BUrl::BUrl(const BUrl& base, const BString& location)
:
fUrlString(),
fProtocol(),
fUser(),
fPassword(),
fHost(),
fPort(0),
fPath(),
fRequest(),
fHasAuthority(false)
{
// This implements the algorithm in RFC3986, Section 5.2.
BUrl relative(location);
if (relative.HasProtocol()) {
SetProtocol(relative.Protocol());
SetAuthority(relative.Authority());
SetPath(relative.Path()); // TODO _RemoveDotSegments()
SetRequest(relative.Request());
} else {
if (relative.HasAuthority()) {
SetAuthority(relative.Authority());
SetPath(relative.Path()); // TODO _RemoveDotSegments()
SetRequest(relative.Request());
} else {
if (relative.Path().IsEmpty()) {
SetPath(base.Path());
if (relative.HasRequest())
SetRequest(relative.Request());
else
SetRequest(Request());
} else {
if (relative.Path()[0] == '/')
SetPath(relative.Path());
else {
BString path = base.Path();
// Remove last part of path (the file, if any) so we get the
// "current directory"
path.Truncate(path.FindLast('/') + 1);
path += relative.Path();
// TODO _RemoveDotSegments()
SetPath(path);
}
SetRequest(relative.Request());
}
SetAuthority(base.Authority());
}
SetProtocol(base.Protocol());
}
SetFragment(relative.Fragment());
}
BNetworkCookieJar::UrlIterator::UrlIterator(const BNetworkCookieJar* cookieJar,
const BUrl& url)
:
fCookieJar(const_cast<BNetworkCookieJar*>(cookieJar)),
fIterator(NULL),
fList(NULL),
fLastList(NULL),
fElement(NULL),
fLastElement(NULL),
fIndex(0),
fLastIndex(0),
fUrl(url)
{
BString domain = url.Host();
if (!domain.Length())
return;
fIterator = new(std::nothrow) PrivateIterator(
fCookieJar->fCookieHashMap->fHashMap.GetIterator());
if (fIterator != NULL) {
// Prepending a dot since _FindNext is going to call _SupDomain()
domain.Prepend(".");
fIterator->fKey.SetTo(domain, domain.Length());
_FindNext();
}
}
bool
BUrl::operator==(BUrl& other) const
{
UrlString();
other.UrlString();
return fUrlString == other.fUrlString;
}
void
BUrlContext::AddAuthentication(const BUrl& url,
BHttpAuthentication* const authentication)
{
BString domain = url.Host();
domain += url.Path();
BPrivate::HashString hostHash(domain.String(), domain.Length());
BHttpAuthentication* previous = fAuthenticationMap->Get(hostHash);
// Make sure we don't leak memory by overriding a previous
// authentication for the same domain.
if(authentication != previous) {
fAuthenticationMap->Put(hostHash, authentication);
// replaces the old one
delete previous;
}
}
BNetworkCookieJar::UrlIterator
BNetworkCookieJar::GetUrlIterator(const BUrl& url) const
{
if (!url.HasPath()) {
BUrl copy(url);
copy.SetPath("/");
return BNetworkCookieJar::UrlIterator(this, copy);
}
return BNetworkCookieJar::UrlIterator(this, url);
}
BUrl::BUrl(const BUrl& base, const BString& location)
:
fUrlString(),
fProtocol(),
fUser(),
fPassword(),
fHost(),
fPort(0),
fPath(),
fRequest(),
fAuthorityValid(false),
fUserInfoValid(false),
fHasUserName(false),
fHasPassword(false),
fHasHost(false),
fHasPort(false),
fHasFragment(false)
{
// This implements the algorithm in RFC3986, Section 5.2.
BUrl relative(location);
if (relative.HasProtocol()) {
SetProtocol(relative.Protocol());
if (relative.HasAuthority())
SetAuthority(relative.Authority());
SetPath(relative.Path());
SetRequest(relative.Request());
} else {
if (relative.HasAuthority()) {
SetAuthority(relative.Authority());
SetPath(relative.Path());
SetRequest(relative.Request());
} else {
if (relative.Path().IsEmpty()) {
_SetPathUnsafe(base.Path());
if (relative.HasRequest())
SetRequest(relative.Request());
else
SetRequest(base.Request());
} else {
if (relative.Path()[0] == '/')
SetPath(relative.Path());
else {
BString path = base._MergePath(relative.Path());
SetPath(path);
}
SetRequest(relative.Request());
}
if (base.HasAuthority())
SetAuthority(base.Authority());
}
SetProtocol(base.Protocol());
}
if (relative.HasFragment())
SetFragment(relative.Fragment());
}
status_t
BUrlRequest::SetUrl(const BUrl& url)
{
fUrl = url;
fResult.SetUrl(url);
if (fUrlProtocol != NULL && url.Protocol() == fUrl.Protocol()) {
fUrlProtocol->SetUrl(url);
return B_OK;
}
fInitStatus = _SetupProtocol();
return fInitStatus;
}
int media_play(const char* uri)
{
BUrl url;
entry_ref ref;
BMediaFile* playFile;
if (get_ref_for_path(uri, &ref) != B_OK) {
url.SetUrlString(uri);
if (url.IsValid()) {
playFile = new BMediaFile(url);
} else
return 2;
} else
playFile = new BMediaFile(&ref);
if (playFile->InitCheck() != B_OK) {
delete playFile;
return 2;
}
for (int i = 0; i < playFile->CountTracks(); i++) {
BMediaTrack* track = playFile->TrackAt(i);
playFormat.type = B_MEDIA_RAW_AUDIO;
if ((track->DecodedFormat(&playFormat) == B_OK)
&& (playFormat.type == B_MEDIA_RAW_AUDIO)) {
playTrack = track;
break;
}
if (track)
playFile->ReleaseTrack(track);
}
// Good relations with the Wookiees, I have.
signal(SIGINT, keyb_int);
finished = create_sem(0, "finish wait");
printf("Playing file...\n");
// Execute Plan 66!
player = new BSoundPlayer(&playFormat.u.raw_audio, "playfile", play_buffer);
player->SetVolume(1.0f);
// Join me, Padmé and together we can rule this galaxy.
player->SetHasData(true);
player->Start();
acquire_sem(finished);
if (interrupt == true) {
// Once more, the Sith will rule the galaxy.
printf("Interrupted\n");
player->Stop();
kill_thread(reader);
}
printf("Playback finished.\n");
delete player;
delete playFile;
return 0;
}