int testInstalFileUsingJad(void) {
int res = ALL_OK;
int myArgc = 2;
REPORT_INFO(LC_AMS, "############# This test should pass.\n");
res = fileInstaller(myArgc, myArgv);
if (res != ALL_OK) {
REPORT_WARN2(LC_AMS, "\n%s failed. Result code is %d\n",
fileInstallerTest, res);
} else {
REPORT_INFO1(LC_AMS, "%s passed\n", fileInstallerTest);
}
return res;
} /* testInstalFileUsingJad */
int testInstalFileUsingBadJad(void) {
int res = -1;
int myArgc = 2;
REPORT_INFO(LC_AMS, "############# This test should fail. Using Jad without JAR-Size\n");
res = fileInstaller(myArgc, mrgvbad);
if (res >= 0) {
REPORT_WARN2(LC_AMS, "\n%s failed. Result code is %d\n",
fileInstallerTestBadJad, res);
res = -1;
} else {
REPORT_INFO1(LC_AMS, "%s passed\n", fileInstallerTestBadJad);
res = ALL_OK;
}
return res;
}
/**
* The platform should invoke this function in platform context to start
* the Java VM with arbitrary arguments.
*
* @param argc number of command-line arguments
* @param argv array of command-line arguments
*
* @note This is a service function and it is introduced in the javacall
* interface for debug purposes. Please DO NOT CALL this function without
* being EXPLICITLY INSTRUCTED to do so.
*/
void javanotify_start_java_with_arbitrary_args(int argc, char* argv[]) {
javacall_result res;
REPORT_INFO(LC_CORE, "javanotify_start_java_with_arbitrary_args() >>\n");
if (argc > MIDP_RUNMIDLET_MAXIMUM_ARGS) {
argc = MIDP_RUNMIDLET_MAXIMUM_ARGS;
}
if (initialize_memory_slavemode() != JAVACALL_OK) {
return;
}
javacall_lifecycle_state_changed(JAVACALL_LIFECYCLE_MIDLET_STARTED, JAVACALL_OK);
res = runMidlet(argc, argv);
}
extern "C" void
gxpport_create_mutable(gxpport_mutableimage_native_handle *newImagePtr,
int width, int height,
gxutl_native_image_error_codes* creationErrorPtr) {
/* set optimization for all QPixmaps
move this to startup/initialization code. */
QPixmap::setDefaultOptimization(QPixmap::BestOptim);
/*
* Populate Java data pointer before calling checkResourceLimit
* because it might trigger GC and makes the Java pointer invalid.
*/
QPixmap* qpixmap = new QPixmap(); /* Start with a NULL image object */
if (NULL == qpixmap) {
*creationErrorPtr = GXUTL_NATIVE_IMAGE_OUT_OF_MEMORY_ERROR;
return;
}
/* Check resource limit before really creating image memory */
if (midpCheckResourceLimit(RSC_TYPE_IMAGE_MUT,
ImgRegionRscSize(width, height)) == 0) {
*creationErrorPtr = GXUTL_NATIVE_IMAGE_RESOURCE_LIMIT;
delete qpixmap;
return;
}
/* ALLOCATE MEMORY FOR QT IMAGE DATA */
qpixmap->resize(width, height);
/* INITIALIZE CONTENTS TO WHITE */
qpixmap->fill();
/* Update the resource count */
if (midpIncResourceCount(RSC_TYPE_IMAGE_MUT, ImgRscSize(qpixmap)) == 0) {
REPORT_INFO(LC_LOWUI,"Error in updating resource"
" limit for Mutable image");
}
/* return the qpixmap pointer */
*newImagePtr = qpixmap;
*creationErrorPtr = GXUTL_NATIVE_IMAGE_NO_ERROR;
}
/**
* This implementation causes java stack to resume after
* standard timeout after having been suspended.
*/
jboolean midp_checkResumeRequest() {
static long lastSuspendStart = -1;
long time_passed;
jboolean result = KNI_FALSE;
if (lastSuspendStart == -1) {
REPORT_INFO(LC_LIFECYCLE, "midp_checkResumeRequest(): init timeout");
lastSuspendStart = midp_getCurrentTime();
}
time_passed = midp_getCurrentTime() - lastSuspendStart;
if (time_passed >= sr_resume_timeout) {
lastSuspendStart = -1;
sr_resume_timeout = DEFAULT_TIMEOUT;
result = KNI_TRUE;
}
return result;
}
/*
* Close a opened by storage_open. Does no block.
*
* If not successful *ppszError will set to point to an error string,
* on success it will be set to NULL.
*/
void
storageClose(char** ppszError, int handle) {
int status;
*ppszError = NULL;
status = pcsl_file_close((void *)handle);
REPORT_INFO2(LC_CORE, "storageClose on file_desc %d returns %d\n",
handle, status);
if (status < 0) {
*ppszError = getLastError("storageClose()");
}
/* File is successfully closed, decrement the count */
if (midpDecResourceCount(RSC_TYPE_FILE, 1) == 0) {
REPORT_INFO(LC_CORE, "FILE: resource"
" limit update error");
}
}
/**
* The platform should invoke this function in platform context to start
* Java.
*/
void javanotify_start(void) {
midp_jc_event_union e;
midp_jc_event_start_arbitrary_arg *data = &e.data.startMidletArbitraryArgEvent;
REPORT_INFO(LC_CORE,"javanotify_start() >>\n");
e.eventType = MIDP_JC_EVENT_START_ARBITRARY_ARG;
data->argc = 0;
data->argv[data->argc++] = "runMidlet";
data->argv[data->argc++] = "-1";
data->argv[data->argc++] =
#if ENABLE_MULTIPLE_ISOLATES
"com.sun.midp.appmanager.MVMManager";
#else
"com.sun.midp.appmanager.Manager";
#endif
midp_jc_event_send(&e);
}
/**
* Refresh the area specified.
* @param x relative to drawable
* @param y relative to drawable
* @param width width of the area to be updated
* @param height height of the area to be updated
*/
MidpError
CustomItem::refresh(int x,
int y,
int width,
int height)
{
#if REPORT_LEVEL <= LOG_INFORMATION
PlatformMScreen * mscreen = PlatformMScreen::getMScreen();
reportToLog(LOG_INFORMATION, LC_HIGHUI,
"+ CustomItem::refresh: (%d,%d) (%dx%d)\n",
x, y, width, height);
reportToLog(LOG_INFORMATION, LC_HIGHUI,
"+ QWidget::pos() = (%d,%d) drawable->pos() = (%d,%d)\n",
QWidget::pos().x(), QWidget::pos().y(),
drawable->pos().x(), drawable->pos().y());
reportToLog(LOG_INFORMATION, LC_HIGHUI,
"+ scroll position = %d\n",
mscreen->scrollPosition());
reportToLog(LOG_INFORMATION, LC_HIGHUI,
"+\t\tbitBlt(\tdst, %d, %d,\n\t\t\tsrc, %d, %d, %d, %d); ",
x, // dx
y, // dy
QWidget::pos().x() + drawable->pos().x() + x,
QWidget::pos().y() + drawable->pos().y() + y -
mscreen->scrollPosition(),
width,
height);
#endif
drawable->refresh(x, y, width, height);
REPORT_INFO(LC_HIGHUI, "bitBlt complete.\n\n");
return KNI_OK;
}
/**
* A notification function for telling Java to perform installation of
* a content via http, for SprintAMS.
*
* This function requires that the descriptor (JADfile, or GCDfile)
* has already been downloaded and resides somewhere on the file system.
* The function also requires the full URL that was used to download the
* file.
*
* The given URL should be of the form http://www.sun.com/a/b/c/d.jad
* or http://www.sun.com/a/b/c/d.gcd.
* Java will start a graphical installer which will download the content
* fom the Internet.
*
* @param httpUrl null-terminated http URL string of the content
* descriptor. The URL is of the following form:
* http://www.website.com/a/b/c/d.jad
* @param descFilePath full path of the descriptor file which is of the
* form:
* /a/b/c/d.jad or /a/b/c/d.gcd
* @param descFilePathLen length of the file path
* @param isJadFile set to TRUE if the mime type of of the downloaded
* descriptor file is <tt>text/vnd.sun.j2me.app-descriptor</tt>. If
* the mime type is anything else (e.g., <tt>text/x-pcs-gcd</tt>),
* this must be set to FALSE.
* @param isSilent set to TRUE if the content is to be installed silently,
* without intervention from the user. (e.g., in the case of SL
* or SI messages)
*
*/
void javanotify_install_content(const char * httpUrl,
const javacall_utf16* descFilePath,
unsigned int descFilePathLen,
javacall_bool isJadFile,
javacall_bool isSilent) {
const static int SchemaLen = 16;
const static javacall_utf16 SchemaFile[] = {'f','i','l','e',':','/','/','/'};
midp_jc_event_union e;
int httpUrlLength, dscFileOffset;
REPORT_INFO(LC_CORE, "javanotify_install_content() >>\n");
if ((httpUrl == NULL) || (httpUrl == NULL)) {
return; /* mandatory parameter is NULL */
}
httpUrlLength = strlen(httpUrl) + 1;
dscFileOffset = (httpUrlLength + 1) & (-2); /* align to WORD boundary */
if ((descFilePathLen <= 0) ||
(descFilePathLen * 2 + dscFileOffset > sizeof(urlAddress))) {
return; /* static buffer so small */
}
/* Is it nessasary to add schema file like: "file:///"? */
/* Let move the input strings to the static buffer - urlAddress */
memcpy(urlAddress, httpUrl, httpUrlLength);
memcpy(urlAddress + dscFileOffset, descFilePath, descFilePathLen * 2);
e.eventType = MIDP_JC_EVENT_INSTALL_CONTENT;
e.data.install_content.httpUrl = urlAddress;
e.data.install_content.descFilePath = (javacall_utf16*) urlAddress + dscFileOffset;
e.data.install_content.descFilePathLen = descFilePathLen;
e.data.install_content.isJadFile = isJadFile;
e.data.install_content.isSilent = isSilent;
midp_jc_event_send(&e);
}
/**
* Releases any native resources used by the socket connection.
* <p>
* Java declaration:
* <pre>
* finalize(V)V
* </pre>
*/
KNIEXPORT KNI_RETURNTYPE_VOID
Java_com_sun_midp_io_j2me_socket_Protocol_finalize(void) {
void *pcslHandle;
int status = PCSL_NET_INVALID;
void* context = NULL;
KNI_StartHandles(1);
KNI_DeclareHandle(thisObject);
KNI_GetThisPointer(thisObject);
pcslHandle = (void *)(getMidpSocketProtocolPtr(thisObject)->handle);
REPORT_INFO1(LC_PROTOCOL, "socket::finalize handle=%d\n", pcslHandle);
if (INVALID_HANDLE != pcslHandle) {
status = pcsl_socket_close_start(pcslHandle, &context);
getMidpSocketProtocolPtr(thisObject)->handle = (jint)INVALID_HANDLE;
if (midpDecResourceCount(RSC_TYPE_TCP_CLI, 1) == 0) {
REPORT_INFO(LC_PROTOCOL, "Resource limit update error");
}
if (status == PCSL_NET_IOERROR) {
midp_snprintf(gKNIBuffer, KNI_BUFFER_SIZE,
"IOError in socket::finalize error=%d\n",
(int)pcsl_network_error(pcslHandle));
REPORT_ERROR1(LC_PROTOCOL, "%s", gKNIBuffer);
} else if (status == PCSL_NET_WOULDBLOCK) {
/* blocking during finalize is not supported */
REPORT_CRIT1(LC_PROTOCOL, "socket::finalize = 0x%x blocked\n",
pcslHandle);
}
}
FINISH_NETWORK_INDICATOR;
KNI_EndHandles();
KNI_ReturnVoid();
}
/**
* Releases any native resources used by the datagram connection.
* <p>
* Java declaration:
* <pre>
* finalize(V)V
* </pre>
*/
KNIEXPORT KNI_RETURNTYPE_VOID
Java_com_sun_midp_io_j2me_datagram_Protocol_finalize(void) {
void *handle;
int status;
void *context = NULL;
KNI_StartHandles(1);
KNI_DeclareHandle(thisObject);
KNI_GetThisPointer(thisObject);
handle = (void *)getMidpDatagramProtocolPtr(thisObject)->nativeHandle;
if (handle != INVALID_HANDLE) {
if (pushcheckin((int)handle) == -1) {
status = pcsl_datagram_close_start(handle, &context);
if (status == PCSL_NET_SUCCESS) {
if (midpDecResourceCount(RSC_TYPE_UDP, 1) == 0) {
REPORT_INFO(LC_PROTOCOL,
"Datagrams: resource limit update error");
}
} else if (status == PCSL_NET_IOERROR) {
REPORT_INFO2(LC_PROTOCOL,
"datagram::finalize handle 0x%x I/O error code %d",
(int)handle, pcsl_network_error(handle));
} else if (status == PCSL_NET_WOULDBLOCK) {
REPORT_ERROR1(LC_PROTOCOL,
"datagram::finalize handle 0x%x WOULDBLOCK not supported",
(int)handle);
}
getMidpDatagramProtocolPtr(thisObject)->nativeHandle =
(jint)INVALID_HANDLE;
}
}
KNI_EndHandles();
KNI_ReturnVoid();
}
/**
* A notification function for telling Java to perform installation of
* a MIDlet from filesystem,
*
* The installation will be performed in the background without launching
* the graphic installer application.
*
* The given path is the full path to MIDlet's jad file or jad.
* In case the MIDlet's jad file is specified, then
* the MIDlet's jar file muts reside in the same directory as the jad
* file.
*
* @param jadFilePath full path the jad (or jar) file which is of the form:
* file://a/b/c/d.jad
* @param jadFilePathLen length of the file path
* @param userWasAsked a flag indicating whether the platform already asked
* the user for permission to download and install the application
* so there's no need to ask again and we can immediately install.
*/
void javanotify_install_midlet_from_filesystem(const javacall_utf16 * jadFilePath,
int jadFilePathLen, int userWasAsked) {
midp_jc_event_union e;
midp_jc_event_start_arbitrary_arg *data = &e.data.startMidletArbitraryArgEvent;
REPORT_INFO(LC_CORE,"javanotify_install_midlet_from_filesystem() >>\n");
e.eventType = MIDP_JC_EVENT_START_ARBITRARY_ARG;
data->argc = 0;
data->argv[data->argc++] = "runMidlet";
data->argv[data->argc++] = "-1";
data->argv[data->argc++] = "com.sun.midp.scriptutil.CommandLineInstaller";
data->argv[data->argc++] = "I";
if (jadFilePathLen >= BINARY_BUFFER_MAX_LEN)
return;
memset(urlAddress, 0, BINARY_BUFFER_MAX_LEN);
unicodeToNative(jadFilePath, jadFilePathLen, (unsigned char *) urlAddress, BINARY_BUFFER_MAX_LEN);
data->argv[data->argc++] = urlAddress;
midp_jc_event_send(&e);
}
/*
* Creates a client connection object.
*
* Note: the method sets native connection handle directly to
* <code>handle<code> field of <code>RFCOMMConnectionImpl</code> object.
*
* @param auth <code>true</code> if authication is required
* @param enc <code>true</code> indicates
* what connection must be encrypted
* @param master <code>true</code> if client requires to be
* a connection's master
* @throws IOException if any I/O error occurs
*/
KNIEXPORT KNI_RETURNTYPE_VOID
KNIDECL(com_sun_jsr082_bluetooth_btspp_BTSPPConnectionImpl_create0) {
javacall_bool auth = (KNI_GetParameterAsBoolean(1) == KNI_TRUE)
? JAVACALL_TRUE : JAVACALL_FALSE;
javacall_bool enc = (KNI_GetParameterAsBoolean(2) == KNI_TRUE)
? JAVACALL_TRUE : JAVACALL_FALSE;
javacall_bool master = (KNI_GetParameterAsBoolean(3) == KNI_TRUE)
? JAVACALL_TRUE : JAVACALL_FALSE;
javacall_handle handle = JAVACALL_BT_INVALID_HANDLE;
REPORT_INFO(LC_PROTOCOL, "btspp::create");
/* create RFCOMMC server connection */
if (javacall_bt_rfcomm_create_client(auth, enc, master, &handle)
== JAVACALL_FAIL) {
REPORT_ERROR(LC_PROTOCOL,
"Connection creation failed during btspp::create");
KNI_ThrowNew(jsropIOException,
EXCEPTION_MSG("Can not create RFCOMM connection"));
KNI_ReturnVoid();
}
KNI_StartHandles(1);
KNI_DeclareHandle(thisHandle);
KNI_GetThisPointer(thisHandle);
/* store native connection handle to Java object */
KNI_SetIntField(thisHandle, connHandleID, (jint)handle);
REPORT_INFO1(LC_PROTOCOL,
"btspp::create0 handle=%d connection created", handle);
KNI_EndHandles();
KNI_ReturnVoid();
}
/**
* Accepts incoming client connection request.
*
* Note: the method gets native connection handle directly from
* <code>handle<code> field of <code>L2CAPNotifierImpl</code> object.
*
* Note: new native connection handle to work with accepted incoming
* client connection is setted directly to <code>handle</code> field of
* appropriate <code>L2CAPConnectionImpl</code> object.
*
* @return Negotiated ReceiveMTU and TransmitMTU.
* 16 high bits is ReceiveMTU, 16 low bits is TransmitMTU.
* @throws IOException if an I/O error occurs
*/
KNIEXPORT KNI_RETURNTYPE_INT
Java_com_sun_midp_io_j2me_btl2cap_L2CAPNotifierImpl_accept0(void) {
javacall_handle handle = BT_INVALID_HANDLE;
javacall_handle peer_handle = BT_INVALID_HANDLE;
MidpReentryData* info;
int status = JAVACALL_FAIL;
int processStatus = KNI_FALSE;
int imtu, omtu, mtus;
void *context = NULL;
javacall_bt_address peer_addr;
unsigned char *address = NULL;
KNI_StartHandles(2);
KNI_DeclareHandle(thisHandle);
KNI_DeclareHandle(arrayHandle);
KNI_GetThisPointer(thisHandle);
handle = (javacall_handle)KNI_GetIntField(thisHandle, notifHandleID);
KNI_GetObjectField(thisHandle, peerAddrID, arrayHandle);
if (handle == BT_INVALID_HANDLE) {
REPORT_ERROR(LC_PROTOCOL,
"L2CAP server socket was closed before btl2cap_notif::accept");
KNI_ThrowNew(midpInterruptedIOException, EXCEPTION_MSG(
"L2CAP notifier was closed"));
} else {
bt_pushid_t pushid = KNI_GetIntField(thisHandle, pushHandleID);
if (pushid != BT_INVALID_PUSH_HANDLE) {
if (bt_push_checkout_client(pushid, &peer_handle, peer_addr,
&imtu, &omtu) == JAVACALL_OK) {
pushcheckoutaccept((int)handle);
processStatus = KNI_TRUE;
status = JAVACALL_OK;
}
}
if (peer_handle == BT_INVALID_HANDLE) {
info = (MidpReentryData*)SNI_GetReentryData(NULL);
if (info == NULL) { /* First invocation */
REPORT_INFO1(LC_PROTOCOL,
"btl2cap_notif::accept handle=%d\n", handle);
// Need revisit: add resource counting
/*
* An incoming socket connection counts against the client socket
* resource limit.
*/
/*
if (midpCheckResourceLimit(RSC_TYPE_BT_CLI, 1) == 0) {
const char* pMsg =
"Resource limit exceeded for BT client sockets";
REPORT_INFO(LC_PROTOCOL, pMsg);
KNI_ThrowNew(midpIOException, EXCEPTION_MSG(pMsg));
*/
// } else {
status = javacall_bt_l2cap_accept(
handle, &peer_handle, &peer_addr, &imtu, &omtu);
processStatus = KNI_TRUE;
// }
} else { /* Reinvocation after unblocking the thread */
if ((javacall_handle)info->descriptor != handle) {
midp_snprintf(gKNIBuffer, KNI_BUFFER_SIZE,
"btl2cap_notif::accept handles mismatched %d != %d\n",
handle, info->descriptor);
REPORT_CRIT(LC_PROTOCOL, gKNIBuffer);
KNI_ThrowNew(midpIllegalStateException, EXCEPTION_MSG(
"Internal error in btl2cap_notif::accept"));
} else {
// Need revisit: add resource counting
/*
if (midpCheckResourceLimit(RSC_TYPE_BT_CLI, 1) == 0) {
const char* pMsg =
"Resource limit exceeded for BT client sockets"
REPORT_INFO(LC_PROTOCOL, pMsg);
KNI_ThrowNew(midpIOException, EXCEPTION_MSG(pMsg));
} else {
*/
status = javacall_bt_l2cap_accept(
handle, &peer_handle, &peer_addr, &imtu, &omtu);
processStatus = KNI_TRUE;
// }
}
}
}
if (processStatus) {
REPORT_INFO1(LC_PROTOCOL,
"btl2cap_notif::accept server handle=%d\n", handle);
if (status == JAVACALL_OK) {
int i;
// Need revisit: add resource counting
/*
if (midpIncResourceCount(RSC_TYPE_BT_CLI, 1) == 0) {
REPORT_INFO(LC_PROTOCOL,
"btl2cap_notif: Resource limit update error");
}
*/
// store client native connection handle for temporary storing
KNI_SetIntField(thisHandle, peerHandleID, (jint)peer_handle);
// copy address to Java object field
SNI_BEGIN_RAW_POINTERS;
address = JavaByteArray(arrayHandle);
for (i = 0; i < BT_ADDRESS_SIZE; i++) {
address[i] = peer_addr[i];
}
SNI_END_RAW_POINTERS;
REPORT_INFO(LC_PROTOCOL,
"btl2cap_notif::accept incoming connection accepted!");
} else if (status == JAVACALL_WOULD_BLOCK) {
midp_thread_wait(NETWORK_READ_SIGNAL, (int)handle, context);
} else if (status == JAVACALL_FAIL) {
char* pError;
javacall_bt_l2cap_get_error(handle, &pError);
midp_snprintf(gKNIBuffer, KNI_BUFFER_SIZE,
"IO error in btl2cap_notif::accept (%s)\n", pError);
REPORT_INFO(LC_PROTOCOL, gKNIBuffer);
KNI_ThrowNew(midpIOException, EXCEPTION_MSG(gKNIBuffer));
} else {
char* pMsg = "Unknown error during btl2cap_notif::accept";
REPORT_INFO(LC_PROTOCOL, pMsg);
KNI_ThrowNew(midpIOException, EXCEPTION_MSG(pMsg));
}
}
}
mtus = (imtu << 16) & 0xFFFF0000;
mtus |= omtu & 0xFFFF;
KNI_EndHandles();
KNI_ReturnInt(mtus);
}
/**
* Accepts incoming client connection request.
*
* Note: the method gets native connection handle directly from
* <code>handle<code> field of <code>BTSPPNotifierImpl</code> object.
*
* Note: new native connection handle to work with accepted incoming
* client connection is setted directly to <code>handle</code> field of
* appropriate <code>RFCOMMConnectionImpl</code> object.
*
* @throws IOException if an I/O error occurs
*/
KNIEXPORT KNI_RETURNTYPE_VOID
Java_com_sun_midp_io_j2me_btspp_BTSPPNotifierImpl_accept0(void) {
bt_handle_t handle = BT_INVALID_HANDLE;
bt_handle_t peer_handle = BT_INVALID_HANDLE;
MidpReentryData* info;
int status = BT_RESULT_FAILURE;
int processStatus = KNI_FALSE;
void *context = NULL;
bt_bdaddr_t peer_addr;
unsigned char *address = NULL;
KNI_StartHandles(2);
KNI_DeclareHandle(thisHandle);
KNI_DeclareHandle(arrayHandle);
KNI_GetThisPointer(thisHandle);
handle = (bt_handle_t)KNI_GetIntField(thisHandle, notifHandleID);
KNI_GetObjectField(thisHandle, peerAddrID, arrayHandle);
if (handle == BT_INVALID_HANDLE) {
REPORT_ERROR(LC_PROTOCOL,
"RFCOMM notifier was closed before btspp_notif::accept");
KNI_ThrowNew(midpInterruptedIOException, EXCEPTION_MSG(
"RFCOMM notifier was closed"));
} else {
bt_pushid_t pushid = KNI_GetIntField(thisHandle, pushHandleID);
if (pushid != BT_INVALID_PUSH_HANDLE) {
if (bt_push_checkout_client(pushid, &peer_handle, peer_addr,
NULL, NULL) == BT_RESULT_SUCCESS) {
pushcheckoutaccept((int)handle);
processStatus = KNI_TRUE;
status = BT_RESULT_SUCCESS;
}
}
if (peer_handle == BT_INVALID_HANDLE) {
info = (MidpReentryData*)SNI_GetReentryData(NULL);
if (info == NULL) { /* First invocation */
REPORT_INFO1(LC_PROTOCOL,
"btspp_notif::accept handle=%d\n", handle);
// IMPL_NOTE: add resource counting
/*
* An incoming socket connection counts against the client socket
* resource limit.
*/
/*
if (midpCheckResourceLimit(RSC_TYPE_BT_CLI, 1) == 0) {
const char* pMsg =
"Resource limit exceeded for BT client sockets";
REPORT_INFO(LC_PROTOCOL, pMsg);
KNI_ThrowNew(midpIOException, EXCEPTION_MSG(pMsg));
*/
// } else {
status = bt_rfcomm_accept_start(
handle, &peer_handle, peer_addr, &context);
processStatus = KNI_TRUE;
// }
} else { /* Reinvocation after unblocking the thread */
if ((bt_handle_t)info->descriptor != handle) {
midp_snprintf(gKNIBuffer, KNI_BUFFER_SIZE,
"btspp_notif::accept handles mismatched %d != %d\n",
handle, info->descriptor);
REPORT_CRIT(LC_PROTOCOL, gKNIBuffer);
KNI_ThrowNew(midpIllegalStateException, EXCEPTION_MSG(
"Internal error in btspp_notif::accept"));
} else {
// IMPL_NOTE: add resource counting
/*
if (midpCheckResourceLimit(RSC_TYPE_BT_CLI, 1) == 0) {
const char* pMsg =
"Resource limit exceeded for BT client sockets"
REPORT_INFO(LC_PROTOCOL, pMsg);
KNI_ThrowNew(midpIOException, EXCEPTION_MSG(pMsg));
} else {
*/
status = bt_rfcomm_accept_finish(
handle, &peer_handle, peer_addr, context);
processStatus = KNI_TRUE;
// }
}
}
}
if (processStatus) {
REPORT_INFO1(LC_PROTOCOL,
"btspp_notif::accept server handle=%d\n", handle);
if (status == BT_RESULT_SUCCESS) {
int i;
// IMPL_NOTE: add resource counting
/*
if (midpIncResourceCount(RSC_TYPE_BT_CLI, 1) == 0) {
REPORT_INFO(LC_PROTOCOL,
"btspp_notif: Resource limit update error");
}
*/
// store client native connection handle for temporary storing
KNI_SetIntField(thisHandle, peerHandleID, (jint)peer_handle);
// copy address to Java object field
SNI_BEGIN_RAW_POINTERS;
address = (unsigned char*)JavaByteArray(arrayHandle);
for (i = 0; i < BT_ADDRESS_SIZE; i++) {
address[i] = peer_addr[i];
}
SNI_END_RAW_POINTERS;
RegisterRFCOMMConnection0(peer_addr, peer_handle);
REPORT_INFO(LC_PROTOCOL,
"btspp_notif::accept incoming connection accepted!");
} else if (status == BT_RESULT_WOULDBLOCK) {
midp_thread_wait(NETWORK_READ_SIGNAL, (int)handle, context);
} else if (status == BT_RESULT_FAILURE) {
char* pError;
bt_rfcomm_get_error(handle, &pError);
midp_snprintf(gKNIBuffer, KNI_BUFFER_SIZE,
"IO error in btspp_notif::accept (%s)\n", pError);
REPORT_INFO(LC_PROTOCOL, gKNIBuffer);
KNI_ThrowNew(midpIOException, EXCEPTION_MSG(gKNIBuffer));
} else {
char* pMsg = "Unknown error during btspp_notif::accept";
REPORT_INFO(LC_PROTOCOL, pMsg);
KNI_ThrowNew(midpIOException, EXCEPTION_MSG(pMsg));
}
}
}
KNI_EndHandles();
KNI_ReturnVoid();
}
static MidpProperties midpParseMf(jchar* jchar_buffer) {
MidpProperties mfsmp = {0, ALL_OK, NULL};
pcsl_string mfkey;
pcsl_string mfkey_trimmed;
pcsl_string mfvalue;
pcsl_string mfvalue_trimmed;
pcsl_string mfline;
MIDPError err;
pcsl_string_status rc;
int countLines = 0;
int index = 0;
int count = 0;
if (!jchar_buffer) {
mfsmp.status = BAD_PARAMS;
return mfsmp;
}
countLines = count_mf_lines(jchar_buffer);
if (countLines <= 0) {
REPORT_INFO(LC_AMS, "midpParseMf(): Empty manifest.");
mfsmp.status = OUT_OF_MEMORY;
return mfsmp;
}
mfsmp.pStringArr = alloc_pcsl_string_list(countLines * 2);
if (mfsmp.pStringArr == NULL) {
mfsmp.status = OUT_OF_MEMORY;
return mfsmp;
}
mfsmp.numberOfProperties = countLines;
for (count = 0; count < countLines * 2 ;
/* count increased at the end of for */ ) {
/* memory for the line is allocated here */
/* line continuation striped out */
err = readMfLine(&jchar_buffer, &mfline);
if (OUT_OF_MEMORY == err) {
midp_free_properties(&mfsmp);
mfsmp.status = OUT_OF_MEMORY;
return mfsmp;
} else if (END_OF_MF == err) {
/* we are done */
mfsmp.status = ALL_OK;
break;
}
index = pcsl_string_index_of(&mfline, ':');
if (index <= 0) {
mfsmp.status = BAD_MF_KEY;
pcsl_string_free(&mfline);
continue;
}
/* memory for mfkey is allocated here */
if (PCSL_STRING_OK !=
pcsl_string_substring(&mfline, 0, index, &mfkey)) {
midp_free_properties(&mfsmp);
mfsmp.status = OUT_OF_MEMORY;
pcsl_string_free(&mfline);
return mfsmp;
}
rc = pcsl_string_trim(&mfkey, &mfkey_trimmed);
pcsl_string_free(&mfkey);
if (PCSL_STRING_OK != rc) {
mfsmp.status = OUT_OF_MEMORY;
midp_free_properties(&mfsmp);
pcsl_string_free(&mfline);
return mfsmp;
}
if (pcsl_string_length(&mfkey_trimmed) < 1) {
mfsmp.status = BAD_PARAMS;
pcsl_string_free(&mfline);
pcsl_string_free(&mfkey_trimmed);
continue;
}
err = checkMfKeyChars(&mfkey_trimmed);
if (OUT_OF_MEMORY == err) {
mfsmp.status = OUT_OF_MEMORY;
midp_free_properties(&mfsmp);
pcsl_string_free(&mfline);
pcsl_string_free(&mfkey_trimmed);
return mfsmp;
} else if (BAD_MF_KEY == err) {
mfsmp.status = BAD_MF_KEY;
pcsl_string_free(&mfline);
pcsl_string_free(&mfkey_trimmed);
continue;
}
rc = pcsl_string_substring(&mfline, index + 1,
pcsl_string_length(&mfline), &mfvalue);
/* free the mfline once we have got the key and value */
pcsl_string_free(&mfline);
if (PCSL_STRING_OK != rc) {
mfsmp.status = OUT_OF_MEMORY;
midp_free_properties(&mfsmp);
pcsl_string_free(&mfkey_trimmed);
return mfsmp;
}
/* memory for value is allocated here */
rc = pcsl_string_trim(&mfvalue, &mfvalue_trimmed);
pcsl_string_free(&mfvalue);
if (PCSL_STRING_OK != rc) {
mfsmp.status = OUT_OF_MEMORY;
midp_free_properties(&mfsmp);
pcsl_string_free(&mfkey_trimmed);
return mfsmp;
}
if (pcsl_string_is_null(&mfvalue_trimmed)) {
mfsmp.status = NULL_LEN;
pcsl_string_free(&mfkey_trimmed);
continue;
}
err = checkMfValueChars(&mfvalue_trimmed);
if (OUT_OF_MEMORY == err) {
mfsmp.status = OUT_OF_MEMORY;
midp_free_properties(&mfsmp);
pcsl_string_free(&mfkey_trimmed);
pcsl_string_free(&mfvalue_trimmed);
return mfsmp;
} else if (BAD_MF_VALUE == err) {
mfsmp.status = BAD_MF_VALUE;
pcsl_string_free(&mfkey_trimmed);
pcsl_string_free(&mfvalue_trimmed);
continue;
}
printPcslStringWithMessage("midpParseMf()", &mfkey_trimmed);
printPcslStringWithMessage(" = ", &mfvalue_trimmed);
/* Store key:value pair. */
mfsmp.pStringArr[count] = mfkey_trimmed;
mfsmp.pStringArr[count+1] = mfvalue_trimmed;
count += 2;
} /* end of for */
mfsmp = verifyMfMustProperties(mfsmp);
REPORT_INFO3(LC_AMS,
"End of midpParseMf: Status=%d, count=%d, countLines=%d",
mfsmp.status, count, countLines);
return mfsmp;
} /* end of midpParseMf */
MidpProperties mf_main(char* mfbuf, int mflength) {
MidpProperties mfsmp = {0, ALL_OK, NULL};
jchar* save_jchar_buffer = NULL;
jchar* jchar_buffer = NULL;
int jbufsize = -1;
#if REPORT_LEVEL <= LOG_INFORMATION
int res = 0;
#endif
if ((mflength <= 0) || (!mfbuf)) {
mfsmp.status = OUT_OF_MEMORY;
return mfsmp;
}
jbufsize = mflength * sizeof(jchar);
jchar_buffer = (jchar*)midpMalloc(jbufsize+2);
if (!jchar_buffer) {
midpFree(mfbuf);
mfsmp.status = OUT_OF_MEMORY;
return mfsmp;
}
memset(jchar_buffer,0,(jbufsize + 2));
convertChar2JChar(mfbuf,jchar_buffer,mflength);
midpFree(mfbuf);
save_jchar_buffer = jchar_buffer;
REPORT_INFO(LC_AMS,
"######################### Start of manifest parsing");
/* during execution of this, jchar_buffer pointer will be changed */
mfsmp = midpParseMf(jchar_buffer);
midpFree(save_jchar_buffer);
switch (mfsmp.status) {
case NO_SUITE_NAME_PROP:
midp_free_properties(&mfsmp);
return mfsmp;
case NO_SUITE_VENDOR_PROP:
midp_free_properties(&mfsmp);
return mfsmp;
case NO_SUITE_VERSION_PROP:
midp_free_properties(&mfsmp);
return mfsmp;
case NO_MIDLET_ONE_PROP:
midp_free_properties(&mfsmp);
return mfsmp;
case NO_MICROEDITION_PROFILE_PROP:
midp_free_properties(&mfsmp);
return mfsmp;
case NO_MICROEDITION_CONFIGURATION_PROP:
REPORT_INFO1(LC_AMS,
"Manifest MUST property missing %d", mfsmp.status);
return mfsmp;
case BAD_PARAMS:
case BAD_MF_KEY:
case BAD_MF_VALUE:
REPORT_INFO1(LC_AMS,
"Some NOT MUST Manifest property is not valid %d",
mfsmp.status);
break;
case ALL_OK:
REPORT_INFO1(LC_AMS, "Manifest ALL_OK %d", mfsmp.status);
break;
default:
REPORT_INFO1(LC_AMS, "MF parse OUT_OF_MEMORY %d", mfsmp.status);
/* for unknown result assuming OUT_OF_MEMORY */
return mfsmp;
} /* end of switch */
#if REPORT_LEVEL <= LOG_INFORMATION
reportToLog(LOG_INFORMATION, LC_AMS, "%s %s %d",
"########################### End of manifest parsing: ",
"mf_main() : number of Manifest properties = ",
mfsmp.numberOfProperties);
for (res = 0; res < mfsmp.numberOfProperties * 2; res += 2) {
printPcslStringWithMessage(" ", &mfsmp.pStringArr[res]);
printPcslStringWithMessage(" ", &mfsmp.pStringArr[res+1]);
}
#endif
return mfsmp;
} /* end of mf_main */
KNIEXPORT KNI_RETURNTYPE_VOID
Java_com_sun_midp_suspend_test_TestUtil_resumeMidp() {
REPORT_INFO(LC_LIFECYCLE, "TestUtil_resumeMidp()");
sr_resume_timeout = RESUME_NOW_TIMEOUT;
KNI_ReturnVoid();
}
KNIEXPORT KNI_RETURNTYPE_VOID
Java_com_sun_midp_suspend_test_TestUtil_suspendMidp() {
REPORT_INFO(LC_LIFECYCLE, "TestUtil_suspendMidp()");
midp_suspend();
KNI_ReturnVoid();
}
static MidpProperties verifyJadMustProperties(MidpProperties jadsmp) {
/* 5 MUST fields in JAD */
pcsl_string * name = NULL;
pcsl_string * version = NULL;
pcsl_string * vendor = NULL;
pcsl_string * jarUrl = NULL;
pcsl_string * jarSizeString = NULL;
int permittedJarSize = 0;
jint jarSizeByJad = 0;
jarUrl = midp_find_property(&jadsmp, &JAR_URL_PROP);
if (pcsl_string_is_null(jarUrl)) {
REPORT_INFO(LC_AMS, "Missing Jar URL");
jadsmp.status = NO_JAR_URL_PROP;
return jadsmp;
}
jarSizeString = midp_find_property(&jadsmp, &JAR_SIZE_PROP);
if (pcsl_string_is_null(jarSizeString)) {
REPORT_INFO(LC_AMS, "Missing Jar size");
jadsmp.status = NO_JAR_SIZE_PROP;
return jadsmp;
}
if (PCSL_STRING_OK !=
pcsl_string_convert_to_jint(jarSizeString, &jarSizeByJad)) {
/* NUMBER_ERROR */
REPORT_INFO1(LC_AMS, "JAD size ERROR %d", jarSizeByJad);
jadsmp.status = NUMBER_ERROR;
return jadsmp;
}
/* verify that requested jar size is not to big */
permittedJarSize = midpGetMaxJarSizePermitted();
if (jarSizeByJad > permittedJarSize) {
REPORT_INFO2(LC_AMS, "Jar size requested by Jad is to big %d > %d",
jarSizeByJad, permittedJarSize);
REPORT_INFO(LC_AMS, "Out Of Storage");
jadsmp.status = OUT_OF_STORAGE;
return jadsmp;
}
name = midp_find_property(&jadsmp, &SUITE_NAME_PROP);
if (pcsl_string_is_null(name)) {
REPORT_INFO(LC_AMS, "Missing suite name");
jadsmp.status = NO_SUITE_NAME_PROP;
return jadsmp;
}
vendor = midp_find_property(&jadsmp, &SUITE_VENDOR_PROP);
if (pcsl_string_is_null(vendor)) {
REPORT_INFO(LC_AMS, "Missing suite vendor");
jadsmp.status = NO_SUITE_VENDOR_PROP;
return jadsmp;
}
version = midp_find_property(&jadsmp, &SUITE_VERSION_PROP);
if (pcsl_string_is_null(version)) {
REPORT_INFO(LC_AMS, "Missing suite version");
jadsmp.status = NO_SUITE_VERSION_PROP;
return jadsmp;
}
if (!midpCheckVersion(version)) {
REPORT_INFO(LC_AMS, "Corrupted suite version");
jadsmp.status = NO_SUITE_VERSION_PROP;
return jadsmp;
}
return jadsmp;
} /* verifyJadMUSTProperties */
/**
* Closes the socket connection.
* <p>
* Java declaration:
* <pre>
* close0(V)V
* </pre>
*/
KNIEXPORT KNI_RETURNTYPE_VOID
Java_com_sun_midp_io_j2me_socket_Protocol_close0(void) {
void *pcslHandle;
int status = PCSL_NET_INVALID;
void* context = NULL;
MidpReentryData* info;
KNI_StartHandles(1);
KNI_DeclareHandle(thisObject);
KNI_GetThisPointer(thisObject);
info = (MidpReentryData*)SNI_GetReentryData(NULL);
if (info == NULL) {
/* initial invocation */
pcslHandle = (void *)(getMidpSocketProtocolPtr(thisObject)->handle);
if (INVALID_HANDLE == pcslHandle) {
KNI_ThrowNew(midpIOException,
"invalid handle during socket::close");
} else {
status = pcsl_socket_close_start(pcslHandle, &context);
getMidpSocketProtocolPtr(thisObject)->handle =
(jint)INVALID_HANDLE;
midp_thread_signal(NETWORK_READ_SIGNAL, (int)pcslHandle, 0);
midp_thread_signal(NETWORK_WRITE_SIGNAL, (int)pcslHandle, 0);
}
} else {
/* reinvocation */
pcslHandle = (void *)(info->descriptor);
context = info->pResult;
status = pcsl_socket_close_finish(pcslHandle, context);
}
REPORT_INFO1(LC_PROTOCOL, "socket::close handle=%d\n", pcslHandle);
if (INVALID_HANDLE != pcslHandle) {
if (status == PCSL_NET_SUCCESS) {
if (midpDecResourceCount(RSC_TYPE_TCP_CLI, 1) == 0) {
REPORT_INFO(LC_PROTOCOL, "Resource limit update error");
}
} else if (status == PCSL_NET_WOULDBLOCK) {
REPORT_INFO1(LC_PROTOCOL, "socket::close = 0x%x blocked\n",
pcslHandle);
/* IMPL NOTE: unclear whether this is the right signal */
midp_thread_wait(NETWORK_READ_SIGNAL, (int)pcslHandle, context);
} else {
/* must be PCSL_NET_IOERROR */
midp_snprintf(gKNIBuffer, KNI_BUFFER_SIZE,
"IOError in socket::close = %d\n",
(int)pcsl_network_error(pcslHandle));
REPORT_INFO1(LC_PROTOCOL, "%s", gKNIBuffer);
KNI_ThrowNew(midpIOException, gKNIBuffer);
}
}
KNI_EndHandles();
KNI_ReturnVoid();
}
MidpProperties jad_main(char* jadbuf, int jadsize) {
MidpProperties jadsmp = {0,ALL_OK,NULL};
jchar* jchar_buffer = NULL;
jchar* save_jchar_buffer = NULL;
int jbufsize = -1;
#if REPORT_LEVEL <= LOG_INFORMATION
int res = 0;
#endif
jbufsize = jadsize * sizeof(jchar);
jchar_buffer = (jchar*)midpMalloc(jbufsize+2);
if (!jchar_buffer) {
midpFree(jadbuf);
jadsmp.status = OUT_OF_MEMORY;
return jadsmp;
}
memset(jchar_buffer,0,(jbufsize + 2));
convertChar2JChar(jadbuf,jchar_buffer,jadsize);
midpFree(jadbuf);
save_jchar_buffer = jchar_buffer;
REPORT_INFO(LC_AMS, "####################### Start JAD parsing");
/* during execution of this function jadbuf pointer will be changed
status will be set during midpParseJad() execution */
jadsmp = midpParseJad(jchar_buffer);
midpFree(save_jchar_buffer);
switch (jadsmp.status) {
case OUT_OF_STORAGE:
REPORT_WARN1(LC_AMS, "OUT_OF_STORAGE by JAD %d", jadsmp.status);
midp_free_properties(&jadsmp);
return jadsmp;
case NO_JAR_URL_PROP:
REPORT_WARN1(LC_AMS, "Jad property missing %d", jadsmp.status);
midp_free_properties(&jadsmp);
return jadsmp;
case NO_SUITE_NAME_PROP:
REPORT_WARN1(LC_AMS, "Jad property missing %d", jadsmp.status);
midp_free_properties(&jadsmp);
return jadsmp;
case NO_SUITE_VENDOR_PROP:
REPORT_WARN1(LC_AMS, "Jad property missing %d", jadsmp.status);
midp_free_properties(&jadsmp);
return jadsmp;
case NO_SUITE_VERSION_PROP:
REPORT_WARN1(LC_AMS, "Jad property missing %d", jadsmp.status);
midp_free_properties(&jadsmp);
return jadsmp;
case NO_JAR_SIZE_PROP:
REPORT_WARN1(LC_AMS, "Jad property missing %d", jadsmp.status);
midp_free_properties(&jadsmp);
return jadsmp;
case NUMBER_ERROR:
REPORT_INFO1(LC_AMS,
"Error during parsing JAR size written in JAD %d",
jadsmp.status);
midp_free_properties(&jadsmp);
return jadsmp;
case BAD_PARAMS:
case BAD_JAD_KEY:
case BAD_JAD_VALUE:
REPORT_INFO1(LC_AMS,
"Some NOT mandatory Jad properties is not valid %d",
jadsmp.status);
break;
case ALL_OK:
REPORT_INFO1(LC_AMS, "Jad ALL_OK %d", jadsmp.status);
break;
default:
/* for an unknown result assuming OUT_OF_MEMORY */
REPORT_INFO1(LC_AMS, "JAD parse OUT_OF_MEMORY %d", jadsmp.status);
return jadsmp;
} /* end of switch */
#if REPORT_LEVEL <= LOG_INFORMATION
reportToLog(LOG_INFORMATION, LC_AMS,
"######################### End of JAD parsing\n"
"jad_main() : number of JAD properties = %d",
jadsmp.numberOfProperties);
for (res = 0; res < jadsmp.numberOfProperties*2; res+=2 ) {
printPcslStringWithMessage(" ", &jadsmp.pStringArr[res]);
printPcslStringWithMessage(" ", &jadsmp.pStringArr[res+1]);
}
#endif
return jadsmp;
} /* end of jad_main */
static MidpProperties midpParseJad(jchar* jchar_buffer) {
MidpProperties jadsmp = {0, ALL_OK, NULL};
pcsl_string jadkey;
pcsl_string jadkey_trimmed;
pcsl_string jadvalue;
pcsl_string jadvalue_trimmed;
pcsl_string jadline;
MIDPError err;
pcsl_string_status rc;
int countLines = 0;
jint index = 0;
int count = 0;
if (!jchar_buffer) {
jadsmp.status = BAD_PARAMS;
return jadsmp;
}
countLines = count_jad_lines(jchar_buffer);
if (countLines <= 0) {
REPORT_INFO(LC_AMS, "midpParseJad(): Empty jad file.");
jadsmp.status = OUT_OF_MEMORY;
return jadsmp;
}
jadsmp.pStringArr = alloc_pcsl_string_list(countLines * 2);
if (jadsmp.pStringArr == NULL) {
jadsmp.status = OUT_OF_MEMORY;
return jadsmp;
}
jadsmp.numberOfProperties = countLines;
for (count = 0; count < countLines * 2 ;
/* count increased at the end of for */ ) {
/* memory for the line is allocated here */
err = readJadLine(&jchar_buffer, &jadline);
if (OUT_OF_MEMORY == err) {
midp_free_properties(&jadsmp);
jadsmp.status = OUT_OF_MEMORY;
return jadsmp;
} else if (END_OF_JAD == err) {
/* we are done */
jadsmp.status = ALL_OK;
break;
}
index = pcsl_string_index_of(&jadline, ':');
if (index <= 0) {
jadsmp.status = BAD_JAD_KEY;
pcsl_string_free(&jadline);
continue;
}
/* memory for key is allocated here */
if (PCSL_STRING_OK !=
pcsl_string_substring(&jadline, 0, index, &jadkey)) {
midp_free_properties(&jadsmp);
jadsmp.status = OUT_OF_MEMORY;
pcsl_string_free(&jadline);
return jadsmp;
}
rc = pcsl_string_trim(&jadkey, &jadkey_trimmed);
pcsl_string_free(&jadkey);
if (PCSL_STRING_OK != rc) {
jadsmp.status = OUT_OF_MEMORY;
midp_free_properties(&jadsmp);
pcsl_string_free(&jadline);
return jadsmp;
}
if (pcsl_string_length(&jadkey_trimmed) < 1) {
jadsmp.status = BAD_PARAMS;
pcsl_string_free(&jadline);
pcsl_string_free(&jadkey_trimmed);
continue;
}
err = checkJadKeyChars(&jadkey_trimmed);
if (OUT_OF_MEMORY == err) {
jadsmp.status = OUT_OF_MEMORY;
midp_free_properties(&jadsmp);
pcsl_string_free(&jadline);
pcsl_string_free(&jadkey_trimmed);
return jadsmp;
} else if (BAD_JAD_KEY == err) {
jadsmp.status = BAD_JAD_KEY;
pcsl_string_free(&jadline);
pcsl_string_free(&jadkey_trimmed);
continue;
}
rc = pcsl_string_substring(&jadline, index + 1,
pcsl_string_length(&jadline), &jadvalue);
/* free the jadline once we have got the key and value */
pcsl_string_free(&jadline);
if (PCSL_STRING_OK != rc) {
jadsmp.status = OUT_OF_MEMORY;
midp_free_properties(&jadsmp);
pcsl_string_free(&jadkey_trimmed);
return jadsmp;
}
/* memory for value is allocated here */
rc = pcsl_string_trim(&jadvalue, &jadvalue_trimmed);
pcsl_string_free(&jadvalue);
if (PCSL_STRING_OK != rc) {
jadsmp.status = OUT_OF_MEMORY;
midp_free_properties(&jadsmp);
pcsl_string_free(&jadkey_trimmed);
return jadsmp;
}
if (pcsl_string_is_null(&jadvalue_trimmed)) {
jadsmp.status = NULL_LEN;
pcsl_string_free(&jadkey_trimmed);
continue;
}
err = checkJadValueChars(&jadvalue_trimmed);
if (OUT_OF_MEMORY == err) {
jadsmp.status = OUT_OF_MEMORY;
midp_free_properties(&jadsmp);
pcsl_string_free(&jadkey_trimmed);
pcsl_string_free(&jadvalue_trimmed);
return jadsmp;
} else if (BAD_JAD_VALUE == err) {
jadsmp.status = BAD_JAD_VALUE;
pcsl_string_free(&jadkey_trimmed);
pcsl_string_free(&jadvalue_trimmed);
continue;
}
printPcslStringWithMessage("midpParseJad()", &jadkey_trimmed);
printPcslStringWithMessage("midpParseJad()", &jadvalue_trimmed);
/* Store key:value pair. */
jadsmp.pStringArr[count] = jadkey_trimmed;
jadsmp.pStringArr[count+1] = jadvalue_trimmed;
count += 2;
} /* end of for */
jadsmp = verifyJadMustProperties(jadsmp);
REPORT_INFO3(LC_AMS,
"End jad parsing. Status=%d, count=%d, countLines=%d.",
jadsmp.status, count, countLines);
return jadsmp;
} /* end of midpParseJad */
/*
* Accepts incoming client connection request.
*
* Note: the method gets native connection handle directly from
* <code>handle<code> field of <code>BTSPPNotifierImpl</code> object.
*
* Note: new native connection handle to work with accepted incoming
* client connection is setted directly to <code>handle</code> field of
* appropriate <code>RFCOMMConnectionImpl</code> object.
*
* @throws IOException if an I/O error occurs
*/
KNIEXPORT KNI_RETURNTYPE_VOID
Java_com_sun_jsr082_bluetooth_btspp_BTSPPNotifierImpl_accept0(void) {
javacall_handle handle = JAVACALL_BT_INVALID_HANDLE;
javacall_handle peer_handle = JAVACALL_BT_INVALID_HANDLE;
MidpReentryData* info;
int status = JAVACALL_FAIL;
int processStatus = KNI_FALSE;
void *context = NULL;
javacall_bt_address peer_addr;
jfieldID notifHandleID = NULL;
jfieldID peerHandleID = NULL;
jfieldID peerAddrID = NULL;
jfieldID pushHandleID = NULL;
KNI_StartHandles(3);
KNI_DeclareHandle(thisHandle);
KNI_DeclareHandle(arrayHandle);
KNI_DeclareHandle(classHandle);
KNI_GetClassPointer(classHandle);
GET_FIELDID(classHandle, "handle", "I", notifHandleID)
GET_FIELDID(classHandle, "peerHandle", "I", peerHandleID)
GET_FIELDID(classHandle, "peerAddress", "[B", peerAddrID)
GET_FIELDID(classHandle, "pushHandle", "I", pushHandleID)
KNI_GetThisPointer(thisHandle);
handle = (javacall_handle)KNI_GetIntField(thisHandle, notifHandleID);
KNI_GetObjectField(thisHandle, peerAddrID, arrayHandle);
if (handle == JAVACALL_BT_INVALID_HANDLE) {
REPORT_ERROR(LC_PROTOCOL,
"RFCOMM notifier was closed before btspp_notif::accept");
KNI_ThrowNew(midpInterruptedIOException, EXCEPTION_MSG(
"RFCOMM notifier was closed"));
} else {
#ifndef NO_PUSH
bt_pushid_t pushid = KNI_GetIntField(thisHandle, pushHandleID);
if (pushid != BT_INVALID_PUSH_HANDLE) {
if (bt_push_checkout_client(pushid, &peer_handle, peer_addr,
NULL, NULL) == JAVACALL_OK) {
pushcheckoutaccept((int)handle);
processStatus = KNI_TRUE;
status = JAVACALL_OK;
}
}
#endif
if (peer_handle == JAVACALL_BT_INVALID_HANDLE) {
info = (MidpReentryData*)SNI_GetReentryData(NULL);
if (info == NULL) { /* First invocation */
REPORT_INFO1(LC_PROTOCOL,
"btspp_notif::accept handle=%d\n", handle);
// Need revisit: add resource counting
/*
* An incoming socket connection counts against the client socket
* resource limit.
*/
/*
if (midpCheckResourceLimit(RSC_TYPE_BT_CLI, 1) == 0) {
const char* pMsg =
"Resource limit exceeded for BT client sockets";
REPORT_INFO(LC_PROTOCOL, pMsg);
KNI_ThrowNew(midpIOException, EXCEPTION_MSG(pMsg));
*/
// } else {
status = javacall_bt_rfcomm_accept(
handle, &peer_handle, &peer_addr);
processStatus = KNI_TRUE;
// }
} else { /* Reinvocation after unblocking the thread */
if ((javacall_handle)info->descriptor != handle) {
midp_snprintf(gKNIBuffer, KNI_BUFFER_SIZE,
"btspp_notif::accept handles mismatched %d != %d\n",
handle, info->descriptor);
REPORT_CRIT(LC_PROTOCOL, gKNIBuffer);
KNI_ThrowNew(midpIllegalStateException, EXCEPTION_MSG(
"Internal error in btspp_notif::accept"));
} else {
// Need revisit: add resource counting
/*
if (midpCheckResourceLimit(RSC_TYPE_BT_CLI, 1) == 0) {
const char* pMsg =
"Resource limit exceeded for BT client sockets"
REPORT_INFO(LC_PROTOCOL, pMsg);
KNI_ThrowNew(midpIOException, EXCEPTION_MSG(pMsg));
} else {
*/
context = info->pResult;
status = javacall_bt_rfcomm_accept(
handle, &peer_handle, &peer_addr);
processStatus = KNI_TRUE;
// }
}
}
}
if (processStatus) {
REPORT_INFO1(LC_PROTOCOL,
"btspp_notif::accept server handle=%d\n", handle);
if (status == JAVACALL_OK) {
// Need revisit: add resource counting
/*
if (midpIncResourceCount(RSC_TYPE_BT_CLI, 1) == 0) {
REPORT_INFO(LC_PROTOCOL,
"btspp_notif: Resource limit update error");
}
*/
// store client native connection handle for temporary storing
KNI_SetIntField(thisHandle, peerHandleID, (jint)peer_handle);
// copy address to Java object field
KNI_SetRawArrayRegion(arrayHandle, 0, JAVACALL_BT_ADDRESS_SIZE, (jbyte*) peer_addr);
REPORT_INFO(LC_PROTOCOL,
"btspp_notif::accept incoming connection accepted!");
} else if (status == JAVACALL_WOULD_BLOCK) {
midp_thread_wait(NETWORK_READ_SIGNAL, (int)handle, context);
} else if (status == JAVACALL_FAIL) {
char* pError;
javacall_bt_rfcomm_get_error(handle, &pError);
midp_snprintf(gKNIBuffer, KNI_BUFFER_SIZE,
"IO error in btspp_notif::accept (%s)\n", pError);
REPORT_INFO(LC_PROTOCOL, gKNIBuffer);
KNI_ThrowNew(midpIOException, EXCEPTION_MSG(gKNIBuffer));
} else {
char* pMsg = "Unknown error during btspp_notif::accept";
REPORT_INFO(LC_PROTOCOL, pMsg);
KNI_ThrowNew(midpIOException, EXCEPTION_MSG(pMsg));
}
}
}
KNI_EndHandles();
KNI_ReturnVoid();
}
/**
* Opens a TCP connection to a server.
* <p>
* Java declaration:
* <pre>
* open([BI)V
* </pre>
*
* @param ipBytes Byte array that represents a raw IP address
* @param port TCP port at host
*
* @return a native handle to the network connection.
*/
KNIEXPORT KNI_RETURNTYPE_VOID
Java_com_sun_midp_io_j2me_socket_Protocol_open0(void) {
int port;
void *pcslHandle = INVALID_HANDLE;
int status;
void* context = NULL;
MidpReentryData* info;
port = (int)KNI_GetParameterAsInt(2);
KNI_StartHandles(2);
KNI_DeclareHandle(thisObject);
KNI_DeclareHandle(bufferObject);
KNI_GetThisPointer(thisObject);
KNI_GetParameterAsObject(1, bufferObject);
info = (MidpReentryData*)SNI_GetReentryData(NULL);
if (info == NULL) { /* First invocation */
getMidpSocketProtocolPtr(thisObject)->handle = (jint)INVALID_HANDLE;
/**
* Verify that the resource is available well within limit as per
* the policy in ResourceLimiter
*/
if (midpCheckResourceLimit(RSC_TYPE_TCP_CLI, 1) == 0) {
REPORT_INFO(LC_PROTOCOL,
"Resource limit exceeded for TCP client sockets");
KNI_ThrowNew(midpIOException,
"Resource limit exceeded for TCP client sockets");
} else {
SNI_BEGIN_RAW_POINTERS;
status = pcsl_socket_open_start(
(unsigned char*)JavaByteArray(bufferObject),
port, &pcslHandle, &context);
SNI_END_RAW_POINTERS;
if (status == PCSL_NET_SUCCESS) {
getMidpSocketProtocolPtr(thisObject)->handle = (jint)pcslHandle;
if (midpIncResourceCount(RSC_TYPE_TCP_CLI, 1) == 0) {
REPORT_INFO(LC_PROTOCOL, "Resource limit update error");
}
} else if (status == PCSL_NET_IOERROR) {
midp_snprintf(gKNIBuffer, KNI_BUFFER_SIZE,
"IOError in socket::open = %d\n",
(int)pcsl_network_error(pcslHandle));
REPORT_INFO1(LC_PROTOCOL, "%s\n", gKNIBuffer);
KNI_ThrowNew(midpIOException, gKNIBuffer);
} else if (status == PCSL_NET_CONNECTION_NOTFOUND) {
midp_snprintf(gKNIBuffer, KNI_BUFFER_SIZE,
"ConnectionNotFound error in socket::open :"
" error = %d\n", (int)pcsl_network_error(pcslHandle));
REPORT_INFO1(LC_PROTOCOL, "%s\n", gKNIBuffer);
KNI_ThrowNew(midpConnectionNotFoundException, gKNIBuffer);
} else if (status == PCSL_NET_WOULDBLOCK) {
INC_NETWORK_INDICATOR;
getMidpSocketProtocolPtr(thisObject)->handle = (jint)pcslHandle;
if (midpIncResourceCount(RSC_TYPE_TCP_CLI, 1) == 0) {
REPORT_INFO(LC_PROTOCOL, "Resource limit update error");
}
REPORT_INFO1(LC_PROTOCOL, " handle = %d\n", pcslHandle);
midp_thread_wait(NETWORK_WRITE_SIGNAL, (int)pcslHandle,
context);
} else {
REPORT_INFO(LC_PROTOCOL, "Unknown error during socket::open");
KNI_ThrowNew(midpIOException, NULL);
}
}
} else { /* Reinvocation after unblocking the thread */
pcslHandle = (void *) info->descriptor;
context = (void *)info->status;
if (getMidpSocketProtocolPtr(thisObject)->handle != (jint)pcslHandle) {
REPORT_CRIT2(LC_PROTOCOL,
"socket::open Handles mismatched 0x%x != 0x%x\n",
pcslHandle,
getMidpSocketProtocolPtr(thisObject)->handle);
}
status = pcsl_socket_open_finish(pcslHandle, context);
if (status == PCSL_NET_SUCCESS) {
DEC_NETWORK_INDICATOR;
} else if (status == PCSL_NET_WOULDBLOCK) {
midp_thread_wait(NETWORK_WRITE_SIGNAL, (int)pcslHandle, context);
} else {
DEC_NETWORK_INDICATOR;
getMidpSocketProtocolPtr(thisObject)->handle = (jint)INVALID_HANDLE;
if (midpDecResourceCount(RSC_TYPE_TCP_CLI, 1) == 0) {
REPORT_INFO(LC_PROTOCOL, "Resource limit update error");
}
midp_snprintf(gKNIBuffer, KNI_BUFFER_SIZE,
"error %d in socket::open",
(int)pcsl_network_error(pcslHandle));
REPORT_INFO1(LC_PROTOCOL, "%s\n", gKNIBuffer);
KNI_ThrowNew(midpConnectionNotFoundException, gKNIBuffer);
}
}
KNI_EndHandles();
KNI_ReturnVoid();
}
/**
* An entry point of a thread devoted to run java
*/
void JavaTask(void) {
midp_jc_event_union event;
javacall_bool res = JAVACALL_OK;
javacall_bool JavaTaskIsGoOn = JAVACALL_TRUE;
long timeTowaitInMillisec = -1;
int outEventLen;
int main_memory_chunk_size;
/* Get java heap memory size */
main_memory_chunk_size = getInternalPropertyInt("MAIN_MEMORY_CHUNK_SIZE");
if (main_memory_chunk_size == 0) {
main_memory_chunk_size = -1;
}
/* Outer Event Loop */
while (JavaTaskIsGoOn) {
if (midpInitializeMemory(main_memory_chunk_size) != 0) {
REPORT_CRIT(LC_CORE,"JavaTask() >> midpInitializeMemory() Not enough memory.\n");
break;
}
REPORT_INFO(LC_CORE,"JavaTask() >> memory initialized.\n");
#if !ENABLE_CDC
res = javacall_event_receive(timeTowaitInMillisec,
(unsigned char *)&event, sizeof(midp_jc_event_union), &outEventLen);
#else
res = javacall_event_receive_cvm(MIDP_EVENT_QUEUE_ID,
(unsigned char *)&event, sizeof(midp_jc_event_union), &outEventLen);
#endif
if (!JAVACALL_SUCCEEDED(res)) {
REPORT_ERROR(LC_CORE,"JavaTask() >> Error javacall_event_receive()\n");
continue;
}
switch (event.eventType) {
case MIDP_JC_EVENT_START_ARBITRARY_ARG:
REPORT_INFO(LC_CORE, "JavaTask() MIDP_JC_EVENT_START_ARBITRARY_ARG >>\n");
javacall_lifecycle_state_changed(JAVACALL_LIFECYCLE_MIDLET_STARTED,
JAVACALL_OK,
NULL);
JavaTaskImpl(event.data.startMidletArbitraryArgEvent.argc,
event.data.startMidletArbitraryArgEvent.argv);
JavaTaskIsGoOn = JAVACALL_FALSE;
break;
case MIDP_JC_EVENT_SET_VM_ARGS:
REPORT_INFO(LC_CORE, "JavaTask() MIDP_JC_EVENT_SET_VM_ARGS >>\n");
midpHandleSetVmArgs(event.data.startMidletArbitraryArgEvent.argc,
event.data.startMidletArbitraryArgEvent.argv);
break;
case MIDP_JC_EVENT_SET_HEAP_SIZE:
REPORT_INFO(LC_CORE, "JavaTask() MIDP_JC_EVENT_SET_HEAP_SIZE >>\n");
midpHandleSetHeapSize(event.data.heap_size);
break;
case MIDP_JC_EVENT_LIST_MIDLETS:
REPORT_INFO(LC_CORE, "JavaTask() MIDP_JC_EVENT_LIST_MIDLETS >>\n");
midpHandleListMIDlets();
JavaTaskIsGoOn = JAVACALL_FALSE;
break;
case MIDP_JC_EVENT_LIST_STORAGE_NAMES:
REPORT_INFO(LC_CORE, "JavaTask() MIDP_JC_EVENT_LIST_STORAGE_NAMES >>\n");
midpHandleListStorageNames();
JavaTaskIsGoOn = JAVACALL_FALSE;
break;
case MIDP_JC_EVENT_REMOVE_MIDLET:
REPORT_INFO(LC_CORE, "JavaTask() MIDP_JC_EVENT_REMOVE_MIDLET >>\n");
midpHandleRemoveMIDlet(event.data.removeMidletEvent);
JavaTaskIsGoOn = JAVACALL_FALSE;
break;
case MIDP_JC_EVENT_END:
REPORT_INFO(LC_CORE,"JavaTask() >> MIDP_JC_EVENT_END\n");
JavaTaskIsGoOn = JAVACALL_FALSE;
break;
default:
REPORT_ERROR(LC_CORE,"Unknown event.\n");
break;
} /* end of switch */
midpFinalizeMemory();
} /* end of while 'JavaTaskIsGoOn' */
} /* end of JavaTask */
/*
* Performs client connection establishment.
*
* Note: the method gets native connection handle directly from
* <code>handle<code> field of <code>L2CAPConnectionImpl</code> object.
*
* @param addr bluetooth address of device to connect to
* @param psm Protocol Service Multiplexor (PSM) value
* @return Negotiated ReceiveMTU and TransmitMTU.
* 16 high bits is ReceiveMTU, 16 low bits is TransmitMTU.
*
* @throws IOException if any I/O error occurs
*/
KNIEXPORT KNI_RETURNTYPE_INT
Java_com_sun_jsr082_bluetooth_btl2cap_L2CAPConnectionImpl_connect0(void) {
unsigned char *address = NULL;
int psm = (int)KNI_GetParameterAsInt(2);
javacall_handle handle = JAVACALL_BT_INVALID_HANDLE;
int status, i, imtu, omtu, mtus;
void* context = NULL;
MidpReentryData* info;
javacall_bt_address addr;
jfieldID connHandleID = NULL;
KNI_StartHandles(3);
KNI_DeclareHandle(thisHandle);
KNI_DeclareHandle(arrayHandle);
KNI_DeclareHandle(classHandle);
KNI_GetThisPointer(thisHandle);
KNI_GetClassPointer(classHandle);
GET_FIELDID(classHandle, "handle", "I", connHandleID)
KNI_GetParameterAsObject(1, arrayHandle);
handle = (javacall_handle)KNI_GetIntField(thisHandle, connHandleID);
REPORT_INFO1(LC_PROTOCOL, "btl2cap::connect handle=%d", handle);
/* copy address from Java input array */
SNI_BEGIN_RAW_POINTERS;
address = JavaByteArray(arrayHandle);
for (i = 0; i < JAVACALL_BT_ADDRESS_SIZE; i++) {
addr[i] = address[i];
}
SNI_END_RAW_POINTERS;
info = (MidpReentryData*)SNI_GetReentryData(NULL);
if (info == NULL) { /* First invocation */
// Need revisit: add resource counting
/*
* Verify that the resource is available well within limit as per
* the policy in ResourceLimiter
*/
/*
if (midpCheckResourceLimit(RSC_TYPE_BT_CLI, 1) == 0) {
const char* pMsg = "Resource limit exceeded for BT client sockets";
REPORT_INFO(LC_PROTOCOL, pMsg);
KNI_ThrowNew(midpIOException, EXCEPTION_MSG(pMsg));
} else {
*/
status = javacall_bt_l2cap_connect(handle, address, psm,
&imtu, &omtu);
if (status == JAVACALL_OK) {
// Need revisit: add resource counting
/*
if (midpIncResourceCount(RSC_TYPE_BT_CLI, 1) == 0) {
REPORT_INFO(LC_PROTOCOL, "Resource limit update error");
}
*/
} else if (status == JAVACALL_FAIL) {
char* pError;
javacall_bt_l2cap_get_error(handle, &pError);
midp_snprintf(gKNIBuffer, KNI_BUFFER_SIZE,
"IO error in btl2cap::connect (%s)\n", pError);
REPORT_INFO(LC_PROTOCOL, gKNIBuffer);
KNI_ThrowNew(midpIOException, EXCEPTION_MSG(gKNIBuffer));
} else if (status == JAVACALL_WOULD_BLOCK) {
// Need revisit: add bluetooth activity indicator
// INC_BT_INDICATOR;
// Need revisit: add resource counting
/*
if (midpIncResourceCount(RSC_TYPE_BT_CLI, 1) == 0) {
REPORT_INFO(LC_PROTOCOL, "Resource limit update error");
}
*/
REPORT_INFO1(LC_PROTOCOL,
"btl2cap::connect is waiting for complete notify"
", handle = %d\n", handle);
midp_thread_wait(NETWORK_WRITE_SIGNAL, (int)handle, context);
} else {
char* pMsg = "Unknown error during btl2cap::connect";
REPORT_INFO(LC_PROTOCOL, pMsg);
KNI_ThrowNew(midpIOException, EXCEPTION_MSG(pMsg));
}
// }
} else { /* Reinvocation after unblocking the thread */
context = info->pResult;
if ((javacall_handle)info->descriptor != handle) {
REPORT_CRIT2(LC_PROTOCOL,
"btl2cap::connect handles mismatched %d != %d\n",
handle, (javacall_handle)info->descriptor);
}
status = javacall_bt_l2cap_connect(handle, address, psm,
&imtu, &omtu);
if (status == JAVACALL_OK) {
// Need revisit: add bluetooth activity indicator
// DEC_BT_INDICATOR;
} else if (status == JAVACALL_WOULD_BLOCK) {
midp_thread_wait(NETWORK_WRITE_SIGNAL, (int)handle, context);
} else {
char* pError;
KNI_SetIntField(thisHandle, connHandleID, (jint)JAVACALL_BT_INVALID_HANDLE);
// Need revisit: add bluetooth activity indicator
// DEC_BT_INDICATOR;
// Need revisit: add resource counting
/*
if (midpDecResourceCount(RSC_TYPE_BT_CLI, 1) == 0) {
REPORT_INFO(LC_PROTOCOL, "Resource limit update error");
}
*/
javacall_bt_l2cap_get_error(handle, &pError);
midp_snprintf(gKNIBuffer, KNI_BUFFER_SIZE,
"Error in btl2cap::connect (%s)", pError);
REPORT_INFO(LC_PROTOCOL, gKNIBuffer);
KNI_ThrowNew(midpConnectionNotFoundException,
EXCEPTION_MSG(gKNIBuffer));
}
}
mtus = (imtu << 16) & 0xFFFF0000;
mtus |= omtu & 0xFFFF;
KNI_EndHandles();
KNI_ReturnInt(mtus);
}
javacall_result bt_push_startup()
{
int i;
char *error;
pcsl_string full_name = PCSL_STRING_NULL;
int storage;
REPORT_INFO(LC_PUSH, "Bluetooth PushRegistry is now starting.");
javacall_bt_sddb_initialize();
pcsl_string_cat(storage_get_root(INTERNAL_STORAGE_ID), &BT_PUSH_FILENAME,
&full_name);
if (!storage_file_exists(&full_name)) {
pcsl_string_free(&full_name);
return JAVACALL_OK;
}
storage = storage_open(&error, &full_name, OPEN_READ);
pcsl_string_free(&full_name);
if (error != NULL) {
REPORT_ERROR1(LC_PUSH, "Failed to open `BtPush' file: %s", error);
storageFreeError(error);
return JAVACALL_FAIL;
}
storageRead(&error, storage, (char *)&g_count, sizeof(g_count));
for (i = 0; error == NULL && i < g_count; i++) {
bt_push_t *push = (bt_push_t *)pcsl_mem_malloc(sizeof(bt_push_t));
if (push == NULL) {
REPORT_ERROR(LC_PUSH, "Failed to allocate memory.");
storageClose(&error, storage);
storageFreeError(error);
return JAVACALL_FAIL;
}
storageRead(&error, storage, (char *)&push->port, sizeof(push->port));
if (error != NULL) {
pcsl_mem_free(push);
break;
}
storageRead(&error, storage, (char *)&push->params,
sizeof(push->params));
if (error != NULL) {
pcsl_mem_free(push);
break;
}
storageRead(&error, storage, (char *)&push->record.classes,
sizeof(push->record.classes));
if (error != NULL) {
pcsl_mem_free(push);
break;
}
storageRead(&error, storage, (char *)&push->record.size,
sizeof(push->record.size));
if (error != NULL) {
pcsl_mem_free(push);
break;
}
push->record.data = pcsl_mem_malloc(push->record.size);
if (push->record.data == NULL) {
pcsl_mem_free(push);
REPORT_ERROR(LC_PUSH, "Failed to allocate memory.");
storageClose(&error, storage);
storageFreeError(error);
return JAVACALL_FAIL;
}
storageRead(&error, storage, (char *)push->record.data,
push->record.size);
if (error != NULL) {
pcsl_mem_free(push->record.data);
pcsl_mem_free(push);
break;
}
storageRead(&error, storage, (char *)&push->record.id,
sizeof(push->record.id));
if (error != NULL) {
pcsl_mem_free(push);
break;
}
push->server = BT_INVALID_HANDLE;
push->client = NULL;
push->next = g_registry;
g_registry = push;
}
if (error != NULL) {
REPORT_ERROR1(LC_PUSH, "Error reading `BtPush' file: %s", error);
storageFreeError(error);
storageClose(&error, storage);
storageFreeError(error);
return JAVACALL_FAIL;
}
REPORT_INFO1(LC_PUSH, "%d record(s) read.", g_count);
storageClose(&error, storage);
storageFreeError(error);
if (g_count > 0) {
/* Attempt to enable Bluetooth radio, if it is not already on. */
javacall_bool enabled;
javacall_bt_stack_initialize();
if (javacall_bt_stack_is_enabled(&enabled) == JAVACALL_OK &&
enabled == JAVACALL_FALSE) {
javacall_bt_stack_enable();
}
}
return JAVACALL_OK;
}
/**
* Native finalizer.
* Releases all native resources used by this connection.
*/
KNIEXPORT KNI_RETURNTYPE_VOID
Java_com_sun_midp_io_j2me_btl2cap_L2CAPNotifierImpl_finalize(void) {
javacall_handle handle, peer;
int status = JAVACALL_FAIL;
REPORT_INFO(LC_PROTOCOL, "btl2cap_notif::finalize");
KNI_StartHandles(1);
KNI_DeclareHandle(thisHandle);
KNI_GetThisPointer(thisHandle);
handle = (javacall_handle)KNI_GetIntField(thisHandle, notifHandleID);
if (handle != BT_INVALID_HANDLE) {
status = javacall_bt_l2cap_close(handle);
KNI_SetIntField(thisHandle, notifHandleID, (jint)BT_INVALID_HANDLE);
// Need revisit: add resource counting
/*
if (midpDecResourceCount(RSC_TYPE_BT_SER, 1) == 0) {
REPORT_INFO(LC_PROTOCOL, "Resource limit update error");
}
*/
if (status == JAVACALL_FAIL) {
char* pError;
javacall_bt_l2cap_get_error(handle, &pError);
midp_snprintf(gKNIBuffer, KNI_BUFFER_SIZE,
"IO error in bt_l2cap_notif::finalize (%s)\n", pError);
REPORT_ERROR(LC_PROTOCOL, gKNIBuffer);
} else if (status == JAVACALL_WOULD_BLOCK) {
/* blocking during finalize is not supported */
REPORT_CRIT1(LC_PROTOCOL,
"btl2cap_notif::finalize notifier blocked, handle = %d\n",
handle);
}
}
peer = (javacall_handle)KNI_GetIntField(thisHandle, peerHandleID);
if (peer != BT_INVALID_HANDLE) {
status = javacall_bt_l2cap_close(peer);
KNI_SetIntField(thisHandle, peerHandleID, (jint)BT_INVALID_HANDLE);
// Need revisit: add resource counting
/*
if (midpDecResourceCount(RSC_TYPE_BT_CLI, 1) == 0) {
REPORT_INFO(LC_PROTOCOL, "Resource limit update error");
}
*/
if (status == JAVACALL_FAIL) {
char* pError;
javacall_bt_l2cap_get_error(peer, &pError);
midp_snprintf(gKNIBuffer, KNI_BUFFER_SIZE,
"IO error in bt_l2cap_notif::finalize (%s)\n", pError);
REPORT_ERROR(LC_PROTOCOL, gKNIBuffer);
} else if (status == JAVACALL_WOULD_BLOCK) {
/* blocking during finalize is not supported */
REPORT_CRIT1(LC_PROTOCOL,
"btl2cap_notif::finalize blocked, handle = %d\n", peer);
}
}
REPORT_INFO(LC_PROTOCOL, "btl2cap_notif::finalize done!");
KNI_EndHandles();
KNI_ReturnVoid();
}
/**
* Opens a datagram connection on the given port.
* <p>
* Java declaration:
* <pre>
* open0(I[B)V
* </pre>
*
* @param port port to listen on, or 0 to have one selected
* @param suiteId the ID of the current MIDlet suite
*/
KNIEXPORT KNI_RETURNTYPE_VOID
Java_com_sun_midp_io_j2me_datagram_Protocol_open0(void) {
int port;
SuiteIdType suiteId;
jboolean tryOpen = KNI_TRUE;
KNI_StartHandles(1);
KNI_DeclareHandle(thisObject);
KNI_GetThisPointer(thisObject);
port = (int)KNI_GetParameterAsInt(1);
suiteId = KNI_GetParameterAsInt(2);
if (getMidpDatagramProtocolPtr(thisObject)->nativeHandle
!= (jint)INVALID_HANDLE) {
KNI_ThrowNew(midpIOException, "already open");
tryOpen = KNI_FALSE;
}
if (tryOpen) {
int pushReturn;
pushReturn = pushcheckout("datagram", port,
(char*)midp_suiteid2chars(suiteId));
/*
* pushcheckout() returns -1 if the handle wasn't found, -2 if it's
* already in use by another suite, otherwise a valid checked-out
* handle.
*/
if (pushReturn == -1) {
/* leave tryOpen == KNI_TRUE and try again below */
} else if (pushReturn == -2) {
KNI_ThrowNew(midpIOException, "already in use");
tryOpen = KNI_FALSE;
} else {
/* IMPL NOTE: need to do resource accounting for this case */
getMidpDatagramProtocolPtr(thisObject)->nativeHandle
= (jint)pushReturn;
tryOpen = KNI_FALSE;
}
}
if (tryOpen) {
if (midpCheckResourceLimit(RSC_TYPE_UDP, 1) == 0) {
KNI_ThrowNew(midpIOException, "resource limit exceeded");
} else {
MidpReentryData* info;
int status;
void *socketHandle;
void *context;
info = (MidpReentryData*)SNI_GetReentryData(NULL);
if (info == NULL) {
/* initial invocation */
INC_NETWORK_INDICATOR;
status = pcsl_datagram_open_start(port, &socketHandle,
&context);
} else {
/* reinvocation */
socketHandle = (void *)info->descriptor;
context = info->pResult;
status = pcsl_datagram_open_finish(socketHandle, context);
}
if (status == PCSL_NET_SUCCESS) {
if (midpIncResourceCount(RSC_TYPE_UDP, 1) == 0) {
REPORT_INFO(LC_PROTOCOL,
"Datagrams: resource limit update error");
}
getMidpDatagramProtocolPtr(thisObject)->nativeHandle
= (jint)socketHandle;
DEC_NETWORK_INDICATOR;
} else if (status == PCSL_NET_WOULDBLOCK) {
midp_thread_wait(NETWORK_WRITE_SIGNAL, (int)socketHandle,
context);
} else {
/* status == PCSL_NET_IOERROR */
midp_snprintf(gKNIBuffer, KNI_BUFFER_SIZE,
"error code %d", pcsl_network_error(socketHandle));
REPORT_INFO1(LC_PROTOCOL, "datagram::open0 %s", gKNIBuffer);
KNI_ThrowNew(midpIOException, gKNIBuffer);
DEC_NETWORK_INDICATOR;
}
}
}
KNI_EndHandles();
KNI_ReturnVoid();
}
