void SerialUI::exit(bool terminate_gui)
{
#ifdef SUI_ENABLE_MODES
if (mode() == SUIMode_Program) {
if (terminate_gui)
println_P(terminate_gui_prog);
println_P(end_of_tx_str);
// ensure we always restart in "user" mode...
setMode(SUIMode_User);
} else
#endif
{
returnMessage(goodbye);
}
user_present = false;
user_presence_last_interaction_ms = 0;
// go back to top level menu, in case we re-enter SUI later...
current_menu = &top_lev_menu;
}
//------------------------------------------------------------------------------
static void testResult(bool b, uint8_t n) {
while (n++ < 60) testOut->write(' ');
if (b) {
println_P(testOut, PSTR("..ok"));
} else {
println_P(testOut, PSTR("FAIL"));
failCount++;
}
testCount++;
}
void SerialUI::showEnterDataPrompt() {
#ifdef SUI_ENABLE_MODES
if (mode() == SUIMode_Program)
{
println_P(moredata_prompt_prog_str);
println_P(end_of_tx_str);
return;
}
#endif
print_P(moredata_prompt_str);
}
//------------------------------------------------------------------------------
void testEnd() {
testOut->println();
println_P(testOut, PSTR("Compiled: " __DATE__ " " __TIME__));
print_P(testOut, PSTR("FreeRam: "));
testOut->println(FreeRam());
print_P(testOut, PSTR("Test count: "));
testOut->println(testCount);
print_P(testOut, PSTR("Fail count: "));
testOut->println(failCount);
}
void SerialUI::showPrompt() {
#ifdef SUI_SERIALUI_SHOW_PROMPT_SUBMENU_NAME
if (current_menu->parent())
{
current_menu->showName();
}
#endif
print_P(prompt_str);
#ifdef SUI_ENABLE_MODES
if (mode() == SUIMode_Program)
{
println(' ');
println_P(end_of_tx_str);
// return;
}
#endif
}
/** %Print a string in flash memory to Serial followed by a CR/LF.
*
* \param[in] str Pointer to string stored in flash memory.
*/
void SdFatUtil::SerialPrintln_P(PGM_P str) {
println_P( str);
}
/** %Print a string in flash memory to Serial followed by a CR/LF.
*
* \param[in] str Pointer to string stored in flash memory.
*/
void SdFatUtil::SerialPrintln_P(PGM_P str) {
println_P(SdFat::stdOut(), str);
}
void SerialUI::debug_P(PGM_P debugmesg_p)
{
print_P(PSTR("DEBUG: "));
println_P(debugmesg_p);
}
size_t SerialUI::showEnterStreamPromptAndReceive(char * bufferToUse, uint8_t bufferSize, streamInputCallback callback,
streamInputStartCallback startupCallback, streamInputEndCallback completedCallback)
{
#ifdef SUI_ENABLE_MODES
if (mode() == SUIMode_Program)
{
println_P(moredata_prompt_prog_stream);
println_P(end_of_tx_str);
} else {
#endif
print_P(moredata_prompt_stream);
#ifdef SUI_ENABLE_MODES
}
#endif
stream_expected_size = this->parseInt();
if (stream_expected_size < 1)
return 0;
bool doPipedata = true; // if this is true, we'll send the data over to the callback
// but no matter what, we'll need to consume it.
if (startupCallback)
{
doPipedata = startupCallback(stream_expected_size);
}
stream_cur_count = 0;
// dump the terminator
while (this->available() && (this->peek() == '\r' || this->peek() == '\n'))
{
this->read();
}
while (stream_cur_count < stream_expected_size)
{
uint8_t lenToRead = (stream_expected_size - stream_cur_count) > bufferSize ? bufferSize : (stream_expected_size - stream_cur_count);
size_t lenRead = this->readBytes(bufferToUse, lenToRead);
if (! lenRead)
{
// looks like we timed out...
return stream_cur_count;
}
if (doPipedata)
callback(bufferToUse, lenRead, stream_cur_count, stream_expected_size);
stream_cur_count += lenRead;
}
if (! doPipedata)
return 0; // we just flushed the data...
if (completedCallback)
completedCallback(stream_cur_count);
return stream_cur_count;
}
int TwitPic::upload(const char *message,
uint32_t imageLength,
void (*imageTransfer)(Client *client),
bool post)
{
int ret = -1;
DEBUG_PRINT("connecting...");
if (client.connect()) {
DEBUG_PRINTLN("ok\r\npost image");
// HTTP Request
if(post){
println_P( PSTR("POST " TWITPIC_UPLADO_AND_POST_API_URL " HTTP/1.0") );
}else{
println_P( PSTR("POST " TWITPIC_UPLADO_API_URL " HTTP/1.0") );
}
// HTTP Headers
println_P( PSTR("Content-Type: multipart/form-data; boundary=" BOUNDARY) );
print_P( PSTR("Content-Length: ") );
println(preCalcedContentLength + strlen(message) + imageLength);
println();
// Post Parameter
println_P( PSTR(HEADER) );
println_P( PSTR("Content-Disposition: form-data; name=\"key\"") );
println();
println_P( twitpic_api_key );
// Post Parameter
println_P( PSTR(HEADER) );
println_P( PSTR("Content-Disposition: form-data; name=\"consumer_token\"") );
println();
println_P( consumer_key );
// Post Parameter
println_P( PSTR(HEADER) );
println_P( PSTR("Content-Disposition: form-data; name=\"consumer_secret\"") );
println();
println_P( consumer_secret );
// Post Parameter
println_P( PSTR(HEADER) );
println_P( PSTR("Content-Disposition: form-data; name=\"oauth_token\"") );
println();
println_P( access_token );
// Post Parameter
println_P( PSTR(HEADER) );
println_P( PSTR("Content-Disposition: form-data; name=\"oauth_secret\"") );
println();
println_P( access_token_secret );
// Post Parameter
println_P( PSTR(HEADER) );
println_P( PSTR("Content-Disposition: form-data; name=\"message\"") );
println();
println(message);
// Image Data
if(imageTransfer){
println_P( PSTR(HEADER) );
println_P( PSTR("Content-Disposition: file; name=\"media\"; filename=\"img0000.jpg\"") );
println_P( PSTR("Content-Type: image/jpeg") );
println_P( PSTR("Content-Transfer-Encoding: binary") );
println();
imageTransfer(&client);
println();
}
// Footer
println_P( PSTR(FOOTER) );
println();
// Wait Response
client.flush();
ret = waitResponses();
client.stop();
}else{
DEBUG_PRINTLN("fail");
}
return ret;
}
