UplinkCoder

module nested.in_.too.many.packages.because.that.is_.furthering.encapsulation;

      version (core_reflect)
      {
            import core.reflect.utils;
            alias fullyQualifiedName = fqn;
      }
      version (phobos_fqn)
      {
          import std.traits;

UplinkCoder

import core.reflect.reflect;
import core.reflect.transitiveVisitor;

import std_stdio = std.xml;

struct PadDetctedTuple
{
    string aggregateName;
    Location aggregateLocation;
    ulong number_of_pad_bytes;

UplinkCoder

import linenoise_c;
import reflectionHelper;
import core.stdc.stdio;
import core.stdc.string;
import core.stdc.stdlib;
import core.reflect.reflect;
//pragma(msg, function_names);

//static const functionNames_ = getFreeFunctionsFromModule.functionNames();

UplinkCoder

extern(C):
struct Ctx;

void method0(Ctx* ctx);
void setMmethod0(Ctx* ctx, int x);
int getMethod0(Ctx* ctx);
void setMmethod20(Ctx* ctx, void* x);
void* getMethod20(Ctx* ctx);
void method1(Ctx* ctx);
void setMmethod1(Ctx* ctx, int x);

UplinkCoder

void f(int[] a, int[] b)
{
    a[0..16] = b[0..16];
}


fbody: BlockStatement = {
        internalPointer: unhandled,
        serial: 31523,
        astTypeName: "CompoundStatement",

UplinkCoder

import core.reflect.reflect;
import core.reflect.transitiveVisitor;

int f()
{

    int x;
    g(&x);

    return x;

UplinkCoder

extern (C):

alias tb_color = ushort;
enum LAST_ATTR_INIT   = 0xFFFF;

// attributes
enum TB_BOLD          = 0x0100;
enum TB_UNDERLINE     = 0x0400;
enum TB_REVERSE       = 0x0800;

UplinkCoder

import std.file;

void main(string[] args)
{
//    () @safe { assert(args.length == 2, "exactly one argument must be given") } ();
    auto text = cast(string) read(args[1]);
    long indent_level;
    long beginParenPos;
    bool inString = false;
    bool inStruct = false;

UplinkCoder

#include <valgrind/callgrind.h>
extern "C" void callgrind_start(void)
{
  CALLGRIND_START_INSTRUMENTATION;
}

extern "C" void callgrind_stop(void)
{
  CALLGRIND_STOP_INSTRUMENTATION;
}

UplinkCoder

import core.reflect.reflect;
import core.reflect.dscope;
import core.internal.string : unsignedToTempString;
import core.stdc.stdio;
import std.stdio;

import Iobject = object;

pragma(msg, (const ClassDeclaration cd) {
    string result;