Elixir Code Generator
What Is Elixir Code Generator?
An AI Elixir Code Generator is an advanced online tool that uses generative AI, machine learning (ML), and natural language processing (NLP) to create code snippets based on what you need. This cuts out a lot of the boring work that comes with traditional coding, helping developers who want to work efficiently and accurately on their projects.
The process is simple and has three main steps:
- Input: You tell the tool what specific requirements you have for the code you need.
- Processing: The AI understands your input, figuring out the context and generating the necessary code on the spot.
- Output: The tool provides you with the finished code, ready to be used in your project.
How Does Minary’s Elixir Code Generator Work?
After you’ve entered your details, click the “Generate” button. This tells the generator to process your input and create the related code. The code will show up on the right side of the screen, ready for you to check. You can easily copy it by clicking the “Copy” button at the bottom.
You can also give feedback using the voting buttons. Just let the system know if the generated code met your needs. Your feedback is important for improving the AI, helping it get better and provide more useful results over time.
Here are some examples of prompts you can use for your task description:
1. “Generate a function in Elixir that takes a list of integers and returns them sorted in ascending order.”
2. “Create a basic web server in Elixir that listens for HTTP requests and responds with ‘Hello, World!’”
3. “Write an Elixir module for handling user authentication, including functions for login, logout, and password reset.”
By providing detailed prompts, you help the generator create specific and effective code for your needs. Whether you’re an experienced developer or new to coding, Minary’s generator is a helpful tool for your projects.
Examples Of Generated Elixir Code
defmodule BankingSystem do
defstruct account_number: nil, balance: 0.0
def start do
IO.puts(“Welcome to the Simple Banking System!”)
main_menu()
end
def main_menu do
IO.puts(“nPlease choose an option:”)
IO.puts(“1. Create Account”)
IO.puts(“2. Deposit Money”)
IO.puts(“3. Withdraw Money”)
IO.puts(“4. Check Balance”)
IO.puts(“5. Exit”)
case IO.gets(“Enter your choice: “) |> String.trim() do
“1” -> create_account()
“2” -> deposit_money()
“3” -> withdraw_money()
“4” -> check_balance()
“5” -> exit_system()
_ ->
IO.puts(“Invalid option. Please try again.”)
main_menu()
end
end
def create_account do
initial_balance = get_positive_balance()
account_number = :erlang.unique_integer([:positive])
account = %BankingSystem{account_number: account_number, balance: initial_balance}
IO.puts(“Account created successfully! Account Number: #{account.account_number}, Initial Balance: $#{account.balance}”)
main_menu()
end
def deposit_money do
account = fetch_account()
amount = get_positive_amount(“Enter the amount to deposit: “)
updated_balance = account.balance + amount
IO.puts(“Deposited $#{amount}. New Balance: $#{updated_balance}”)
main_menu()
end
def withdraw_money do
account = fetch_account()
amount = get_positive_amount(“Enter the amount to withdraw: “)
if amount > account.balance do
IO.puts(“Withdrawal amount exceeds the available balance.”)
else
updated_balance = account.balance – amount
IO.puts(“Withdrew $#{amount}. New Balance: $#{updated_balance}”)
end
main_menu()
end
def check_balance do
account = fetch_account()
IO.puts(“Your current balance is: $#{account.balance}”)
main_menu()
end
defp fetch_account do
account_number = IO.gets(“Enter your Account Number: “) |> String.trim() |> String.to_integer()
# Assuming we have a way to retrieve the account based on the account number
# Placeholder for demonstration purposes
%BankingSystem{account_number: account_number, balance: 1000.0} # Example account
end
defp get_positive_balance do
amount = IO.gets(“Enter initial balance (must be greater than zero): “) |> String.trim() |> String.to_float()
if amount > 0 do
amount
else
IO.puts(“Invalid amount. Please enter a value greater than zero.”)
get_positive_balance()
end
end
defp get_positive_amount(prompt) do
amount = IO.gets(prompt) |> String.trim() |> String.to_float()
if amount > 0 do
amount
else
IO.puts(“Invalid amount. Please enter a positive value.”)
get_positive_amount(prompt)
end
end
defp exit_system do
IO.puts(“Thank you for using the Simple Banking System. Goodbye!”)
end
end
BankingSystem.start()
“`
defmodule PasswordGenerator do
@lowercase Enum.to_list(?a..?z) |> List.to_string()
@uppercase Enum.to_list(?A..?Z) |> List.to_string()
@numbers Enum.to_list(?0..?9) |> List.to_string()
@special_chars “!@#$%^&*()-_=+[]{}|;:,.<>/?”
def generate_password(length) when length < 4 do
{:error, "Password length should be at least 4 characters."}
end
def generate_password(length) do
password_chars = @lowercase <> @uppercase <> @numbers <> @special_chars
password = for _ <- 1..length, do: random_char(password_chars) |> String.at(0)
password = Enum.join(password)
strength = evaluate_strength(password)
{password, strength}
end
defp random_char(chars) do
chars
|> String.graphemes()
|> Enum.random()
end
defp evaluate_strength(password) do
has_upper = String.match?(password, ~r/[A-Z]/)
has_lower = String.match?(password, ~r/[a-z]/)
has_number = String.match?(password, ~r/[0-9]/)
has_special = String.match?(password, ~r/[!@#$%^&*()[]{};’:”\|,.<>/?]/)
case {has_upper, has_lower, has_number, has_special} do
{true, true, true, true} -> “Strong”
{true, true, true, false} -> “Medium”
{true, true, false, false} -> “Weak”
_ -> “Very Weak”
end
end
end
# Example usage
length = 12
{password, strength} = PasswordGenerator.generate_password(length)
IO.puts(“Generated Password: #{password}”)
IO.puts(“Password Strength: #{strength}”)
“`
