Modularizando o src
Dependencies: EALib EthernetInterface_vz mbed-rtos mbed
Fork of header_main_colinas_V0-20-09-14 by
call_box.cpp
- Committer:
- klauss
- Date:
- 2015-03-13
- Revision:
- 106:a34fcf9f0e02
- Parent:
- 100:09a23fcd3bdf
- Child:
- 108:18a3702650f3
File content as of revision 106:a34fcf9f0e02:
#include "call_box.h" Call_Box::Call_Box( int ext, int port ){ this->ext = ext; this->port = port; t.start(); remaining_attempts = __MAX_ATTEMPTS__; timeout = __TIMEOUT__; msg_id = 0x10; timeslice = 0x00; status = cb_idle; { FILE * fp = NULL; char inner_tmp[ 20 ]; fp = fopen( "/qspi/shift_port.txt", "r" ); if( fp == NULL ) { if( debug_cb ) debug_msg("Failed to open /qspi/shift_port.txt" ); shift_port = SHIFT_PORT; }else{ if( fread( (void *)inner_tmp, 1, 20, fp ) > 0 ){ shift_port = atoi( inner_tmp ); if( debug_cb ) debug_msg("Shift port %d", shift_port ); }else{ if( debug_cb ) debug_msg("Failed to read /qspi/shift_port.txt" ); shift_port = SHIFT_PORT; } } fclose( fp ); } shift_port = SHIFT_PORT; sip = new Sip( ext, ext + shift_port ); sip_socket_fd = sip->get_socket_fd(); if( sip == NULL ) { memory_is_over = true; if( debug_memory ) debug_msg("Sip allocation fail"); } next_aging_type = __CYCLES__; seconds.start(); invite_response = true; bye_response = true; invite_retry_count = MAX_INVITE_RETRY; cb_new_counter++; } int Call_Box::get_status( void ){ return this->status; } void Call_Box::cb_set_status( uint8_t status ){ this->status = status; } int Call_Box::get_sip_status( void ){ if( sip == NULL ) return -1; else return this->sip->get_status(); } int Call_Box::set_sip_status( uint8_t status ){ if( sip == NULL ) return( -1 ); sip->sip_set_status( status ); return( 0 ); } Call_Box::~Call_Box( void ){ if( sip != NULL ) delete( sip ); cb_delete_counter++; } int Call_Box::get_port( void ){ return( this->port ); } int Call_Box::get_ext( void ){ return( this->ext ); } float Call_Box::get_elapsed_time( void ){ return( this->t.read_ms() ); } void Call_Box::reset_elapsed_time( void ){ this->t.reset(); timeout = __TIMEOUT__; next_aging_type = __CYCLES__; } bool Call_Box::is_timeout( void ){ if( seconds.read() > __RESQUEST_TIME__ ){ seconds.reset(); return( t.read() > __TIME_TO_REGISTER__ ) ? true : false; }else return false; } bool Call_Box::has_next_try( void ){ return( ( t.read() < __TIMEOUT__ ) ? true : false ); } void Call_Box::registry( void ){ if( this->sip == NULL ){ this->sip = new Sip( ext, ext + shift_port ); deleted_sip++; if( sip == NULL ){ memory_is_over = true; if( debug_memory ) debug_msg("Call_Box cb allocation fail"); return; } if( sip->registry() > 0x00 ) reset_elapsed_time(); if( debug_aging ) debug_msg( "%d Registered - ( %f )", ext, __TIMEOUT__ - t.read() ); delete( sip ); this->sip = NULL; }else{ if( sip->registry() > 0x00 ) reset_elapsed_time(); if( debug_aging ) debug_msg( "%d Registered - ( %f )", ext, __TIMEOUT__ - t.read() ); } } void Call_Box::unregistry( void ){ if( this->sip == NULL ){ this->sip = new Sip( ext, ext + shift_port ); deleted_sip++; if( sip == NULL ){ memory_is_over = true; if( debug_memory ) debug_msg("Call_Box cb allocation fail"); return; } sip->send_unregistry_pkg(); delete( sip ); this->sip = NULL; }else{ sip->send_unregistry_pkg(); } } VZ_call * Call_Box::invite( void ){ //t.stop(); VZ_call * call = NULL; if( this->sip == NULL ){ this->sip = new Sip( ext, ext + shift_port ); deleted_sip++; if( sip != NULL ){ memory_is_over = true; if( debug_memory ) debug_msg("Call_Box cb allocation fail"); return( NULL ); }else{ call = sip->invite(); delete( sip ); this->sip = NULL; } }else{ call = sip->invite(); } if( debug_cb ) debug_msg("Call returned value :: %p ", (void * )call ); if( call == NULL ) t.start(); return( call ); } /* Retorna = 0 :: ok < 0 :: tive problemas > 0 :: devo remover essa call do vetor de calls */ int Call_Box::listen_SIP_server( void ){ if( this->sip == NULL ){ if( status == cb_on_call || status == cb_idle ){ this->sip = new Sip( ext, ext + shift_port ); deleted_sip++; if( sip == NULL ){ memory_is_over = true; if( debug_memory ) debug_msg("Call_Box cb allocation fail"); return( -1 ); }else{ int out_read = sip->listen_SIP_server(); delete( sip ); this->sip = NULL; return( out_read ); } }else return( 0 ); }else{ if( status == cb_on_call || status == cb_idle ){ return ( sip->listen_SIP_server() ); } else return( 0 ); } } void Call_Box::set_msg_id( uint8_t msg_id ){ this->msg_id = ( msg_id > 0x10 ) ? msg_id : 0x11; } uint8_t Call_Box::get_msg_id( void ){ return( this->msg_id ); } void Call_Box::set_timeslice( uint8_t timeslice ){ this->timeslice = timeslice; } uint8_t Call_Box::get_timeslice( void ){ return( this->timeslice ); } //void Call_Box::set_sip( Sip * sip ){ // this->sip = sip; //} void Call_Box::send_bye( void ){ if( this->sip == NULL ){ this->sip = new Sip( ext, ext + shift_port ); deleted_sip++; if( sip == NULL ){ memory_is_over = true; if( debug_memory ) debug_msg("Call_Box cb allocation fail"); return; }else{ sip->send_bye(); delete( sip ); sip = NULL; } }else{ sip->send_bye(); } } void Call_Box::reset_sip( void ){ if( this->sip != NULL ) delete( this->sip ); this->sip = new Sip( ext, ext + shift_port ); deleted_sip++; if( sip == NULL ) memory_is_over = true; } void Call_Box::set_sip_status( int status ){ if( this->sip != NULL ){ this->sip->status = status; }else{ if( debug_cb) debug_msg("Sip equals NULL o.O"); } } void Call_Box::re_start_timer( void ){ t.start(); } int8_t Call_Box::get_next_aging_type( void ){ next_aging_type--; if( ( next_aging_type % 2 ) == 0 || ( next_aging_type > __CYCLES__ - 15 ) ) return( REQUEST_REGISTRY ); else if( ( next_aging_type % 7 ) == 0 ) return( REQUEST_PEND ); else return( REQUEST_PING ); } void Call_Box::set_invite_response_ok( void ){ this->invite_response = true; } //void Call_Box::set_first_invite_response_ok( void ){ this->invite_first_response = true; // debug_msg(""); //} void Call_Box::set_invite_response_pending( void ){ this->invite_response = false; } bool Call_Box::get_invite_response( void ){ return( this->invite_response ); } //void Call_Box::set_first_invite_response_pending( void ){ this->first_invite_response = false; } //bool Call_Box::get_first_invite_response( void ){ return( this->first_invite_response ); } void Call_Box::invite_retry_count_reset( void ){ invite_retry_count = MAX_INVITE_RETRY; } uint8_t Call_Box::get_invite_retry_count( void ){ return ( invite_retry_count ) ? invite_retry_count-- : 0; } void Call_Box::set_bye_response_ok( void ){ this->bye_response = true; } void Call_Box::set_bye_response_pending( void ){ this->bye_response = false; } bool Call_Box::get_bye_response( void ){ return( this->bye_response ); } int Call_Box::get_sip_socket_fd( void ){ return( sip_socket_fd ); } int Call_Box::sip_udp_incomming_pkg( void ){ return sip->udp_incomming_pkg(); } void Call_Box::reset_cb_status( void ){ if( sip != NULL ) sip->reset_call(); } int Call_Box::get_sip_ext( void ){ return this->sip->get_ext(); } int Call_Box::get_sip_port( void ){ return this->sip->get_port(); } int Call_Box::get_timer( void ){ return t.read(); }