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> Blynk for Arduino, ESP8266, RPi | Mobile application for IOT.
shoorik007
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Blynk ��� Arduino, ESP8266,RPi download


Version: 2.27.3

Last update of the program in the header:30.03.2019

Attached Image

Screenshots
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Short description:
Mobile application for IOT.

Blynk is a Ukrainian startup successfully launched on Kickstarter.

Description:
Blynk is a platform with iOS and Android applications for controlling Arduino, Raspberry Pi ESP8266 and others over the Internet. This is a digital panel where you can create a graphical interface for your project, simply by dragging and dropping widgets.

Create cool interfaces for your projects by adding various widgets, such as: buttons: sliders, graphics, terminal, and many many others!

Everything is so simple that you can start testing your ideas in 5 minutes, without complicated setup and reading tons of documentation.

Everything is very simple! Like 1-2-3:
1. Add and customize widgets with a few touches.
2. Download the program with the library Blynk to your hardware
3. Done!

Here is an instruction where to start:
http://www.blynk.cc/getting-started

If you have any questions, here is our community:
http://community.blynk.cc

Blynk is suitable for any projects: blinking LEDs, displaying temperature on your own weather station, controlling toys and work, and even home automation!

Take a look at the list of hardware supported:
• Arduino: Uno, Nano, Mini, Pro Mini, Pro Micro, Mega, YÚN (Bridge), Due ...
• Raspberry Pi
• Particle (ex Spark Core)
• ESP8266
• TinyDuino (CC3000)
• Wicked WildFire (CC3000)

Expansion cards and connection methods:
• USB connected to a laptop or PC
• Ethernet shield (W5100)
• Adafruit CC3000 WiFi
• Official Arduino WiFi shield
• ENC28J60
• RN-XV WiFly

And this list is constantly updated. You can also modify the library, its code in open access (Open Source).
Full list of equipment:
http: //community.blynk…-supported-by-blynk/16

There are many examples in the library that will help you start building your Internet of Things (IoT), no matter if you are a professional or an amateur.

You can use the free Blynk Cloud, or run your own Blynk server in a minute and get full control over your data (details on the site). The server can even run on the Raspberry Pi!

Successes with Blynk!

Android required: 4.2 and higher
Russian interface: Not

Developer: Blynk Inc.
Homepage: http://www.blynk.cc/
Google Play: https://play.google.com/
You videoTube: https://www.youtube.com/
Facebook: https://www.facebook.com/blynkapp
GitHub: https://github.com/blynkkk
Twitter: https://twitter.com/blynk_app
Changes:
- Fixed the disabled state of dynamic shortcuts
- Fixed changing the size of the widget frame in some cases
- Slider widget: fixed value when reconnecting / reloading application
- Blynk.Faces support in application preview fixes
- Improved stability

DOCUMENTS - RU
Introduction
This guide will help you understand how to start using Blynk and give you a comprehensive overview of all functions.
If you want to go straight to the game with Blynk, check out the sectionBeginning of work.
How blynk works
Features
What do I need for Blynk?
Beginning of work
Adjustment of equipment
Blynk basic operations
Widgets
Share project
HTTP RESTful API
Blynk HTTP RESTful API, allows you to easily read and write values ​​to / from Pins in Blynk applications and hardware. The API is currently available using local Blynk servers. Description API can be found here.

Supported Equipment
Troubleshooting
Security
Blynk server
Blynk Firmware
Questions and Answers
License
This project is released under the MIT license (MIT)

Full documentation in UkrainianHERE (in the process of translation ...)

Download: Version: 2.27.3
Attached fileBlynk_cc.blynk.2.27.3.apk(35.98 MB)

Download the library: Version: 0.6.1
Attached fileBlynk_Release_v0.6.1.zip(672.9 KB)

Download server: version: 0.41.5
Attached fileserver-0.41.5.jar(17.72 MB)

Attached fileserver-0.41.5-java8.jar(17.72 MB)


Past versions
Apk:

Library:

Server:
Attached fileserver-0.33.5.jar(16.93 MB)

Attached fileserver-0.33.5-java8.jar(16.92 MB)

Attached fileserver-0.29.7.jar(17 MB)

Attached fileserver-0.29.7-java8.jar(16.98 MB)

Attached fileserver-0.28.2.jar(16.86 MB)

Attached fileserver-0.28.2-java8.jar(16.84 MB)

Attached fileserver-0.28.1.jar(16.68 MB)

Attached fileserver-0.28.1-java8.jar(16.67 MB)

Attached fileserver-0.28.0.jar(16.66 MB)

Attached fileserver-0.28.0-java8.jar(16.65 MB)

Java version 9 is required from version 0.28.0, but is available separately for Java 8
Attached fileserver-0.27.1.jar(16.31 MB)

Attached fileserver-0.27.0.jar(16.31 MB)

Attached fileserver-0.26.3.jar(16.12 MB)

Attached fileserver-0.26.2.jar(16.1 MB)

Attached fileserver-0.26.1.jar(16.07 MB)



miscellanea


Post has been editedshoorik007 - 31.03.19, 00:20
Reason for editing: fresh versions
shoorik007
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How blynk works

Blynk was created for the Internet of Things. It can control equipment remotely, it can display sensor data, it can store data, visualize it, and do many other interesting things.

There are three main components in the platform:

  • Blynk app- Allows you to create amazing interfaces for your projects using the various widgets we provide.
  • Blynk Server- is responsible for all communication between the smartphone and the hardware. You can use our Blynk cloud or run a dedicated Blynk server locally. It is open source, can easily handle thousands of devices and can even be run on a Raspberry Pi.
  • Blynk library- for all popular hardware platforms - allow you to connect with the server and process all incoming and outgoing commands.

Now imagine: every time you press a button in the Blynk application, a message is sent tospaceBlynk Cloud, where magically finds its way to your equipment. It works the same way in the opposite direction, and everything that happens blynk sees.

Picture
Attached Image


Post has been editedshoorik007 - 17.04.17, 13:02
Reason for editing: edit


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Features
  • Similar API and user interface for all supported devices and devices
    Connect to the cloud using:
    • Ethernet
    • Wi-Fi
    • Bluetooth and BLE
    • USB (Serial)

  • A set of easy-to-use widgets
  • Direct manipulation of pins, without writing code
  • Easy to integrate and easily add new functionality using virtual contacts
  • monitoring history data on "History Graph" widgets
  • Device-to-device communication using the Widget bridge
  • Sending emails, tweets, push notifications, etc.
  • ... new features are added constantly!

you can findsketching examplescovering the main features of Blynk. They are included in the library. All sketches are designed to be easily combined with each other.

Post has been editedshoorik007 - 14.04.17, 23:57


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What do I need for Blynk?

At this point you might think:“Well, I want this. What do I need to start? "- Just a few things really:

1. Hardware.

Arduino, Raspberry Pi or similar development kit.

Blynk works over the Internet.This means that the equipment you choose must be able to connect to the Internet. Some of the boards, such as Arduino Uno, will need Ethernet or Wi-Fi Shield to communicate, others are already connected to the Internet: such as ESP8266, Raspberri Pi with a WiFi dongle, Particle Photon or SparkFun Blynk Board. But even if you do not have a screen, you can connect it via USB to your laptop or desktop computer (for beginners this is a bit more complicated, but we let you down). What is great is thatequipment listthat works with Blynk is huge and will continue to grow.

2. Smartphone.

The Blynk app is a well-designed interface. It works on both iOS and Android!


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A chic thing, easy to learn, develops ... Must have someone interested in subjects


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Beginning of work

Let's start in 5 minutes (reading does not count!). We will turn on the LED connected to your Arduino using the Blynk app on your smartphone.

Connect the LED as below:
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Getting started with the Blynk application

1. Create a Blynk account
After downloading the Blynk application, you need to create a Blynk account. This account is separate from the accounts used for the Blynk forums, if you already have one.

We recommend using a real email address, because it will simplify the situation later.
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Why do I need to create an account?
An account is required to save your projects and access them from multiple devices from anywhere. This is also a security measure.

You can always set up your own server.Private blynkand have complete control.

2. Create a new project
After you have successfully logged into your account, start by creating a new project.
Give it a name.
Attached Image
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3. Select equipment

Select the model of equipment you will use.
Check outlist of supported equipment!
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4. authentication token
Auth token- a unique identifier necessary to connect your equipment to your smartphone. Each new project you create will have its own authentication token. After creating the project, you will automatically receive an authentication token in an email. You can also copy it manually.
Select device section>Click on the device>And you will see the token
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NOTE: Do not pass on your authentication token to anyone, unless you want someone to have access to your hardware.

Very convenient to send by email. Click the email button and the token will be sent to the email address you used to register. You can also click on the Token line and it will be copied to the clipboard.
Now press the button"Create" .
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5. Add a widget

The canvas of your project is empty, add a button to control our LED.
Click anywhere on the canvas to open the widget window.
Here are all available widgets.
Now select the button.
Widget field
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Drag-n-drop - press and hold the widget to drag it to a new position.
Widget Settings - each widget has its own settings.
Click on the widget to get to them.
Attached Image

The most important parameter isPIN . The contact list displays the physical contacts defined by your hardware. If your LED is connected to a digital ledge 8 - select D8 ( D - means Digital / Digital).
Attached Image

6. Project launch
When you are done, click the button.PLAY . This will switch you from EDIT mode to PLAY mode, where you can interact with the equipment. In playback mode, you can’t drag or tweak new widgets, click STOP and return to EDIT mode.

You will receive a message stating that “Arduino UNO is offline”. We will look at this in the next section.


Getting started with equipment
How to use the sketch example

At this point you should have the Blynk Library installed. If not, see the cap.
Sample sketches will help you quickly get your equipment online and the basic functions of Blynk.
Open an example of a sketch according to the equipment model or screen you are using.
Attached Image

Let's look at a rough sketch forArduino UNO + Ethernet shield

#define BLYNK_PRINT Serial
#include<SPI.h>
#include<Ethernet.h>
#include<BlynkSimpleEthernet.h>

char auth [] = "YourAuthToken";

void setup ()
{
Serial.begin (9600); // See Serial Monitor
Blynk.begin (auth); // Here your Arduino connects to the Blynk Cloud.
}

void loop ()
{
Blynk.run (); // All the Blynk Magic happens here ...
}

Auth Token (Auth Token)

In this example thumbnail, locate the following line:
char auth [] = "YourAuthToken";

This is an authentication token that you sent by email.
Check your email and copy it, and then put in quotes.
It should look something like this:
char auth [] = "f45626c103a94983b469637978b0c78a";

Download the sketch to the board and open the serial terminal.
Wait until you see something like this:
Blynk v.X.X.X
Your IP is 192.168.0.11
Connecting ...
Blynk connected!

Congratulations! You are all set! Now your equipment is connected to the Blynk cloud!


Blynking

Return to the Blynk app, press the button and turn on and turn off the LED! It must be blynking.
Attached Image

See otherrough sketches.
Feel free to experiment and combine different examples together to create your amazing projects.
For example, to attach a pin to a pin with supportPwmon your Arduino, set the slider widget to control the brightness of the LED. Just use the same steps described above.


to be continued ... ;)

Post has been editedshoorik007 - 23.04.17, 14:36
Reason for editing: added spoiler


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Well, finally onsavagemessiahzine.comblynk appeared, and even with detailed manuals in Russian, release respect! Still a parallel branch with ready projects (sketches).
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* zwezda451,
as far as possible I will translate further, and lay out interesting examples


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Adjustment of equipment

Arduino via USB (no shield)
Arduino via USB (no shield)
If you do not have any shield and your equipment has no connection, you can use Blynk - directly via USB:

1. OpenArduino serial usb exampleand change the auth token (Getting started, point 4)
// You could use it (like Mega)
#include<SoftwareSerial.h>
SoftwareSerial DebugSerial (2, 3); // RX, TX

#define BLYNK_PRINT DebugSerial
#include<BlynkSimpleStream.h>

// You should get the Auth Token in the Blynk App.
// Go to the Project Settings (nut icon).
char auth [] = "YourAuthToken";

void setup ()
{
// Debug console
DebugSerial.begin (9600);

// Blynk will work through Serial
Serial.begin (9600);
Blynk.begin (auth, Serial);
}

void loop ()
{
Blynk.run ();
}

2. Run the script, which is usually located in the folder/ scripts :
  • Windows:My Documents \ Arduino \ libraries \ Blynk \ scripts
  • MacUser $ / Documents / Arduino / libraries / Blynk / scripts

In Windows:

Open cmd.exe

Write your way to the blynk-ser.bat folder. For example:
cd C: \ blynk-library-0.3.1 \ blynk-library-0.3.1 \ scripts

Runblynk-ser.bat file. For example: blynk-ser.bat -c COM4
(where COM4 is a port with Arduino)

And press "Enter", press "Enter" and press "Enter"

On Linux and Mac:

Navigate to the folder / scripts. For example:
cd User $ / Documents / Arduino / libraries / Blynk / scripts

Inside this folder, run the following command:
user: scripts User $ ./blynk-ser.sh

A warning: do not close the terminal window with the script running.

In some cases, it may also be necessary to perform:
user: scripts User $ chmod + x blynk-ser.sh

You may also need to run it withsudo
user: scripts User $ sudo ./blynk-ser.sh

This is what you will see in the Application Terminal on a Mac (the usbmodem address may differ):
[Press Ctrl + C to exit]
/dev/tty.usbmodem not found.
Select serial port [/dev/tty.usbmodem1451]:

Copy the address of the serial port:/dev/tty.usbmodem1451 and paste it back:
Select serial port [/dev/tty.usbmodem1451]: /dev/tty.usbmodem1451

After you hit Enter, you should see output similar to this:
Resetting device /dev/tty.usbmodem1451 ...
Connecting: GOPEN: /dev/tty.usbmodem1451,raw,echo=0,clocal=1,cs8,nonblock=1,ixoff=0,ixon=0,ispeed=9600,ospeed=9600,crtscts=0<->openssl-connect: blynk-cloud.com: 8441, cafile = / Users /.../ server.crt, nodelay
2015/10/03 00:29:45 socat [30438.2046857984] N opening character device "/ dev/tty.usbmodem1451" for reading and writing
2015/10/03 00:29:45 socat [30438.2046857984] N opening connection to LEN = 16 AF = 2 45.55.195.102:8441
2015/10/03 00:29:45 socat [30438.2046857984] N successfully connected from local address LEN = 16 AF = 2 192.168.0.2:56821
2015/10/03 00:29:45 socat [30438.2046857984] N SSL connection using AES128-SHA
2015/10/03 00:29:45 socat [30438.2046857984] N starting data transfer loop with FDs [3.3] and [4.4]

NOTE: The Arduino IDE may complain that "the programmer is not responding." Before uploading a new sketch, you must complete the script.

Additional materials:

Raspberry pi
Raspberry pi
  1. Connect the Raspberry Pi to the Internet and open its console.
  2. Run the following command (it updates its OS package repository to include the necessary packages):
    curl -sL "https://deb.nodesource.com/setup_6.x" | sudo -e bash -

  3. Download and build the Blynk JS library using npm:
    sudo apt-get update && sudo apt-get upgrade
    sudo apt-get install build-essential
    sudo npm install -g npm
    sudo npm install -g onoff
    sudo npm install -g blynk-library

  4. Run the Blynk test script (place the authentication token):
    blynk-client 715f8cafe95f4a91bae319d0376caa8c

  5. You can write your own script based onexamples
  6. To enable blynk auto restart pi, find/etc/rc.local file and add there:
    node full_path_to_your_script.js<Auth token>

Additional materials:

Note: instead of using Node.js, you can also create a version of the C ++ library (the same as Arduino, WiringPi-based)

ESP8266 Standalone
You can run Blynk directly on ESP8266!

Install the latest ESP8266 library for Arduino usingof this manual.

Sketch Example: ESP8266_Standalone

Additional materials:

NodeMCU

Please follow thisdetailed instructions. Or watch itvideo tutorial.


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Supported Equipment

Blynk supports over 400 boards, including support for Arduino, Particle, ARM mbed, TI Energia, MicroPython, Node.js, OpenWRT, and many single-board computers. You can add your own connection types easily (seetheseexamples for Arduino)!

Platforms
  • Arduino(https://github.com/blynkkk/blynk-library)
    • Arduino Uno, Duemilanove
    • Arduino Nano, Mini, Pro Mini, Pro Micro, Due, Mega
    • Arduino 101 (Intel Curie, with BLE)
    • Arduino MKR1000
    • Arduino Zero
    • Arduino Yún (onboard WiFi and Ethernet, via Bridge)

  • Arduino-like
    • Blynk board
    • ESP8266 (Generic, NodeMCU, Witty Cloud, Huzzah, WeMos D1, Seeed Wio Link, etc.)
    • ESP32 Dev Board
    • Intel edison
    • Intel galileo
    • Teensy 3.2 / 3.1
    • Blue Pill (STM32F103C)
    • BBC micro: bit
    • LightBlue Bean, soon
    • DFRobot Bluno
    • RedBear Duo (WiFi, BLE)
    • RedBearLab Blend Micro
    • RedBearLab BLE Nano
    • Seeed Tiny BLE
    • Simblee ble
    • RFduino BLE
    • The AirBoard (BLE-Link, RN-XV)
    • Feather M0 WiFi
    • Feather 32u4 BLE
    • Fishino Guppy, Uno, Mega
    • TinyCircuits TinyDuino (CC3000)
    • Microduino / mCookie Core, Core +, CoreUSB
    • Wicked WildFire V2, V3, V4
    • Digistump oak
    • chipKIT Uno32
    • Alorium XLR8 (FPGA)
    • LinkIt ONE (WiFi only)

  • Energia
    • Texas Instruments
      • CC3200-LaunchXL
      • Tiva C Connected LaunchPad
      • Stellaris LM4F120 LaunchPad
      • MSP430F5529 + CC3100
      • LaunchPad MSP432

    • RedBearLab (CC3200, WiFi Mini)

  • Particle https://github.com/vsh...y/blynk-library-spark)
    • Core
    • Photon
    • Electron
    • RPi
    • SparkFun RedBoard
    • RedBear Duo (WiFi & BLE)

  • ARM mbed (https: //developer.mbed..hymanskyy/code/Blynk/)
    • Seeed Tiny BLE
    • RedBearLab BLE Nano
    • BBC micro: bit
    • STM32 Nucleo + Wiznet 5100, soon

  • Javascript(Node.js, Espruino, Browsers) (https://www.npmjs.com/package/blynk-library)
    • Regular PC with Linux / Windows / OS X
    • Raspberry Pi (Banana Pi, Orange Pi, ...)
    • BeagleBone Black
    • Onion omega
    • Intel galileo
    • Intel edison
    • Intel joule
    • LeMaker Guitar
    • LeMaker Banana Pro
    • Samsung ARTIK 5
    • PandaBoard, CubieBoard, pcDuino, Tessel 2
    • VoCore (OpenWRT + Espruino package)
    • Espruino pico

  • Python(MicroPython) (https://github.com/wip...tree/master/lib/blynk)
    • WiPy

    Lua(https://github.com/blezek/blynk-esp)
    • NodeMCU


Arduino connection types

  • USB (Serial) connected to laptop or desktop
  • Ethernet:
    • Arduino Ethernet Shield (W5100)
    • Arduino Ethernet Shield 2 (W5500)
    • SeeedStudio Shield V2.0 Ethernet (W5200)
    • ENC28J60 based modules

  • WiFi:
    • ESP8266 as a Wi-Fi modem (the original firmware works)
    • Arduino WiFi 101 Shield
    • Arduino WiFi Shield
    • Adafruit CC3000 WiFi Breakout / Shield
    • PH-XV Wifly

  • Bluetooth Smart (BLE 4.0):
    • HM-10, HC-08
    • DFRobot BLE-Link Module
    • Microduino / mCookie BLE
    • RedBearLab BLE Mini
    • nRF8001 based on the board (Adafruit Bluefruit LE, etc.)

  • Bluetooth 2.0 Serial Port Profile (SPP)
    • HC-05, HC-06, ...

  • GSM / 3G:
    • SIMCom SIM800 Series (SIM800A, SIM800C, SIM800L, SIM800H, SIM808, SIM868)
    • SIMCom SIM900 Series (SIM900A, SIM900D, SIM908, SIM968)
    • M590
    • A6 / A7 (alpha)
    • GPRSbee
    • Microduino gsm
    • Adafruit FONA (Mini Cellular GSM Breakout)
    • Adafruit FONA 800/808 Shield


Made by Community



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ESP8266 - Managed from a smartphone via Blynk

Today, in 5 minutes we will set up ESP8266 management from your smartphone (iOS or Android) using the new Blink cloud service.

Install the Blynk app on your smartphone

Register in the application and create a new project.
Attached Image

Enter the name of the project, for exampleESP8266. In fieldHardware modelselectESP8266. (I hope that you will notice an impressive list of supported equipment) Automatically generatedAuth tokensend to your inbox.
Attached Image

After pressing the buttonCreateYou will have an empty field for designing the UI of your ESP8266 control panel.
Attached Image

Click on the plus sign at the top right - the toolbar will appearWidget boxto add widgets to your control panel. It is worth noting that the list of widgets will still be updated.
Attached Image

For the sample, choose the widget typeButton- this widget will be immediately added to your panel. Edit it with one touch. You can leave the name blank, just to the right you can choose the color of the indicator, in the fieldOUTPUT PINselect on the rightDigitaland any free pin to the leftGPIO. Below, switch the button type toSwitch.
Attached Image

On my debug board, 10 GPIOs are diluted to the LEDs - I will connect them all to the Blynk panel.
Attached Image

That's it, the interface is ready, while setting the smartphone aside.

Next, install the Blynk library in the Arduino IDE. This will help you official instructions. You can also get the latest version of the library directly from the repository and install it manually. Next, select an exampleESP8266_Standaloneand write in itAuth tokenwhich we received in the mailSSID and passwordyour wifi network. Compile and upload the sketch to ESP8266.
Attached Image

/*************************************************************
Download latest Blynk library here:
https://github.com/blynkkk/blynk-library/releases/latest
Blynk is a platform with iOS and Android apps to control
Arduino, Raspberry Pi and the likes over the Internet.
You can easily build graphic interfaces for all your
projects by dragging and dropping widgets.
Downloads, docs, tutorials: http://www.blynk.cc
Sketch generator: http://examples.blynk.cc
Blynk community: http://community.blynk.cc
Social networks: http://www.fb.com/blynkapp
http://twitter.com/blynk_app
Blynk library is licensed under MIT license
This example code is in the public domain.
*************************************************************
This example runs directly on the ESP8266 chip.
Note: This requires ESP8266 support package:
https://github.com/esp8266/Arduino
Please be sure to select the right ESP8266 module
in the Tools ->Board menu!
Change WiFi ssid, pass, and Blynk auth token to run :)
Feel free to apply it to any other example. It's simple!
*************************************************************/

/ * Comment this space to disable prints and save space * /
#define BLYNK_PRINT Serial


#include<ESP8266WiFi.h>
#include<BlynkSimpleEsp8266.h>

// You should get the Auth Token in the Blynk App.
// Go to the Project Settings (nut icon).
char auth [] = "YourAuthToken";

// Your WiFi credentials.
// Set password to "" for open networks.
char ssid [] = "YourNetworkName";
char pass [] = "YourPassword";

void setup ()
{
// Debug console
Serial.begin (9600);

Blynk.begin (auth, ssid, pass);
}

void loop ()
{
Blynk.run ();
}

That's all.

We return to our application on the smartphone, click the small triangle, similar to the Play button, in the upper right corner and switch from the project editing mode to the ESP8266 control mode and click the buttons we created and blink the LEDs like in the video at the beginning of the article.


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Yeah, people are sparse here


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* vladtkach20000more herehttp://community.blynk.cc


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* shoorik007, Question, is it possible to flash the module esp8266-01 through, with the help of nodemku v2? If so, how?


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vladtkach20000 @ 05.05.17, 07:16*
nodemku v2

I don’t know for sure, in theory, you need to connect th-th and px-px, but when flashing, you need to keep the nodemcu reset, so that it is not esp8266-01 that is not flashed

I am using a 3.3 / 5V usb ttl type converter
Attached Image


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* vladtkach20000,
I would say that I almost wrote shoorik007, rst on gnd, but rx on tx, tx on rx. In the case of a simple rx to rx adapter, tx to tx. At least I did it like this. Even if you mix up rx and tx

Threat at the very problem with multi-tasking, on this bought ws2812 I will try to get deeper ... There is already a little experience and hardware

Post has been editediSeven - 20.05.17, 23:57


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A couple of months ago, on foreign sites I found an example of firmware, but the reference was lost. Now I’m waiting with ali for the package. Fully examples with arduinami. I’ll try my option to accomplish this.https: //www.aliexpress...pment/32706614627.html


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* iSeven, and in personal examples there is no way to raise an access point for wi-fi on nodemku v2 and actually connect a couple more handkerchief to it, so let's say, to increase the reception radius?


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vladtkach20000 @ 05/21/17, 13:05*
I was advised to Ali to flash it with thishttps: //www.aliexpress...pment/32706614627.html

for esp-01 cool thing, no wires, put in, flashed and you're done


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* vladtkach20000,
ESPlorer is a smart thing to use and configure, and it seemed I was using ESPFlasher


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Hi! I won all the same, I patched the ESP8266-01 module using NODEMKU V2!
A bunch of wiring, resistors and ready!
The meaning of this firmware has not yet been disassembled, now it's the turn for Blynk!
Attached Image
Attached Image


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