def test_cb_network(self):
from TREX.core.assembly import Assembly, construct_test_assembly
# Create assembly
db_cores = {}
db_cores["test"] = DbCore()
db_cores["test"].assembly = construct_test_assembly()
# Create token network
token_network = TokenNetwork()
time.sleep(1)
# Attach token network window to token network
token_network.register_listener(
self.token_network_window.set_token_network)
time.sleep(1)
print "Updating assembly in token network..."
token_network.set_db_cores(db_cores, "test")
time.sleep(1)
print "Changing a hilighted token..."
tok = db_cores["test"].assembly.tokens.values()[0]
token_network.hilight(tok, True)
token_network.notify_listeners()
time.sleep(1)
print "Clearing assembly in token network..."
token_network.set_db_cores({}, None)
time.sleep(1)
def test_construct(self):
from TREX.core.assembly import construct_test_assembly
# Create assembly
assembly = construct_test_assembly()
# Create a new db reader window
PropertyWindowFactory(assembly,assembly.tokens.values()[0])
PropertyWindowFactory(assembly,assembly.tokens.values()[1])
PropertyWindowFactory(assembly,assembly.tokens.values()[2])
PropertyWindowFactory(assembly,assembly.tokens.values()[0])
def test_push_network(self):
from TREX.core.assembly import construct_test_assembly
# Create assembly
db_cores = {}
db_cores["test"] = DbCore()
db_cores["test"].assembly = construct_test_assembly()
# Create token network
token_network = TokenNetwork()
token_network.set_db_cores(db_cores, "test")
# Attach token network window to token network
self.token_network_window.set_token_network(token_network)
time.sleep(5)
def construct_test_db_core(): # Create assembly from TREX.core.assembly import construct_test_assembly assembly = construct_test_assembly() # Create db_core db_core = DbCore(0,"test") # Store assembly db_core.assembly = assembly # Create timelines tl1 = Timeline(0,"tl1",Timeline.INTERNAL) tl2 = Timeline(0,"tl2",Timeline.EXTERNAL) db_core.int_timelines["tl1"] = tl1 db_core.ext_timelines["tl2"] = tl2 # Create tokens tl1.tokens = [assembly.tokens[0]] tl2.tokens = [assembly.tokens[1]] return assembly
def construct_test_db_core():
# Create assembly
from TREX.core.assembly import construct_test_assembly
assembly = construct_test_assembly()
# Create db_core
db_core = DbCore(0, "test")
# Store assembly
db_core.assembly = assembly
# Create timelines
tl1 = Timeline(0, "tl1", Timeline.INTERNAL)
tl2 = Timeline(0, "tl2", Timeline.EXTERNAL)
db_core.int_timelines["tl1"] = tl1
db_core.ext_timelines["tl2"] = tl2
# Create tokens
tl1.tokens = [assembly.tokens[0]]
tl2.tokens = [assembly.tokens[1]]
return assembly
def test_push_network(self):
from TREX.core.assembly import construct_test_assembly
# Create assembly
db_cores = {}
db_cores["test"] = DbCore()
db_cores["test"].assembly = construct_test_assembly()
# Create token network
token_network = TokenNetwork()
token_network.set_db_cores(db_cores, "test")
# Create token network filter
token_network_filter = TokenNetworkFilter(token_network)
# Attach token network window to token network
self.filter_window.set_token_network_filter(token_network_filter)
print "Adding filter..."
self.filter_window.filter_entry.set_text("merged")
self.filter_window.add_but.emit("clicked")
time.sleep(5)
def test_push_network(self):
from TREX.core.assembly import construct_test_assembly
# Create assembly
db_cores = {}
db_cores["test"] = DbCore()
db_cores["test"].assembly = construct_test_assembly()
# Create token network
token_network = TokenNetwork()
token_network.set_db_cores(db_cores,"test")
# Create token network filter
token_network_filter = TokenNetworkFilter(token_network)
# Attach token network window to token network
self.filter_window.set_token_network_filter(token_network_filter)
print "Adding filter..."
self.filter_window.filter_entry.set_text("merged")
self.filter_window.add_but.emit("clicked")
time.sleep(5)
def thread_test_window(self):
print "Started test thread..."
time.sleep(2)
print "Constructing test assembly..."
from TREX.core.assembly import Assembly,construct_test_assembly
# Create assemblies
assemblies = {}
assemblies["test"] = construct_test_assembly()
print "Adding reactors..."
gtk.gdk.threads_enter()
self.timeline_window.add_reactor("doorman")
self.timeline_window.add_reactor("recharger")
self.timeline_window.add_reactor("state_estimator")
self.timeline_window.add_reactor("mechanism_control")
self.timeline_window.add_reactor("master")
self.timeline_window.add_reactor("navigator")
self.timeline_window.add_reactor("driver")
self.timeline_window.add_reactor("writer")
gtk.gdk.threads_leave()
time.sleep(1)
gtk.gdk.threads_enter()
self.timeline_window.rem_reactor("state_estimator")
gtk.gdk.threads_leave()
time.sleep(1)
gtk.gdk.threads_enter()
self.timeline_window.rem_reactor("writer")
gtk.gdk.threads_leave()
time.sleep(1)
gtk.gdk.threads_enter()
self.timeline_window.rem_reactor("doorman")
gtk.gdk.threads_leave()
self.tearDown()
def thread_test_window(self):
print "Started test thread..."
time.sleep(2)
print "Constructing test assembly..."
from TREX.core.assembly import Assembly, construct_test_assembly
# Create assemblies
assemblies = {}
assemblies["test"] = construct_test_assembly()
print "Adding reactors..."
gtk.gdk.threads_enter()
self.timeline_window.add_reactor("doorman")
self.timeline_window.add_reactor("recharger")
self.timeline_window.add_reactor("state_estimator")
self.timeline_window.add_reactor("mechanism_control")
self.timeline_window.add_reactor("master")
self.timeline_window.add_reactor("navigator")
self.timeline_window.add_reactor("driver")
self.timeline_window.add_reactor("writer")
gtk.gdk.threads_leave()
time.sleep(1)
gtk.gdk.threads_enter()
self.timeline_window.rem_reactor("state_estimator")
gtk.gdk.threads_leave()
time.sleep(1)
gtk.gdk.threads_enter()
self.timeline_window.rem_reactor("writer")
gtk.gdk.threads_leave()
time.sleep(1)
gtk.gdk.threads_enter()
self.timeline_window.rem_reactor("doorman")
gtk.gdk.threads_leave()
self.tearDown()