#include <execp.h>
#include <printer.h>
#include <progind.h>
#include <utility.h>

#include "../mg/mglib.h"
#include "../ve/veconf.h"

#include "mr2100.h"
#include "mr2200.h"

#include "mr2200a.h"

// albero per le ricerche sulle dist
static TDistinta_tree *_dist_tree=NULL;

TDistinta_tree &dist_tree()
{
  if (_dist_tree == NULL)
    _dist_tree = new TDistinta_tree();
  return *_dist_tree;
}

///////////////////////////////////////////////////////////
// triga ordine
///////////////////////////////////////////////////////////

TMSP_form::TMSP_form (TIsamtempfile * report) : TForm("mr2200a")
{
  TRelation* rel = relation();
  rel->replace(report);
        
  const int hh = 7;
  const int fl = printer().formlen();
        
  int rows[4];         // Righe orizzontali
  rows[0] = hh-3;
  rows[1] = hh;
  rows[2] = fl;
  rows[3] = 0;
  genera_intestazioni(odd_page, hh-2);
  genera_fincatura(odd_page, hh-3, fl, rows);
  
}

bool TMSP_form::validate(TForm_item &cf, TToken_string &cmd)
{
  TString s;
  cmd.get(0,s);
  if (s=="_USER")
  {
    TRelation* rel = relation();
    cmd.get(1,s);
    if (s=="CODART")
    {
      TString val;
      if (rel->lfile().get("TIPO")=="C")
      {
        val=TR("Ordini da soddisfare");
      }
      else if (rel->lfile().get("TIPO")=="G")
        val=TR("Giacenza proiettata");
      else
        val=TR("Ordini pianificati");
      cf.set(val);
    }
    return TRUE;
  } 
  return TForm::validate(cf,cmd);
}

TCRP_form::TCRP_form(TIsamtempfile* report, TSheet_field& sf) 
         : TForm("mr2200b")
{
  TRelation* rel = relation();
  rel->replace(report);
  
  // Modifica oppportunamente le intestazioni dei bucket
  TPrint_section& body = section('B', odd_page);
  for (word i = 2; i < body.fields(); i++)
  {
    TForm_item& fi = body.field(i);
    fi.set_col_head(sf.get_column_header(i+2));
  }
        
  const int hh = 7;
  const int fl = printer().formlen();
        
  int rows[4];         // Righe orizzontali
  rows[0] = hh-3;
  rows[1] = hh;
  rows[2] = fl;
  rows[3] = 0;
  genera_intestazioni(odd_page, hh-2);
  genera_fincatura(odd_page, hh-3, fl, rows);
}

bool TCRP_form::validate(TForm_item &cf, TToken_string &cmd)
{
  TString val;
  cmd.get(0,val);
  if (val=="_USER")
  {
    cmd.get(1,val);
    if (val=="CODART")
    {
      const TRectype& curr = relation()->curr();
      const char type = curr.get_char("TIPO");
      switch (type)
      {
      case 'D': val = TR("  Capacità totale"); break;
      case 'd': val = TR("    Carico totale"); break;
      case 'I': val = TR("  Capacità impianto "); val << curr.get("IMPIANTO"); break;
      case 'i': val = TR("    Carico impianto "); val  << curr.get("IMPIANTO"); break;
      case 'L': val = TR("  Capacità linea "); val << curr.get("LINEA"); break;
      case 'l': val = TR("    Carico linea "); val << curr.get("LINEA"); break;
      default:
        val = curr.get("CODART");
        val << " " << relation()->curr(LF_ANAMAG).get("DESCR");  
        break;
      }
      cf.set(val);
    }
    return TRUE;
  } 
  return TForm::validate(cf,cmd);
}


int TRiga_articolo::order_comparePCAL(TSheet_field & s, int i1, int i2)
{  return TRiga_articolo::order_compare(s, i1, i2,SORT_BY_PCAL);}
int TRiga_articolo::order_comparePCLA(TSheet_field & s, int i1, int i2)
{  return TRiga_articolo::order_compare(s, i1, i2,SORT_BY_PCLA);}
int TRiga_articolo::order_comparePALC(TSheet_field & s, int i1, int i2)
{  return TRiga_articolo::order_compare(s, i1, i2,SORT_BY_PALC);}
int TRiga_articolo::order_comparePACL(TSheet_field & s, int i1, int i2)
{  return TRiga_articolo::order_compare(s, i1, i2,SORT_BY_PACL);}
int TRiga_articolo::order_comparePLAC(TSheet_field & s, int i1, int i2)
{  return TRiga_articolo::order_compare(s, i1, i2,SORT_BY_PLAC);}
int TRiga_articolo::order_comparePLCA(TSheet_field & s, int i1, int i2)
{  return TRiga_articolo::order_compare(s, i1, i2,SORT_BY_PLCA);}
int TRiga_articolo::order_compareCAL(TSheet_field & s, int i1, int i2)
{  return TRiga_articolo::order_compare(s, i1, i2,SORT_BY_CAL);}
int TRiga_articolo::order_compareCLA(TSheet_field & s, int i1, int i2)
{  return TRiga_articolo::order_compare(s, i1, i2,SORT_BY_CLA);}
int TRiga_articolo::order_compareALC(TSheet_field & s, int i1, int i2)
{  return TRiga_articolo::order_compare(s, i1, i2,SORT_BY_ALC);}
int TRiga_articolo::order_compareACL(TSheet_field & s, int i1, int i2)
{  return TRiga_articolo::order_compare(s, i1, i2,SORT_BY_ACL);}
int TRiga_articolo::order_compareLAC(TSheet_field & s, int i1, int i2)
{  return TRiga_articolo::order_compare(s, i1, i2,SORT_BY_LAC);}
int TRiga_articolo::order_compareLCA(TSheet_field & s, int i1, int i2)
{  return TRiga_articolo::order_compare(s, i1, i2,SORT_BY_LCA);}
int TRiga_articolo::order_comparePCA(TSheet_field & s, int i1, int i2)
{  return TRiga_articolo::order_compare(s, i1, i2,SORT_BY_PCA);}
int TRiga_articolo::order_compareCA(TSheet_field & s, int i1, int i2)
{  return TRiga_articolo::order_compare(s, i1, i2,SORT_BY_CA);}
int TRiga_articolo::order_compareAC(TSheet_field & s, int i1, int i2)
{  return TRiga_articolo::order_compare(s, i1, i2,SORT_BY_AC);}
int TRiga_articolo::order_comparePAC(TSheet_field & s, int i1, int i2)
{  return TRiga_articolo::order_compare(s, i1, i2,SORT_BY_PAC);}


///////////////////////////////////////////////////////////
int TRiga_articolo::find_block_constr(const TSheet_field& sf, const int riga)
{
  const int narticoli=sf.items();
  const int b1 = sf.cid2index(F_BUCKET1);
  int first_row;
  for (first_row = riga; first_row > 0; first_row--)
  {
    if (sf.cell_disabled(first_row, b1))
      break;
  }
  if (first_row+1 < narticoli && sf.cell_disabled(first_row+1, b1)) first_row++;
  return first_row;
}
// ritorna se tutto OK
bool TRiga_articolo::find_block(const TSheet_field& sf, const int riga, int &first_row, int &last_row )
{
  const int narticoli=sf.items();
  if (narticoli<=riga)
    return FALSE;
  // Calcola l'indice c della riga coi vincoli
  const int b1 = sf.cid2index(F_BUCKET1);
  
  first_row = find_block_constr(sf, riga);
  // Calcola l'indice r dell'ultima riga articoli
  last_row = riga;
  if (last_row <= first_row) last_row=first_row+1;
  for ( ; last_row < narticoli-1; last_row++)
  {
    if (sf.cell_disabled(last_row+1, b1))
      break;
  }
  return TRUE;
}

int TRiga_articolo::order_compare( const TToken_string &r1 ,  const TToken_string &r2 , int level, bool ascending)
{
  TString80 str0, str1;
  int cmp = 0;

  if (level>=0)
  {

    for (int i = 2; i <= level && cmp == 0; i++)
    {
      r1.get(i, str0);
      r2.get(i, str1);
      cmp=TRiga_articolo::compare_field(str0,str1,short(i+FIRST_FIELD));
    }
  } else {
    // ordinamenti non standard
    short f;
    static const short fields_ACL[] = {F_PRIORITA, F_ARTICOLO,F_LIV1,F_LIV2,F_LIV3,F_LIV4, F_CLIENTE, F_SORTCODIMP, F_SORTCODLIN,F_PRIORITA};
    static const short fields_ALC[] = {F_PRIORITA, F_ARTICOLO,F_LIV1,F_LIV2,F_LIV3,F_LIV4, F_SORTCODIMP, F_SORTCODLIN, F_CLIENTE,F_PRIORITA};
    static const short fields_LAC[] = {F_PRIORITA, F_SORTCODIMP, F_SORTCODLIN, F_ARTICOLO,F_LIV1,F_LIV2,F_LIV3,F_LIV4, F_CLIENTE,F_PRIORITA};
    static const short fields_LCA[] = {F_PRIORITA, F_SORTCODIMP, F_SORTCODLIN, F_CLIENTE, F_ARTICOLO,F_LIV1,F_LIV2,F_LIV3,F_LIV4,F_PRIORITA};
    static const short fields_CLA[] = {F_PRIORITA, F_CLIENTE, F_SORTCODIMP, F_SORTCODLIN, F_ARTICOLO,F_LIV1,F_LIV2,F_LIV3,F_LIV4,F_PRIORITA};
    static const short fields_CAL[] = {F_PRIORITA, F_CLIENTE, F_ARTICOLO,F_LIV1,F_LIV2,F_LIV3,F_LIV4, F_SORTCODIMP, F_SORTCODLIN,F_PRIORITA};
    static const short fields_CA[]  = {F_PRIORITA, F_CLIENTE, F_ARTICOLO,F_LIV1,F_LIV2,F_LIV3,F_LIV4, F_PRIORITA, F_PRIORITA, F_PRIORITA};
    static const short fields_AC[]  = {F_PRIORITA, F_ARTICOLO,F_LIV1,F_LIV2,F_LIV3,F_LIV4, F_CLIENTE, F_PRIORITA, F_PRIORITA, F_PRIORITA};
    for (int ii = 0; ii < 8 && cmp == 0; ii++)
    {
      const int i = ii + (-level <= SORT_BY_PRIORITY ? 0 : 1);
      switch (level)
      {
        case SORT_BY_PCAL:
        case SORT_BY_CAL:
          f=fields_CAL[i];         break;
        case SORT_BY_PCLA:
        case SORT_BY_CLA:
          f=fields_CLA[i];         break;
        case SORT_BY_PLCA:
        case SORT_BY_LCA:
          f=fields_LCA[i];         break;
        case SORT_BY_PLAC:
        case SORT_BY_LAC:
          f=fields_LAC[i];         break;
        case SORT_BY_PACL:
        case SORT_BY_ACL:
          f=fields_ACL[i];         break;
        case SORT_BY_PALC:
        case SORT_BY_ALC:
          f=fields_ALC[i];         break;
        case SORT_BY_PAC:
        case SORT_BY_AC:
          f=fields_AC[i];          break;
        case SORT_BY_PCA:
        case SORT_BY_CA:
          f=fields_CA[i];          break;
        default:
          NFCHECK("Ordinamento sconosciuto");
        break;
      }
      r1.get(f-FIRST_FIELD, str0);
      r2.get(f-FIRST_FIELD, str1);
      cmp=TRiga_articolo::compare_field(str0,str1,f) * (ascending && f != F_PRIORITA ? 1 : -1);
    }
  }
  return cmp;
}


// aggiunge li codici di linea/impianto se non presenti usando i default sulle lavorazioni critiche
// cio' permette di ordinare per impianto anche le linee di ordine che non hanno solitamente 
// questa indicazione ma solo il codice articolo
void complete_codlinea(TToken_string &r2, bool ignore_imp)
{
  TString8 swp;
  r2.get(F_SORTCODLIN-FIRST_FIELD,swp);
  if (swp.blank())
  {
    r2.get(F_CODLIN-FIRST_FIELD,swp);
    if (swp.blank())
    {
      if (dist_tree().set_root(r2.get(F_ARTICOLO-FIRST_FIELD)))
      {
        TString codimp(r2.get(F_CODIMP-FIRST_FIELD));
        dist_tree().set_global("_IMPIANTO",codimp);
        dist_tree().set_global("_LINEA","");
        TArray labors;
        TRiga_esplosione * l=dist_tree().first_critical_labor(labors);
        if (l)
        {
          TLavorazione *curr_labor=TDistinta_tree::find_labor(l);
          CHECK(curr_labor,TR("Lavorazione non trovata"));
          for (int nlinea=0; nlinea <curr_labor->linee_standard(); nlinea ++)
          {
            const TRectype &linea_prod= cache().get("LNP",curr_labor->cod_linea(nlinea));
            if ( ignore_imp || codimp.blank() || codimp==linea_prod.get("S6"))
            {
              r2.add(linea_prod.get("CODTAB"), F_SORTCODLIN-FIRST_FIELD);
              r2.add(linea_prod.get("S6"), F_SORTCODIMP-FIRST_FIELD);
              return;
            }
          }
        }
      } 
      r2.add('\255', F_SORTCODLIN-FIRST_FIELD);
    } 
    else
    {
      r2.add(swp, F_SORTCODLIN-FIRST_FIELD);
      r2.get(F_CODLIN-FIRST_FIELD,swp);
      r2.add(swp, F_SORTCODIMP-FIRST_FIELD);
    }
  } 
}

int TRiga_articolo::order_compare(TSheet_field & s, int i1, int i2, int level)
{
  TMask &m=s.mask();
  const bool ascending=!m.get_bool(F_MSP_SORT_ORDER);
  int first1, first2, last1, last2;

  if (find_block(s, i1, first1, last1 )) first1--;
  if (find_block(s, i2, first2, last2 )) first2--;

  const TToken_string &r1 = s.row(i1);
  const TToken_string &r2 = s.row(i2);
  if (s.cell_enabled(i1, F_BUCKET1-FIRST_FIELD) && s.cell_enabled(i2, F_BUCKET1-FIRST_FIELD) )
  {
    // confronto tra righe dello stesso vincolo
    if (first1 == first2 )
      return order_compare( r1 ,  r2 , level, ascending);
  } else {
    if (first1 != first2 && first1==i1 && first2==i2 )
    {                     
      TToken_string &blockr1=(TToken_string &)r1;
      TToken_string &blockr2=(TToken_string &)r2;;
      if (!(-level & SORT_WITHOUT_LINE))
      {
        complete_codlinea(blockr1, m.get_bool(F_NOIMP_IN));
        complete_codlinea(blockr2, m.get_bool(F_NOIMP_IN));
      }
      // confronto tra blocchi ed eventuale swap direttamente qui nella compare
      int cmp = order_compare(blockr1 , blockr2 , level, ascending );
      if (cmp > 0)
      {
        for (int bubble=first2; bubble<=last2; bubble++)
        {
          for (int r=bubble; r>bubble+first1-first2; r--)
          {
            s.swap_rows(r, r-1);
          }
        }
      }
    }
  }
  return 0;
}
int TRiga_articolo::compare_field(TString &str0, TString &str1,short field_no) 
{
  int cmp;
  switch (field_no)
  {
  case F_CLIENTE: 
    {
      const long f0 = atol(str0);
      const long f1 = atol(str1);
      cmp = f0 == f1 ? 0 : (f0 > f1 ? +1 : -1);
    }
    break;
  case F_PRIORITA: 
    cmp = atoi(str0) - atoi(str1);
    break;
  default:
    cmp = str0.compare(str1);
    break;
  }
  return cmp;
}

TRiga_articolo& TRiga_articolo::operator=(TToken_string& r)
{
  this->TToken_string::operator=(r);
  return *this;
}

TRiga_articolo& TRiga_articolo::operator+=(TRiga_articolo& r)
{
  NFCHECK( "Can't add incompatible order line");
  return *this;
}

TRiga_articolo::TRiga_articolo(const TMSP_constraint& line)
            : TToken_string(128)
{
  format("%ld", line.codclifor());
  add(line.articolo(),F_CLIENTE-FIRST_FIELD);
  add(" ",F_PRIORITA-FIRST_FIELD);

  const TString& liv = line.livgiac();
  for (int l = 1; l <= 4; l++)
  {
    if (livelli_giacenza().enabled(l))
      add(livelli_giacenza().unpack_grpcode(liv,l),F_LIV1+l-1-FIRST_FIELD);
    else
      add(" ",F_LIV1+l-1-FIRST_FIELD);
  }
  
  add(line.description(),F_DESCART-FIRST_FIELD);
  add(line.codimp(),F_CODIMP-FIRST_FIELD);
  add(line.codlin(),F_CODLIN-FIRST_FIELD);

  TString8 str = line.codmagdep().left(3);
  add(str,F_MAGAZZINO-FIRST_FIELD);       
  str = line.codmagdep().mid(3);
  add(str, F_DEPOSITO-FIRST_FIELD);        

  const TCodice_um um;
  const TQuantita qta_art(line.articolo(), um, ZERO);
  add(qta_art.um(),F_UM-FIRST_FIELD);

  TMSP_constraint& lin=(TMSP_constraint& )line;
  const int last_buck= line.last();
  for (int bu = 0; bu <= last_buck; bu ++)
  {
    add(lin.qta(bu).string(), bu*2+F_BUCKET0-FIRST_FIELD);
  }
}

///////////////////////////////////////////////////////////
////////////////////
TMSP_record::TMSP_record() : 
  _curr_ref(-1), _qta_locked(FALSE), _qta_min(ZERO),_qta(ZERO),_price(ZERO)
{ } 

TObject* TMSP_record::dup() const
{
  TMSP_record* o=new TMSP_record();
  o->_docrefs =_docrefs;
  o->_qta_locked=_qta_locked;
  o->_qta_min=_qta_min;
  o->_qta=_qta;
  o->_price=_price;
  return o;
}
void TMSP_record::remove_rigaref()
{
  CHECK(_curr_ref>0,"Nessun riferimento a riga documento da cancellare");
  _docrefs.remove(_curr_ref-1);
  if (_curr_ref>=_docrefs.items())
    _curr_ref--;
}
void TMSP_record::add_rigaref(TMRP_docref *r)
{
  _docrefs.add(r);
  _curr_ref = _docrefs.items();
}
TMRP_docref *TMSP_record::first_rigaref()
{
  _curr_ref=0;
  return next_rigaref();
}
TMRP_docref* TMSP_record::next_rigaref()
{
  if (_docrefs.items()<=_curr_ref)
    return NULL;
  return _docrefs.get_ref_ptr(_curr_ref++);
}
TMRP_docref* TMSP_record::rigaref(int n)
{
  if (_docrefs.items()<=n)
    return NULL;
  return _docrefs.get_ref_ptr(_curr_ref=n);
}


///////////////////////////////////////////////////////////
TMSP_record& TMSP_record_array::operator[](int b)
{
  CHECKD(b >= 0, "Invalid TMSP_record_array ", b);
  TMSP_record* rec = (TMSP_record*)_buckets.objptr(b);
  if (rec == NULL)
  {
    rec = new TMSP_record;
    _buckets.add(rec, b);
  }
  return *rec;
}

TMSP_record_array& TMSP_record_array::operator=(const TMSP_record_array& a)
{
  _buckets = a._buckets;
  return *this;
}



///////////////////////////////////////////////////////////
TCapacity_record::TCapacity_record() :
  _machine(ZERO), _human(ZERO),_money(ZERO), _pieces(ZERO)
{}
TCapacity_record::TCapacity_record(const real & machine, const real & human) :
  _machine(machine), _human(human)
{}
TCapacity_record& TCapacity_record::operator= (const TCapacity_record&c)
{
  _machine = c._machine; 
  _human = c._human;
  _pieces = c._pieces;
  _money = c._money;
  return *this;
}
TCapacity_record::TCapacity_record(const TCapacity_record&c) :
  _machine(c._machine), _human(c._human), _pieces(c._pieces),_money(c._money)
{
}

///////////////////////////////////////////////////////////
TCapacity_load::TCapacity_load () :
  _capacity(), _load()
{ }  

void TCapacity_load::copy(const TCapacity_load & q)
{
  _capacity=q._capacity;
  _load=q._load;
}

int TCapacity_load::compare(const TSortable& s) const
{
  TCapacity_load& c=(TCapacity_load&)s;
  real r=_capacity.machine()-c._capacity.machine();
  return r.sign();
}

// calcola al volo la capacità 
const real &TCapacity_load::pieces_capacity()
{
  if (capacity().pieces().is_zero())
  {
    const real &r = load().machine();
    if (!r.is_zero())
      _capacity.set_pieces(capacity().machine() /  r * load().pieces());
    else
      _capacity.set_pieces(1.0);
  }
  return capacity().pieces();
}


///////////////////////////////////////
TCRP_line::TCRP_line(const TString& codimp,const TString& codlin,const TString& codart, long codcli)
: _lineap(codlin),_codart(codart), _codcli(codcli), _on_sheet(FALSE)
{ 
  if (!codlin.blank())
  {
    const TRectype & rec = cache().get("LNP",_lineap);
    _desc = rec.get("S0");
    _imp = rec.get("S6");
  } 
  else 
  {
    _imp = codimp ;
    if (!codimp.blank())
    {
      const TRectype & rec = cache().get("IMP",_imp);
      _desc = rec.get("S0");
    } 
    else 
    {
      _desc = TR("Totale ditta");
    }
  }
  if (!codart.blank())
  {
    const TRectype & rec = cache().get(LF_ANAMAG,_codart);
    _desc = rec.get("DESCR");
  }
}

int TCRP_line::compare(const TSortable& s) const
{
  const TCRP_line& c = (const TCRP_line&)s;
  int cmp = _imp.compare(c._imp);
  if (cmp == 0)
    cmp = _lineap.compare(c._lineap);
  if (cmp == 0)
    cmp = _codart.compare(c._codart);
  return cmp;
}

// carica una riga di sheet con i dati dell'oggetto vincolo
void TCRP_line::fill_capacity_row(TToken_string& row, char load_type, bool percent)
{
  row.add(codimp(),F_CODIMPCRP -FIRST_FIELD);
  row.add(codlin(),F_CODLINCRP -FIRST_FIELD);
  row.add(TR("Capacità"),F_CODARTCRP -FIRST_FIELD);

  row.add(percent ? "%" : (load_type == '$' ? " $ " :( load_type == 'P' ? "Pz." : "ore")),F_LUM -FIRST_FIELD);

  real r,l;
  for (int bu = last(); bu > 0; bu = pred(bu))
  {
    switch (load_type)
    {
      case 'H': r = capacity(bu).human() ;  break;
      case 'M': r = capacity(bu).machine(); break;
      case 'P': r = pieces_capacity(bu);    break;
      case '$': r = ZERO;  break;
      default:  NFCHECK("Tipo di carico non riconosciuto");
    }
    if (!r.is_zero())
      row.add(percent ? "100" : r.string(), bu + F_LBUCKET0 -FIRST_FIELD); // buckets
    else
      row.add("", bu + F_LBUCKET0 -FIRST_FIELD);
  }
}

// carica una riga di sheet con i dati dell'oggetto vincolo
void TCRP_line::fill_load_row(TToken_string& row, char load_type, bool percent)
{
  row.add(codimp(),F_CODIMPCRP -FIRST_FIELD);
  row.add(codlin(),F_CODLINCRP -FIRST_FIELD);
  if (codart().blank())
    row.add(TR("Carico"),F_CODARTCRP -FIRST_FIELD);
  else
    row.add(codart(),F_CODARTCRP -FIRST_FIELD);

  row.add(percent ? "%" : (load_type == '$' ? " $ " :( load_type == 'P' ? "Pz." : "ore")),F_LUM -FIRST_FIELD);

  real c,l;
  for (int bu = last(); bu > 0; bu = pred(bu))
  {
    switch (load_type)
    {
      case 'H': 
        c = capacity(bu).human() ;   
        l = load(bu).human() ;
        break;
      case 'M': 
        c = capacity(bu).machine() ;
        l = load(bu).machine() ;
        break;
      case 'P': 
        c = pieces_capacity(bu); 
        l = load(bu).pieces() ;
        break;
      case '$': 
        c = capacity(bu).money();
        l = load(bu).money() ;
        break;
      default:
        NFCHECK("Tipo di carico non riconosciuto");
    }
    if (percent) 
      l = c.is_zero() ? ZERO : (100L * l / c);
    row.add(l.string(), bu + F_LBUCKET0 -FIRST_FIELD); // buckets
  }
}

TCapacity_load& TCRP_line::bucket(int n)
{
  TCapacity_load *o;
  o=(TCapacity_load *)_bucket.objptr(n);
  if (o==NULL)
  {
    o=new TCapacity_load();
    _bucket.add(o,n);
  }
  return *o;
}

///////////////////////////////////////////////////////////
// TCRP_lines ; carichi delle varie linee
///////////////////////////////////////////////////////////


TSortable* TCRP_lines::new_obj(const TToken_string& key) const
{
  TString8 codimp, codlin;
  TString codart;
  long codcli;
  key.get(3,codart);
  codcli = atoi(codart);
  key.get(2,codart);
  key.get(1,codlin);
  key.get(0,codimp);
  return new TCRP_line(codimp, codlin, codart, codcli);
}

TCRP_line* TCRP_lines::find(const TLinea_prod& linea_prod, const char * codart, long codcli, bool create)
{
  TString8 codimp(linea_prod.codimp());
  TString8 codlin(linea_prod.codice());
  return find(codimp, codlin ,codart, codcli, create);
}

TCRP_line* TCRP_lines::find(const char * codimp, const char * codlin, const char * codart, long codcli, bool create)
{
  _key.add(codimp,0);
  _key.add(codlin,1);
  TCRP_line * l = NULL;
  if (create && codart && *codart)
  {
    l = (TCRP_line*)find_obj(_key);
    CHECK(l,"Impossibile trovare la linea di Capacity review per un articolo");
  }
  _key.add(codart,2); // articolo
  _key.add(format("%ld",codcli),3); // cliente
  TCRP_line *s = (TCRP_line*)(create ? add_obj(_key) : find_obj(_key));
  if (create && l)
    for (int b = l->last(); b >=0; b--)
    {
      s->capacity(b).set_machine(l->capacity(b).machine());
      s->capacity(b).set_human(l->capacity(b).human());
      s->capacity(b).set_pieces(l->capacity(b).pieces());
    }
  
  return s;
}

///////////////////////////////////////////////////////////
// TMaster_code
///////////////////////////////////////////////////////////

TMaster_code::TMaster_code(const char *code, const char *liv,const char *ummaster, const real &expr, const real &leadtime, const char *codimp, const char *codlin, const char *codmag)
  : _code(code), _liv (liv), _um(ummaster), _expr(expr), _leadtime(leadtime),
    _codimp(codimp), _codlin(codlin), _codmag(codmag)  
{
}
TMaster_code::TMaster_code(const char *code, const char *liv,const char *ummaster, const real &expr, int leadtime, const char *codimp, const char *codlin, const char *codmag)
  : _code(code), _liv (liv), _um(ummaster), _expr(expr), _leadtime(format("%d",leadtime)),
    _codimp(codimp), _codlin(codlin), _codmag(codmag)  
{
}


///////////////////////////////////////////////////////////
// TMSP_line2
///////////////////////////////////////////////////////////

void TMSP_line2::add_mastercode (TMaster_code *mc)
{
  _mastercodes.add(mc);
}

TMaster_code *TMSP_line2::get_mastercode (int i)
{
  if (i>=0 && i < _mastercodes.items())
    return (TMaster_code *) _mastercodes.objptr(i);
  return NULL;
}

TMSP_line2::TMSP_line2(const TMSP_constraint &c)
{
  _constraint = new TMSP_constraint(c);
  *_constraint = c;
}


///////////////////////////////////////////////////////////
// TMSP_constraint
///////////////////////////////////////////////////////////
TString16 TMSP_constraint::_substr;
int TMSP_constraint::compare(const TSortable& s) const
{
  const TMSP_constraint& c = (const TMSP_constraint&)s;
  const long diff = _codclifor - c._codclifor;
  int cmp = diff == 0L ? 0 : (diff > 0 ? +1 : -1);
  if (cmp == 0)
  {
    cmp = _codart.compare(c._codart);
    if (cmp == 0)
    {
      cmp = _livgiac.compare(c._livgiac);
      if (cmp == 0)
      {
        cmp = _codimp.compare(c._codimp);
        if (cmp == 0)
        {
          cmp = _codlin.compare(c._codlin);
          if (cmp == 0)
            cmp = _codmag.compare(c._codmag);
        }
      }
    }
  }
  return cmp;
}


// carica una riga di sheet con i dati dell'oggetto vincolo
void TMSP_constraint::fill_sheet_row(TToken_string& row, const TMask & m, bool codes_only) 
{
  TString tipocf(m.get(F_TIPOCF));
  
  row.add(m.get_bool(F_NOCLI_IN) ? "" : tipocf,F_TIPOCF_SHEET-FIRST_FIELD);

  row.add(format("%ld", codclifor()),F_CLIENTE-FIRST_FIELD);
  row.add(articolo(),F_ARTICOLO-FIRST_FIELD);
  if (_priority != 0)
    row.add(_priority, F_PRIORITA-FIRST_FIELD);
  else
    row.add(" ",F_PRIORITA-FIRST_FIELD);

  const TString& liv = livgiac();  
  for (int l = 1; l <= 4; l++)
  {
    if (livelli_giacenza().enabled(l))
      row.add(livelli_giacenza().unpack_grpcode(liv,l),F_LIV1+l-1-FIRST_FIELD);
    else
      row.add(" ",F_LIV1+l-1-FIRST_FIELD);
  }
  
  row.add(description(),F_DESCART-FIRST_FIELD);
  row.add(codimp(),F_CODIMP-FIRST_FIELD);
  row.add(codlin(),F_CODLIN-FIRST_FIELD);

  //TString8 str = _codmag.left(3);
  row.add(codmag(), F_MAGAZZINO-FIRST_FIELD);       
  row.add(coddep(),F_DEPOSITO-FIRST_FIELD);        
  row.add(codmag_coll(), F_MAG_COLL-FIRST_FIELD);       
  row.add(coddep_coll(),F_DEP_COLL-FIRST_FIELD);        

  const TCodice_um um;
  const TQuantita qta_art(articolo(), um, ZERO);
  row.add(qta_art.um(),F_UM-FIRST_FIELD);

  if (codes_only)
    return;
  real needs=ZERO;
  const int last_buck= last();
  for (int bu = 0; bu <= last_buck; bu ++)
  {
    needs=qta(bu);
    row.add(needs.string(), bu*2+F_BUCKET0-FIRST_FIELD);
    needs=price(bu);
    row.add(needs.string(), bu*2+F_BUCKET0+1-FIRST_FIELD);
  }
  row.add(mastercodes2check() ? MASTERCODE_CHAR : ' ',F_MASTERCODE-FIRST_FIELD);
}

TMRP_docref* TMSP_constraint::first_rigaref(int buck)
{
  TMSP_record& b = _bucket_qta[buck];
  TMRP_docref* rdr=b.first_rigaref();
  return rdr;
}
TMRP_docref* TMSP_constraint::next_rigaref(int buck)
{
  TMSP_record& b = _bucket_qta[buck];
  TMRP_docref* rdr=b.next_rigaref();
  return rdr;
}
int TMSP_constraint::rigarefs(int buck)
{
  return _bucket_qta[buck].rigarefs();
}
TMRP_docref * TMSP_constraint::rigaref(int buck, int n)
{
  return _bucket_qta[buck].rigaref(n);
}
const char *TMSP_constraint::um()
{
  TToken_string key=articolo();
  key.add("1");
  return cache().get(LF_UMART,key).get("UM");
}

TMRP_docref* TMSP_constraint::add_rigaref(int buck, TString& codnum, int annodoc, long ndoc, int nrig, const char * um, const real & qta, const real &prz)
{
  TMSP_record& b = _bucket_qta[buck];
  TMRP_docref *rdr= new TMRP_docref(annodoc, codnum, ndoc, nrig, um, qta,prz);
  b.add_rigaref(rdr);
  return rdr;
}

void TMSP_constraint::add_rigaref(int buck, TMRP_docref *rdr)
{
  TMSP_record& b = _bucket_qta[buck];
  b.add_rigaref(rdr);
}

void TMSP_constraint::remove_rigaref(int buck)
{
  TMSP_record& b = _bucket_qta[buck];
  b.remove_rigaref();
}

int TMSP_constraint::find_distinta_master(const TMSP_constraint & constr, TString & master,TString & livmaster,TString & um, real & expr, TString & imp,TString & lin,TString & magdep, int fromindex)
{
  dist_tree().set_global("_LIVELLO",constr.livgiac());
  dist_tree().set_global("_IMPIANTO",constr.codimp());
  dist_tree().set_global("_LINEA",constr.codlin());
  dist_tree().set_global("_MAGDEP",constr.codmagdep());
  if (dist_tree().set_root(constr.articolo()))
  {
    TArray sons;
    dist_tree().explode(sons, FALSE, RAGGR_EXP_NONE, 1, "AV");
    TRiga_esplosione* riga;
    while (riga=(TRiga_esplosione* )sons.objptr(fromindex))
    {
      if (distinta_master(riga->articolo(), TRUE))
      {
        master = riga->articolo();
        livmaster = riga->livello();
        um  = riga->um();
        expr  = riga->val();
        return fromindex;
      }
      fromindex=sons.succ(fromindex);
    }
  }
  master.cut(0);
  return -1;
}


bool TMSP_constraint::mastercodes2check() const
{
  return _check_master;
}

void TMSP_constraint::set_mastercode_check(bool on)
{
  _check_master=on;
}

TMSP_line2 *TMSP_constraint::use_mspline2(TToken_string & row)
{
  TString16 liv;
  TString8 mag,magc,imp,lin;
  long codcli=row.get_long(F_CLIENTE-FIRST_FIELD);
  livelli_giacenza().pack_grpcode(liv, row.get(F_LIV1-FIRST_FIELD),1);
  livelli_giacenza().pack_grpcode(liv, row.get(F_LIV2-FIRST_FIELD),2);
  livelli_giacenza().pack_grpcode(liv, row.get(F_LIV3-FIRST_FIELD),3);
  livelli_giacenza().pack_grpcode(liv, row.get(F_LIV4-FIRST_FIELD),4);
  imp=row.get(F_CODIMP-FIRST_FIELD);
  lin=row.get(F_CODLIN-FIRST_FIELD);
  add_magcode(mag, row.get(F_MAGAZZINO-FIRST_FIELD));
  add_depcode(mag, row.get(F_DEPOSITO-FIRST_FIELD));
  add_magcode(magc, row.get(F_MAG_COLL-FIRST_FIELD));
  add_depcode(magc, row.get(F_DEP_COLL-FIRST_FIELD));
  codcli=row.get_long(F_CLIENTE-FIRST_FIELD);
  TMSP_line mspline(codcli, articolo(), liv, imp, lin, mag, magc);
  for (int b= 0 ; b< LAST_BUCKET ; b++)
  {
    real q(row.get(F_BUCKET0+b*2-FIRST_FIELD));
    mspline.qta(b) = q;
  }
  return use_mspline2(mspline);
}


TMSP_line2 *TMSP_constraint::use_mspline2(TMSP_constraint &line)
{
  TMSP_line2 *a=NULL;
  if (_lines2)
  {
    for (int i=_lines2->items()-1; i>=0 && a==NULL; i--)
    {
      a=(TMSP_line2 *) _lines2->objptr(i);
      if (a->constraint() != line)
        a=NULL;
    }
  }
  if (a == NULL)
  {
    TString master;
    TString4 ummaster;
    TString16 livmaster;
    TString8 impmaster(codimp()), linmaster(codlin()),magmaster(codmagdep());
    real expr;
    int dm=0;
    while ((dm=find_distinta_master(line, master, livmaster, ummaster, expr, impmaster, linmaster, magmaster,dm)+1) >0)
    {
      if (a == NULL)
      {
        a = new TMSP_line2(line);
        if (!_lines2) _lines2 = new TArray();
        _lines2->add(a);
      }
      a->add_mastercode(new TMaster_code (master, livmaster, ummaster, expr, cache().get(LF_ANAMAG,master).get_real(ANAMAG_GIORNIRIOR), codimp(), codlin(), codmagdep()));
    }
  }
  if (a)
  {
    a->set_use(TRUE);
    a->constraint() = line;
  }
  return a;
}

void TMSP_constraint::reset_unused_line2()
{
  if (_lines2)
  {
    TMSP_line2 *a;
    for (int i=_lines2->items()-1; i>=0; i--)
    {
      a=(TMSP_line2 *) _lines2->objptr(i);
      a->set_use(FALSE);
    }
  }
}

TMSP_line2 * TMSP_constraint::get_unused_line2()
{
  if (_lines2)
  {
    TMSP_line2 *a;
    for (int i=_lines2->items()-1; i>=0; i--)
    {
      a=(TMSP_line2 *) _lines2->objptr(i);
      if (!a->used())
        return a;
    }
  }
  return NULL;
}

void TMSP_constraint::discard_line2(TMSP_line2 * l)
{
  if (_lines2)
  {
    TMSP_line2 *a;
    int i=_lines2->items(); 
    while (--i>=0)
    {
      a=(TMSP_line2 *) _lines2->objptr(i);
      if (a==l)
      {
        _lines2->destroy(i,TRUE);
        break;
      }
    }
  }
}

// cerca ed eventualmente aggiunge la linea di articolo non-Master nell'elenco
// degli articoli "upper", ovvero vincolanti per questo articolo Master
TMSP_constraint * TMSP_constraint::add_upperline(const TMSP_constraint& mc)
{
  TMSP_constraint * upl;
  if (_upperlines == NULL)
    _upperlines = new TMSP_constraints();
  if (_upperlines->items()==0)
  {
    // aggiunge se stesso
    upl=_upperlines->find(codclifor(), articolo(), livgiac(), 
        codimp(),codlin(),codmagdep(),TRUE);
    *upl=*this;
  }
  return _upperlines->find(mc.codclifor(), mc.articolo(), mc.livgiac(), 
      mc.codimp(),mc.codlin(),mc.codmagdep(),TRUE);
}

TMSP_constraint* TMSP_constraint::get_upperline(TMSP_constraint& mc)
{
  if (_upperlines)
    return _upperlines->find(mc.codclifor(), mc.articolo(), mc.livgiac(), 
          mc.codimp(),mc.codlin(),mc.codmagdep(),FALSE);
  else 
    return NULL;
}

TMSP_constraint & TMSP_constraint::operator=(const TMSP_constraint & line)
{ 
 _codclifor=line.codclifor();
 _codart=line.articolo();
 _livgiac=line.livgiac(); 
 _codimp=line.codimp();
 _codlin=line.codlin();
 _codmag=line.codmagdep();    
 _codmag_coll=line.codmagdep_coll();    
 _on_sheet=_on_sheet;
 _descr=line.description();
 _bucket_qta=line._bucket_qta;
 return *this;
}


TMSP_constraint::TMSP_constraint(long cliente,
                                 const TCodice_articolo& codart, 
                                 const TString& giac, 
                                 const TString& imp,
                                 const TString& lin,
                                 const TString& mag,
                                 const TString& magc)
: _codclifor(cliente), _codart(codart), _livgiac(giac), 
  _codimp(imp), _codlin(lin), _codmag(mag), _codmag_coll(magc),_on_sheet(FALSE),_check_master(FALSE), _upperlines(NULL), _lines2(NULL), _priority(0)

{ }

TMSP_constraint::TMSP_constraint(const TMSP_constraint & line)
: _codclifor(line.codclifor()), _codart(line.articolo()), _livgiac(line.livgiac()), 
  _codimp(line.codimp()), _codlin(line.codlin()), _codmag(line.codmagdep()), _codmag_coll(line.codmagdep_coll()),
  _descr(line.description()), _on_sheet(FALSE), _check_master(FALSE), _upperlines(NULL), _lines2(NULL), _priority(0)
{
}

TMSP_constraint::~TMSP_constraint()
{
  if (_lines2) delete _lines2;
  if (_upperlines) delete _upperlines;
}

///////////////////////////////////////////////////////////
// TMSP_constraints
///////////////////////////////////////////////////////////

TSortable* TMSP_constraints::new_obj(const TToken_string& key) const
{
  long             cli; key.get(0, cli);
  TCodice_articolo art; key.get(1, art); art.trim();
  TString16        gia; key.get(2, gia); gia.trim();
  TString8         imp; key.get(3, imp); imp.trim();
  TString8         lin; key.get(4, lin); lin.trim();
  TString8         mag; key.get(5, mag); mag.trim();
  return new TMSP_constraint(cli, art, gia, imp, lin, mag, "");
}

TMSP_constraint* TMSP_constraints::find(long cliente,
                                        const TString& art,
                                        const TString& gia,
                                        const TString& imp,
                                        const TString& lin,
                                        const TString& mag,
//                                        const TString& magc,
                                        bool create)
{
  _key.format("%ld", cliente);
  _key.add(art);_key.trim();
  _key.add(gia);_key.trim();
  _key.add(imp);_key.trim();
  _key.add(lin);_key.trim();
  _key.add(mag);_key.trim();
//  _key.add(magc);_key.trim();
  TSortable* s = create ? add_obj(_key) : find_obj(_key);
  TMSP_constraint *c=(TMSP_constraint*)s;
  if (create)
  {
    if (c->description().blank())
      c->set_description(cache().get(LF_ANAMAG,art).get("DESCR"));
  }
  return c;
}

TMSP_constraint* TMSP_constraints::find(const TToken_string& row, bool create)
{
  TString80 str,giaclev;
  _key.cut(0);
  
  for (int i = 0; i <= 11; i++)
  {
    row.get(i, str);
    str.trim();
    switch (i+FIRST_FIELD)
    {
      case  F_LIV1: 
      case  F_LIV2:
      case  F_LIV3: 
        livelli_giacenza().pack_grpcode(giaclev, str, i+FIRST_FIELD-F_LIV1+1);    break;
      case  F_LIV4:  
        livelli_giacenza().pack_grpcode(giaclev, str, 4);    
        _key.add(giaclev);
        break; // Concatena i livelli 
      case  F_MAGAZZINO:
//      case  F_MAG_COLL:
        _key.add(str);
        row.get(i+1, str);
        _key << str; 
        break; // Concatena magazzini e depositi
      case  F_CLIENTE: 
        if (str.blank()) str = "0";
      case  F_ARTICOLO:
      case  F_CODIMP:
      case  F_CODLIN:
        _key.add(str); break;           // Aggiungi normalmente
    }
    _key.trim();
  }
  TSortable* s = create ? add_obj(_key) : find_obj(_key);
  TMSP_constraint *c=(TMSP_constraint*)s;
  if (create)
  {
    if (c->description().blank())
    {
      row.get(F_ARTICOLO, str);
      c->set_description(cache().get(LF_ANAMAG,str).get("DESCR"));
    }
  }
  return c;
}



//////////////////////////////////////////////////////////
// TMSP_line
///////////////////////////////////////////////////////////


void TMSP_line::fill_sheet_row(TToken_string& row, const TMask & m, bool codes_only) 
{
  TMSP_constraint::fill_sheet_row(row, m, codes_only);  
  row.add(m.get(F_TIPOCF),F_TIPOCF_SHEET-FIRST_FIELD);
}

TMSP_line::TMSP_line(long cliente, const TCodice_articolo& codart, 
                     const TString& giac, const TString& imp,                 
                     const TString& lin, const TString& mag, const TString& magc)
         : TMSP_constraint(cliente, codart, giac, imp, lin, mag, magc)
{ }

TMSP_line::TMSP_line(TMSP_constraint & cons)
:TMSP_constraint(cons)
{ }
TMSP_line::TMSP_line(TMSP_line & line)
:TMSP_constraint((TMSP_constraint &)line)
{ 
}

///////////////////////////////////////////////////////////
// TMSP_lines
///////////////////////////////////////////////////////////

TSortable* TMSP_lines::new_obj(const TToken_string& key) const
{ 
  long cliente; key.get(0, cliente);
  TCodice_articolo art; key.get(1, art); art.trim();
  TString gia; key.get(2, gia); gia.trim();
  TString imp; key.get(3, imp); imp.trim();
  TString lin; key.get(4, lin); lin.trim();
  TString mag; key.get(5, mag); mag.trim();
  TString magc; key.get(6, magc); magc.trim();
  return new TMSP_line(cliente, art, gia, imp, lin, mag, magc);  
}

TMSP_line* TMSP_lines::find(long cliente, 
          const TString& art, 
            const TString& gia, const TString& imp, const TString& lin, 
              const TString& mag, const TString& magc, 
                bool create)
{ 
  _key.format("%ld", cliente);
  _key.add(art);
  _key.add(gia);
  _key.add(imp);
  _key.add(lin);
  _key.add(mag);
  _key.add(magc);
  TSortable* s = create ? add_obj(_key) : find_obj(_key);
  return (TMSP_line*)s;
}

TMSP_line* TMSP_lines::find(const TToken_string& row, bool create)
{
  TString80 str,giaclev;
  _key.cut(0);
  
  for (int i = 0; i <= 13; i++)
  {
    row.get(i, str);
    str.trim();
    switch (i+FIRST_FIELD)
    {
      case  F_LIV1: 
      case  F_LIV2:
      case  F_LIV3: 
        livelli_giacenza().pack_grpcode(giaclev, str, i+FIRST_FIELD-F_LIV1+1);    break;
      case  F_LIV4:  
        livelli_giacenza().pack_grpcode(giaclev, str, 4);    
        giaclev.trim();
        _key.add(giaclev);
        break; // Concatena i livelli 
      case  F_MAGAZZINO:
      case  F_MAG_COLL:
        _key.add(str);
        row.get(i+1, str);
        str.trim();
        _key << str; 
        break; // Concatena magazzini e depositi
      case  F_DEPOSITO:
      case  F_DEP_COLL:
        break; // Ignora (vedi sopra)
      case  F_CLIENTE: 
        if (str.blank()) str = "0";
      case  F_ARTICOLO:
      case  F_CODIMP:
      case  F_CODLIN:
        _key.add(str); break;           // Aggiungi normalmente
    }
  }
  TSortable* s = create ? add_obj(_key) : find_obj(_key);
  return (TMSP_line*)s;
}

///////////////////////////////////////////////////////////
// TPlan_docs
///////////////////////////////////////////////////////////

TSortable* TPlan_docs::new_obj(const TToken_string& key) const
{
  TString8 codnum;  key.get(0, codnum);
  int anno; key.get(1, anno);
  long num; key.get(2, num);
  
  TDocumento* doc = new TDocumento('D', anno, codnum, num);
  doc->head().put(DOC_TIPODOC, _doc);
  doc->head().put(DOC_CAUSMAG, doc->tipo().caus_mov());
  return doc;
}

TDocumento& TPlan_docs::find(TMRP_docref * rdr)
{
  if (rdr)
    _key.format("%s|%d|%ld",(const char *)rdr->codnumdoc(), rdr->annodoc(), rdr->numdoc());
  else
    _key = " |0|0";
  return *(TDocumento*)add_obj(_key); 
}

TRiga_documento& TPlan_docs::add_to_row(TMRP_docref * rdr, const real& qta)
{
  CHECK(rdr,"TPlan_docs::add_to_row :passare un rigaref fvalido");
  TDocumento& doc = find(rdr);
  int riga = rdr->numrig();
  if (riga <= 0 || riga > doc.physical_rows())
  {
    TRiga_documento& r = doc.new_row(_rig);
    riga = r.get_int(RDOC_NRIGA);
    rdr->set_numrig(riga);
  }
  TRiga_documento& rdoc = doc[riga];
  real val = rdoc.get(RDOC_QTA);
  val += qta;
  if (val <= ZERO)  
    val = ZERO;
  rdoc.put(RDOC_QTA, val);
  rdr->set_qta_residua(val);

  return rdoc;
}

long TPlan_docs::flush(const TDate& data, const char * codart)
{
  const long tot = items();
  long retv=tot;
  if (tot > 0L)
  {
    TString msg;
    msg << TR("Registrazione dei documenti di planning");
    if (codart)
      msg << TR(" articolo ") << codart;
    if (data.ok())
      msg << TR(" per il ") << data;
    TProgind pi(tot, msg, FALSE, TRUE);
    TLocalisamfile lfdoc(LF_DOC);
    for (long d = 0; d < tot; d++)
    {
      pi.addstatus(1);
      TDocumento& doc = (TDocumento&)find_obj(d);
      lfdoc.curr() = doc.head();
      int err = lfdoc.read(_isequal, _lock);
      if (err == _iseof || err == _iskeynotfound || err == NOERR)
      {
        for (int r = doc.physical_rows(); r > 0; r--)
        {
          const TRiga_documento& riga = doc[r];
          if (riga.is_articolo() && riga.quantita() == ZERO)
            doc.destroy_row(r, TRUE);
        }
        if (doc.physical_rows())
        {
          if (err == NOERR)
            err = doc.rewrite(lfdoc);
          else
            err = doc.write(lfdoc) ;
        }
        else
          err = doc.remove(lfdoc);
      } 
      if (err != NOERR)
      {
        error_box(FR("Impossibile riscrivere il documento del %d %s %ld"),(int)doc.anno(), (const char *)doc.numerazione(),(long)doc.numero());
        retv=-1;
      }
    }
    destroy();
  }
  return retv;
}

TPlan_docs::TPlan_docs(const char* num, const char* tip, const char* rig)
          : _num(num), _doc(tip), _rig(rig)
{
}

bool distinta_master(const char *code, bool is_son)
{
  const TRectype &rec=cache().get(LF_DIST,code);
  if (rec.empty()) 
    return !is_son;
  return rec.get_bool("MASTER");
}

///////////////////////////////////////////////////////////
// Sheet ordini / commessse
///////////////////////////////////////////////////////////
void TLista_dettagli::set_bucket(int b)
{
  _curr_bucket=b;
  reset_parked();
}

bool TLista_dettagli::reset_bucket_field()
{
  int b = 0;
  while (b <= LAST_BUCKET && get_items(b)==0)
    b++;
  TMask_field & f=field(FIRST_FIELD);
  f.set(format("%d",b <= LAST_BUCKET ? b : 0));
  bucket_handler(f, K_SPACE);
  return b <= LAST_BUCKET;
}

bool TLista_dettagli::bucket_handler(TMask_field & f, KEY key)
{
  if (key == K_SPACE)
  {
    TLista_dettagli &m = (TLista_dettagli &)f.mask();
    const int buck=atoi(f.get());
    if (m.curr_bucket() != buck)
    {
      m.set_bucket(buck);
      int week1=0,week2=0, year1=0, year2=0;
      TDate d;
      if (buck>0)
      {
        d = m._from;
        d += (buck - 1) * m._bucksize;
        if (m._bucksize == 31) // mese solare
          d.set_day(1);
        TPlanning_mask::get_week_year(d, week1, year1);
      }
      m.set(FIRST_FIELD+1, d.string());
      if (buck == LAST_BUCKET)
        d = NULLDATE;
      else
      {
        d = m._from;
        d +=  (buck - 1) * m._bucksize;
        if (m._bucksize == 31) // mese solare
          d.set_end_month();
        else
          d +=  m._bucksize-1;
        TPlanning_mask::get_week_year(d, week2, year2);
      }
      m.set(FIRST_FIELD+2, d.string());
      TString ws;
      if (week1)
      {
        ws << (week2 ? "" : ">=");
        ws << week1;
        if (year1 != year2)
          ws << "/" << year1;
      } else
        ws << "<=";
      if (week2)
      {
        if (week1 != week2 || year1 != year2)
        {
          if (week1)
            ws << "-";
          ws << week2;
        }
        ws << "/" << year2;
      }
      m.set(FIRST_FIELD+3, format("%s",(const char *)ws));
      m.select(0);
      m.force_update();
    }
  }
  return TRUE;
}

void TLista_dettagli::init(const char * title, const TDate& fromdate, int bucketsize)
{
  _curr_bucket = -1;
  _from = fromdate;
  _bucksize = bucketsize;
  TMask_field &f= add_list(FIRST_FIELD,0,"Bucket ",1,0,2,"","0|1|2|3|4|5|6|7|8|9|10|11|12|13","0|1|2|3|4|5|6|7|8|9|10|11|12|13");
  f.set_handler(bucket_handler);
  add_date(FIRST_FIELD+1,0,TR("Dal "),16,0,"D");
  add_date(FIRST_FIELD+2,0,TR("al "),33,0,"D");
  add_string(FIRST_FIELD+3,0,TR("Settimana "),49,0,15,"D");
}

TLista_dettagli::TLista_dettagli(const char * title, const TDate& fromdate, int bucketsize, const char * head) : 
  TSheet(-1, 5, 80, 15, title, head,0,2)
{
  init(title, fromdate, bucketsize); 
}


void TLista_docref::get_row(long r, TToken_string& row) 
{ 
  row.cut(0);
  if (r < _line->rigarefs(curr_bucket()))
  {
    TMRP_docref * rdr=_line->rigaref(curr_bucket(),(int)r);
    if (rdr)
    {
      const TRectype& doc = rdr->get_doc();
      const TRectype& rdoc = rdr->get_rdoc();

      row.add(" ");
      row.add(rdr->annodoc());
      row.add(rdr->codnumdoc());
      row.add(rdr->numdoc());
      row.add(rdr->numrig());
      const TDate dc(rdoc.get(RDOC_DATACONS));
      row.add(dc.ok() ? dc : doc.get_date(RDOC_DATACONS));
      row.add(rdoc.get(RDOC_UMQTA));
      real q(rdoc.get_real(RDOC_QTA));
      row.add(q.string("#######@,@@@"));
      q -= rdoc.get_real(RDOC_QTAEVASA);
      row.add(q.string("#######@,@@@"));
      //const char statodef=cache().get("%TIP",doc.get(DOC_TIPODOC)).get("S2")[1];
      row.add(doc.get(DOC_STATO));
      row.add(rdoc.get(RDOC_DAANNO));
      row.add(rdoc.get(RDOC_DACODNUM));
      row.add(rdoc.get(RDOC_DANDOC));
      enable_row(r);
    }
  } 
  else
  {
    row = "|||||||";
    row.add(_line->qta(curr_bucket()).string("#######@,@@@"));
    disable_row(r);
  }
}

bool TLista_docref::edit_checked()
{
  for (long r=0; r < items()-1; r++) if (checked(r))
  {
    TFilename ininame;
    ininame.temp();
    ininame.ext("ini");
    {
      TConfig action(ininame);
      action.set("Action","MODIFY","Transaction");
      action.set_paragraph(format("%d",LF_DOC));
      TToken_string & rw = row(r);
      action.set("PROVV","D");
      action.set("ANNODOC",rw.get(1));
      action.set("CODNUM",rw.get(2));
      action.set("NDOC",rw.get(3));
    }
    TExternal_app editdoc(format("VE0 -1 -i%s",(const char *)ininame));
    editdoc.run();
    remove(ininame);
    // aggiungere qui il feedback sulla rigaref; per ora c'e' un brutale
    /*
      TConfig action(ininame);
      TMRP_docref * rdr=_line->rigaref(_curr_bucket,(int)r);
    */
  }
  return TRUE;
}

long TLista_docref::get_items(int b) const 
{
  if (b >= 0 && _line->rigarefs(b))
    return _line->rigarefs(b)+1;
  return 0L;
}


TLista_docref::TLista_docref(TMSP_constraint * l, const char * title, TDate fromdate, int bucketsize) 
             : TLista_dettagli(title, fromdate, bucketsize,
         "@1|Anno|CodNum|Numero|Riga|Consegna@10|UM|Q.ta totale@12|Q.ta residua@12|Stato|Da Anno|Da CodNum|Da NDoc"),
         _line (l)
{
  _r= new TRelation(LF_RIGHEDOC);
  _r->add(LF_DOC,"PROVV==PROVV|CODNUM==CODNUM|ANNO==ANNO|NDOC==NDOC");
  enable_check();
  reset_bucket_field();
  // PRESET bucket
}

TLista_docref ::~TLista_docref () 
{
  if (_r) delete _r;
}

const char *TLista_mastercodes::header()
{
  static TToken_string h;
  h = HR("@1|Articolo@20");
  for (int l = 1; l <= livelli_giacenza().last_level() ; l++)
    h << "|" << livelli_giacenza().name(l) << "@" << livelli_giacenza().code_length(l) ;
  h.add(TR("Impianto"));
  h.add(HR("Linea|Cod.Mag.|UM|Quantita'@12|Consegna"));
  return h;
}

TLista_mastercodes::TLista_mastercodes(TMSP_constraint *c, TToken_string &l, TDate fromdate, int bucketsize):
  TLista_dettagli(TR("Articoli Master interessati"), fromdate, bucketsize, header())
{
  _line_art = c->use_mspline2(l);
}
void TLista_mastercodes::get_row(long r, TToken_string& row)
{
  TMaster_code *mc;
  if (mc = _line_art->get_mastercode(int(r)))
  {
    row = " ";
    row.add(mc->articolo());
    for (int l = 1; l <= livelli_giacenza().last_level() ; l++)
      row.add(livelli_giacenza().unpack_grpcode(mc->livello(),l));
    row.add(mc->codimp());
    row.add(mc->codlin());
    row.add(mc->codmagdep());
    row.add(mc->um());
    real e = mc->expr();
    e *= _line_art->constraint().qta(curr_bucket());
    row.add(e.string("#######@,@@@"));
    TDate d = get_date(FIRST_FIELD+2);
    d -= long(mc->leadtime().integer());
    row.add(d.string());
  }
}
long TLista_mastercodes::get_items(int b) const
{
  if (_line_art)
    if (b >= 0 && b < LAST_BUCKET && !_line_art->constraint().qta(b).is_zero())
      return _line_art->mastercodes();
  return 0L;
}

const char *TLista_upperlines::header()
{
  static TToken_string h;
  h = HR("@1|Articolo@20");
  for (int l = 1; l <= livelli_giacenza().last_level() ; l++)
    h << "|" << livelli_giacenza().name(l) << "@" << livelli_giacenza().code_length(l) ;
  h.add(HR("Impianto|Linea|Mag.|Dep.|UM|Quantita'@12"));
  return h;
}

TLista_upperlines::TLista_upperlines(TMSP_constraint *l, TDate fromdate, int bucketsize):
  TLista_dettagli(TR("Vincoli da articoli non Master"), fromdate, bucketsize,header())
{
  _line = l;
}
void TLista_upperlines::get_row(long r, TToken_string& row)
{
  TMSP_constraint&  c = (*_line->upperlines())[r+1];
  row = " ";
  row.add(c.articolo());
  for (int l = 1; l <= livelli_giacenza().last_level() ; l++)
    row.add(livelli_giacenza().unpack_grpcode(c.livgiac(),l));
  row.add(c.codimp());
  row.add(c.codlin());
  row.add(c.codmag());
  row.add(c.coddep());
  row.add(c.um());
  row.add(c.qta(curr_bucket()).string("#######@,@@@"));
}
long TLista_upperlines::get_items(int b) const
{
  if (_line->upperlines())
    if (b >= 0 && !_line->qta(b).is_zero())
      return _line->upperlines_items()-1;
  return 0L;
}