DIMMER - pamięta stan zamiast załącz

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Duch__
Posts: 1871
Joined: Wed Aug 24, 2016 7:26 pm
Location: Opole

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Hej.

Dimmer wygenerowany przez GUI dla NODEMCU 4MB.
Ustawiony na 1. WHITE / DIMMER GPIO5 - D1 z ustawioną opcją Reakcja po resecie ZAŁĄCZ.
Problem jest taki że po któreś aktualizacji przestała działać opcja ZAŁĄCZ w rozumieniu dla mnie załącz na 100% po resecie.

Dzisiaj jeszcze raz zaktualizowałem do wersji:

GUI-Generic: v24.10.04; Builder: v6.0.1
Board ESP8266: v3.1.2; Board ESP32: v3.0.4

i niestety problem nadal występuje. Moduł mam schowany w lampie. Włączam go z przycisku na ścianie poprzez podanie 230V, a jasnością steruje z poziomu apki. Chcę by po restarcie zawsze uruchamiał się pełną mocą tak jak to kiedyś funkcjonowało.

Czyściłem blankiem 4MB. Aktualizowałem zdalnie, bezpośrednio po kablu, podmieniałem procesor. Bez poprawy.

W załączeniu logi po restarcie proca.

Code: Select all

10:51:56.117 -> Key: 0 Value: ڦY@UlY⸮k)⸮⸮⸮
10:51:56.117 -> Key: 1 Value: pH⸮⸮⸮J⸮⸮⸮⸮S⸮⸮
10:51:56.117 -> Key: 2 Value: ssid
10:51:56.117 -> Key: 3 Value: wifi_pass
10:51:56.117 -> Key: 4 Value: admin
10:51:56.117 -> Key: 5 Value: pass
10:51:56.117 -> Key: 6 Value: NodeMCU ESP8266
10:51:56.117 -> Key: 7 Value: svrX.supla.org
10:51:56.117 -> Key: 8 Value: mail@o2.pl
10:51:56.117 -> Key: 9 Value: 
10:51:56.117 -> Key: 10 Value: 0
10:51:56.117 -> Key: 11 Value: 
10:51:56.117 -> Key: 12 Value: 
10:51:56.117 -> Key: 13 Value: 
10:51:56.117 -> Key: 14 Value: 
10:51:56.157 -> Key: 15 Value: 
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10:51:56.157 -> Key: 17 Value: 
10:51:56.157 -> Key: 18 Value: 
10:51:56.157 -> Key: 19 Value: 
10:51:56.157 -> Key: 20 Value: 1
10:51:56.157 -> Key: 21 Value: 0
10:51:56.157 -> Key: 22 Value: 
10:51:56.157 -> Key: 23 Value: 
10:51:56.157 -> Key: 24 Value: ,,,,,,,1,,,,,,,,,,,,,,,,,,,,,,,,,,,,
10:51:56.157 -> Key: 25 Value: 
10:51:56.157 -> Key: 26 Value: ,,0,,,,,,,,,,,,,,,1,,,,,,,,,,,,,,,,,
10:51:56.157 -> Key: 27 Value: 
10:51:56.157 -> Key: 28 Value: 
10:51:56.157 -> Key: 29 Value: 1,25,,,1,,,,,,,,,,,,,,,,,,,,,,,,,,,,
10:51:56.157 -> Key: 30 Value: 
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10:51:56.157 -> Key: 33 Value: 
10:51:56.157 -> Key: 34 Value: 
10:51:56.197 -> Key: 35 Value: 
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10:51:56.197 -> Key: 37 Value: 
10:51:56.197 -> Key: 38 Value: 
10:51:56.197 -> Key: 39 Value: 
10:51:56.197 -> Key: 40 Value: 
10:51:56.197 -> Key: 41 Value: 
10:51:56.197 -> Key: 42 Value: 
10:51:56.197 -> Key: 43 Value: 
10:51:56.197 -> Key: 44 Value: 
10:51:56.197 -> Key: 45 Value: 1
10:51:56.197 -> Key: 46 Value: 
10:51:56.197 -> Key: 47 Value: 
10:51:56.197 -> Key: 48 Value: 
10:51:56.197 -> Key: 49 Value: 
10:51:56.197 -> Key: 50 Value: 
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10:51:56.197 -> Key: 53 Value: 
10:51:56.197 -> Key: 54 Value: 
10:51:56.197 -> Key: 55 Value: 
10:51:56.197 -> Key: 56 Value: 
10:51:56.197 -> Key: 57 Value: 
10:51:56.197 -> Key: 58 Value: 1
10:51:56.197 -> Key: 59 Value: 0
10:51:56.197 -> Key: 60 Value: 
10:51:56.237 -> Key: 61 Value: 
10:51:56.237 -> Key: 62 Value: 
10:51:56.237 -> Key: 63 Value: 
10:51:56.237 -> Key: 64 Value: 
10:51:56.237 -> Key: 65 Value: 
10:51:56.237 -> Key: 66 Value: 
10:51:56.237 -> Key: 67 Value: 
10:51:56.237 -> Key: 68 Value: 
10:51:56.237 -> Key: 69 Value: 
10:51:56.237 -> Key: 70 Value: 
10:51:56.237 -> Key: 71 Value: 
10:51:56.237 -> Key: 72 Value: 
10:51:56.237 -> Key: 73 Value: 
10:51:56.237 -> Key: 74 Value: 0.25
10:51:56.237 -> Key: 75 Value: 0.4
10:51:56.237 -> Key: 76 Value: 
10:51:56.237 -> Key: 77 Value: 
10:51:56.237 -> Key: 78 Value: 
10:51:56.237 -> Key: 79 Value: 
10:51:56.237 -> Key: 80 Value: 0
10:51:56.237 -> Key: 81 Value: 
10:51:56.237 -> Key: 82 Value: 
10:51:56.237 -> Key: 83 Value: 
10:51:56.237 -> Key: 84 Value: 
10:51:56.237 -> Key: 85 Value: 
10:51:56.237 -> Key: 86 Value: 
10:51:56.237 -> Key: 87 Value: 
10:51:56.237 -> Key: 88 Value: 
10:51:56.277 -> Key: 89 Value: 
10:51:56.277 -> Key: 90 Value: 
10:51:56.277 -> Key: 91 Value: 
10:51:56.277 -> Key: 92 Value: 
10:51:56.277 -> Key: 93 Value: 
10:51:56.277 -> Key: 94 Value: 
10:51:56.277 -> Key: 95 Value: 
10:51:56.277 -> Key: 96 Value: 
10:51:56.277 -> Key: 97 Value: 
10:51:56.277 -> Key: 98 Value: 
10:51:56.277 -> Key: 99 Value: 
10:51:56.277 -> Key: 100 Value: 
10:51:56.277 -> Key: 101 Value: 
10:51:56.277 -> Button[0]::setMulticlickTime: 450
10:51:56.277 -> Supla - starting initialization (platform 0)
10:51:56.277 -> Storage initialization
10:51:56.277 -> readStorage: 8; Read: [53 55 50 4C 41 1 0 1 ]
10:51:56.277 -> Storage: Number of sections 1
10:51:56.317 -> Reading section: 0
10:51:56.317 -> readStorage: 7; Read: [3 2 0 13 A2 13 A2 ]
10:51:56.317 -> Section type: 3; size: 2
10:51:56.317 -> storedCRC 41491, CRC calc 41491
10:51:56.317 -> SuplaConfigManager: config file missing
10:51:56.317 -> Button[0]::onLoadConfig: skip
10:51:56.317 -> RGBWBase[0] button control type: 0
10:51:56.317 -> Validating storage state section with current device configuration
10:51:56.357 -> Storage state section validation successful
10:51:56.357 -> readStorage: 1; Read: [38 ]
10:51:56.357 -> readStorage: 1; Read: [38 ]
10:51:56.357 -> Button[0]: Initialized: pin 0, pullUp 1, invertLogic 1, state 1
10:51:56.357 -> RGBWBase[0] TURN on onInit
10:51:56.357 -> RGBWBase[0]: 0,0,0,0,56
10:51:56.357 -> GUID: DAA65940556C59DA186B29E4B4FA9A06
10:51:56.357 -> Device name: NodeMCU ESP8266
10:51:56.357 -> Device software version: GG v24.10.04
10:51:56.357 -> Initializing network layer
10:51:56.357 -> [Wi-Fi] Network AP/hostname: NODEMCU-ESP8266-5002917A1F8C
10:51:56.397 -> Using Supla protocol version 23
10:51:56.397 -> C **** Analog write[-1], gpio: 5; value 11
10:51:56.397 ->  **** Analog write[-1], gpio: 5; value 17
10:51:56.397 ->  **** Analog write[-1], gpio: 5; value 19
10:51:56.397 ->  **** Analog write[-1], gpio: 5; value 22
10:51:56.397 ->  **** Analog write[-1], gpio: 5; value 27
10:51:56.397 ->  **** Analog write[-1], gpio: 5; value 30
10:51:56.397 ->  **** Analog write[-1], gpio: 5; value 34
10:51:56.397 ->  **** Analog write[-1], gpio: 5; value 37
10:51:56.397 ->  **** Analog write[-1], gpio: 5; value 42
10:51:56.397 ->  **** Analog write[-1], gpio: 5; value 44
10:51:56.437 ->  **** Analog write[-1], gpio: 5; value 49
10:51:56.437 ->  **** Analog write[-1], gpio: 5; value 52
10:51:56.437 ->  **** Analog write[-1], gpio: 5; value 57
10:51:56.437 ->  **** Analog write[-1], gpio: 5; value 59
10:51:56.437 ->  **** Analog write[-1], gpio: 5; value 64
10:51:56.437 ->  **** Analog write[-1], gpio: 5; value 67
10:51:56.437 ->  **** Analog write[-1], gpio: 5; value 72
10:51:56.437 ->  **** Analog write[-1], gpio: 5; value 74
10:51:56.437 ->  **** Analog write[-1], gpio: 5; value 79
10:51:56.437 ->  **** Analog write[-1], gpio: 5; value 82
10:51:56.437 ->  **** Analog write[-1], gpio: 5; value 87
10:51:56.477 ->  **** Analog write[-1], gpio: 5; value 90
10:51:56.477 ->  **** Analog write[-1], gpio: 5; value 94
10:51:56.477 ->  **** Analog write[-1], gpio: 5; value 97
10:51:56.477 ->  **** Analog write[-1], gpio: 5; value 102
10:51:56.477 ->  **** Analog write[-1], gpio: 5; value 104
10:51:56.477 ->  **** Analog write[-1], gpio: 5; value 109
10:51:56.477 ->  **** Analog write[-1], gpio: 5; value 112
10:51:56.477 ->  **** Analog write[-1], gpio: 5; value 117
10:51:56.477 ->  **** Analog write[-1], gpio: 5; value 119
10:51:56.477 ->  **** Analog write[-1], gpio: 5; value 124
10:51:56.517 ->  **** Analog write[-1], gpio: 5; value 127
10:51:56.517 ->  **** Analog write[-1], gpio: 5; value 132
10:51:56.517 ->  **** Analog write[-1], gpio: 5; value 134
10:51:56.517 ->  **** Analog write[-1], gpio: 5; value 139
10:51:56.517 ->  **** Analog write[-1], gpio: 5; value 144
10:51:56.517 ->  **** Analog write[-1], gpio: 5; value 147
10:51:56.517 ->  **** Analog write[-1], gpio: 5; value 152
10:51:56.517 ->  **** Analog write[-1], gpio: 5; value 154
10:51:56.517 ->  **** Analog write[-1], gpio: 5; value 159
10:51:56.517 ->  **** Analog write[-1], gpio: 5; value 162
10:51:56.517 ->  **** Analog write[-1], gpio: 5; value 167
10:51:56.557 ->  **** Analog write[-1], gpio: 5; value 169
10:51:56.557 ->  **** Analog write[-1], gpio: 5; value 174
10:51:56.557 ->  **** Analog write[-1], gpio: 5; value 177
10:51:56.557 ->  **** Analog write[-1], gpio: 5; value 182
10:51:56.557 ->  **** Analog write[-1], gpio: 5; value 184
10:51:56.557 ->  **** Analog write[-1], gpio: 5; value 189
10:51:56.557 ->  **** Analog write[-1], gpio: 5; value 192
10:51:56.557 ->  **** Analog write[-1], gpio: 5; value 197
10:51:56.557 ->  **** Analog write[-1], gpio: 5; value 199
10:51:56.557 ->  **** Analog write[-1], gpio: 5; value 204
10:51:56.597 ->  **** Analog write[-1], gpio: 5; value 207
10:51:56.597 ->  **** Analog write[-1], gpio: 5; value 212
10:51:56.597 ->  **** Analog write[-1], gpio: 5; value 217
10:51:56.597 ->  **** Analog write[-1], gpio: 5; value 219
10:51:56.597 ->  **** Analog write[-1], gpio: 5; value 223
10:51:56.597 ->  **** Analog write[-1], gpio: 5; value 226
10:51:56.597 ->  **** Analog write[-1], gpio: 5; value 231
10:51:56.597 ->  **** Analog write[-1], gpio: 5; value 233
10:51:56.597 ->  **** Analog write[-1], gpio: 5; value 237
10:51:56.597 ->  **** Analog write[-1], gpio: 5; value 239
10:51:56.597 ->  **** Analog write[-1], gpio: 5; value 244
10:51:56.637 ->  **** Analog write[-1], gpio: 5; value 246
10:51:56.637 ->  **** Analog write[-1], gpio: 5; value 250
10:51:56.637 ->  **** Analog write[-1], gpio: 5; value 253
10:51:56.637 ->  **** Analog write[-1], gpio: 5; value 258
10:51:56.637 ->  **** Analog write[-1], gpio: 5; value 261
10:51:56.637 ->  **** Analog write[-1], gpio: 5; value 265
10:51:56.637 ->  **** Analog write[-1], gpio: 5; value 267
10:51:56.637 ->  **** Analog write[-1], gpio: 5; value 272
10:51:56.637 ->  **** Analog write[-1], gpio: 5; value 275
10:51:56.637 ->  **** Analog write[-1], gpio: 5; value 279
10:51:56.677 ->  **** Analog write[-1], gpio: 5; value 283
10:51:56.677 ->  **** Analog write[-1], gpio: 5; value 285
10:51:56.677 ->  **** Analog write[-1], gpio: 5; value 290
10:51:56.677 ->  **** Analog write[-1], gpio: 5; value 292
10:51:56.677 ->  **** Analog write[-1], gpio: 5; value 296
10:51:56.677 ->  **** Analog write[-1], gpio: 5; value 298
10:51:56.677 ->  **** Analog write[-1], gpio: 5; value 303
10:51:56.677 ->  **** Analog write[-1], gpio: 5; value 305
10:51:56.677 ->  **** Analog write[-1], gpio: 5; value 309
10:51:56.677 ->  **** Analog write[-1], gpio: 5; value 311
10:51:56.677 ->  **** Analog write[-1], gpio: 5; value 316
10:51:56.717 ->  **** Analog write[-1], gpio: 5; value 319
10:51:56.717 ->  **** Analog write[-1], gpio: 5; value 324
10:51:56.717 ->  **** Analog write[-1], gpio: 5; value 326
10:51:56.717 ->  **** Analog write[-1], gpio: 5; value 331
10:51:56.717 ->  **** Analog write[-1], gpio: 5; value 334
10:51:56.717 ->  **** Analog write[-1], gpio: 5; value 339
10:51:56.717 ->  **** Analog write[-1], gpio: 5; value 341
10:51:56.717 ->  **** Analog write[-1], gpio: 5; value 346
10:51:56.717 ->  **** Analog write[-1], gpio: 5; value 351
10:51:56.717 ->  **** Analog write[-1], gpio: 5; value 354
10:51:56.757 ->  **** Analog write[-1], gpio: 5; value 359
10:51:56.757 ->  **** Analog write[-1], gpio: 5; value 361
10:51:56.757 ->  **** Analog write[-1], gpio: 5; value 366
10:51:56.757 ->  **** Analog write[-1], gpio: 5; value 369
10:51:56.757 ->  **** Analog write[-1], gpio: 5; value 374
10:51:56.757 ->  **** Analog write[-1], gpio: 5; value 376
10:51:56.757 ->  **** Analog write[-1], gpio: 5; value 381
10:51:56.757 ->  **** Analog write[-1], gpio: 5; value 384
10:51:56.757 ->  **** Analog write[-1], gpio: 5; value 389
10:51:56.757 ->  **** Analog write[-1], gpio: 5; value 391
10:51:56.757 ->  **** Analog write[-1], gpio: 5; value 396
10:51:56.797 ->  **** Analog write[-1], gpio: 5; value 399
10:51:56.797 ->  **** Analog write[-1], gpio: 5; value 404
10:51:56.797 ->  **** Analog write[-1], gpio: 5; value 406
10:51:56.797 ->  **** Analog write[-1], gpio: 5; value 411
10:51:56.797 ->  **** Analog write[-1], gpio: 5; value 414
10:51:56.797 ->  **** Analog write[-1], gpio: 5; value 419
10:51:56.797 ->  **** Analog write[-1], gpio: 5; value 424
10:51:56.797 ->  **** Analog write[-1], gpio: 5; value 426
10:51:56.797 ->  **** Analog write[-1], gpio: 5; value 431
10:51:56.797 ->  **** Analog write[-1], gpio: 5; value 434
10:51:56.797 ->  **** Analog write[-1], gpio: 5; value 439
10:51:56.837 ->  **** Analog write[-1], gpio: 5; value 441
10:51:56.837 ->  **** Analog write[-1], gpio: 5; value 446
10:51:56.837 ->  **** Analog write[-1], gpio: 5; value 449
10:51:56.837 ->  **** Analog write[-1], gpio: 5; value 454
10:51:56.837 ->  **** Analog write[-1], gpio: 5; value 456
10:51:56.837 ->  **** Analog write[-1], gpio: 5; value 461
10:51:56.837 ->  **** Analog write[-1], gpio: 5; value 464
10:51:56.837 ->  **** Analog write[-1], gpio: 5; value 469
10:51:56.837 ->  **** Analog write[-1], gpio: 5; value 471
10:51:56.837 ->  **** Analog write[-1], gpio: 5; value 476
10:51:56.877 ->  **** Analog write[-1], gpio: 5; value 479
10:51:56.877 ->  **** Analog write[-1], gpio: 5; value 484
10:51:56.877 ->  **** Analog write[-1], gpio: 5; value 486
10:51:56.877 ->  **** Analog write[-1], gpio: 5; value 491
10:51:56.877 ->  **** Analog write[-1], gpio: 5; value 496
10:51:56.877 ->  **** Analog write[-1], gpio: 5; value 499
10:51:56.877 ->  **** Analog write[-1], gpio: 5; value 504
10:51:56.877 ->  **** Analog write[-1], gpio: 5; value 506
10:51:56.877 ->  **** Analog write[-1], gpio: 5; value 511
10:51:56.877 ->  **** Analog write[-1], gpio: 5; value 514
10:51:56.877 ->  **** Analog write[-1], gpio: 5; value 519
10:51:56.917 ->  **** Analog write[-1], gpio: 5; value 521
10:51:56.917 ->  **** Analog write[-1], gpio: 5; value 526
10:51:56.917 ->  **** Analog write[-1], gpio: 5; value 529
10:51:56.917 ->  **** Analog write[-1], gpio: 5; value 534
10:51:56.917 ->  **** Analog write[-1], gpio: 5; value 536
10:51:56.917 ->  **** Analog write[-1], gpio: 5; value 541
10:51:56.917 ->  **** Analog write[-1], gpio: 5; value 544
10:51:56.917 ->  **** Analog write[-1], gpio: 5; value 549
10:51:56.917 ->  **** Analog write[-1], gpio: 5; value 551
10:51:56.917 ->  **** Analog write[-1], gpio: 5; value 556
10:51:56.957 ->  **** Analog write[-1], gpio: 5; value 559
10:51:56.957 ->  **** Analog write[-1], gpio: 5; value 564
10:51:56.957 ->  **** Analog write[-1], gpio: 5; value 569
10:51:56.957 ->  **** Analog write[-1], gpio: 5; value 571
10:51:56.957 ->  **** Analog write[-1], gpio: 5; value 572
10:51:56.957 -> urrent status: [5] SuplaDevice initialized
10:51:56.957 -> Enter normal mode
10:51:56.957 -> Channel(0) value changed to RGB(0, 0, 0), colBr(0), bright(56)
10:51:56.957 -> WiFi: establishing connection with SSID: "ssid"
10:52:01.787 -> Connected BSSID: 08:55:31:C5:15:00
10:52:01.787 -> local IP: 192.168.2.44
10:52:01.787 -> subnetMask: 255.255.255.0
10:52:01.827 -> gatewayIP: 192.168.2.1
10:52:01.827 -> Signal strength (RSSI): -57 dBm
10:52:01.867 -> Establishing NOT encrypted connection with: svrX.supla.org (port: 2015)
10:52:02.227 -> Connected via IP 192.168.2.44
10:52:02.227 -> Connected to Supla Server
10:52:02.227 -> Initializing SRPC (proto: 23)
10:52:02.227 -> LAST STATE ADDED: Register in progress
10:52:02.227 -> Current status: [10] Register in progress
10:52:02.267 -> Send: [53 55 50 4C 41 17 01 00 00 00 4B 00 00 00 6B 02 00 00 64 75 73 7A 6B 6F 77 73 6B 69 40 6F 32 2E 70 6C 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 70 48 F9 FD F2 B0 4A AF 91 C0 B7 7F 53 F2 A1 EC DA A6 59 40 55 6C 59 DA 18 6B 29 E4 B4 FA 9A 06 4E 6F 64 65 4D 43 55 20 45 53 50 38 32 36 36 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 ]
10:52:02.347 -> CH[0], type: 4000, FuncList: 0x0, function: 180, flags: 0x10100, online, validityTimeSec: 0, icon: 0, value: [38 00 00 00 00 00 00 00]
10:52:02.347 -> Send: [00 A0 0F 00 00 00 00 00 00 B4 00 00 00 00 01 01 00 00 00 00 00 00 00 00 00 00 38 00 00 00 00 00 00 00 00 ]
10:52:02.347 -> Send: [53 55 50 4C 41 ]
10:52:02.467 -> Recv: [53 55 50 4C 41 17 01 00 00 00 46 00 00 00 07 00 00 00 03 00 00 00 78 19 01 53 55 50 4C 41 ]
10:52:02.467 -> Device registered (activity timeout 120 s, server version: 25, server min version: 1)
10:52:02.467 -> LAST STATE ADDED: Registered and ready
10:52:02.507 -> Current status: [17] Registered and ready
10:52:02.507 -> Changing activity timeout to 30 s
10:52:02.507 -> Send: [53 55 50 4C 41 17 02 00 00 00 D2 00 00 00 01 00 00 00 1E ]
10:52:02.507 -> Send: [53 55 50 4C 41 ]
10:52:02.547 -> Recv: [53 55 50 4C 41 17 02 00 00 00 AD 02 00 00 1B 00 00 00 01 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 53 55 50 4C 41 ]
10:52:02.587 -> Received new device config
10:52:02.587 -> Sending device config result OK (1)
10:52:02.587 -> Send: [53 55 50 4C 41 17 03 00 00 00 B7 02 00 00 0A 00 00 00 01 00 00 00 00 00 00 00 00 00 ]
10:52:02.587 -> Send: [53 55 50 4C 41 ]
10:52:02.627 -> Recv: [53 55 50 4C 41 17 03 00 00 00 DC 00 00 00 03 00 00 00 1E 0A F0 53 55 50 4C 41 ]
10:52:02.627 -> Activity timeout set to 30 s
10:52:27.587 -> Send: [53 55 50 4C 41 17 04 00 00 00 28 00 00 00 10 00 00 00 1F 00 00 00 00 00 00 00 E0 FC 08 00 00 00 00 00 ]
10:52:27.587 -> Send: [53 55 50 4C 41 ]
10:52:27.707 -> Recv: [53 55 50 4C 41 17 04 00 00 00 32 00 00 00 10 00 00 00 48 FE 00 67 00 00 00 00 91 51 0D 00 00 00 00 00 53 55 50 4C 41 ]
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User avatar
veeroos
Posts: 522
Joined: Sun Mar 20, 2022 9:30 am
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hmm, a nie chcesz sam napisać sobie kawałka kodu? wtedy teoretycznie wystarczyło by w setupie dimmerowi ustawić flagę: setDefaultStateOn()
Zamel Mew-01, Wemos D1 mini Pro + Ikea vindriktning + BME280, 3x - SonOff mini, 3x - SonOff Basic, 3xGosund SP111, SonOff S55, 2x GOSUND WB4

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krycha88
Posts: 5412
Joined: Fri Nov 16, 2018 7:25 am

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veeroos wrote: Wed Oct 09, 2024 6:01 pm hmm, a nie chcesz sam napisać sobie kawałka kodu? wtedy teoretycznie wystarczyło by w setupie dimmerowi ustawić flagę: setDefaultStateOn()
z loga chyba wynika, że taki status się ustawia:
10:51:56.357 -> RGBWBase[0] TURN on onInit
https://gui-generic-builder.supla.io/
User avatar
veeroos
Posts: 522
Joined: Sun Mar 20, 2022 9:30 am
Location: Głogów

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krycha88 wrote: Wed Oct 09, 2024 6:46 pm
veeroos wrote: Wed Oct 09, 2024 6:01 pm hmm, a nie chcesz sam napisać sobie kawałka kodu? wtedy teoretycznie wystarczyło by w setupie dimmerowi ustawić flagę: setDefaultStateOn()
z loga chyba wynika, że taki status się ustawia:
10:51:56.357 -> RGBWBase[0] TURN on onInit
No w sumie nie przewinąłem loga. Ale ustawia on też wartość 56 na tym kanale, czyli pewnie wcześniejszą. Kolega @klew.musialby spojrzeć jak to jest realizowane w bibliotece
Edit. Sprawdziłem u siebie, wstawiłem tą flagę i układ startuje z poprzednią wartością
Zamel Mew-01, Wemos D1 mini Pro + Ikea vindriktning + BME280, 3x - SonOff mini, 3x - SonOff Basic, 3xGosund SP111, SonOff S55, 2x GOSUND WB4

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Duch__
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Ja osobiście żałuję że aktualizowałem działający moduł, a starej wersji softu nie mam :(
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veeroos
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Duch__ wrote: Wed Oct 09, 2024 9:30 pm Ja osobiście żałuję że aktualizowałem działający moduł, a starej wersji softu nie mam :(
A pamiętasz może kiedy wgrywales soft? Wtedy ściągnę starszą wersję SuplaDevice i bym Ci wygenerował binarke
Zamel Mew-01, Wemos D1 mini Pro + Ikea vindriktning + BME280, 3x - SonOff mini, 3x - SonOff Basic, 3xGosund SP111, SonOff S55, 2x GOSUND WB4

https://github.com/v33r005
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Duch__
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W tych co mi działają prawidłowo jest wgrane SuplaDevice GG v7.4.25.

Byłbym wdzięczny.
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krycha88
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Duch__ wrote: Wed Oct 09, 2024 10:00 pm W tych co mi działają prawidłowo jest wgrane SuplaDevice GG v7.4.25.

Byłbym wdzięczny.
Nie potwierdzam, u mnie działa to poprawnie i w aplikacji widzę poprawne stany po restarcie.
https://gui-generic-builder.supla.io/
kurus
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Również mogę potwierdzać bo sprawdziłem przed chwilą na jednym z moich dimmerów i ustawiajac załącz po restarcie się załącza dimmer.
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Duch__
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A ściemnij go z aplikacji na wartość około 50%, poczekaj 1 minutę i zresetuj przyciskiem RESET czy też odepnij na moment zasilanie.

U mnie ustawia ostatnią wartość, a nie 100% mimo włączonej opcji ZAŁĄCZ.
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