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Viswin interruption working

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git-svn-id: svn://10.65.10.50/trunk@15 c028cbd2-c16b-5b4b-a496-9718f37d4682
This commit is contained in:
villa 1994-08-17 07:58:50 +00:00
parent da54026c24
commit 260dd9d29f
6 changed files with 6495 additions and 4504 deletions
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419
include/files.cpp
View File

@ -10,17 +10,17 @@
#endif #endif
#include <utility.h> #include <utility.h>
#define BLOCKLEN 512 #define BLOCKLEN 512
#define INVFLD 255 #define INVFLD 255
HIDDEN char _files_tmp_string[128]; HIDDEN char _files_tmp_string[128];
TFile::TFile(int lenrec, int base) TFile ::TFile (int lenrec, int base)
{ {
_file = new SecDef; _file = new SecDef;
if (_file == NULL) fatal_box("Can't allocate record file "); if (_file == NULL)
fatal_box ("Can't allocate record file ");
_file->IOR = NOERR; _file->IOR = NOERR;
_len = lenrec; _len = lenrec;
_base = base; _base = base;
@ -29,385 +29,402 @@ TFile::TFile(int lenrec, int base)
_file->name[0] = '\0'; _file->name[0] = '\0';
} }
TFile ::~TFile ()
TFile::~TFile()
{ {
delete _file; delete _file;
} }
void TFile ::
void TFile::open(const char* name, TFilelock lockmode) open (const char *name, TFilelock lockmode)
{ {
COpen(_file, (char*) name, _len, _base, lockmode); COpen (_file, (char *) name, _len, _base, lockmode);
} }
bool TFile ::
bool TFile::verify(const char* name) verify (const char *name)
{ {
CVerify(_file, (char*) name); CVerify (_file, (char *) name);
return _file->IOR == NOERR; return _file->IOR == NOERR;
} }
void TFile ::
void TFile::create(const char* name, TRecnotype nrecord) create (const char *name, TRecnotype nrecord)
{ {
CCreate(_file, (char*) name, _len, _base, (nrecord * _len) /BLOCKLEN + 1); CCreate (_file, (char *) name, _len, _base, (nrecord * _len) / BLOCKLEN + 1);
} }
void TFile ::
void TFile::chsize(const char* name, TRecnotype nrecord) chsize (const char *name, TRecnotype nrecord)
{ {
CChsize(_file, (char*) name, _len, _base, (nrecord * _len) /BLOCKLEN + 1); CChsize (_file, (char *) name, _len, _base, (nrecord * _len) / BLOCKLEN + 1);
} }
void TFile ::
void TFile::close() close ()
{ {
CClose(_file); CClose (_file);
} }
void TFile ::
void TFile::unlink(const char* name) unlink (const char *name)
{ {
CDelete(_file, (char*) name); CDelete (_file, (char *) name);
} }
void TFile ::
void TFile::read(char* record, TRecnotype recnum, TReclock lock) read (char *record, TRecnotype recnum, TReclock lock)
{ {
_file->LenRec = _len; _file->LenRec = _len;
_file->BaseFil = _base; _file->BaseFil = _base;
CRead(_file, record, recnum, lock); CRead (_file, record, recnum, lock);
} }
void TFile ::
void TFile::write(char* record, TRecnotype recnum, TReclock lock) write (char *record, TRecnotype recnum, TReclock lock)
{ {
_file->LenRec = _len; _file->LenRec = _len;
_file->BaseFil = _base; _file->BaseFil = _base;
CWrite(_file, record, recnum, lock); CWrite (_file, record, recnum, lock);
} }
int TFile ::
status ()
const
int TFile::status() const {
{
return _file->IOR; return _file->IOR;
} }
TDir ::
TDir::TDir() TDir ()
{ {
_dir = new FileDes; _dir = new FileDes;
if (_dir == NULL) if (_dir == NULL)
fatal_box("Can't allocate dir"); fatal_box ("Can't allocate dir");
zero(); zero ();
_num = - 1; _num = -1;
} }
TDir ::~TDir ()
TDir::~TDir()
{ {
delete _dir; delete _dir;
} }
const char *TDir ::
name ()
const
const char* TDir::name() const {
{
return _dir->SysName; return _dir->SysName;
} }
const char *TDir ::des ()
const
const char* TDir::des() const {
{
return _dir->Des; return _dir->Des;
} }
const char *TDir ::expr ()
const
const char* TDir::expr() const {
{
return _dir->FCalc; return _dir->FCalc;
} }
TRecnotype & TDir ::
eod ()
const
TRecnotype& TDir::eod() const {
{
return _dir->EOD; return _dir->EOD;
} }
TRecnotype & TDir ::
eox ()
const
TRecnotype& TDir::eox() const {
{
return _dir->EOX; return _dir->EOX;
} }
TRecnotype & TDir ::
flags ()
const
TRecnotype& TDir::flags() const {
{
return _dir->Flags; return _dir->Flags;
} }
word & TDir ::
word& TDir::len() len ()
{ {
return (word&) _dir->LenR; return (word &) _dir->LenR;
} }
int TDir ::
status (TDirtype dirop)
const
int TDir::status(TDirtype dirop) const {
{
return fdir[dirop].IOR; return fdir[dirop].IOR;
} }
void TDir ::set_len (const UINT16 len)
void TDir::set_len(const UINT16 len)
{ {
_dir->LenR = len; _dir->LenR = len;
} }
void TDir::set_eox(const RecNoType eox) void TDir ::
set_eox (const RecNoType eox)
{ {
_dir->EOX = eox; _dir->EOX = eox;
} }
void TDir::set(const char * name, const RecNoType eod, const RecNoType flag, const char * des, const char * calc) void TDir ::
set (const char *name, const RecNoType eod, const RecNoType flag, const char *des, const char *calc)
{ {
strncpy (_dir->SysName, name, sizeof(_dir->SysName)); strncpy (_dir->SysName, name, sizeof (_dir->SysName));
_dir->EOD = eod; _dir->EOD = eod;
_dir->Flags = flag; _dir->Flags = flag;
strncpy (_dir->Des, des, sizeof(_dir->Des)); strncpy (_dir->Des, des, sizeof (_dir->Des));
strncpy (_dir->FCalc, calc, sizeof(_dir->FCalc)); strncpy (_dir->FCalc, calc, sizeof (_dir->FCalc));
} }
void TDir::get(int nfile, TReclock lock, TDirtype dirtype, TDirop op) void TDir ::
get (int nfile, TReclock lock, TDirtype dirtype, TDirop op)
{ {
int _whichdir = (dirtype == _nordir ? NORDIR : COMDIR); int _whichdir = (dirtype == _nordir ? NORDIR : COMDIR);
if (op == _nordirop) if (op == _nordirop)
COpenFile(nfile, _dir, int(lock), _whichdir); COpenFile (nfile, _dir, int (lock), _whichdir);
else else
CGetFile(nfile, _dir, int(lock), _whichdir); CGetFile (nfile, _dir, int (lock), _whichdir);
_num = nfile; _num = nfile;
} }
void TDir ::
void TDir::put(int nfile, TDirtype dirtype, TDirop op) put (int nfile, TDirtype dirtype, TDirop op)
{ {
int _whichdir = (dirtype == _nordir ? NORDIR : COMDIR); int _whichdir = (dirtype == _nordir ? NORDIR : COMDIR);
if (nfile <= 0) if (nfile <= 0)
fatal_box("Bad file number %d", nfile); fatal_box ("Bad file number %d", nfile);
if (op == _nordirop) if (op == _nordirop)
CCloseFile(nfile, _dir, _whichdir); CCloseFile (nfile, _dir, _whichdir);
else else
CPutFile(nfile, _dir, _whichdir); CPutFile (nfile, _dir, _whichdir);
} }
void TDir ::
void TDir::zero() zero ()
{ {
zerofdes(_dir); zerofdes (_dir);
} }
int TDir ::
items (TDirtype dirtype)
const
int TDir::items(TDirtype dirtype) const {
{
FileDes f; FileDes f;
int _whichdir = (dirtype == _nordir ? NORDIR : COMDIR); int _whichdir = (dirtype == _nordir ? NORDIR : COMDIR);
CGetFile(1, &f, _nolock, _whichdir); CGetFile (1, &f, _nolock, _whichdir);
return (int)f.EOD; return (int) f.EOD;
} }
TTrec::TTrec() TTrec ::
TTrec ()
{ {
_rec = new RecDes; _rec = new RecDes;
if (_rec == NULL) if (_rec == NULL)
fatal_box("Can't allocate record description"); fatal_box ("Can't allocate record description");
zero(); zero ();
_num = - 1; _num = -1;
} }
TTrec ::~TTrec ()
TTrec::~TTrec()
{ {
delete _rec; delete _rec;
} }
int TTrec ::
compare (const TSortable & a)
const
int TTrec::compare(const TSortable& a) const {
const TTrec & r = (const TTrec &) a;
{ const int res = memcmp ((const void *) _rec, (const void *) r._rec, sizeof (*_rec));
const TTrec& r = (const TTrec&)a;
const int res = memcmp((const void*)_rec, (const void*)r._rec, sizeof(*_rec));
return res; return res;
} }
void TTrec::rehash() void TTrec ::rehash ()
{ {
setrdes(_rec); setrdes (_rec);
} }
TTrec& TTrec::operator =(const TTrec& b) TTrec & TTrec ::operator = (const TTrec & b)
{ {
_num = b._num; _num = b._num;
memcpy(_rec, b._rec, sizeof(*_rec)); memcpy (_rec, b._rec, sizeof (*_rec));
return *this; return *this;
} }
void TTrec::get(int nfile, TDirtype dirtype) void TTrec ::
get (int nfile, TDirtype dirtype)
{ {
int _whichdir = (dirtype == _nordir ? NORDIR : COMDIR); int _whichdir = (dirtype == _nordir ? NORDIR : COMDIR);
CGetRec(nfile, _rec, _whichdir); CGetRec (nfile, _rec, _whichdir);
_num = nfile; _num = nfile;
} }
void TTrec ::
void TTrec::put(int nfile, TDirtype dirtype) put (int nfile, TDirtype dirtype)
{ {
int _whichdir = (dirtype == _nordir ? NORDIR : COMDIR); int _whichdir = (dirtype == _nordir ? NORDIR : COMDIR);
if (nfile <= 0) if (nfile <= 0)
fatal_box("Bad file number %d", nfile); fatal_box ("Bad file number %d", nfile);
CPutRec(nfile, _rec, _whichdir); CPutRec (nfile, _rec, _whichdir);
} }
void TTrec ::
void TTrec::zero() zero ()
{ {
zerordes(_rec); zerordes (_rec);
} }
int TTrec ::
int TTrec::status(TDirtype dirop) const status (TDirtype dirop)
const
{
return rdir[dirop].IOR;
}
int TTrec::field(const char* name) const
{ {
return findfld(_rec, (char*) name); return rdir[dirop].IOR;
}
int TTrec ::field (const char *name)
const
{
return findfld (_rec, (char *) name);
} }
const char* TTrec::fielddef(int fld) const const char *TTrec ::fielddef (int fld)
const
{ {
sprintf(_files_tmp_string, "%s|%d|%d|%d", _rec->Fd[fld].Name, sprintf (_files_tmp_string, "%s|%d|%d|%d", _rec->Fd[fld].Name,
(int) _rec->Fd[fld].TypeF, (int) _rec->Fd[fld].Len, (int) _rec->Fd[fld].TypeF, (int) _rec->Fd[fld].Len,
(int) _rec->Fd[fld].Dec); (int) _rec->Fd[fld].Dec);
return _files_tmp_string; return _files_tmp_string;
} }
const char* TTrec::keydef(int key) const const char *TTrec ::keydef (int key)
const
{ {
TFixed_string s(_files_tmp_string, 128); TFixed_string s (_files_tmp_string, 128);
s = ""; s = "";
for (int j = 0 ; j < _rec->Ky[key].NkFields; j++) for (int j = 0; j < _rec->Ky[key].NkFields; j++)
{ {
const bool upper = _rec->Ky[key].FieldSeq[j] > MaxFields; const bool upper = _rec->Ky[key].FieldSeq[j] > MaxFields;
const int nfld = _rec->Ky[key].FieldSeq[j] - (upper ? MaxFields : 0); const int nfld = _rec->Ky[key].FieldSeq[j] - (upper ? MaxFields : 0);
if (j) s << "+"; if (j)
if (upper) s << "UPPER("; s << "+";
if (upper)
s << "UPPER(";
s << _rec->Fd[nfld].Name; s << _rec->Fd[nfld].Name;
if (_rec->Ky[key].FromCh[j] < INVFLD) if (_rec->Ky[key].FromCh[j] < INVFLD)
s << format("[%d,%d]", _rec->Ky[key].FromCh[j] + 1, s << format ("[%d,%d]", _rec->Ky[key].FromCh[j] + 1,
_rec->Ky[key].ToCh[j] + 1); _rec->Ky[key].ToCh[j] + 1);
if (upper) s << ")"; if (upper)
s << ")";
} }
s << (_rec->Ky[key].DupKeys ? "|X" : "| "); s << (_rec->Ky[key].DupKeys ? "|X" : "| ");
return (const char*) s; return (const char *) s;
} }
void TTrec::update_fielddef(int nfld, const char* desc) void TTrec ::
update_fielddef (int nfld, const char *desc)
{ {
TToken_string s(desc); TToken_string s (desc);
strcpy(_rec->Fd[nfld].Name, s.get()); strcpy (_rec->Fd[nfld].Name, s.get ());
_rec->Fd[nfld].TypeF = s.get_int(); _rec->Fd[nfld].TypeF = s.get_int ();
_rec->Fd[nfld].Len = s.get_int(); _rec->Fd[nfld].Len = s.get_int ();
_rec->Fd[nfld].Dec = s.get_int(); _rec->Fd[nfld].Dec = s.get_int ();
} }
void TTrec ::
void TTrec::update_keydef(int key, const char* desc) update_keydef (int key, const char *desc)
{ {
TExpression expr("", _strexpr); TExpression expr ("", _strexpr);
TToken_string s(desc); TToken_string s (desc);
TString ke(s.get()); TString ke (s.get ());
if (expr.set((const char*) ke, _strexpr)) if (expr.set ((const char *) ke, _strexpr))
{ {
_rec->Ky[key].DupKeys = (*s.get() != ' '); _rec->Ky[key].DupKeys = (*s.get () != ' ');
TCodearray& c = expr.code(); TCodearray & c = expr.code ();
c.begin(); c.begin ();
int n = 0; int n = 0;
while (!c.end()) while (!c.end ())
{ {
TCode& inst = c.step(); TCode & inst = c.step ();
TCodesym sym = inst.getsym(); TCodesym sym = inst.getsym ();
if (sym == _variable) if (sym == _variable)
{ {
const char* s = inst.string(); const char *s = inst.string ();
for (int i = 0; i <_rec->NFields; i++) for (int i = 0; i < _rec->NFields; i++)
if (strcmp(_rec->Fd[i].Name, s) == 0) break; if (strcmp (_rec->Fd[i].Name, s) == 0)
break;
_rec->Ky[key].FieldSeq[n] = i; _rec->Ky[key].FieldSeq[n] = i;
_rec->Ky[key].FromCh[n] = INVFLD; _rec->Ky[key].FromCh[n] = INVFLD;
_rec->Ky[key].FromCh[n] = INVFLD; _rec->Ky[key].FromCh[n] = INVFLD;
inst = c.step(); inst = c.step ();
sym = inst.getsym(); sym = inst.getsym ();
if (sym == _upper) if (sym == _upper)
_rec->Ky[key].FieldSeq[n] += MaxFields; _rec->Ky[key].FieldSeq[n] += MaxFields;
else else if (sym == _number)
if (sym == _number)
{ {
_rec->Ky[key].FromCh[n] = inst.number().integer() - 1; _rec->Ky[key].FromCh[n] = inst.number ().integer () - 1;
inst = c.step(); inst = c.step ();
_rec->Ky[key].ToCh[n] = _rec->Ky[key].FromCh[n] + inst.number().integer() - 1; _rec->Ky[key].ToCh[n] = _rec->Ky[key].FromCh[n] + inst.number ().integer () - 1;
inst = c.step(); inst = c.step ();
} }
else c.backtrace(); else
c.backtrace ();
n++; n++;
} }
} }
@ -415,60 +432,60 @@ void TTrec::update_keydef(int key, const char* desc)
} }
} }
void TTrec::print_on(ostream& out) const void TTrec ::
print_on (ostream & out)
const
{ {
out << num() << '\n'; out << num () << '\n';
const int nfields = fields(); const int nfields = fields ();
TToken_string s(80); TToken_string s (80);
out << nfields << '\n'; out << nfields << '\n';
for (int i = 0; i < nfields; i++) for (int i = 0; i < nfields; i++)
{ {
s = fielddef(i); s = fielddef (i);
out << s << '\n'; out << s << '\n';
} }
const int nkeys = keys(); const int nkeys = keys ();
out << nkeys << '\n'; out << nkeys << '\n';
for (i = 0; i < nkeys; i++) for (i = 0; i < nkeys; i++)
{ {
s = keydef(i); s = keydef (i);
out << s << '\n'; out << s << '\n';
} }
} }
void TTrec ::
void TTrec::read_from(istream& in) read_from (istream & in)
{ {
int ln; int ln;
in.getline(_files_tmp_string, sizeof(_files_tmp_string), '\n'); in.getline (_files_tmp_string, sizeof (_files_tmp_string), '\n');
ln = atoi(_files_tmp_string); ln = atoi (_files_tmp_string);
if (ln != num() && !yesno_box("Descrizione relativa al file n.ro %d.\n Continuo ?", ln)) if (ln != num () && !yesno_box ("Descrizione relativa al file n.ro %d.\n Continuo ?", ln))
return; return;
int nfields; int nfields;
in.getline(_files_tmp_string, sizeof(_files_tmp_string), '\n'); in.getline (_files_tmp_string, sizeof (_files_tmp_string), '\n');
nfields = atoi(_files_tmp_string); nfields = atoi (_files_tmp_string);
set_fields(nfields); set_fields (nfields);
for (int i = 0; i < nfields; i++) for (int i = 0; i < nfields; i++)
{ {
in.getline(_files_tmp_string, sizeof(_files_tmp_string), '\n'); in.getline (_files_tmp_string, sizeof (_files_tmp_string), '\n');
update_fielddef(i, _files_tmp_string); update_fielddef (i, _files_tmp_string);
} }
int nkeys; int nkeys;
in.getline(_files_tmp_string, sizeof(_files_tmp_string), '\n'); in.getline (_files_tmp_string, sizeof (_files_tmp_string), '\n');
nkeys = atoi(_files_tmp_string); nkeys = atoi (_files_tmp_string);
set_keys(nkeys); set_keys (nkeys);
for (i = 0; i < nkeys; i++) for (i = 0; i < nkeys; i++)
{ {
in.getline(_files_tmp_string, sizeof(_files_tmp_string), '\n'); in.getline (_files_tmp_string, sizeof (_files_tmp_string), '\n');
update_keydef(i, _files_tmp_string); update_keydef (i, _files_tmp_string);
} }
rehash(); rehash ();
} }

1086
include/msksheet.cpp
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File diff suppressed because it is too large Load Diff

926
include/printapp.cpp
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File diff suppressed because it is too large Load Diff

1531
include/printer.cpp
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File diff suppressed because it is too large Load Diff

476
include/text.cpp
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@ -4,117 +4,152 @@
static char mytmpstr[257]; static char mytmpstr[257];
class _HotSpot : public TObject class _HotSpot:public TObject
{ {
public: public:
// TArray _spots; // tokenstrings // TArray _spots; // tokenstrings
char _bg, _fg; char _bg, _fg;
_HotSpot(char fg, char bg) { _fg = fg; _bg = bg; } _HotSpot (char fg, char bg)
virtual ~_HotSpot() {} {
_fg = fg;
_bg = bg;
}
virtual ~ _HotSpot ()
{
}
}; };
void TTextfile ::
void TTextfile::set_hotspots(char fg, char bg) set_hotspots (char fg, char bg)
{ {
_HotSpot* hp = new _HotSpot(fg,bg); _HotSpot *hp = new _HotSpot (fg, bg);
_hotspots.add(hp); _hotspots.add (hp);
} }
style TTextfile ::
style TTextfile::_trans_style(char ch) _trans_style (char ch)
{ {
switch(ch) switch (ch)
{ {
case 'r': return normal; break; case 'r':
case 'i': return italic; break; return normal;
case 'b': return bold; break; break;
case 'u': return underlined; break; case 'i':
case 'o': return overstrike; break; return italic;
case 'k': return smallcaps; break; break;
default: return normal; break; case 'b':
return bold;
break;
case 'u':
return underlined;
break;
case 'o':
return overstrike;
break;
case 'k':
return smallcaps;
break;
default:
return normal;
break;
} }
} }
void TTextfile::_read_page(long n) void TTextfile ::
_read_page (long n)
{ {
switch(_direction) switch (_direction)
{ {
case down: case down:
_page_start = n; break; _page_start = n;
break;
case up: case up:
_page_start = n + _page_size; break; _page_start = n + _page_size;
break;
case updown: case updown:
_page_start = n - (_page_size/2l); break; _page_start = n - (_page_size / 2l);
break;
} }
if (_page_start < 0l) _page_start = 0l; if (_page_start < 0l)
if ((_page_start + _page_size) > _lines) _page_end = _lines -1; _page_start = 0l;
else _page_end = _page_start + _page_size - 1; if ((_page_start + _page_size) > _lines)
_page_end = _lines - 1;
else
_page_end = _page_start + _page_size - 1;
// zap hotspots // zap hotspots
_spots.destroy(); _spots.destroy ();
long l = 0l; long l = 0l;
fseek(_index, _page_start*(long)sizeof(long), SEEK_SET); fseek (_index, _page_start * (long) sizeof (long), SEEK_SET);
if (_page_start != 0l) if (_page_start != 0l)
fread (&l, sizeof(long), 1, _index); fread (&l, sizeof (long), 1, _index);
fseek(_instr,l,SEEK_SET); fseek (_instr, l, SEEK_SET);
for (long i = _page_start; i <= _page_end; i++) for (long i = _page_start; i <= _page_end; i++)
{ {
if (feof(_instr)) if (feof (_instr))
break; break;
fgets(mytmpstr, sizeof(mytmpstr),_instr); fgets (mytmpstr, sizeof (mytmpstr), _instr);
mytmpstr[strlen(mytmpstr) -1] = '\0'; mytmpstr[strlen (mytmpstr) - 1] = '\0';
TString& ts = (TString&)_page[(int)(i-_page_start)]; TString & ts = (TString &) _page[(int) (i - _page_start)];
ts = mytmpstr; ts = mytmpstr;
TString hcol(6); TString hcol (6);
// find hotspots and compile list // find hotspots and compile list
int len = 0;
const char *cp;
read_line (i, 0, FALSE);
while (cp = piece ())
{
for (int z = 0; z < _hotspots.items (); z++)
{
_HotSpot & hs = (_HotSpot &) _hotspots[z];
if (hs._fg == get_foreground () && hs._bg == get_background ())
{
TToken_string *tts = new TToken_string (50);
tts->add (i); // line number
int len = 0; const char* cp; tts->add (len);
read_line(i,0,FALSE); tts->add (len + (int) strlen (cp));
while (cp = piece()) tts->add (cp);
{ tts->add (z);
for (int z = 0; z < _hotspots.items(); z++) _spots.add (tts);
{
_HotSpot& hs = (_HotSpot&)_hotspots[z];
if (hs._fg == get_foreground() && hs._bg == get_background())
{
TToken_string* tts = new TToken_string(50);
tts->add(i); // line number
tts->add(len); tts->add(len + (int)strlen(cp) ); tts->add(cp); tts->add(z);
_spots.add(tts);
break; break;
} }
} }
len += strlen(cp); len += strlen (cp);
} }
} }
} }
void TTextfile::read_line(long n, long pos, bool pg) void TTextfile ::
read_line (long n, long pos, bool pg)
{ {
CHECK(_isopen, "Attempt operation on closed file"); CHECK (_isopen, "Attempt operation on closed file");
CHECKD(n >= 0 && n < _lines, "Line not present", n); CHECKD (n >= 0 && n < _lines, "Line not present", n);
if (pg && !_in_page(n)) _read_page(n); if (pg && !_in_page (n))
_read_page (n);
TString* tp = (TString*)_page.objptr(int(n-_page_start)); TString *tp = (TString *) _page.objptr (int (n - _page_start));
if (tp == NULL) return; if (tp == NULL)
return;
const char* sp = (const char*)(*tp); const char *sp = (const char *) (*tp);
_item = 0; _line = ""; _item = 0;
_line = "";
int ndx = 0, p = 0; int ndx = 0, p = 0;
bool first = TRUE; bool first = TRUE;
_cur_line = n; _cur_line = n;
char ch; char ch;
int col = ((int)'w' << 8) | (int)'n'; int col = ((int) 'w' << 8) | (int) 'n';
long stl = (long)col << 16; long stl = (long) col << 16;
while(ch = *sp++) while (ch = *sp++)
{ {
if (ch == '@' || (ch == '$' && *(sp) == '[')) if (ch == '@' || (ch == '$' && *(sp) == '['))
{ {
@ -122,27 +157,36 @@ void TTextfile::read_line(long n, long pos, bool pg)
{ {
_styles[_item++] = stl; _styles[_item++] = stl;
mytmpstr[ndx] = '\0'; mytmpstr[ndx] = '\0';
_line.add(mytmpstr); _line.add (mytmpstr);
ndx = 0; ndx = 0;
} }
while(ch && (ch == '@' || (ch == '$' && *sp == '['))) while (ch && (ch == '@' || (ch == '$' && *sp == '[')))
{ {
if (ch == '@') // font style change ? if (ch == '@') // font style change ?
{ {
style sss = _trans_style(*sp++); style sss = _trans_style (*sp++);
if (sss == normal) stl = (long)col << 16; else stl |= (long)sss; if (sss == normal)
stl = (long) col << 16;
else
stl |= (long) sss;
} }
else if (ch == '$' && *sp == '[') // color change else if (ch == '$' && *sp == '[') // color change
{ {
++sp; // eat '[' ++sp; // eat '['
col = *sp++; col = *sp++;
++sp; // eat ',' ++sp; // eat ','
col |= ((int)(*sp++) << 8);
col |= ((int) (*sp++) << 8);
++sp; // eat ']' ++sp; // eat ']'
stl = (stl & 0x0000ffff) | ((long)col << 16);
stl = (stl & 0x0000ffff) | ((long) col << 16);
} }
ch = *sp++; ch = *sp++;
} // while } // while
} }
if (ch && p >= pos) if (ch && p >= pos)
{ {
@ -153,255 +197,293 @@ void TTextfile::read_line(long n, long pos, bool pg)
} }
_styles[_item++] = stl; _styles[_item++] = stl;
mytmpstr[ndx] = '\0'; mytmpstr[ndx] = '\0';
_line.add(mytmpstr); _line.add (mytmpstr);
_item = 0; _item = 0;
} }
const char* TTextfile::line(long j, long pos) const char *TTextfile ::
line (long j, long pos)
{ {
if (_cur_line != j) read_line(j); if (_cur_line != j)
read_line (j);
*mytmpstr = '\0'; *mytmpstr = '\0';
_line.restart(); _line.restart ();
for (int i = 0; i < _line.items(); i++) for (int i = 0; i < _line.items (); i++)
strcat(mytmpstr, (const char*)_line.get()); strcat (mytmpstr, (const char *) _line.get ());
return strlen(mytmpstr) > (word)pos ? &(mytmpstr[pos]) : ""; return strlen (mytmpstr) > (word) pos ? &(mytmpstr[pos]) : "";
} }
long TTextfile::get_attribute(int pos) long TTextfile ::
get_attribute (int pos)
{ {
long stl = 0; long stl = 0;
if (pos == -1) if (pos == -1)
{ {
CHECK(_item > 0, "must execute piece() before style()!"); CHECK (_item > 0, "must execute piece() before style()!");
stl = _styles[_item-1]; stl = _styles[_item - 1];
} }
else else
{ {
int x = 0, nd = 0; const char* c; int x = 0, nd = 0;
_line.restart(); const char *c;
while(c = _line.get()) _line.restart ();
while (c = _line.get ())
{ {
x += strlen(c); x += strlen (c);
stl = _styles[nd++]; stl = _styles[nd++];
if ((x-1) >= pos) break; } if ((x - 1) >= pos)
break;
}
} }
return stl; return stl;
} }
int TTextfile::get_style(int pos) int TTextfile ::
get_style (int pos)
{ {
long x = get_attribute(pos); long x = get_attribute (pos);
return (int)(x & 0x0000ffff); return (int) (x & 0x0000ffff);
} }
char TTextfile::get_background(int pos) char TTextfile ::
get_background (int pos)
{ {
long x = get_attribute(pos); long x = get_attribute (pos);
return (char)(x >> 24); return (char) (x >> 24);
} }
char TTextfile::get_foreground(int pos) char TTextfile ::
get_foreground (int pos)
{ {
long x = get_attribute(pos); long x = get_attribute (pos);
return (char)((x >> 16) & 0x000000ff); return (char) ((x >> 16) & 0x000000ff);
} }
const char* TTextfile::piece() const char *TTextfile ::
piece ()
{ {
if (_item >= _line.items()) return NULL; if (_item >= _line.items ())
return strcpy (mytmpstr, (const char*)_line.get(_item++)); return NULL;
return strcpy (mytmpstr, (const char *) _line.get (_item++));
} }
const char* TTextfile::word_at(long x, long y) const char *TTextfile ::
word_at (long x, long y)
{ {
CHECK(_isopen, "Attempt operation on closed file"); CHECK (_isopen, "Attempt operation on closed file");
TString s(line(y)); TString s (line (y));
int x2 = 0; int x2 = 0;
if (x < s.len()) if (x < s.len ())
{ {
while (isspace(s[(int)x])) while (isspace (s[(int) x]))
{ {
if (x == (s.len() - 1) && y < (_lines - 1l)) if (x == (s.len () - 1) && y < (_lines - 1l))
{ s = line(++y); x = 0l;} {
else if (x < (s.len() - 1)) x++; s = line (++y);
else break; x = 0l;
} }
while (isalnum(s[(int)x])) mytmpstr[x2++] = s[(int)x++]; else if (x < (s.len () - 1))
x++;
else
break;
}
while (isalnum (s[(int) x]))
mytmpstr[x2++] = s[(int) x++];
} }
mytmpstr[x2] = '\0'; mytmpstr[x2] = '\0';
return mytmpstr; return mytmpstr;
} }
bool TTextfile ::
bool TTextfile::append(const char* l) append (const char *l)
{ {
CHECK(_isopen, "Attempt operation on closed file"); CHECK (_isopen, "Attempt operation on closed file");
if (!_accept) return FALSE; if (!_accept)
return FALSE;
fseek(_instr,0l,SEEK_END); fseek (_instr, 0l, SEEK_END);
fseek(_index,0l,SEEK_END); fseek (_index, 0l, SEEK_END);
long cpos = ftell(_instr); long cpos = ftell (_instr);
fprintf(_instr,"%s\n",l); fprintf (_instr, "%s\n", l);
fwrite(&cpos, sizeof(long), 1, _index); fwrite (&cpos, sizeof (long), 1, _index);
if (ferror(_index) || ferror(_instr)) if (ferror (_index) || ferror (_instr))
{ {
error_box("Errore di scrittura file temporaneo: scrittura interrotta"); error_box ("Errore di scrittura file temporaneo: scrittura interrotta");
freeze(); freeze ();
} }
fflush(_index); fflush(_instr); fflush (_index);
fflush (_instr);
_lines++; _dirty = TRUE; _lines++;
_dirty = TRUE;
if ((_lines) < (_page_start+_page_size)) if ((_lines) < (_page_start + _page_size))
{ {
TString* ll = new TString(l); TString *ll = new TString (l);
_page.add(ll); _page.add (ll);
_page_end++; _page_end++;
int len = 0; const char* cp; int len = 0;
read_line(_lines-1); const char *cp;
while (cp = piece()) read_line (_lines - 1);
while (cp = piece ())
{ {
for (int z = 0; z < _hotspots.items(); z++) for (int z = 0; z < _hotspots.items (); z++)
{ {
_HotSpot& hs = (_HotSpot&)_hotspots[z]; _HotSpot & hs = (_HotSpot &) _hotspots[z];
if (hs._fg == get_foreground() && hs._bg == get_background()) if (hs._fg == get_foreground () && hs._bg == get_background ())
{ {
TToken_string* tts = new TToken_string(50); TToken_string *tts = new TToken_string (50);
tts->add(_lines-1l); // line number tts->add (_lines - 1l); // line number
tts->add(len); tts->add(len + (int)strlen(cp) ); //
tts->add(cp); tts->add(z);
_spots.add(tts); tts->add (len);
tts->add (len + (int) strlen (cp));
tts->add (cp);
tts->add (z);
_spots.add (tts);
break; break;
} }
} }
len += strlen(cp); len += strlen (cp);
} }
return TRUE; return TRUE;
} }
return FALSE; return FALSE;
} }
void TTextfile::close() void TTextfile ::
close ()
{ {
CHECK(_isopen, "Attempt operation on closed file"); CHECK (_isopen, "Attempt operation on closed file");
fclose(_instr); fclose (_instr);
fclose(_index); fclose (_index);
_instr = _index = NULL; _instr = _index = NULL;
_isopen = FALSE; _isopen = FALSE;
} }
void TTextfile::print() void TTextfile ::
print ()
{ {
CHECK(_isopen, "Attempt operation on closed file"); CHECK (_isopen, "Attempt operation on closed file");
warning_box("Funzione non ancora implementata"); warning_box ("Funzione non ancora implementata");
// TBI istanzia una printer inibendo la scelta di video // TBI istanzia una printer inibendo la scelta di video
// add all lines (maybe new method: print_txt) // add all lines (maybe new method: print_txt)
// print // print
} }
bool TTextfile ::
bool TTextfile::write(const char* path, TPoint* from, TPoint* to) write (const char *path, TPoint * from, TPoint * to)
{ {
bool ok = FALSE; bool ok = FALSE;
FILE* fp; FILE *fp;
if ((fp = fopen(path, "w")) != NULL) if ((fp = fopen (path, "w")) != NULL)
{ {
ok = TRUE; ok = TRUE;
TString256 s; TString256 s;
long starty = from == NULL ? 0l : from->y; long starty = from == NULL ? 0l : from->y;
int startx = from == NULL ? 0 : (int)from->x; int startx = from == NULL ? 0 : (int) from->x;
long endy = to == NULL ? _lines-1l: to->y; long endy = to == NULL ? _lines - 1l : to->y;
int endx = to == NULL ? -1 : (int)to->x; int endx = to == NULL ? -1 : (int) to->x;
for (long j = starty; j <= endy; j++) for (long j = starty; j <= endy; j++)
{ {
s = line(j); s = line (j);
if (j == endy && endx == -1) endx = s.len(); if (j == endy && endx == -1)
endx = s.len ();
if (j == starty && j == endy) s = s.sub(startx,endx); if (j == starty && j == endy)
else if (j == starty) s = s.mid(startx); s = s.sub (startx, endx);
else if (j == endy) s = s.left(endx); else if (j == starty)
s = s.mid (startx);
else if (j == endy)
s = s.left (endx);
fprintf(fp,"%s\n", (const char*)s); fprintf (fp, "%s\n", (const char *) s);
} }
fclose(fp); fclose (fp);
} }
else warning_box("Impossibile scrivere il file %s; scrittura fallita", path); else
warning_box ("Impossibile scrivere il file %s; scrittura fallita", path);
return ok; return ok;
} }
void TTextfile ::
void TTextfile::destroy() destroy ()
{ {
CHECK(_istemp,"destroy() chiamata su testo permanente!"); CHECK (_istemp, "destroy() chiamata su testo permanente!");
if (_page.items() > 0) if (_page.items () > 0)
{ {
if (_index) fclose(_index); if (_index)
if (_instr) fclose(_instr); fclose (_index);
remove((const char*)_filename); if (_instr)
remove((const char*)_indname); fclose (_instr);
remove ((const char *) _filename);
remove ((const char *) _indname);
_page_start = _lines = 0l; _page_start = _lines = 0l;
_page_end = _cur_line = -1l; _page_end = _cur_line = -1l;
_accept = TRUE; _accept = TRUE;
_instr = fopen(_filename,"a+"); _instr = fopen (_filename, "a+");
_indname.temp(); _indname.temp ();
_index = fopen(_indname,"w+b"); _index = fopen (_indname, "w+b");
if (_index == NULL || _instr == NULL) if (_index == NULL || _instr == NULL)
{ {
error_box("Impossibile aprire files temporanei"); error_box ("Impossibile aprire files temporanei");
freeze(); freeze ();
} }
_isopen = TRUE; _isopen = TRUE;
_page.destroy(); _page.destroy ();
_spots.destroy(); _spots.destroy ();
} }
} }
TTextfile ::TTextfile (const char *file, int pagesize, direction preferred):
TTextfile::TTextfile(const char* file, int pagesize, direction preferred) : _page_size (pagesize), _page (pagesize), _filename (file), _lines (0l),
_page_size(pagesize), _page(pagesize), _filename(file), _lines(0l), _index (NULL), _page_start (0l), _page_end (-1l), _direction (preferred),
_index(NULL), _page_start(0l), _page_end(-1l), _direction(preferred), _dirty (FALSE), _istemp (FALSE), _item (0), _line (256), _cur_line (-1),
_dirty(FALSE), _istemp(FALSE), _item(0), _line(256), _cur_line(-1), _hotspots (4),
_hotspots(4), _accept(TRUE) _accept (TRUE)
{ {
// open file & build index // open file & build index
if (file == NULL) { _filename.temp(); _istemp = TRUE; } if (file == NULL)
{
_filename.temp ();
_istemp = TRUE;
}
_instr = fopen(_filename,"a+"); _instr = fopen (_filename, "a+");
_indname.temp(); _indname.temp ();
_index = fopen(_indname, "w+b"); _index = fopen (_indname, "w+b");
if (_index == NULL || _instr == NULL) if (_index == NULL || _instr == NULL)
{ {
error_box("Impossibile aprire files temporanei"); error_box ("Impossibile aprire files temporanei");
freeze(); freeze ();
} }
if (file != NULL) if (file != NULL)
while (!feof(_instr)) while (!feof (_instr))
{ {
const long l = ftell(_instr); const long l = ftell (_instr);
fwrite(&l, sizeof(long), 1, _index); fwrite (&l, sizeof (long), 1, _index);
if (ferror(_index) || ferror(_instr)) if (ferror (_index) || ferror (_instr))
{ {
error_box("Errore di scrittura file temporaneo: scrittura interrotta"); error_box ("Errore di scrittura file temporaneo: scrittura interrotta");
freeze(); freeze ();
} }
fgets(mytmpstr, sizeof(mytmpstr), _instr); fgets (mytmpstr, sizeof (mytmpstr), _instr);
_lines++; _lines++;
} }
_isopen = TRUE; _isopen = TRUE;
} }
TTextfile ::~TTextfile ()
TTextfile::~TTextfile()
{ {
if (_index) fclose(_index); if (_index)
if (_instr) fclose(_instr); fclose (_index);
if (_istemp) remove((const char*)_filename); if (_instr)
remove((const char*)_indname); fclose (_instr);
if (_istemp)
remove ((const char *) _filename);
remove ((const char *) _indname);
} }

1617
include/viswin.cpp
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