Stuck on Embedded Systems Code?
You’ve tried every trick and searched every forum, but nothing works. Arduino, ESP32, or others your project isn’t moving forward.
With the right tool, every obstacle becomes a simple milestone on your journey.
Discover PCGen: Please Code Generator the Tool We Built for Embedded Systems.
Stop wasting time on unresolved issues. PCGen quickly identifies and fixes problems in your code for Arduino, ESP32, and other embedded systems.
Get your project back on track and reap the rewards of your hard work!
Does your sketch fail to compile?
Simply upload your code, specify the compiler error description in the requirements field, and let PCGen fix it for you.
Stuck turning your requirements into code?
You can provide your system requirements, and PCGen will generate the algorithm for you.
Starting from scratch with no code to upload?
PCGen guides you step-by-step, helping you input the data needed to bring your project to life.
How can Please Code Generator help you generate code for embedded systems?
Recently Generated Codes from Community.
**Servo Control**
6 hours ago
Arduino Pro Mini 3.3VThe code controls a servo motor using I2C and SPI.
**Sensor Readings**
1 day, 12 hours ago
ESP32 DevKit V1The code reads temperature, pressure, and humidity from BME280 sensor.
**Pin Control**
1 day, 20 hours ago
Arduino UnoThe code reads an input pin and controls two output pins.
"MAC Capture"
2 days, 21 hours ago
ESP32 DevKit V1ESP32 code captures unique MAC addresses in promiscuous mode.
**Intruder Alert**
3 days, 12 hours ago
Arduino UnoThe code detects intruders using a PIR sensor, activating alerts.
"Spell Management"
3 days, 19 hours ago
Arduino UnoCode initializes and manages a collection of magical spells.
**Sensor Control**
3 days, 20 hours ago
ESP32 DevKit V1The code reads environmental sensor data and controls relays.
"LED Control"
4 days, 11 hours ago
ESP32 DevKit V1Controls two LEDs based on button press and release events.
"Vending Simulation"
4 days, 14 hours ago
Arduino UnoVending machine code simulates item selection and payment processing.
"LED Sequencer"
5 days, 15 hours ago
Arduino NanoControls LEDs and buttons using a multiplexer-based sequencer.
Older generated codes
Explore the list of all generated codes on PASTEBIN
Manually coding for embedded systems is tough, especially with limited time.
You can lose precious time to slow, error-prone processes delaying your project, missing key milestones, and facing constant frustration.
Familiar roadblocks like repeated compilation errors, syntax confusion, elusive logic issues, and workflow frustration can halt your project.
Left unresolved, these challenges lead to delays, lost productivity, and compromised success.
At PLEASEDONTCODE, we simplify coding for embedded systems, helping you regain momentum and achieve results faster.
Our guided interface takes you from concept to working code in just six steps, so you can focus on your project, not troubleshooting.
With Please Code Generator, your code will be error-free, syntactically correct, and logically sound, with clear comments for easy understanding.
This automatic process means you avoid the repetitive grind of manual coding, producing high-quality code quickly and stress-free, so your project stays on track.
Curious to see the capabilities of Please Code Generator?
Click the button below and explore its potential!
Explore the boards supported by Please Code Generator.
Arduino Nano ESP32
ESP32 DevKit V1
ESP8266 ESP-12E NodeMcu v1.0
Arduino Uno Rev3
Arduino Pro Mini
Arduino Nano
Arduino Mega 2560 Rev3
Catalog of Components to Connect to Boards.
Push Button
LED - Light Emitting Diode
LED RGB
Potentiometer
SSD1306 - Oled Display
LCD1602
LCD1602 - I2C Interface
SD Card Module
7 Segment Display (Common Cathode)
7 Segment Display (Common Anode)
DS18B20 - Temperature Sensor
A4988 - Stepper Motor Driver
Servo Motor
DHT22 - Temperature and Humidity Sensor
DHT11 - Temperature and Humidity Sensor
HC05 - Bluetooth Module
L293x Quadruple Half-H Driver
Keypad 3x4
Keypad 4x4
DFPlayer Mini - MP3 player
HC-SR04 - Ultrasonic Distance Sensor
YF-S401 - Water Flow Sensor
YF-S201 - Water Flow Sensor
YF-B1 - Water Flow Sensor
GY-906 - Non-Contact IR Temp. Sensor
Passive Buzzer
Active Buzzer
MAX30100 - Pulse Oximeter/Heart Rate Sensor
L298N DualFull-Bridge Motor Driver
Relay Module
MPU6050 - IMU 6 axis
KY-040 - Rotary Encoder
MQ2 - Methane/Butane/LPG/Smoke Sensor
MQ3 - Alcohol/Ethanol/Smoke Sensor
MQ4 - Methane/CNG Sensor
MQ5 - Natural Gas/LPG Sensor
MQ6 - LPG/Butane Gas Sensor
MQ7 - Carbon Monoxide Sensor
MQ8 - Hydrogen Gas Sensor
MQ9 - Carbon Monoxide/Flammable gasses Sensor
MQ131 - Ozone Sensor
MQ135 - Air Quaity Sensor
MQ136 - Hydrogen Sulfide Gas Sensor
MQ303A - Alcohol Sensor
MQ309A - Carbon Monoxide/Methane Sensor
WS2812 - Addressable RGB LED Strip
WS2812B - Addressable RGB LED Strip
APA102 - Addressable RGB LED Strip
SK6812 - Addressable RGBW LED Strip
WS2801 - Addressable RGB LED Strip
LPD8806 - Addressable RGB LED Strip
TM1809 - Addressable RGB LED Strip
P9813 - Chainable RGB LED Strip
SK9822 - Addressable RGB LED Strip
MFRC522 - RFID Reader/Writer
SIM800L - GSM Module
DS3231 - Real Time Clock Module
VL53L0X - Time-of-Flight Distance Sensor
VL6180X - Time-of-Flight Distance Sensor
MCP2515 - CAN controller
LM35 - Temperature Sensor
BMI160 - IMU 6 axis
SX127x - Semtech LORA Module
SIM900A - GSM Module
X9C10X - Digital Potentiometer
GY-21 - Temperature and Humidity Sensor
BME280 - Pressure, Humidity and Temperature Sensor
PT2314 - 4 Channel Audio Processor
PT7314 - 4 Channel Audio Processor
PT7313 - 3 Channel Audio Processor
ILI9341 - TFT Display 240x320
ILI9488 - TFT Display 480x320
Frequently Asked Questions (FAQ)
PLEASEDONTCODE provides a specialized software development service for Arduino and ESP32 electronic boards.
With our cutting-edge code generation automation, we empower freelance programmers and small/medium businesses to bring their prototype projects to life in significantly less time compared to manual coding approaches used by competitors.
This results in increased profit margins and streamlined project execution, enabling our clients to stay ahead in the fast-paced world of software development.
PLEASEDONTCODE, an initiative by ITALCODY founded by Francesco Colucci (also known as Alessandro), stems from the roots of ITALCODY, a company specialized in software and hardware development for embedded electronic systems. Having collaborated with professionals and Small/Medium Enterprises across diverse sectors such as IoT, education, automotive, blockchain, home automation, and more, ITALCODY realized that their time and energy commitments limited project acceptance.
To address this limitation, PLEASEDONTCODE was born. Drawing on their extensive experience in software development, hardware design, and system integration, they devised a method accessible not just internally but also to freelancers and companies in embedded software design. Their mission is to expedite and automate low-level code development processes, contrasting with multinational companies targeting larger enterprises with substantial budgets. Instead, they aim to offer this service to professionals and Small/Medium Enterprises, providing quality solutions and efficiency at a budget-friendly scale.
Their approach prioritizes speed and simplification, offering user-friendly tools that deliver substantial results without demanding extensive technical expertise. Through the PLEASEDONTCODE portal, they provide timely services, from automatic code generation to collaborative development tools. The goal is to make programming a pleasant and straightforward experience for smaller enterprises, allowing them to focus on core activities.
Proud of collaborations with successful companies, ITALCODY and PLEASEDONTCODE derive immense satisfaction from the trust built with clients and the tangible results achieved together.
The service is a guided procedure consisting of 6 steps. At each step, information is added about the project you want to create through automated code generation. What you need to do is select the electronic board on which you want to generate the code and the electronic components you want to connect to the board. The components will be connected to the most appropriate board pins, and only if they are compatible with the functions associated with those pins. Additionally, compatible software libraries will be preassigned for using the components.
Subsequently, you can select additional libraries that may be useful for your project. Finally, you can add your system requirements by describing what you want the board and components to do. In the last step, you can generate your code, analyze it, make corrections if you're not satisfied, and then download it. This allows you to compile and upload the code to your board through Arduino IDE or similar tools.
Utilizing code generation brings several advantages, including time savings, error reduction, enhanced code quality and maintainability, as well as ensuring code consistency and portability.
The automation of code generation allows developers to concentrate on higher-level tasks, guaranteeing correctness and consistency in their code.
The boards on which you can automatically generate code include: Arduino Nano ESP32, ESP32 DevKit V1, Arduino Uno, Arduino Pro Mini 3.3V, Arduino Pro Mini 5V, Arduino Nano, Arduino Mega.
If you need to develop automatic code for other boards, please send an email to info@pleasedontcode.com, and we will make it available shortly.
No, we don't recommend subscribing to a paid plan if you have limited programming knowledge. While our service can automatically generate code, you still need to understand and interpret the code to effectively control your project.
The FREE option can be useful as a learning tool to see how Artificial Intelligence creates simple algorithms from basic requirements. However, for more complex projects requiring intricate algorithms, it's recommended to seek more advanced programming knowledge or assistance.
Our service specializes in creating specific code for embedded systems. It performs compatibility checks and utilizes pre-structured code to ensure the generated code is accurate.
On the other hand, chatGPT can generate code but without verifying its accuracy. As a result, the generated code may contain errors or functional incompatibilities with the board or connected components, which could lead to additional time and effort being wasted.
Our service is not aimed at replacing the programmer's role. On the contrary, we recognize the significance of the programmer in overseeing project development. Our goal is to enhance the efficiency of freelance programmers and small software companies, enabling them to create projects more quickly or with fewer resources. PLEASEDONTCODE fits into this context by expediting code writing and reducing manual code correction times.
Although AI code generators automate specific tasks, they do not eliminate the requirement for skilled developers. Instead, developers can leverage these tools to boost productivity, concentrate on intricate tasks, and uphold the production of high-quality code.
The developer's role shifts towards a more design and logic-centric focus rather than being solely coding-oriented.