Oh boy. That must be a The Firm Figure.
TurboPascal was stolen form the early Open Source community like Thrasher took from Skateboarders, or this here... Just be watching it, sober so, there are two guys, a junky and someone military, infantry, special forces with some skateboarding like background .............. mmmmmh
TurboPascal came in a book with a Floppy drive. The initial version with a text file and the software. Turbo Pascal must have been about the very first Development Environment ever. Before, you just typed code into the shell and saved it.
Now it had a testing tool called Debugger. That thing looked at code and tested it to find errors. Then it had a Compiler, that turned that tested code into Machine Language to create an executable software that could be directly understood by the Computer.
Turbo Pascal was not the absolute first compiler for home computers, but it was the first to combine a compiler, an editor, and a debugger into a single, seamless Integrated Development Environment (IDE). Its blazingly fast in-memory compilation revolutionized software development on early 8-bit and 16-bit systems.
Why Turbo Pascal Was a Game ChangerAll-In-One IDE:
Before Turbo Pascal, developers had to manually exit a text editor, launch a separate compiler, wait, run a linker, and then test the program.
Borland's IDE allowed users to write, compile, and execute programs in a single environment.
Unprecedented Speed:
Created by Danish programmer Anders Hejlsberg, the compiler was a single-pass system written entirely in assembly language. It built executables in seconds rather than minutes.
Mass Affordability: Compilers routinely cost hundreds of dollars. Released on November 20, 1983, Turbo Pascal democratized programming by retailing for just \(\$49.99\)
C was a well established core language that and is the language of almost all advanced Operating Systems thereby allowing to write code close to the OS, easy to compile, easy to run with the OS rather than ontop of the OS.
Operating systems never universally stopped including compilers, because they never officially owned them in the first place; compilers have historically been treated as distinct, third-party software applications.
However, the specific era when standard commercial Operating Systems (like Windows and macOS) completely decoupled themselves from built-in, consumer-facing language translators happened during the early-to-mid 1990s.
Understanding this timeline requires looking at how the relationship between operating systems and compilers shifted across different computer generations.
1. The Home Computer Era (Late 1970s – 1980s)
During the early microcomputer boom, operating systems did not have compilers. Instead, they had built-in interpreters.
The ROM BASIC Era: Computers like the Apple II, Commodore 64, and TRS-80 did not boot into a standard OS shell; they booted directly into a BASIC Language Interpreter stored on a ROM chip.
The Mechanism: This was not a compiler. The computer translated and executed the code line-by-line on the fly, which made execution slow. If you wanted to compile code natively into machine language, you had to purchase a separate software suite—such as Borland's Turbo Pascal or Microsoft QuickBASIC.
2. The Unix Exception (1970s – Early 1990s)
The idea that "the OS always comes with a compiler" stems almost entirely from Unix History.
The Mechanism: Unix was written in C. Because early Unix systems required users to compile software from source code to install it, AT&T originally bundled the cc (C Compiler) natively with the operating system.
The Shift (1989–1992): When Unix commercialized, companies realized they could make more money by unbundling development tools. In 1990, Sun Microsystems released Solaris and stopped including the C compiler for free, spinning it off into a costly separate purchase. This corporate gatekeeping directly inspired Richard Stallman to create the GNU Compiler Collection (GCC) in 1987, ensuring free compilers remained available on open-source Unix clones like Linux.
3. The Desktop OS Disconnect (1981 – Present)
Mainstream consumer operating systems like MS-DOS, Windows, and Classic Mac OS never included native compilers in their base retail versions.
MS-DOS & Windows: MS-DOS included a basic interpreter (GWBASIC or QBasic), but to build native .exe executables, programmers had to buy standalone software like Microsoft C or Borland C++.
Modern Windows & macOS: Today, Microsoft Windows does not ship with a native C++ compiler; developers must download Visual Studio. Apple's macOS famously stripped out default command-line development tools decades ago; trying to run a compile command today triggers a prompt forcing you to download the separate Xcode Command Line Tools package.
C# was a Microsoft native purebreed product, but just out of Copy Rights issues. Thieves mind being stolen a lot more than Artists and Craftsman and Builders, so they exaggerate when it happens by far. C had Copy Rights attached. C++, too and C#
The introduction of C# itself did not trigger direct copyright lawsuits because programming language syntax and specifications are generally not protected by copyright.
However, C# was directly born out of one of the most bitter, high-profile corporate contract and trademark legal battles in software history.
The creation and initial release of C# can be traced back to the following legal disputes and maneuvering:
1. The Catalyst: Sun Microsystems v. Microsoft (1997–2001)
In 1996, Microsoft licensed Java from Sun Microsystems to create its own developer environment called Visual J++. However, Microsoft modified Java—adding Windows-specific extensions and removing features required for cross-platform portability.
The Dispute:
In October 1997, Sun Microsystems sued Microsoft for breach of contract and trademark infringement, arguing Microsoft was destroying Java’s "Write Once, Run Anywhere" promise.
The Fallout:
In January 2001, Microsoft settled the lawsuit, paying Sun $20 million. The settlement legally barred Microsoft from using Sun's "Java Compatible" trademark and strictly limited how long Microsoft could distribute its modified Java tools.
The Birth of C#:
Recognizing that relying on a competitor's language was a massive legal liability, Microsoft executive leadership tasked Anders Hejlsberg (the creator of Turbo Pascal and Visual J++) to build an entirely new, independent language. This language was unveiled in June 2000 as C#.
2. The Trademark Issue: "COOL"Before it was officially named C#, the language's internal code name was COOL (C-like Object Oriented Language). Microsoft initially wanted to keep this name for the commercial launch. However, they had to abandon it due to trademark law complexities. "Cool" was simply too common a word and was already widely used in various software and tech branding, making it legally impossible to protect or register as an exclusive trademark.
3. Avoiding Future Disputes: ECMA StandardizationTo prevent Sun Microsystems or other tech rivals from filing copycat "look-and-feel" copyright lawsuits over C#'s striking similarity to Java, Microsoft immediately pursued international standardization.
In 2000, Microsoft submitted C# and the Common Language Infrastructure (CLI) to the ECMA standardization body. By turning C# into an open standard, Microsoft created a legal shield, guaranteeing that the baseline programming language syntax was public property and free from immediate copyright claims.
4. The Threat of Patent Disputes (The Mono Project): While copyright wasn't a vector for a lawsuit, software patents created a secondary legal battleground when the open-source community created Mono, a project designed to run C# on Linux systems. For nearly a decade, the tech world feared Microsoft would use its massive patent portfolio to sue Linux developers using C#. This legal anxiety wasn't fully resolved until 2014, when Microsoft open-sourced the .NET platform and issued a formal, legally binding patent promise to all developers.
If you'd like to dive deeper into this history, let me know if you want to explore how the Sun v. Microsoft lawsuit paved the way for Oracle's famous lawsuit against Google over Android, or look closer at how Anders Hejlsberg transitioned from Java tools to C#.
That is The Firm, the profit division of the CIA. They understood that German KZs are creating no profit, but keep steeling, intimidating and murdering for profit and kept recruiting from among the Germans providing the morally most degraded fighting force: The Waffen SS and its wings.
#provos
#deggers
#cyberpunkcoltoure
