# Integer BASIC

> BASIC interpreter of the Apple I and original Apple II computers

**Wikidata**: [Q588806](https://www.wikidata.org/wiki/Q588806)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Integer_BASIC)  
**Source**: https://4ort.xyz/entity/integer-basic

## Summary
Integer BASIC is a BASIC interpreter developed by Steve Wozniak in 1977 for the Apple I and original Apple II computers. It was written in assembly language and served as one of the first programming languages available for early Apple computers.

## Key Facts
- Developed by Steve Wozniak in 1977
- Instance of both an interpreter and a programming language
- Written in assembly language
- Influenced by HP Time-Shared BASIC
- Runs specifically on the Apple II computer
- Has 13 sitelinks across various platforms
- Available in 10 languages including English, Spanish, German, and Russian
- Associated with Freebase ID /m/01t5hv

## FAQs
### Q: Who created Integer BASIC?
A: Integer BASIC was created by Steve Wozniak in 1977.

### Q: Which computers used Integer BASIC?
A: Integer BASIC was designed for use on the Apple I and the original Apple II computers.

### Q: What programming language was used to write Integer BASIC?
A: Integer BASIC was written in assembly language for optimal performance on Apple hardware.

### Q: Was Integer BASIC based on any other programming languages?
A: Yes, Integer BASIC was influenced by HP Time-Shared BASIC.

## Why It Matters
Integer BASIC was significant as one of the first programming languages available for early Apple computers, making computing accessible to a broader audience. As a BASIC interpreter, it simplified programming by using plain language commands rather than complex machine code. Developed by Steve Wozniak, it was a foundational component of Apple's early software ecosystem and helped establish Apple's presence in the personal computing market. Its influence from HP Time-Shared BASIC demonstrates the lineage of programming language development in the early computer era, and its availability on the Apple II was instrumental in popularizing personal computing for non-technical users.

## Notable For
- Being the first BASIC interpreter developed by Steve Wozniak specifically for Apple computers
- Being written entirely in assembly language for optimal performance on limited hardware
- Influencing the development of subsequent programming languages in the Apple ecosystem
- Demonstrating the evolution from HP Time-Shared BASIC to specialized interpreters for personal computers
- Being available in multiple languages, reflecting its international adoption and relevance

## Body
### Overview
Integer BASIC is a programming language interpreter designed specifically for early Apple computers. It was developed by Steve Wozniak in 1977 to provide BASIC language functionality on the Apple I and original Apple II systems.

### Technical Implementation
- Written entirely in assembly language for maximum efficiency
- Functioned as both an interpreter and a programming language
- Optimized for the specific architecture of early Apple computers
- Provided simplified programming commands compared to machine code

### Development Context
- Emerged during the formative years of personal computing
- Developed concurrently with the hardware it was designed for
- Influenced by HP Time-Shared BASIC in its design approach
- Contributed to Apple's early software ecosystem

### Availability and Distribution
- Available in 10 languages: Catalan, German, English, Spanish, Galician, Italian, Korean, Lombard, Dutch, and Russian
- Has 13 sitelinks across various platforms
- Associated with Freebase ID /m/01t5hv
- Featured in Wikipedia under the title "Integer BASIC"

### Historical Significance
- Represented one of the first software offerings for Apple computers
- Made programming accessible to non-specialists through BASIC syntax
- Demonstrated the importance of software in early computer adoption
- Established precedents for programming language development in the personal computing era

## References

1. Freebase Data Dumps. 2013