de3cf1b76f
Files correlati : ca?.exe Ricompilazione Demo : [ ] Commento : Aggiunto supporto per la creazione di campi analitici dinamicamente sulle pagine successive alla prima git-svn-id: svn://10.65.10.50/trunk@12965 c028cbd2-c16b-5b4b-a496-9718f37d4682
422 lines
10 KiB
C++
Executable File
422 lines
10 KiB
C++
Executable File
#include <automask.h>
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#include <recarray.h>
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#include <relapp.h>
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#include "ca0800a.h"
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#include "calib01.h"
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#include "rrip.h"
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///////////////////////////////////////////////////////////
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// TRiparti_msk
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///////////////////////////////////////////////////////////
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class TRiparti_msk : public TAutomask
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{
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protected:
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virtual bool on_field_event(TOperable_field& o, TField_event e, long jolly);
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int create_sheet_fields(int lf, int& y, short& dlg);
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void create_sheet();
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public:
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TRiparti_msk();
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};
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bool TRiparti_msk::on_field_event(TOperable_field& o, TField_event e, long jolly)
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{
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switch (o.dlg())
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{
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case F_TIPORIP:
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if (e == fe_init || e == fe_modify)
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{
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TSheet_field& sf = sfield(F_SHEET);
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TMask& sm = sf.sheet_mask();
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const int t = atoi(o.get());
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sm.show(101, t < 2); // Percentuale
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sm.show(201, t == 2); // Parti
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sm.enable(101, t != 1);
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sf.enable_column(0, t != 1);
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sf.force_update();
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}
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if (e == fe_close && atoi(o.get()) == 0)
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{
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TSheet_field& sf = sfield(F_SHEET);
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real tot;
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FOR_EACH_SHEET_ROW(sf, i, row)
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tot += real(row->get(0));
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tot.round(2);
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if (tot != CENTO)
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return error_box(TR("Il totale delle percentuali di riparto deve essere 100"));
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}
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break;
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case F_SHEET:
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if (e == fe_init)
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{
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TSheet_field& sf = sfield(F_SHEET);
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TMask& sm = sf.sheet_mask();
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const bool on = get(F_TIPO)[0] != 'C';
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for (short id = 202; id < 214; id++)
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{
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if (sm.id2pos(id) > 0)
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{
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sf.enable_column(id, on);
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sm.enable(id, on);
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}
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if (sm.id2pos(id+50) > 0)
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sm.enable(id+50, on);
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}
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}
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break;
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default:
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if (e == fe_modify || e == fe_close)
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{
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/*
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const short id = o.dlg();
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int level = -1;
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if (id >= 202 && id <= 217)
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{
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level = (o.dlg()-202) % 4;
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} else
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if (id >= F_CODCDC_1 && id <= F_CODCDC_4)
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{
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level = id-F_CODCDC_1;
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} else
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if (id >= F_CODCMS_1 && id <= F_CODCMS_4)
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{
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level = id-F_CODCMS_1;
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}
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if (level >= 0)
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{
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TEdit_field& fld = (TEdit_field&)o;
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return ca_test_multilevel_field(fld, level);
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}
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*/
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}
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break;
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}
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return true;
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}
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int TRiparti_msk::create_sheet_fields(int lf, int& y, short& dlg)
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{
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TSheet_field& sf = sfield(F_SHEET);
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TMask& sm = sf.sheet_mask();
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const int h = ca_create_fields(sm, 0, lf, 1, y, dlg, dlg+50);
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for (int i = 0; i < h; i++)
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{
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TEdit_field& fld = sm.efield(dlg+i);
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int logic = lf;
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if (logic == LF_FASI)
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{
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const TMultilevel_code_info& fasinfo = ca_multilevel_code_info(LF_FASI);
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if (fasinfo.parent() != 0)
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{
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const TMultilevel_code_info& parinfo = ca_multilevel_code_info(fasinfo.parent());
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if (i < parinfo.levels())
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logic = fasinfo.parent();
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}
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}
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if (logic == LF_PCON)
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{
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const TFieldref* f = fld.field();
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const TString16 fieldname = f->name();
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if (fieldname == "GRUPPO")
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fld.set_field("CODCONTO[1,3]"); else
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if (fieldname == "CONTO")
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fld.set_field("CODCONTO[4,6]"); else
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if (fieldname == "SOTTOCONTO")
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fld.set_field("CODCONTO[7,12]");
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}
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else
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{
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const char* fieldname = NULL;
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switch(logic)
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{
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case LF_CDC : fieldname = RRIP_CODCOSTO; break;
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case LF_COMMESSE: fieldname = RRIP_CODCMS; break;
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case LF_FASI : fieldname = RRIP_CODFASE; break;
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default : fieldname = RRIP_CODCONTO; break;
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}
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TFieldref* f = (TFieldref*)fld.field();
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f->set_name(fieldname);
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}
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}
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y += h+1;
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dlg += h;
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return h;
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}
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void TRiparti_msk::create_sheet()
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{
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TSheet_field& sf = sfield(F_SHEET);
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TMask& sm = sf.sheet_mask();
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sm.hide(-1);
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const TMultilevel_code_info& fasinfo = ca_multilevel_code_info(LF_FASI);
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TConfig_anal ini;
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int y = 1;
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short dlg = 202;
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for (int i = 0; i < 2; i++)
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{
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const TString& level = ini.get("Level", NULL, i+1); // Legge il livello 1 o 2
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if (level == "CDC") // Crea centro di costo
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{
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if (fasinfo.parent() == LF_CDC)
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create_sheet_fields(LF_FASI, y, dlg);
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else
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create_sheet_fields(LF_CDC, y, dlg);
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} else
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if (level == "CMS") // Crea commessa
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{
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if (fasinfo.parent() == LF_COMMESSE)
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create_sheet_fields(LF_FASI, y, dlg);
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else
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create_sheet_fields(LF_COMMESSE, y, dlg);
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}
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}
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if (fasinfo.levels() > 0 && fasinfo.parent() <= 0)
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create_sheet_fields(LF_FASI, y, dlg);
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const bool use_pdc = ini.get_bool("UsePdcc");
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create_sheet_fields(use_pdc ? LF_PCON : LF_PCONANA, y, dlg);
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for (short id = 217; id >= 202; id--)
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{
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const int pos = sm.id2pos(id);
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if (pos >= 0)
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{
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TMask_field& f = sm.fld(pos);
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const int size = f.size();
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const TString& prompt = f.prompt();
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sf.set_column_header(id, prompt);
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sf.set_column_justify(id, f.is_kind_of(CLASS_REAL_FIELD));
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sf.set_column_width(id, (max(3+size, prompt.len()+1)) * CHARX);
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}
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else
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{
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sf.delete_column(id);
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}
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}
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}
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TRiparti_msk::TRiparti_msk() : TAutomask("ca0800a")
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{
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TConfig_anal ini;
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// Crea gli eventuali campi per commessa e centro di costo
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int y = 5;
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for (int i = 0; i < 2; i++)
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{
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const char* prompt = NULL;
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int h = 0;
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const TString& level = ini.get("Level", NULL, i+1); // Legge il livello 1 o 2
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if (level == "CDC") // Crea centro di costo
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{
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h = ca_create_fields(*this, 0, LF_CDC, 2, y, F_CODCDC_1, F_DESCDC_1);
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prompt = TR("@bCentro di costo");
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} else
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if (level == "CMS") // Crea commessa
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{
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h = ca_create_fields(*this, 0, LF_COMMESSE, 2, y, F_CODCMS_1, F_DESCMS_1);
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prompt = TR("@bCommessa");
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}
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if (prompt != NULL) // Crea groupbox
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{
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const int last = fields()-1;
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for (int j = 0; j < 2*h; j++)
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fld(last-j).set_group(2);
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h += 2;
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TGroup_field& grp = add_groupbox(F_LEVEL_1+i, 0, prompt, 1, y-1, 78, h);
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grp.set_group(2);
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y += h;
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}
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}
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create_sheet();
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}
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///////////////////////////////////////////////////////////
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// TRiparti_app
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///////////////////////////////////////////////////////////
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class TRiparti_app : public TRelation_application
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{
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TRelation* _rel;
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TRiparti_msk* _msk;
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virtual const char * extra_modules() const {return "cm";} //funziona anche con autorizzazione CM
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const TString& somma_campi(TToken_string& row, int first, bool pdc = false) const;
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void write_rows();
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void spezza_campo(const TString& str, TToken_string& row, int first) const;
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void read_rows();
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protected:
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virtual bool user_create();
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virtual bool user_destroy();
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virtual int write(const TMask& m);
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virtual int rewrite(const TMask& m);
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virtual int read(TMask& m);
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virtual TRelation* get_relation() const { return _rel; }
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virtual TMask* get_mask(int) { return _msk; }
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};
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const TString& TRiparti_app::somma_campi(TToken_string& row, int first, bool pdc) const
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{
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TSheet_field& sheet = _msk->sfield(F_SHEET);
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TMask& m = sheet.sheet_mask();
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const short id = 201 + first;
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TString& str = get_tmp_string(20);
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for (int i = 0; i < 4; i++)
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{
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TString80 token = row.get(first+i);
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if (m.id2pos(id+i) < 0)
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break;
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const TEdit_field& fld = m.efield(id+i);
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if (pdc)
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token.right_just(fld.size(), '0');
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else
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token.left_just(fld.size());
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str << token;
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}
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return str;
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}
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void TRiparti_app::spezza_campo(const TString& str, TToken_string& row, int first) const
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{
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TSheet_field& sheet = _msk->sfield(F_SHEET);
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TMask& m = sheet.sheet_mask();
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TString80 token;
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const short id = 201 + first;
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int start = 0;
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for (int i = 0; i < 4; i++)
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{
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if (m.id2pos(id+i) < 0)
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break;
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const TEdit_field& fld = m.efield(id+i);
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const int len = fld.size();
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token = str.mid(start, len); token.trim();
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row.add(token, first+i);
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start += len;
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}
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}
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void TRiparti_app::write_rows()
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{
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TRectype* key = new TRectype(LF_RRIP);
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const char tipo = _msk->get(F_TIPO)[0];
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key->put("TIPO", tipo);
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key->put("CODICE", _msk->get(tipo == 'B' ? F_CODICE_B : F_CODICE_I));
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TRecord_array a(LF_RRIP, "NRIGA");
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a.set_key(key);
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TSheet_field& sheet = _msk->sfield(F_SHEET);
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TMask& sm = sheet.sheet_mask();
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FOR_EACH_SHEET_ROW(sheet, i, row)
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{
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TRectype& rec = a.row(i+1, true); // Crea una riga nuova
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for (int i = sm.fields()-1; i >= 0; i--)
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{
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TMask_field& mf = sm.fld(i);
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if (mf.field() != NULL)
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{
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const int idx = sheet.cid2index(mf.dlg());
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if (idx < 17)
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mf.field()->write(row->get(idx), rec);
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}
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}
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}
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a.rewrite();
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}
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void TRiparti_app::read_rows()
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{
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const char tipo = _msk->get(F_TIPO)[0];
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TToken_string key;
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key << tipo << '|' << _msk->get(tipo == 'B' ? F_CODICE_B : F_CODICE_I);
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TRecord_array a(key, LF_RRIP);
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TSheet_field& sheet = _msk->sfield(F_SHEET);
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TMask& sm = sheet.sheet_mask();
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sheet.destroy();
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for (int i = 1; i <= a.rows(); i++)
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{
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TToken_string& row = sheet.row(i-1);
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const TRectype& rec = a.row(i);
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for (int i = sm.fields()-1; i >= 0; i--)
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{
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TMask_field& mf = sm.fld(i);
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if (mf.field() != NULL)
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{
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const int idx = sheet.cid2index(mf.dlg());
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if (idx < 17)
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row.add(mf.field()->read(rec), idx);
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}
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}
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}
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}
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int TRiparti_app::write(const TMask& m)
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{
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const int err = TRelation_application::write(m);
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if (err == NOERR)
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write_rows();
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return err;
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}
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int TRiparti_app::rewrite(const TMask& m)
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{
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const int err = TRelation_application::rewrite(m);
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if (err == NOERR)
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write_rows();
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return err;
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}
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int TRiparti_app::read(TMask& m)
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{
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const int err = TRelation_application::read(m);
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if (err == NOERR)
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read_rows();
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return err;
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}
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bool TRiparti_app::user_create()
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{
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_rel = new TRelation(LF_RIP);
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_msk = new TRiparti_msk;
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return true;
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}
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bool TRiparti_app::user_destroy()
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{
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delete _rel;
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delete _msk;
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return true;
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}
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int ca0800(int argc, char* argv[])
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{
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TRiparti_app a;
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a.run(argc, argv, TR("Tabella di ripartizione"));
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return 0;
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}
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