#include <USRP_server_link_threads.hpp>

Collaboration diagram for TXRX:

Public Member Functions
	TXRX (server_settings settings, hardware_manager init_hardware, bool diagnostic_init=false)
	Initialization method requires an already initialized hardware manager class and an already initialized streaming queue (output of analysis) More...

void	set (usrp_param *global_param)
	Launches the setting functions for the required signals, antennas... More...

void	start (usrp_param *global_param)
	Start the threads. More...

bool	stop (bool force=false)

Public Attributes
rx_queue *	stream_queue
	Pointer to the TCP streaming queue, initialized with the class. Output of every frontend rx dsp processes. More...

preallocator< float2 > *	rx_output_memory
	Pointer to the output memory allocator of all frontends. More...

bool	diagnostic
	Enables diagnostic info on output. More...

bool	file_writing
	Enables server local file writing. More...

bool	tcp_streaming
	Enables server tcp streaming. More...

Detailed Description

Definition at line 15 of file USRP_server_link_threads.hpp.

Constructor & Destructor Documentation

◆ TXRX()

TXRX::TXRX	(	server_settings *	settings,
		hardware_manager *	init_hardware,
		bool	diagnostic_init = `false`
	)

Initialization method requires an already initialized hardware manager class and an already initialized streaming queue (output of analysis)

Definition at line 5 of file USRP_server_link_threads.cpp.

References Sync_server::connect(), diagnostic, file_writing, rx_output_memory, stream_queue, tcp_streaming, and TCP_SYNC_PORT.

Here is the call graph for this function:

Member Function Documentation

◆ set()

void TXRX::set ( usrp_param * global_param )

Launches the setting functions for the required signals, antennas...

Definition at line 73 of file USRP_server_link_threads.cpp.

References preallocator< vector_type >::close(), file_writing, Sync_server::memory, Sync_server::out_queue, hardware_manager::preset_usrp(), print_debug(), print_error(), rx_output_memory, stream_queue, tcp_streaming, H5_file_writer::update_pointers(), and Sync_server::update_pointers().

Referenced by main().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ start()

void TXRX::start ( usrp_param * global_param )

Start the threads.

Todo:: TODO: this should take the parameter with maximum buffer size. Probably a segm fault will happen in case of different buffer sizes.

Definition at line 238 of file USRP_server_link_threads.cpp.

Referenced by main().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ stop()

bool TXRX::stop ( bool force = false )

@ brief Check if the streamer can take a new command and clean the threads for it. in case the force option is true, force close the threads and cleans the queues NOTE: with force option true this call is blocking as it calls the join() method of boost's thread.

Definition at line 435 of file USRP_server_link_threads.cpp.

References hardware_manager::A_RX_queue, hardware_manager::B_RX_queue, hardware_manager::check_rx_status(), hardware_manager::check_tx_status(), hardware_manager::close_rx(), hardware_manager::close_tx(), diagnostic, file_writing, preallocator< vector_type >::get(), Sync_server::NEED_RECONNECT, RX_buffer_demodulator::parameters, print_debug(), print_error(), print_warning(), RX_buffer_demodulator::process(), set_this_thread_name(), H5_file_writer::stop(), Sync_server::stop(), tcp_streaming, and preallocator< vector_type >::trash().