Action | Send To RFLink | Displayed info from RFLink |
On Reset | | 20;00;MiRa RFLink V0.1; |
Reception of Valid RF/IR-data | | 20;01;EV1527;ID=005DF;SWITCH=02;CMD=ON; |
From Home Automation or manually to control a device | 10;EV1527;005DF;2;ON; | |
Ping command | 10;PING; | 20;04;PONG; |
Reboot command | 10;REBOOT; | ets Jun 8 2016 00:22:57 rst:0xc (SW_CPU_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:1 load:0x3fff0018,len:4 load:0x3fff001c,len:808 load:0x40078000,len:6084 load:0x40080000,len:6696 entry 0x400802e4 20;00;MiRa RFLink V0.1; |
Query Version | 10;VERSION; | 20;02;VER=0.1; |
List all commands and Learning Modes | 10;LIST; | 10;LIST; 20;01;LIST; 10;LIST; // list all commands 10;PING; // return PONG 10;REBOOT; // reboot RFLink 10;VERSION; // displays version information 10;DEBUG=x ; // 10;OPDRACHT ....; 11;LEARN ....; 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 |
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Directory Filelist | 19;DIR; | Files in SPIFFS FILE: /RFLink.txt SIZE: 48 FILE: /aap/hello.txt SIZE: 6 |
Display Content of a file | 19;DUMP;/RFLink.txt; | Contents of /RFLink.txt EV1527;ID=005DF;KAKU;ID=2508A7C;EV1527;ID=53706; |
Delete a File | 19;DEL;/aap/hello.txt; | Deleting file: /aap/hello.txt - file deleted |
| 19;CLEAR; | |
Remove a registered device | 19;Remove;-EV1527;ID=005DF; | ===== Known Devices ===== -EV1527;ID=005DF; NewKaku;ID=2508A7C; 19;Remove;-EV1527;ID=005DF; ===== Known Devices ===== NewKaku;ID=2508A7C; |
| 12; | |
Register the last unknown device | X | |
Register the last unknown device, but with a pseudo random code. (This code is based on the original received code) | Y | ===== Known Devices ===== Unknown Device: 12;EV1527;ID=005DF; 20;1B;EV1527;ID=005DF;SWITCH=02;CMD=ON; Y ===== Known Devices ===== -EV1527;ID=005DF; 10;debug=0; 20;1E;DEBUG=0; 20;1F;EV1527;ID=4530B91;SWITCH=02;CMD=ON; |
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ToDo: | 10;RTS;1b602b;0123;PAIR; Pasted from <http://www.rflink.nl/blog2/protref> | |
| 10;TRISTATEINVERT; => Toggle Tristate ON/OFF inversion 10;RTSCLEAN; => Clean Rolling code table stored in internal EEPROM 10;RTSRECCLEAN=9 => Clean Rolling code record number (value from 0 - 15) 10;RTSSHOW; => Show Rolling code table stored in internal EEPROM (includes RTS settings) 10;RTSINVERT; => Toggle RTS ON/OFF inversion 10;RTSLONGTX; => Toggle RTS long transmit ON/OFF Pasted from <http://www.rflink.nl/blog2/protref> | |
| 11;20;0B;NewKaku;ID=000005;SWITCH=2;CMD=ON; => 11; is the required node info it can be followed by any custom data which will be echoed Pasted from <http://www.rflink.nl/blog2/protref> | |
Nr | Omschrijving | Voorbeeld |
0 | Production Mode | |
1 | Real Learning Mode, needed to add new devices | |
2 | LM = Learning_Mode Protocol = name of the protocol found Len = number of pulses ( High + Low ) -3 Len < 26 : < Puls < 100 usec : - Puls > 1500 usec + Max/Min > 8 ~ Max/Min < 2 ~ | 
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3 | Same as 1, but all active protocols are tested | <plaatje> |
4 | Puls Times | 
The end shows the timeout period from FetchSignal 
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5 | Puls Times (same as LM=3), but rounded at 30 usec This is much easier to read The first 2 values are the start puls (EV1527), where the long low value should be 31 times the short high value. | 
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6 | Binaire + Hex detectie binaire detectie: 0 = kort Hoog + lang Laag 1 = lang Hoog + kort Laag ? = beide lang of kort Pulses= Number of pulses Min/Max/Mean usec of the pulses < too few pulses '> Too many pulses + very long pulse detected '- Very short puls detected ~ ratio lng / short is weird | 
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7 | Statistics is shown, followed by normal detection. To optimize hardcore problems. The example on the right, shows that all the fault detections are caused by a too short Min-puls and often a too large Max-puls. The EV1527 algortihm is very sensitive, because it uses dynamic margins. The core algorithm now has detection for these errors. | 
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8 | Transmit a predefined set of sequences | |
9 | | |