#ifndef _F1LIB_H_
#define _F1LIB_H_

#include "strings.h"
#include "reputils.h"
#include "tsdb.h"

#define FILE_CONFIG   CONFIG_DITTA
#define FILE_SECTION  "f1"
#define F1_INIREGCONT "cg2_"
#define F1_CAUS       "caus"
#define LOG_MSG       0
#define LOG_WARN      1
#define LOG_ERR       2

enum err_cont
{
  no_codcaus      = -1,
  no_selected     = -2,
  is_already_cont = -3,
  cancel          = -4,
  forn_err        = -5,   // Manca un codice fornitore
  is_ready        = 0,
  no_err          = 1
};

typedef struct _prot_s
{
  const char* tipo;
  const char* num;
  int         anno;
} prot_s;


/** \class TFppro
 * Tutti i metodi che settano le chiavi, possono fallire principalmente per due motivi:
 * 1) Possibile SQL Injection;
 * 2) Chiavi settate non valide (una delle tre e' vuota).
 */
class TFppro : public TObject
{
  TToken_string _keys;
  SSimple_query* _db;
  bool    _keys_setted;
  bool    _is_set;  // Query is setted
  TString _fppro_query;
  TString _last_error;

  bool sql_inj(TToken_string& keys);
public:
  const char* where_str();

  bool  check_reg(TToken_string& keys, int numreg);
  // Se un mov. registrato non e' collegato all'FPPRO cerco di capire qual'e`
  bool  guess_the_doc(const TLocalisamfile& mov);
  // Getters
  const char* get_keys_fppro();
  long        get_numreg();
  long        get_numreg(TToken_string& keys);
  long        get_codforn();
  TDate       get_datareg();
  TDate       get_datareg(TToken_string& keys);
  real        get_ritenute();
  TDate       get_data_first_doc() const;
  TDate       get_dataorarioric();
  long        get_numregcont();


  TString get_last_error(bool clear = true);
  // Setters
  bool    set_query();
  TFppro& set_keys(TToken_string& keys);

  bool associa_mov(long numreg);
	const TString & get_tipoprot();
	const TString & get_numprot();
	const TString & get_annoprot();
	const TString & get_dataoraric();
	const TString & get_tipodoc();
	const TString & get_numdoc();
	TDate get_data_doc();

	TFppro();
  TFppro(TToken_string& keys) : TFppro() { set_keys(keys); }
};

class TProtocollo : TObject
{
  TString _tipoprot;
  TString _progres;
  int     _year{};

public:
  TProtocollo() = default;
  TProtocollo(const int year, const char* tipoprot, const char* progres) : _tipoprot(tipoprot), _progres(progres), _year(year) { }

  void set(const TProtocollo& prot);
  void sset(const char*  prot);
  const TString&  get_prot_str() const;
  prot_s    get_prot();

  int       get_year() const  { return _year; }
  const TString&  get_tipoprot() const { return _tipoprot; }
  const TString&  get_progres()  const { return _progres; }
  const TString& prot_in(int year, const char* tipoprot, const char* progres) const;
};

class TF1_log : public TLog_report
{
public:
  TF1_log() : TLog_report("Stato contabilizzazione:") {}
  bool show_log() { export_text("f1_cg.log", 0, false);  return preview(); }
};

TFppro&      fppro_db();

const char* get_ini_codcaus();
const char* get_codcaus(const char * tipodoc, long codcf);
bool        get_endatareg();
const TString & get_datainireg();
const TString &    get_dataendreg();
bool        get_periodprec(); 

void        set_ini_codcaus(const TString& codcaus);
void        set_endatareg(bool enable);
void        set_datainireg(const TString& date);
void        set_dataendreg(const TString& date);
void        set_periodprec(bool flag);

// Controlla se il "cod_caus" e' per Fatture d'acquisto o Note Credito d'Acquisto
bool        check_causale(const TString& cod_caus, bool acq = true);
// Controlla se il "cod_caus" ha come "tipo_doc" FA o NC (di acquisto)
bool        check_causale(const TString& cod_caus, const TString& tipo_doc, bool acq = true);
bool        check_caus_has_rit(const TString& cod_caus, int year = 0);
void        run_cont_ini(bool liq);

#endif // _F1LIB_H_