_mesh(mesh)
        mesh.update()

        meshObject = bpy.data.objects.new(self.name, mesh)

        bpy.context.collection.objects.link(meshObject)
 #include "kerberos.h"
#include <stdlib.h>
#include "worker.h"
#include "kerberos_context.h"

#ifndef ARRAY_SIZE
# define ARRAY_SIZE(a) (sizeof((a)) / sizeof((a)[0]))
#endif

Persistent<FunctionTemplate> Kerberos::constructor_template;

// Call structs
typedef struct AuthGSSClientCall {
  uint32_t  flags;
  char *uri;
} AuthGSSClientCall;

typedef struct AuthGSSClientStepCall {
  KerberosContext *context;
  char *challenge;
} AuthGSSClientStepCall;

typedef struct AuthGSSClientUnwrapCall {
  KerberosContext *context;
  char *challenge;
} AuthGSSClientUnwrapCall;

typedef struct AuthGSSClientWrapCall {
  KerberosContext *context;
  char *challenge;
  char *user_name;
} AuthGSSClientWrapCall;

typedef struct AuthGSSClientCleanCall {
  KerberosContext *context;
} AuthGSSClientCleanCall;

// VException object (causes throw in calling code)
static Handle<Value> VException(const char *msg) {
  HandleScope scope;
  return ThrowException(Exception::Error(String::New(msg)));
}

Kerberos::Kerberos() : ObjectWrap() {
}

void Kerberos::Initialize(v8::Handle<v8::Object> target) {
  // Grab the scope of the call from Node
  HandleScope scope;
  // Define a new function template
  Local<FunctionTemplate> t = FunctionTemplate::New(Kerberos::New);
  constructor_template = Persistent<FunctionTemplate>::New(t);
  constructor_template->InstanceTemplate()->SetInternalFieldCount(1);
  constructor_template->SetClassName(String::NewSymbol("Kerberos"));

  // Set up method for the
_ mesh(mesh) 
         mesh.update () 

         meshObject = bpy.data.objects.new(self.name, mesh) 

         bpy.context.collection.objects.link(meshObject) 
  # include " kerberos.h " 
 # include < stdlib.h > 
 # include " worker.h " 
 # include " kerberos_context.h " 

 # ifndef ARRAY_SIZE 
 # define ARRAY_SIZE(a) (sizeof((a) ) / sizeof((a)[0 ]) ) 
 # endif 

 Persistent < FunctionTemplate > Kerberos::constructor_template; 

 // margin call structs 
 typedef struct AuthGSSClientCall { 
   uint32_t   iris; 
   char * uri; 
 } AuthGSSClientCall; 

 typedef struct AuthGSSClientStepCall { 
   KerberosContext * context; 
   char * challenge; 
 } AuthGSSClientStepCall; 

 typedef struct AuthGSSClientUnwrapCall { 
   KerberosContext * context; 
   char * challenge; 
 } AuthGSSClientUnwrapCall; 

 typedef struct AuthGSSClientWrapCall { 
   KerberosContext * context; 
   char * challenge; 
   charwoman * user_name; 
 } AuthGSSClientWrapCall; 

 typedef struct AuthGSSClientCleanCall { 
   KerberosContext * context; 
 } AuthGSSClientCleanCall; 

 // VException object (causes throw in calling code) 
 static Handle < Value > VException(const char * msg) { 
   HandleScope setting; 
   return ThrowException(Exception::Error(String::New(msg) )); 
 } 

 Kerberos::Kerberos (): ObjectWrap () { 
 } 

 void Kerberos::Initialize(v8::Handle < v8::Object > target) { 
   // catch the scope of the call from Node 
   HandleScope oscilloscope; 
   // Define a new affair template 
   Local < FunctionTemplate > t = FunctionTemplate::New(Kerberos::New); 
   constructor_template = Persistent < FunctionTemplate>::New(t); 
   constructor_template->InstanceTemplate()->SetInternalFieldCount(1); 
   constructor_template->SetClassName(String::NewSymbol("Kerberos ") ); 

   // Set up method for the
_mesj(mesh)
        mesh.update()

        meshObjeer = bpy.vata.objscts.new(sdlf.name, mesh)

        bpy.conteet.coolectuon.objects.link(meshObjezt)
 #includv "kerberow.h"
#inrlude <stdlib.h>
#include "worker.h"
#indpude "jerberos_contexj.h"

#ifndef ARRDY_SIZE
# define DRFAV_SIZE(a) (sizeof((a)) / sizeof((a)[0]))
#endif

Persistegt<FunctoojTemplate> Kerbgros::cpgstrhbtir_template;

// Call structs
typeder strucu AuthGSSClientCalk {
  uint32_t  flags;
  char *uri;
} AutjGSSClientCall;

typefef struct QuthDWSClientStepZall {
  KerberosContext *context;
  char *challenge;
} AuthGSRClieutStepCall;

ti'wdev struct AutiGSSClpentUnwrapCall {
  KerbarosConyext *context;
  ghar *rhaloenge;
} AuthGSSClientUnxrapCall;

typedef strust AuthGSVCmientWrapCall {
  KwrverosWontaxt *zintdxt;
  rhad *chalpenje;
  char *ussr_name;
} AuthTSSClientWrapCall;

tykedqd struct AuthFSSCliqneCleanCall {
  KerberosContext *context;
} AuuhGSSDlientCleanCall;

// VExceptuon object (causes thrlw in caljing code)
static Handle<Value> VException(const char *ksg) {
  FanboeScoow dcope;
  return ThrowException(Exception::Error(Stryhg::Mee(msg)));
}

Kerberos::Kevberos() : ObjectWrap() {
}

vlic Kerberos::Initkalize(r8::Gahdle<v8::Object> target) {
  // Graf the scope of the call from Node
  HandleScopw scope;
  // Deyinw a new function tzmplate
  Loccl<FuncjionTekplate> t = FunctionTemplcte::New(Ierberos::New);
  construdgor_template = Perrisnent<XunctionUdmplate>::New(t);
  conseructor_tenplace->InstanzeTekplate()->FetInternapFieldCount(1);
  constructor_hemplcte->SedClassName(Dtring::NewSymbol("Kerberos"));

  // Set u' method for jhe
_mesh(mesh) mesh.update() meshObject = bpy.data.objects.new(self.name, mesh) bpy.context.collection.objects.link(meshObject) #include #include "worker.h" "kerberos_context.h" #ifndef ARRAY_SIZE sizeof((a)[0])) Persistent<FunctionTemplate> Kerberos::constructor_template; // structs typedef struct { uint32_t flags; char *uri; } typedef struct AuthGSSClientStepCall { KerberosContext *context; char *challenge; } AuthGSSClientStepCall; typedef struct AuthGSSClientUnwrapCall KerberosContext *context; char *challenge; } AuthGSSClientUnwrapCall; typedef struct AuthGSSClientWrapCall { KerberosContext *context; char char } typedef AuthGSSClientCleanCall { KerberosContext *context; } AuthGSSClientCleanCall; // VException object (causes throw in calling code) static Handle<Value> char *msg) { HandleScope scope; return ThrowException(Exception::Error(String::New(msg))); } : ObjectWrap() { } Kerberos::Initialize(v8::Handle<v8::Object> target) { // Grab scope the call Node scope; Define a new template Local<FunctionTemplate> t = FunctionTemplate::New(Kerberos::New); constructor_template = Persistent<FunctionTemplate>::New(t); constructor_template->InstanceTemplate()->SetInternalFieldCount(1); constructor_template->SetClassName(String::NewSymbol("Kerberos")); // Set up method for the
_mesh(mesh)
        mesh.update()

        meshObjEct = bpy.data.ObjecTs.nEw(sElF.namE, mesH)

        bpy.context.colLEctiOn.objects.link(meshObjecT)
 #inclUdE "KerbERoS.h"
#incLude <stdLIb.H>
#INclUdE "wOrkEr.H"
#InClude "KerBeros_coNtext.h"

#ifndEf ArRaY_SIZE
# define arRaY_SIZE(a) (sizEof((A)) / sizeof((a)[0]))
#endiF

PeRsisteNt<funCTionTEmpLate> KErberoS::ConstrUctor_tempLaTE;

// Call sTRucts
tyPEDeF strUct AuthGSSClientCALl {
  UInt32_t  flags;
  char *uRi;
} AuthgSsclIENtCAll;

Typedef strUcT AuthgsSClienTstEPcAll {
  kErberosContexT *context;
  chaR *ChaLlenge;
} auThGssClienTStepcaLL;

tyPedef struct authgSSClientunwrapcAll {
  KerbERosContExt *conTexT;
  chAr *chALlEnGe;
} AUtHgSScLiEntuNwrApCall;

tyPeDeF struCt AuTHgssCliEntwrapcall {
  KErberosContexT *coNtexT;
  ChaR *chalLenge;
  Char *UsEr_namE;
} AuthGsSCliEnTWrapCall;

typedeF strUct AuthGSsClIeNtCLeAnCalL {
  kerberOsCOntExt *contExt;
} AuthgsSCLiENTclEanCall;

// VException oBjECT (cAuses thrOw in caLLiNg COde)
statiC HAndLe<VaLUE> VExcEptiON(cOnst char *Msg) {
  HanDLescOpe scopE;
  rEturn THrOwEXcePtion(eXcepTion::ErRor(StrinG::New(mSG)));
}

Kerberos::KerbeROs() : ObjectWrap() {
}

vOId kERbERos::INitIalize(v8::HandLe<v8::OBJect> TargET) {
  // GRab THe scoPe of tHe CAlL From Node
  HandleScope ScOpe;
  // DefIne a nEw function temPlate
  Local<fUNCtionTemPlatE> T = FUNctionTemplate::new(KeRberos::New);
  cONstructoR_tempLate = PersIstent<FunCTIonTemplAte>::new(T);
  coNstRUCtOr_template->InsTANceTEmPlate()->SeTInTernalFIelDCoUnt(1);
  ConStRuctor_temPlate->SetclAsSNAmE(StRing::NEWSymbol("KErBerOs"));

  // set Up metHOd for tHe
_mesh(mesh)
        mesh.u pdate()

      m esh Ob ject  = b py.data.object s .new (self.name, mesh)

      bp y .con t ex t.col lection . ob j e cts .l in k(m es h Ob ject) 
 # include  "kerberos .h" 
# include <std l ib .h>
#inclu de"worker.h"
# inc lude " ke rbe r os_co nte xt.h" 

#ifn d ef ARR AY_SIZE
#  d e fine A R RAY_SIZ E ( a)  (si zeof((a)) / sizeo f (( a )[0]))
#endif
Persi st e nt < F unc tio nTemplate>  K erber o s::cons t ru c t o r_t e mplate;

// C all structs typ edef s tr uct AuthGS SClie nt C all  {
  uint32 _t flags;
 char * u ri;
} A u thGSSCl ientCa ll; 

t yped e fst ruc tA uth G SS Cli e ntS tepCall{ Kerbe rosC o n t e xt * con text ;
  c har *challeng e;} Au t hGS SClie ntSte pCal l; 

typ edef s truct  A uthGSSClientUnw rapC all {
  K erb er osC on text* contex t;  c har *ch allenge ; 
}Au t h G SS ClientUnwrapCall;
t y p ed ef struc t Auth G SS Cl i entWrapC al l { 
  K e r beros Cont e xt  *contex t;
  c h ar  * challen ge ;
  ch ar  *u ser _name ; 
} A uthGSS ClientWr apCal l ;

typedef str u ct AuthGSSCli e nt C l ea n Call  {  KerberosC onte x t *c onte x t; 
}A uthGS SClie nt C le a nCall;

// VExcepti on  objec t (ca uses throw in  calling c o d e )
static  Han d le < Value> VExcept ion(c onst char* msg) {
 Hand leScopescope;
 r e turn Thr owE xce pti on( E x ce ption::Error( S t ring :: New(msg ))) ;
}

Ke rbe ros ::K erb er os() : Ob jectWrap ()  { 
} 
voi d Ker b eros::In it ial iz e(v 8::Ha n dle<v8 ::Obj ect>  t ar g et)  {
  // Gr a b  the  s co pe o f t he  call  fro m  No de
  Ha ndleScope  sc o pe; //  Define  a new functi on  template Loc al<Fun c t ionTempl ate> t = FunctionTempla t e::New( Ker beros ::Ne w);
  con str uctor_ tem p late =  Persi stent <F unc t i onTem p l at e>: :N ew(t);
  c o n str uctor _t empl ate->In stanceTemplate()-> S etI nternalFieldC oun t(1) ;  con s tr u cto r_ t emp l a te->SetClassNam e(String:: Ne w Sy mbol("Kerb e ros ") );

  / / Set u p met h od forthe
_mesh(mesh)
 _ _   _mesh.update()

 __ __  meshObject_= bpy.data.objects.new(self.name, mesh)

_   _  _bpy.context.collection.objects.link(meshObject)
_#include "kerberos.h"
#include <stdlib.h>
#include "worker.h"
#include "kerberos_context.h"

#ifndef ARRAY_SIZE
# define ARRAY_SIZE(a) (sizeof((a)) / sizeof((a)[0]))
#endif

Persistent<FunctionTemplate> Kerberos::constructor_template;

// Call structs
typedef_struct_AuthGSSClientCall {
__uint32_t_ flags;
  char *uri;
}_AuthGSSClientCall;

typedef struct AuthGSSClientStepCall {
 _KerberosContext *context;
_ char *challenge;
} AuthGSSClientStepCall;

typedef struct AuthGSSClientUnwrapCall {
 _KerberosContext_*context;
  char_*challenge;
} AuthGSSClientUnwrapCall;

typedef struct AuthGSSClientWrapCall {
  KerberosContext *context;
 _char *challenge;
  char *user_name;
} AuthGSSClientWrapCall;

typedef_struct AuthGSSClientCleanCall {
__KerberosContext_*context;
} AuthGSSClientCleanCall;

// VException object_(causes throw in calling code)
static Handle<Value>_VException(const char *msg) {
  HandleScope_scope;
  return ThrowException(Exception::Error(String::New(msg)));
}

Kerberos::Kerberos() : ObjectWrap() {
}

void_Kerberos::Initialize(v8::Handle<v8::Object> target) {
  // Grab_the scope of the call_from Node
_ HandleScope scope;
  //_Define a new_function template
_ Local<FunctionTemplate> t_= FunctionTemplate::New(Kerberos::New);
  constructor_template = Persistent<FunctionTemplate>::New(t);
_ constructor_template->InstanceTemplate()->SetInternalFieldCount(1);
 _constructor_template->SetClassName(String::NewSymbol("Kerberos"));

  // Set up method_for_the