int verifdatenaiss(char *chaine) {
int i, j, m, a, result;
if(strlength(chaine) == 10 && chaine[2] == '/' && chaine[5] == '/') { //Si longeur de chaine = 10 ET
//si les "/" sont bien places
char jour[3] = {chaine[0], chaine[1], '\0' };
char mois[3] = {chaine[3], chaine[4], '\0' }; //Division de la date en differentes
char annee[5] = {chaine[6], chaine[7], chaine[8], chaine[9], '\0' }; //variables char[] jours, mois, annees
j = nbchartoint(jour);
m = nbchartoint(mois); //Conversion en int
a = nbchartoint(annee);
if(j <= daysinmonth(m, a) && j >= 1){ //Si le jour du mois est valide (annee bisextile)
if(a >= 1905 && a <=1996) { //Si la date est posterieure au 31 décembre 1904 et
//anterieure au 1er janvier 1997
return 1; //Alors retourne 1 = valide
}
}
}
return 0; //Dans tous les autres cas, retourne 0
}
void normalise(int* res)
{
// Rebase day and month numbers on 0
--res[1];
--res[2];
//cerr << "TOZERO " << tostringall(res) << endl;
// Normalise seconds
normalN(res[5], res[4], 60);
//cerr << "ADJSEC " << tostringall(res) << endl;
// Normalise minutes
normalN(res[4], res[3], 60);
//cerr << "ADJMIN " << tostringall(res) << endl;
// Normalise hours
normalN(res[3], res[2], 24);
//cerr << "ADJHOUR " << tostringall(res) << endl;
// Normalise days
while (res[2] < 0)
{
--res[1];
normalN(res[1], res[0], 12);
res[2] += daysinmonth(res[0], res[1]+1);
}
//cerr << "ADJDAY1 " << tostringall(res) << endl;
while (true)
{
normalN(res[1], res[0], 12);
int dim = daysinmonth(res[0], res[1]+1);
if (res[2] < dim) break;
res[2] -= dim;
++res[1];
}
//cerr << "ADJDAY2 " << tostringall(res) << endl;
// Normalise months
normalN(res[1], res[0], 12);
//cerr << "ADJMONYEAR " << tostringall(res) << endl;
++res[1];
++res[2];
//cerr << "FROMZERO " << tostringall(res) << endl;
}
/**
* Convert the given time in seconds elapsed since the beginning of the given
* year. It is assumed that year <= t[0]
*/
long long int secondsfrom(int year, const int* val)
{
long long int res = 0;
if (val[5] != -1) res += val[5];
if (val[4] != -1) res += val[4] * 60;
if (val[3] != -1) res += val[3] * 3600;
if (val[2] != -1) res += (val[2]-1) * 3600 * 24;
if (val[1] != -1)
for (int i = 1; i < val[1]; ++i)
res += daysinmonth(val[0], i) * 3600 * 24;
for (int i = year; i < val[0]; ++i)
res += daysinyear(i) * 3600 * 24;
return res;
}
void dialCalendar::RefreshCalendar(void) {
BString tmp;
int d = getdayofweek(year,month,1);
int m = daysinmonth(year,month);
int i = 0;
int j = 0;
int k = 1;
// 1st line
while (i<d) {
caldaytab[i][j] = -1;
caltab[i][j]->SetLabel("");
caltab[i][j]->SetEnabled(false);
i++;
};
// next lines
while (k<=m) {
tmp = ""; tmp << k;
caldaytab[i][j] = k;
caltab[i][j]->SetLabel(tmp.String());
caltab[i][j]->SetEnabled(true);
i++; k++;
if (i>=7) {
i=0; j++;
}
}
// finish last lines
while (j<6) {
caldaytab[i][j] = -1;
caltab[i][j]->SetLabel("");
caltab[i][j]->SetEnabled(false);
i++;
if (i>=7) {
i=0; j++;
}
}
monthyear->SetText(makeDateString());
this->UpdateIfNeeded();
}
