F# Code Generator
What Is F# Code Generator?
An AI F# Code Generator is an online tool made to make software development easier by creating F# code snippets based on what you need. Using generative AI, machine learning, and natural language processing, this tool helps you handle coding tasks more efficiently.
The main steps of the AI code generator are simple and involve three parts:
- Input: You explain what you need or describe the code you want. This can be anything from a simple function to a more complicated system design.
- Processing: The tool looks at your input using smart algorithms to understand your request and find the best way to write the code.
- Output: In the end, it produces the F# code that fits your needs, making it easy for you to add it to your projects.
How Does Minary’s F# Code Generator Work?
After entering the task description, simply click on the “Generate” button. The generator processes your input and shows the corresponding F# code on the right side of the interface. This real-time generation allows you to quickly see the results and check if the output meets your expectations.
Once the code is generated, you’ll see a “Copy” button at the bottom. Clicking this button will copy the code to your clipboard, making it easy to paste into your code editor or project.
You also have a chance to provide feedback on the generated code. Below the output, you will find feedback vote buttons – you can let us know if the generated code is good or needs improvement. This feedback is very helpful, as it helps the AI learn and become smarter, making it better suited to users’ needs over time.
For example, you might enter a prompt like: “Create an F# function to calculate the factorial of a number with input validation.” Another prompt could be, “Generate a simple F# program to read from a text file and count the number of words.”
The more detailed your prompts, the better the code generated in response will be.
Examples Of Generated F# Code
open System
open System.Collections.Generic
type Recipe = {
Name: string
Ingredients: string list
Description: string
Instructions: string
}
let recipes = [
{ Name = “Vegetable Stir Fry”; Ingredients = [“broccoli”; “carrot”; “bell pepper”; “soy sauce”];
Description = “A quick and colorful vegetable stir fry.”;
Instructions = “Heat oil in a pan, add chopped vegetables and sauté for 5 minutes. Add soy sauce and serve.” }
{ Name = “Pasta Primavera”; Ingredients = [“pasta”; “zucchini”; “bell pepper”; “olive oil”; “parmesan cheese”];
Description = “A light pasta dish with fresh vegetables.”;
Instructions = “Cook pasta according to package instructions. In another pan, sauté vegetables, mix, and top with cheese.” }
{ Name = “Chicken Salad”; Ingredients = [“chicken”; “lettuce”; “tomato”; “cucumber”; “dressing”];
Description = “A healthy salad packed with protein.”;
Instructions = “Cook chicken, chop vegetables and mix them together with your favorite dressing.” }
{ Name = “Mushroom Risotto”; Ingredients = [“rice”; “mushroom”; “broth”; “onion”; “parmesan cheese”];
Description = “A creamy and savory risotto with mushrooms.”;
Instructions = “Sauté onion and mushrooms, add rice, gradually add broth while stirring until cooked, finish with cheese.” }
]
let isRecipePossible (recipe: Recipe) (availableIngredients: HashSet
recipe.Ingredients |> List.forall (fun ingredient -> availableIngredients.Contains(ingredient))
let suggestRecipe (availableIngredients: string list) =
let availableSet = HashSet(availableIngredients)
let suitableRecipes = recipes |> List.filter (fun recipe -> isRecipePossible recipe availableSet)
if suitableRecipes.IsEmpty then
“No suitable recipes found.”
else
let random = Random()
let chosenRecipe = suitableRecipes.[random.Next(suitableRecipes.Length)]
sprintf “Recipe: %snDescription: %snIngredients: %snInstructions: %s”
chosenRecipe.Name
chosenRecipe.Description
(String.Join(“, “, chosenRecipe.Ingredients))
chosenRecipe.Instructions
[
let main argv =
Console.WriteLine(“Enter the ingredients you have on hand, separated by commas:”)
let input = Console.ReadLine().Split([|’,’|]) |> Array.map (fun s -> s.Trim()) |> Array.toList
let result = suggestRecipe input
Console.WriteLine(result)
0
“`
open System
type BankAccount = {
mutable Balance: decimal
}
let createAccount() =
{ Balance = 0.0m }
let deposit account amount =
if amount <= 0.0m then
printfn "Deposit amount must be positive."
else
account.Balance <- account.Balance + amount
printfn "Deposited: %.2f. New balance: %.2f." amount account.Balance
let withdraw account amount =
if amount <= 0.0m then
printfn "Withdrawal amount must be positive."
elif amount > account.Balance then
printfn “Insufficient funds. Current balance: %.2f.” account.Balance
else
account.Balance <- account.Balance - amount
printfn "Withdrew: %.2f. New balance: %.2f." amount account.Balance
let checkBalance account =
printfn "Current balance: %.2f." account.Balance
let rec menu account =
printfn "Menu:"
printfn "1. Deposit"
printfn "2. Withdraw"
printfn "3. Check Balance"
printfn "4. Exit"
printf "Choose an option (1-4): "
let input = Console.ReadLine()
match input with
| "1" ->
printf “Enter amount to deposit: ”
let amount = Decimal.Parse(Console.ReadLine())
deposit account amount
menu account
| “2” ->
printf “Enter amount to withdraw: ”
let amount = Decimal.Parse(Console.ReadLine())
withdraw account amount
menu account
| “3” ->
checkBalance account
menu account
| “4” ->
printfn “Exiting…”
| _ ->
printfn “Invalid option. Please try again.”
menu account
[
let main argv =
let account = createAccount()
menu account
0
“`
