Collins Software

The source code of Jane: A peek inside, all the parts that make up the Jane operating system

• Parsing the source code, breaking a computer language into its classified parts (keywords, comments, variables, operators, ...)
  I expanded this to handle all popular languages (C++, C#, R, Python, PHP, FORTRAN,...) to permit these languages the same capabilities of Jane Script (run in emulation mode in JavaScript and compile into an executable) I am working on the Jane language, the other languages will follow...

• Creating the Compiler, defining the language statements and their actions, (browser emulation, .exe emulator, .exe machine code)
  This web page generates the complete compiler from a state / reduction table and their associated JavaScript and C++ source code. The result is JavaScript Code, to produce a JavaScript Emulator than runs in the browser and machine code to create Windows executable, from the compile Jane Language.
   
• Casts,  transportable qualified information and logic. Compress logic into a nested declaration statement.
   
• Robots, fully functional standalone logic units.

• The Jane Service,  defining actions as a local service, that run outside of the scope of the browser (access to local hardware and shared resources) . This is the hard part, the organization and maintenance of thousands of objects, properties and functions. Basically access to all the resources that are attached to your computer (files, devices, database, fonts, networks, security, functions, values, objects, casts, robots, ...) The parsing and compiler are easy, simple programming. This part is the subconscious part of the brain which maintains the intelligence and all of the involuntary processes. This requires programming of unrelated operations in a singular orderly fashion.

Outstanding ISSUES

The Language: JavaScript syntax and capabilities with extensions

Emulation within JavaScript

Compiler - create executables (.exe, .dll, .com )
      

Scripting Environment

The Environment: A single language for all software development on all hardware

• Compiled assembler statements
• P-code for emulation
• Direct access to the hardware
• Absolute flow control
• Network task to task communication
• Jane Service / proxy server for direct hardware access from the browser
• Casting: a technology for qualified variables
• Infinite Continuous (IC): a technology for infinite size information structures
• Built-in security, hardware, web, file, and database access
• Reduced documentation, get the human out of the loop
• Specific programming, the technology to remove generic functions

The Example: Four ways of running a Jane Script, (100% client)

<script src="janeCompiler.js"></script>
<script>

var janeCompiler, program, a;

janeScript = "alert(2 in * 5 ft)";
	
janeCompiler.eval(janeScript);			// 1) compile and run in the browser
janeCompiler.exe(janeScript);			// 2) compile into an executable (download folder)

program = janeCompiler.compile(janeScript);	// compile into p-code
program.run();					// 3) run p-code
	
a = JSON.stringify(program.pcode);		// JSON program
janeCompiler.run(a);				// 4) run JSON
	
</script>

Jane Service: A local Jane service for access to local resources tied directly to the Jane Compiler (50% client, 50% service)

• Direct access to: files, folders, databases, devices, networks, monitors, microphones, GPS, ...
• Extended modal prompts:  files, folders, fonts, colors, password, yesnocancel, ...
• Proxy server
• Custom Windows forms
• Screen I/O
• Shared resources
• Hardware Events
• Remote Scripts

	a	= file{c:\temp\myData.txt};
	a() 	= "Hello World";