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/* $Id: strada.c,v 3.1 1993/06/28 09:31:07 klute Exp klute $ */
/*
* Copyright 1993 Rainer Klute <klute@irb.informatik.uni-dortmund.de>
*
* Permission to use, copy, modify, distribute, and sell this software and
* its documentation for any purpose is hereby granted without fee, provided
* that the above copyright notice appear in all copies and that both that
* copyright notice and this permission notice appear in supporting
* documentation. The author makes no representations about the suitability
* of this software for any purpose. It is provided "as is" without express
* or implied warranty.
*
*/
#include <ctype.h>
#include <limits.h>
#include <malloc.h>
#include <memory.h>
#include <stdio.h>
#include <string.h>
#include "message.h"
#include "plzfile.h"
#include "strada.h"
#if defined (HANDLE_BROKEN_DATAFILES)
#define IbmToIso IbmAndBrokenToIso
#endif
static PlzFile strada = {(FILE *) 0, 0, 0, 0};
StradaSet *Strassenverzeichnis (char *alort)
{
Range *foundEntries;
StradaSet *result = (StradaSet *) malloc (sizeof (StradaSet));
Strada *r;
long pos;
int i;
if (result == (StradaSet *) 0)
{
OutOfMemory ("Strassenverzeichnis");
return result;
}
OpenPlzFile (&strada, "strada");
if (strada.f == (FILE *) 0)
return (StradaSet *) 0;
foundEntries = BinarySearchAll (strada.f, strada.recordLength, 0L,
strada.entries,
((Strada *) 0)->alort -
((Strada *) 0)->alort,
sizeof (((Strada *) 0)->alort),
alort, -1,
userInterfaceMethods.StradaRecordRead,
&strada);
Note ("\n");
if (foundEntries == (Range *) 0)
return (StradaSet *) 0;
if (foundEntries->first == -1 && foundEntries->last == -1)
result->entries = 0;
else
result->entries = foundEntries->last - foundEntries->first + 1;
if (result->entries == 0)
{
free (foundEntries);
result->list = (Strada *) 0;
return result;
}
else
result->list = (Strada *) malloc ((unsigned int) (result->entries *
sizeof (Strada) + 2));
if (result->list == (Strada *) 0)
{
free (foundEntries);
OutOfMemory ("Strassenverzeichnis");
return (StradaSet *) 0;
}
pos = foundEntries->first;
for (r = result->list, i = 0; i < result->entries; i++, r++)
{
fgetr (r, pos++, &strada);
}
free (foundEntries);
return result;
}
StradaSet *StrassenAndOrtsteil (StradaSet *stradaSet, char *ortsteil)
{
StradaSet *result = (StradaSet *) malloc (sizeof (StradaSet));
Strada *r;
char buffer[sizeof (((Strada *) 0)->ortsteil) + 1];
char *help1;
char *help2;
int i;
if (result == (StradaSet *) 0)
{
OutOfMemory ("AndOrtsteil");
return result;
}
result->list = (Strada *) calloc (stradaSet->entries, sizeof (Strada));
if (result->list == (Strada *) 0)
{
OutOfMemory ("SearchForArea");
free (result);
return (StradaSet *) 0;
}
r = result->list;
for (i = 0; i < stradaSet->entries; i++)
{
strncpy (buffer, stradaSet->list[i].ortsteil,
sizeof (stradaSet->list[i].ortsteil));
buffer[sizeof (stradaSet->list[i].ortsteil)] = '\0';
StripBlanks (buffer);
help1 = IbmToIso (buffer);
help2 = IsoToCapitals (help1);
free (help1);
help1 = IsoToCapitals (ortsteil);
if (strcmp (help1, help2) == 0)
memcpy ((char *) r++, (char *) &(stradaSet->list[i]),
sizeof (Strada));
free (help1);
free (help2);
}
result->entries = r - result->list;
return result;
}
StradaSet *StrassenAndPostanstalt (StradaSet *stradaSet, char *postanstalt)
{
StradaSet *result = (StradaSet *) malloc (sizeof (StradaSet));
Strada *r;
int i;
if (result == (StradaSet *) 0)
{
OutOfMemory ("StrassenAndPostanstalt");
return result;
}
result->list = (Strada *) calloc (stradaSet->entries, sizeof (Strada));
if (result->list == (Strada *) 0)
{
OutOfMemory ("StrassenAndPostanstalt");
free (result);
return (StradaSet *) 0;
}
r = result->list;
for (i = 0; i < stradaSet->entries; i++)
{
if (strntoi (stradaSet->list[i].npanst,
sizeof (stradaSet->list[i].npanst)) == atoi (postanstalt))
memcpy ((char *) r++, (char *) &(stradaSet->list[i]),
sizeof (Strada));
}
result->entries = r - result->list;
return result;
}
StradaSet *SearchForArea (StradaSet *stradaSet, char *zustellamt,
char *ortsteil)
{
StradaSet *result = (StradaSet *) malloc (sizeof (StradaSet));
Strada *r;
char *help1, *help2;
int i;
Boolean matchZustellamt;
Boolean matchOrtsteil;
if (result == (StradaSet *) 0)
{
OutOfMemory ("SearchForArea");
return result;
}
result->list = (Strada *) calloc (stradaSet->entries, sizeof (Strada));
if (result->list == (Strada *) 0)
{
OutOfMemory ("SearchForArea");
free (result);
return (StradaSet *) 0;
}
r = result->list;
for (i = 0; i < stradaSet->entries; i++)
{
matchZustellamt = matchOrtsteil = False;
if (*zustellamt)
{
if (strntoi (stradaSet->list[i].npanst,
sizeof (stradaSet->list[i].npanst)) == atoi (zustellamt))
matchZustellamt = True;
}
else
matchZustellamt = True;
if (*ortsteil)
{
char buffer[100];
strncpy (buffer, stradaSet->list[i].ortsteil,
sizeof (stradaSet->list[i].ortsteil));
buffer[sizeof (stradaSet->list[i].ortsteil)] = '\0';
StripBlanks (buffer);
help1 = IbmToIso (buffer);
help2 = IsoToCapitals (help1);
free (help1);
help1 = IsoToCapitals (ortsteil);
if (strcmp (help1, help2) == 0)
matchOrtsteil = True;
free (help1);
free (help2);
}
else
matchOrtsteil = True;
if (matchZustellamt && matchOrtsteil)
memcpy ((char *) r++, (char *) &(stradaSet->list[i]),
sizeof (Strada));
}
result->entries = r - result->list;
return result;
}
StradaSet *SucheStrasse (char *alort, char *street)
{
static Shortcut abk[] =
{
{"Str.", "Strasse"},
{"str.", "strasse"},
{"STR.", "STRASSE"},
{"V.", "Von"},
{"v.", "von"},
{"St.", "Sankt"},
{"st.", "sankt"},
{"ST.", "SANKT"},
{"dr.", "doktor"},
{"Dr.", "Doktor"},
{"DR.", "DOKTOR"},
{(char *) 0, (char *) 0},
};
Range *foundEntries;
Range help;
StradaSet *result = (StradaSet *) malloc (sizeof (StradaSet));
Strada *r;
char *help1, *help2;
long pos;
int i;
if (result == (StradaSet *) 0)
{
OutOfMemory ("SucheStrasse");
return result;
}
OpenPlzFile (&strada, "strada");
if (strada.f == (FILE *) 0)
return (StradaSet *) 0;
foundEntries = BinarySearchAll (strada.f, strada.recordLength, 0L,
strada.entries,
((Strada *) 0)->alort -
((Strada *) 0)->alort,
sizeof (((Strada *) 0)->alort),
alort, -1,
userInterfaceMethods.StradaRecordRead,
&strada);
Note ("\n");
help2 = AbkuerzungenExpandieren (street, abk);
help1 = IsoToCapitals (help2);
free (help2);
help2 = CStringToFixed (help1, sizeof (((Strada *) 0)->snamesort));
free (help1);
help.first = foundEntries->first;
help.last = foundEntries->last;
free (foundEntries);
foundEntries = BinarySearchAll (strada.f, strada.recordLength,
help.first, help.last,
((Strada *) 0)->snamesort -
((Strada *) 0)->alort,
sizeof (((Strada *) 0)->snamesort),
help2, -1,
userInterfaceMethods.StradaRecordRead,
&strada);
free (help2);
if (foundEntries == (Range *) 0)
return (StradaSet *) 0;
if (foundEntries->first == -1 && foundEntries->last == -1)
result->entries = 0;
else
result->entries = foundEntries->last - foundEntries->first + 1;
if (result->entries == 0)
{
free (foundEntries);
result->list = (Strada *) 0;
return result;
}
else
result->list = (Strada *) malloc ((unsigned int) (result->entries *
sizeof (Strada) + 2));
if (result->list == (Strada *) 0)
{
free (foundEntries);
OutOfMemory ("SucheStrasse");
return (StradaSet *) 0;
}
pos = foundEntries->first;
for (r = result->list, i = 0; i < result->entries; i++, r++)
{
fgetr (r, pos++, &strada);
}
free (foundEntries);
return result;
}
static void StrToUpper (char *s)
{
while (*s)
{
if (islower (*s))
*s = toupper (*s);
s++;
}
}
static Boolean Between (int from, char *fromZusatz, int number, char *zusatz,
int to, char *toZusatz)
{
if (from > number)
return False;
if (from == number)
{
while (*fromZusatz == ' ')
fromZusatz++;
StrToUpper (fromZusatz);
while (*zusatz == ' ')
zusatz++;
StrToUpper (zusatz);
if (strcmp (fromZusatz, zusatz) > 0)
return False;
}
if (number > to)
return False;
if (number == to)
{
while (*toZusatz == ' ')
toZusatz++;
StrToUpper (toZusatz);
while (*zusatz == ' ')
zusatz++;
StrToUpper (zusatz);
if (strcmp (zusatz, toZusatz) > 0)
return False;
}
return True;
}
char *SearchForHouseNumber (StradaSet *stradaSet, char *houseNumber)
{
int i, j;
Strada *s;
static char plz[6];
int number;
int from;
int to;
char fromZusatz[sizeof (s->hnr2von) + 1];
char toZusatz[sizeof (s->hnr2bis) + 1];
Boolean even;
Boolean found = False;
char zusatz[sizeof (s->hnr2von) + 1];
number = strntoi (houseNumber, 4);
for (; isdigit (*houseNumber); houseNumber++)
;
strcpy (zusatz, houseNumber);
even = (number >> 1) << 1 == number;
*plz = '\0';
for (s = stradaSet->list, i = 0; i < stradaSet->entries && !found;
i++, s++)
{
if (s->hnr1von[sizeof (s->hnr1von) - 1] == ' ')
from = INT_MIN;
else
from = strntoi (s->hnr1von, sizeof (s->hnr1von));
strncpy (fromZusatz, s->hnr2von, sizeof (s->hnr2von));
fromZusatz[sizeof (s->hnr2von)] = '\0';
if (s->hnr1bis[sizeof (s->hnr1bis) - 1] == ' ')
to = INT_MAX;
else
to = strntoi (s->hnr1bis, sizeof (s->hnr1bis));
if (strncmp (s->hnr2bis, "Ende", sizeof (s->hnr2bis)) == 0)
for (j = 0; j < sizeof (s->hnr2bis); j++)
toZusatz[j] = 0xff;
else
{
strncpy (toZusatz, s->hnr2bis, sizeof (s->hnr2bis));
toZusatz[sizeof (s->hnr2bis)] = '\0';
}
switch (s->hnrkenn[0])
{
case '0':
{
if (Between (from, fromZusatz, number, zusatz, to, toZusatz))
found = True;
break;
}
case '1':
{
if (even
&& Between (from, fromZusatz, number, zusatz, to, toZusatz))
found = True;
break;
}
case '2':
{
if (!even
&& Between (from, fromZusatz, number, zusatz, to, toZusatz))
found = True;
break;
}
}
}
if (!found)
return "";
else
{
s--;
strncpy (plz, s->plz_z, sizeof (s->plz_z));
plz[sizeof (s->plz_z)] = '\0';
return plz;
}
}
Boolean UniqueStreet (StradaSet *stradaSet)
{
Strada *s;
int i;
int number;
char sname[sizeof (s->sname)];
s = stradaSet->list;
strncpy (sname, s->sname, sizeof (s->sname));
number = strntoi (s->strlfdnr, sizeof (s->strlfdnr));
for (i = 1, s++; i < stradaSet->entries; i++, s++)
if (strntoi (s->strlfdnr, sizeof (s->strlfdnr)) != number
|| strncmp (sname, s->sname, sizeof (s->sname)) != 0)
return False;
return True;
}
Boolean IsStrassePlzEindeutig (StradaSet *stradaSet)
{
return UniqueStreet (stradaSet) && *(stradaSet->list->nplz_z) == '1';
}
These are the contents of the former NiCE NeXT User Group NeXTSTEP/OpenStep software archive, currently hosted by Netfuture.ch.