
Last File (SPIFFS) = /RFLog_0.txt
SENSOR MQTT CALLBACK = hb/from_HA/
====== SETUP ====== V0.20 ====== Sensor_System.h
JSON_Short_Header: Seconds RSSI Free_Disk Free_Heap
JSON_Long_Header : RSSI Free_Disk Free_Heap
|========== MQTT Subscribes from Sensors |
hb/from_HA/RFLink_ESP
hb/from_HA/#
======================= SETUP SENSORS DONE
==================================
====== SETUP ====== V1.60 ====== Receiver_MQTT.h
Receiver_Serial (... )
====== SETUP ====== V0.60 ====== Receiver_Serial.h
Last File (SPIFFS) = /RFLink_0.csv
Mount SPI-FileSytem (including FTP support): 1
====== SETUP ====== V0.30 ====== Receiver_SPIFFS.h
RECEIVER MQTT CALLBACK = hb/from_HA/RFLink_ESP
====== SETUP ====== V0.10 Receiver_Telnet.h
====== SETUP ====== V0.30 Receiver_Webserver.h
OTA hostname = RFLink_ESP
====== SETUP ====== V0.60 Receiver_OTA.h
====== SETUP ====== V0.10 Receiver_Email.h
|========== MQTT Subscribes from Receivers |
hb/from_HA/RFLink_ESP
hb/from_HA/#
=============== ESP 32 parameters ======================
CPU FREQUENCY = 240 MHz
SDK Version = v3.2.3-14-gd3e562907
Flash Chip Size = 4194304
Flash Chip Frequency = 40000000
IP Address = 10.1.1.54
======================= SETUP RECEIVERS DONE
==================================
ERROR: Receiver_Email, sending Email,could not connect to server
/0/0/0/0* Signal LED /0/0/0/0* 4 / 100 / 100
MQTT Subsrcibe : hb/from_HA/RFLink_ESP
MQTT Subsrcibe : hb/from_HA/#
Published To: 10.1.1.16 Topic: hb/from_RFLink/Restarted
MYYYYYYYY Ftp server waiting for connection on port 21
If now in a serial monitor (or via telnet - Putty) I press "1"
and "enter" nothing happens :(
Please help :)
Your reset sequence I've never seen before I've seen other weird reset
sequences which were caused by malformation of the spiffs disk, the only
thing to get it right is to format the spiffs disk : one of the first
statements in the setup procedure "SPIFFS.format();"
"1" should do nothing, so that's ok ;-)
I assume you want to enter learning mode a: you have to type "10;DEBUG=1;"
you may use lowercase characters.
hope that helps.
cheers, Stef
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Thanks for your feedback :)
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On 2020-04-27 18:09, skom27 wrote:
Thanks for your feedback :)
When compiling without settings via the web I also have this error at
the beginning.
ets Jun 8 2016 00:22:57
rst:0x1 (POWERON_RESET),boot:0x33 (SPI_FAST_FLASH_BOOT)
flash read err, 1000
ets_main.c 371
ets Jun 8 2016 00:22:57
rst:0x10 (RTCWDT_RTC_RESET),boot:0x33 (SPI_FAST_FLASH_BOOT)
flash read err, 1000
ets_main.c 371
ets Jun 8 2016 00:22:57
rst:0x10 (RTCWDT_RTC_RESET),boot:0x33 (SPI_FAST_FLASH_BOOT)
flash read err, 1000
ets_main.c 371
ets Jun 8 2016 00:22:57
rst:0x10 (RTCWDT_RTC_RESET),boot:0x13 (SPI_FAST_FLASH_BOOT)
configsip: 0, SPIWP:0xee
clk_drv:0x00,q_drv:0x00,d_drv:0x00,cs0_drv:0x00,hd_drv:0x00,wp_drv:0x00
mode:DIO, clock div:2
load:0x3fff0018,len:4
load:0x3fff001c,len:1044
load:0x40078000,len:8896
load:0x40080400,len:5828
entry 0x400806ac
ERROR: SPIFFS could not be opened !!!!
1. Can it be fixed somehow?
did you format spiffs ?
what are your build flags ?
is GPIO12 high ?
If driven High, flash voltage (VDD_SDIO) is 1.8V *not default*3.3V. Has
internal pull-down, so unconnected = Low = 3.3V. May prevent flashing
and/or booting if 3.3V flash is used and this pin is pulled high,
causing the flash to brownout. See the ESP32 datasheet for more details.
1. And is it possible to add a device based on "pulstime" that is not
visible when "1" is selected?
sorry I don't understand what you mean by this.
1. How can you enable Setting via WEB (to enable ESP - uncommenting
the compilation settings and uploading to ESP32 causes stopping
after this sequence as quoted above)?
did you format spiffs ?
what are your build flags ?
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Ad1.
Ad2. On the other hand, I only see on your RFlink-ESP: But with the learning mode mod 4 or 5 I see something like this (and I called it "pulstime"). So my question was, is it possible to "learn to recognize" this device from these impulse data? If so, how? |
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On 2020-05-02 09:29, skom27 wrote:
*Ad1.*
* *"did you format spiffs?"*
I have not formatted SPIFFS separately (only what is in your
program), but if I see saved files and can post new files and read
others via FTP, it is probably formatted (I'm a layman in this
field, so correct me if I'm wrong).
If you encounter weird problems, there's a good chance this is caused by
a spiffs problem, even if you can do FTP transactions. The only way (
I've found) to correct these problems is by re-formatting the spiffs
* *"what are your build flags?",*
these I call build flags:
//#define YES_INCLUDE_SENSOR_OKE4
#define YES_INCLUDE_SENSOR_RFLINK
* *"is GPIO12 high?"* I'm a layman in this field, show me what's
going on, I haven't changed anything in your program except for
the network settings.
GPIO12 is an IO pin on your ESP
*Ad2.*
If I switch my 433MHz receiver to RFlink to Mega 2560, I can see the
devices read:
|20; 03; Cresta; ID = 34.01; TEMP = 00c0; BAT = OK; 20; 02;
Eurodomest; ID = 0c93d2; SWITCH = 06; CMD = Allon; 20; 01; EV1527; ID
= 0b3ad8; SWITCH = 06; CMD = ON; |
On the other hand, I only see on your RFlink-ESP:
|20; 01; EV1527; ID = 0b3ad8; SWITCH = 06; CMD = ON; |
But with the learning mode mod 4 or 5 I see something like this
|20; 54; DEBUG; Pulses = 92; Pulses (usec) =
1200,1920,1530,1920,1500,1950,1500 ...... |
(and I called it /"pulstime"/). So my question was, is it possible to
"learn to recognize" this device from these impulse data? If so, how?
That's not an easy problem to solve,
because it's a protocol not yet supported you've to make a new protocol
file: RFL_Protocol_Eurodomest.h
and it's too long ago for me to help you in a few words.
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I compiled with: I have a 433MHz (RX470-4) receiver connected to GPIO12, I don't have a transmitter connected so the GPIO14 "hangs in the air" How do I format spiffs so as not to destroy the installed RFLink-esp? But in My_settings.h is |
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HI there, I have download the github file and then opened the ino file in arduino and uploaded to a esp8266. using the serial monitor I see (trying to connect to home network) and I cannot see a network to be able to connect to. Is there anything else i need to do to the ino file before i compile and upload? I have spent hours trying to figure this out with no success. Any help will be appreciated. |
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you've to modify Wifi_Settings.h
…__SECRET_Wifi_Name
__SECRET_Wifi_PWD
(and it might be better to turn off the hardware watchdog (I forgot to
disable it) , either by making the WatchdogpPin = -1 or by removing the
Watchdog sensor)
and then you should get something like this >>>>>>>>>>>>>>>>>>>>>>>>>
(if not, please send me what you get on the serial port)
SPIFFS succesfull opened
..... Trying to connect to <your home network>
..........
Connecting to mailserver:smtp.gmail.com Port:465
Waiting for: 220 Received: 220 smtp.gmail.com ESMTP
n11sm16152663ejh.39 - gsmtp
Waiting for: 250 Received: 250 smtp.gmail.com at your service
Waiting for: Received: 334 VXNlcm5hbWU6
Waiting for: Received: 334 UGFzc3dvcmQ6
Waiting for: 235 Received: 535-5.7.8 Username and Password not
accepted. Learn more at
SMTP AUTH error
Email Failed
CREATE V0.10 Sensor_Watchdog.h
CREATE V0.30 ====== Sensor_Wifi.h
CREATE V0.20 Sensor_RFLink.h
CREATE V0.20 ====== Sensor_System.h
CREATE V1.60 ====== Receiver_MQTT.h
IP =
192.168.0.31 Broker = 192.168.22.23
MQTT client found, added for debugging
CREATE V0.60 ====== Receiver_Serial.h
CREATE V0.30 ====== Receiver_SPIFFS.h
CREATE V0.30 Receiver_Webserver.h
CREATE V0.60 Receiver_OTA.h
CREATE V0.10 Receiver_Email.h
MAIN V3.20 RFLink_ESPbb
CREATE V3.00 ====== Sensor_Receiver_2_h
====== SETUP ====== V0.10 Sensor_Watchdog.h
++++++++++++++++++ EXTERNAL WATCHDOG on pin = 23
====== SETUP ====== V0.30 ====== Sensor_Wifi.h
Chip-ID = esp8266-0B4729 MAC = A0:20:A6:0B:47:29 AP-sssid =
RFLink_ESPbb
WIFI-Power = 82
WIFI-Mode = 3
Wifi Access : <your home network>
Wifi Access : A_Second SSID
IP =
192.168.0.31
====== SETUP ====== V0.20 Sensor_RFLink.h
----- Learning_Modes -----
0 : Production Mode
1 : Real Learning Mode
2 : one detection + statistics
3 : all detections + statistics
4 : display pulstime
5 : display pulstime rounded at 30 usec
6 : Statistics, Binairy and Hex Results
7 : Statistics followed, by normal detection
8 : Transmit a predefined sequence
9 : same as 8, but indefinitly
10;LIST; // list all commands
10;PING; // return PONG
10;REBOOT; // reboot RFLink
10;VERSION; // displays version information
10;RF_Command; // Send an RF package
10;DEBUG=x; // Enter Learning/Debug Mode
12;Name;ID; // In Learning_Mode=1 add this device
X // In Learning_Mode=1 add the last seen Device
19;PRINT; // list all Known Devices
19;DIR; // Directory of the file-system
19;DUMP;Filename; // Print the content of the file
19:DEL;Filename; // Delete the file
19:CLEAR; // Delete all registered Devices
11;<LINE> // Complete <LINE> is echoed
13;<LINE> // Command-1 for Learning_Mode 8,9
14;<LINE> // Command-2 for Learning_Mode 8,9
Last File (SPIFFS) = /RFLog_0.txt
SENSOR MQTT CALLBACK = hb/from_HA/
====== SETUP ====== V0.20 ====== Sensor_System.h
JSON_Short_Header: Seconds RSSI Free_Disk Free_Heap
JSON_Long_Header : RSSI Free_Disk Free_Heap
========== MQTT Subscribes from Sensors
hb/from_HA/RFLink_ESPbb
hb/from_HA/#
======================= SETUP SENSORS DONE
==================================
====== SETUP ====== V1.60 ====== Receiver_MQTT.h
Receiver_Serial (... )
====== SETUP ====== V0.60 ====== Receiver_Serial.h
Last File (SPIFFS) = /RFLink_0.csv
Mount SPI-FileSytem (including FTP support): 1
====== SETUP ====== V0.30 ====== Receiver_SPIFFS.h
RECEIVER MQTT CALLBACK = hb/from_HA/RFLink_ESP
====== SETUP ====== V0.10 Receiver_Telnet.h
====== SETUP ====== V0.30 Receiver_Webserver.h
OTA hostname = RFLink_ESPbb
====== SETUP ====== V0.60 Receiver_OTA.h
====== SETUP ====== V0.10 Receiver_Email.h
========== MQTT Subscribes from Receivers
hb/from_HA/RFLink_ESPbb
hb/from_HA/#
=============== ESP 8266 parameters ======================
CPU FREQUENCY = 80 MHz
Core Version = 2_6_3
SDK Version = 2.2.2-dev(38a443e)
SketchSize = 546144
Free Sketch Space = 1548288
Flash Chip Size = 4194304
Real Flash Chip Size = 4194304
Flash Chip Frequency = 40000000
IP Address = 192.168.0.31
======================= SETUP RECEIVERS DONE
==================================
try reconnect FIN, niet gelukt
try r
On 2020-05-25 17:30, rt45433 wrote:
HI there, I have download the github file and then opened the ino file
in arduino and uploaded to a esp8266. using the serial monitor I see
(trying to connect to home network) and I cannot see a network to be
able to connect to. Is there anything else i need to do to the ino
file before i compile and upload? I have spent hours trying to figure
this out with no success. Any help will be appreciated.
—\
|
|
Hi Steff, load error
|
Hi Stef,
Great work, i would love to ditch the ATMEGA 2560 and run this on a Wemos D1 mini.
Is this possible, and how to connect the RFLink board: https://www.nodo-shop.nl/nl/41-rflink-433-mhz to the Wemos D1 mini and more important. How to upload your software?
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