usi.systemc Namespace Reference

Functions
def	start
def	stop
def	pause
def	wait
def	time

Variables
	FS = api.SC_FS
	PS = api.SC_PS
	NS = api.SC_NS
	US = api.SC_US
	MS = api.SC_MS
	SEC = api.SC_SEC
dictionary	TIME_UNITS
	simulation_time = api.simulation_time
	delta_count = api.delta_count
	set_verbosity = api.set_verbosity
	is_running = api.is_running
	get_top_level_objects = api.get_top_level_objects

Function Documentation

def usi.systemc.pause	(		k,
			kw
	)

def usi.systemc.start	(		k,
			kw
	)

def usi.systemc.stop	(		k,
			kw
	)

def usi.systemc.time

(

tu = None

)

References usi.systemc.delta_count, and usi.systemc.simulation_time.

Referenced by brm_create_cmd(), GPCounter.calculate(), main(), pout(), trap::ProfInstruction.ProfInstruction(), timeIntrinsic< wordSize >.timeIntrinsic(), trap::timeSysCall< wordSize >.timeSysCall(), sr_signal::signal_out< bool, Irqmp >.write(), and sr_signal::signal_selector< TYPE, MODULE >.write().

def usi.systemc.wait	(		obj,
			tu = None
	)

   if obj is event or event tree,
   call obj.wait(); else it is a scalar

Variable Documentation

usi.systemc.delta_count = api.delta_count

Referenced by usi.systemc.time().

usi.systemc.FS = api.SC_FS

usi.systemc.get_top_level_objects = api.get_top_level_objects

Referenced by usi.find().

usi.systemc.is_running = api.is_running

usi.systemc.MS = api.SC_MS

usi.systemc.NS = api.SC_NS

usi.systemc.PS = api.SC_PS

usi.systemc.SEC = api.SC_SEC

usi.systemc.set_verbosity = api.set_verbosity

usi.systemc.simulation_time = api.simulation_time

Referenced by usi.PromptStr.__str__(), and usi.systemc.time().

dictionary usi.systemc.TIME_UNITS

Initial value:

= {
    FS:"fs",
    PS:"ps",
    NS:"ns",
    US:"us",
    MS:"ms",
    SEC:"s"
}

usi.systemc.US = api.SC_US