OR Integers

The OR Integers tool lets you apply a bitwise OR operation across multiple integers. Just paste your numbers in, and it’ll calculate the cumulative result updating live in your browser. It’s quick, safe, and great for bit-level logic or flag processing.

Paste your input above or import a file below.
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Supported file types: .txt, .csv, .tsv, .log, .json, .xml, .md, .ini, .yaml, .yml, .html, .htm, .css
Total inputs used: 0
Options
Ignore non-integers
Remove duplicates
Maximize output

How to Use:

  • Paste or type integers into the input box one per line.
  • Or import from a supported file using the Choose File button.
  • Use the toggles in the Options box:
    • Ignore non-integers – skips any invalid lines.
    • Remove duplicates – filters out repeated values before the OR calculation.
    • Maximize output – expands the output area for large or long numbers.
  • The result updates live as you type or toggle options.
  • Use Copy Output to copy the final value.
  • Use Export to File to save the result.
  • Use Clear All to reset everything and start fresh.

What OR Integers can do:

This tool performs a bitwise OR across all the integers you provide. That means it compares the binary of each number and sets bits where any number has them. It’s especially useful when combining flags, permissions, or boolean masks.

You can ignore bad input, remove duplicates, and immediately see the effect. It runs entirely in the browser no processing gets sent anywhere.

Example:

Input:

5
3
banana
12

Output (with ignore on):

15

Why?
Binary of 5: 0101
Binary of 3: 0011
Binary of 12: 1100
→ OR result: 1111 → 15

Common Use Cases:

Ideal for developers working with permissions, bit flags, masks, or binary logic. Also useful in config parsing, embedded systems, or anywhere that combines values using bitwise math. This tool lets you check OR results instantly no scripting required.

Useful Tools & Suggestions:

After trying OR Integers, give XOR Integers a spin to see how the output shifts when only one bit is set. And for a contrasting logic, NAND Integers shows what happens when you flip the bits of an AND result.