WirelessNetworkMenuItem::WirelessNetworkMenuItem(const char* name,
int32 signalQuality, int32 authenticationMode, BMessage* message)
:
BMenuItem(name, message),
fQuality(signalQuality)
{
// Append authentication mode to label
BString label = B_TRANSLATE("%name% (%authenticationMode%)");
label.Replace("%name%", name, 1);
label.Replace("%authenticationMode%",
AuthenticationName(authenticationMode), 1);
SetLabel(label.String());
}
void
BContactField::_UpdateLabel(field_usage usage, BString& str)
{
for (int i = 0; gStandardUsages[i].usage != 0; i++) {
standardUsagesMap item = gStandardUsages[i];
if (usage == item.usage) {
switch (item.stringOp) {
case 0:
break;
case 1:
str.Prepend(item.label);
break;
case 2:
str.Append(item.label);
break;
case 3:
if (strlen(item.replaceString) < 1)
break;
str.Replace(item.replaceString, item.label, 1);
break;
}
}
}
}
void TranslateEntities(BString &str)
{
// pointeur vers un caractère '&'
int l_Pointer=-1;
while ((l_Pointer = str.FindFirst('&',l_Pointer+1)) >= 0)
{
// recherche du ';' de fin
unsigned int l_Pointer2;
l_Pointer2 = str.FindFirst(';',l_Pointer);
if (l_Pointer2 < 0)
return;
// s'il n'y a plus de ';' dans la chaîne, on peut arréter de chercher des '&', c'est fini
BString l_Entity(str.String()+l_Pointer+1,l_Pointer2-l_Pointer-1);
// recherche de l'entité dans la liste déclarée ci-dessus
// on procède par dichotomie pour trouver la chaîne
unsigned int l_Start = 0;
unsigned int l_End = c_NumEntities;
unsigned int l_StringIndex;
while(l_Start != l_End)
{
// on regarde ce qu'il y a au milieu
l_StringIndex = (l_End+l_Start)/2;
int l_Comp = l_Entity.Compare(s_EntityNames[l_StringIndex]);
if (l_Comp == 0)
{
l_Entity.Prepend("&");
l_Entity.Append(";");
str.Replace(l_Entity.String(),s_EntityCharacters[l_StringIndex],1,l_Pointer);
break;
}
if (l_Comp>0)
// la chaîne à chercher est après
l_Start = ++l_StringIndex;
else
// la chaîne à chercher est avant
l_End = l_StringIndex;
}
}
}
status_t
BEmailMessage::RenderTo(BDirectory *dir, BEntry *msg)
{
time_t currentTime;
char numericDateString [40];
struct tm timeFields;
BString worker;
// Generate a file name for the outgoing message. See also
// FolderFilter::ProcessMailMessage which does something similar for
// incoming messages.
BString name = Subject();
SubjectToThread (name); // Extract the core subject words.
if (name.Length() <= 0)
name = "No Subject";
if (name[0] == '.')
name.Prepend ("_"); // Avoid hidden files, starting with a dot.
// Convert the date into a year-month-day fixed digit width format, so that
// sorting by file name will give all the messages with the same subject in
// order of date.
time (¤tTime);
localtime_r (¤tTime, &timeFields);
sprintf (numericDateString, "%04d%02d%02d%02d%02d%02d",
timeFields.tm_year + 1900,
timeFields.tm_mon + 1,
timeFields.tm_mday,
timeFields.tm_hour,
timeFields.tm_min,
timeFields.tm_sec);
name << " " << numericDateString;
worker = From();
extract_address_name(worker);
name << " " << worker;
name.Truncate(222); // reserve space for the uniquer
// Get rid of annoying characters which are hard to use in the shell.
name.ReplaceAll('/','_');
name.ReplaceAll('\'','_');
name.ReplaceAll('"','_');
name.ReplaceAll('!','_');
name.ReplaceAll('<','_');
name.ReplaceAll('>','_');
while (name.FindFirst(" ") >= 0) // Remove multiple spaces.
name.Replace(" " /* Old */, " " /* New */, 1024 /* Count */);
int32 uniquer = time(NULL);
worker = name;
int32 tries = 30;
bool exists;
while ((exists = dir->Contains(worker.String())) && --tries > 0) {
srand(rand());
uniquer += (rand() >> 16) - 16384;
worker = name;
worker << ' ' << uniquer;
}
if (exists)
printf("could not create mail! (should be: %s)\n", worker.String());
BFile file;
status_t status = dir->CreateFile(worker.String(), &file);
if (status < B_OK)
return status;
if (msg != NULL)
msg->SetTo(dir,worker.String());
return RenderToRFC822(&file);
}
status_t
TimeFormat(BString &string, int32 index, FormatSeparator separator,
DateOrder order, bool clockIs24Hour)
{
if (index >= 6)
return B_ERROR;
BString clockString;
BString dateString;
if (index <= 1)
if (clockIs24Hour)
clockString = "%H:%M:%S";
else
clockString = "%I:%M:%S %p";
else
if (clockIs24Hour)
clockString = "%H:%M";
else
clockString = "%I:%M %p";
if (index <= 3) {
switch (order) {
case kYMDFormat:
dateString = "%Y %! %d";
break;
case kDMYFormat:
dateString = "%d %! %Y";
break;
case kMDYFormat:
// Fall through
case kDateFormatEnd:
// Fall through
default:
dateString = "%! %d %Y";
break;
}
if (index == 0)
dateString.Replace('!', 'B', 1);
else
dateString.Replace('!', 'b', 1);
} else {
switch (order) {
case kYMDFormat:
dateString = "%y!%m!%d";
break;
case kDMYFormat:
dateString = "%d!%m!%y";
break;
case kMDYFormat:
// Fall through
case kDateFormatEnd:
// Fall through
default:
dateString = "%m!%d!%y";
break;
}
char separatorArray[] = {' ', '-', '/', '\\', '.'};
if (separator == kNoSeparator)
dateString.ReplaceAll("!", "");
else
dateString.ReplaceAll('!', separatorArray[separator-1]);
}
if (index == 0)
string = "%A, ";
else if (index < 3)
string = "%a, ";
else
string = "";
string << dateString;
if (index < 5)
string << ", " << clockString;
return B_OK;
}
