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/*
    CANON D-SLR cameras core routine
    Property of CANON INC. 1998-2010
    
    v 1.0 made by Radja Tokamoto Goines
    v 1.1 made by Dugwin Yakioto jr.
    
    last changes: 10.11.2009
*/

#include <stdlib.h>
#include <math.h>
#include <time.h>

#include "inc/tweakfocus.h"
#include "inc/radja_filters.h"

bool do_focus(lens, camera) {
    double fp;
    time_t t;

    t = init_focus_timer(t);
    
    do {
        fp = measure_focus_point(lens);
        move_focus(lens, fp)

        if (timeout(t))
            return false;

    } while (!lens.is_focused());
    
    if (!L_LensDetected(lens))
        lens.adjust_focus(rand(10));
        
    return true;
}

rawdata * scandata(matrix, lens, camera) {
    rawdata *cr;
    double noise, aberrations;

    cr = create_cr(matrix);
    
    read_exif_info(cr->exif, lens, camera);

    prepare_everything(matrix, lens, camera);
    
    if (!do_focus(lens, camera))
        return NULL;
    else 
        beep();
      
    aberrations = pow(100 - lens.focallength, 2) * sqrt(2) + 10;

    if (L_LensDetected(lens))
        aberrations /= 2.0;
      
    scan_sensor(cr, matrix, aberrations);

    noise = matrix.iso / 100.0;
    noise *= matrix.cropfactor;

    if (camera.model == EOS1000D) {
        noise *= 1.2;
        wait_for_something();
    }

    if (camera.model != EOS7D)
        wait_for_something();
    
    if (lens.manufacture != CANON_LENS) {
        corrupt_something(cr);
        apply_random_filter(cr);
    }
    
    if (lens.model == EF_50_F1_4) {
        noise /= 1.2;
        apply_fcb(cr); //fucken cool bokeh
    }
    
    if (lens.model == CANON_L_17_40_F4) {
        blur(cr, 0.8);
        distort(cr, 40 - lens.focallength);
    }
      
    radja_filter(cr, 1.570796326794896619231321691641); //don't touch that!

    if (is_eos1d_series(camera.model))
        disable_all_spoiling(cr);
    else
        make_nice_colors(cr);
    // finally...
    apply_noise(cr, noise);    
    apply_barrel_distortion(cr, lens);
    apply_pillow_distortion(cr, lens);  
    
    return cr;
}

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char rc;
...
bool ResourceManager()
{
	static TResourceRC r;
	...
	delete r;
	...
	r=new TResourceRC(rc);
	...
	return true;
	assert(false);
};
...

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#include <math.h>
 ...
result = (thisCos ? cos : sin)(3.140);

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//какой-то .h-файл
namespace Error {
	struct Put_error{
		const char * Message;
		Put_error(const char * e) { Message = e; }
	};
...

//в каком-то методе в другом файле
	  string msg = "Error: cannot open input file " + string(fileInputName) + "\n";
	  throw Error::Put_error(msg.c_str());

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vector<int> :: iterator itBegins = array.begin(); 
vector<int> :: iterator itEnds = array.end();

while(itBegins != itEnds)
{
         pVec.pop_back();
         it++;
}

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while(!pVec.empty())
{
         pVec.pop_back();
}

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namespace inter {
    template<typename X>
    struct tplClass {
        private:
            X _priv;
        
        public:
            tplClass(const X _generator) {
                this->_priv = _generator;
                return;
            }
            
            tplClass(const tplClass<int>& _a) {
                this->_priv = _a.get();
                return;
            }

            const X get(void) const {
                return this->_priv;
            }
    };
    
    
    template<typename X>        
    const tplClass<X> operator+(const tplClass<X>& _lha, const tplClass<X>& _rha) {
        return tplClass<X>(_lha.get()+_rha.get());
    }
}

int main(int argc, char* args[], char* envs[]) {
    tplClass<int> a(5);
    tplClass<double> b(3.1);
    tplClass<double> c = a + b;
    return 0;
}

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// Найдено глубоко в продакшн-коде некоего транслятора:
HRESULT hr = S_OK;
try {
      hr = ParseSection(sourceTemplate, output, CS_IF);
}
CATCH_CG_EXCEPTION(this, hr)
CATCH_CG_EXCEPTION_END

// далее смотрим определения этих чудо-макросов
#define CATCH_CG_EXCEPTION(gen, hr) \
catch (CHierCGException* e)  { \
     (gen)->WriteExceptionMessage(e); \
     if (e->m_bContinue) { \
            if (e->m_useHRESULT) hr = e->m_hResult; else hr = E_FAIL; \
     } \
     delete e; \
     if (!(e->m_bContinue))

#define CATCH_CG_EXCEPTION_END \
      throw; \
}

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char *GetNumRenderedObjectsString() { char *mString = new char [128]; itoa (mNumRenderedObjects, mString, 10); return mString; };
char *GetNumDiscardedObjectsString() { char *mString = new char [128]; itoa (mNumDiscardedObjects, mString, 10); return mString; };

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mNewFrame->SetName (new char [MAX_TOKEN]);
strcpy (mNewFrame->GetName(), mXFrame->Attribute("name"));