rikkimax

module dcf.phase1;
import std.range.interfaces : InputRange;

final class DCFPhase1 : InputRange!char {
    private {
        InputRange!char source;

        char next;

        byte bufLeft;

rikkimax

			int callbackGetWindows(HWND hwnd, LPARAM lParam) nothrow {
				import std.experimental.ui.internal.window;
				GetWindows* ctx = cast(GetWindows*)lParam;
				
				if (!IsWindowVisible(hwnd))
					return true;
				
				RECT rect;
				GetWindowRect(hwnd, &rect);

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Add with Carry

Variations

Mnemonic	Opcode	Valid/Requires 64bit?	Description
ADC AL, imm8	14 ib	Valid	Add imm8 to AL + CF
ADC AX, imm16	15 iw	Valid	Add imm16 to AX + CF

rikkimax

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ModRM/SIB encoding

Below is the structure of the ModRM byte:

7, 6	5, 4, 3	2, 1, 0
Mod	Reg	Reg/Mem

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Macro Preprocessor

Syntax

• #define Identifier Literal
  • Modifies the translation unit
  • Identifier#1 is replaced by Literal#1
• #undef Identifier
  • Behaves as #define Identifier#1 $empty
• #ifdef Identifier

rikkimax

import std.stdio;
import std.experimental.allocator : IAllocator, processAllocator;
import memmgr;

void main() {
    writeln("START1");
    func();
    writeln("END2");
}

rikkimax

module dnetdev.webserver.common.classfinder;

Interface findAndCreateClass(Interface)(string name) if (is(Interface == class) || is(Interface == interface)) {
	import std.experimental.allocator;
    auto alloc = theAllocator();

    auto classinfo = TypeInfo_Class.find(name);
    if (classinfo is null)
    	return null;
    

rikkimax

module bytecode.opcodes;

enum OpCode {
    nop = 0x00,
    
    add = 0x10,
    sub = 0x11,
    mul = 0x12,
    div = 0x13,
    mod = 0x14,

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Data glossary

Data IO:

• 
  __Name:__ INPUT-FILE
  __Data Type:__ Is a collection of other types
  __Range of values:__ Not applicable
  

Used on line numbers: 164, 176, 195

rikkimax

module dnetdev.vfs.path;
import std.experimental.allocator : IAllocator, makeArray, theAllocator, expandArray, shrinkArray, dispose, make;

private {
    // santisization uses this
    char[1024] charBuffer;
    size_t[128] charIndexBuffer;
    char[1024] tCopyBuffer;
}