def test_ft_standby_to_activejava(self):
'''Start two basicftmemberjava with same group and stop the active one, verify the standby basicftmemberjava goes to active'''
my_print("\n----------Running basicftmemberjava test standby-to-active----------\n")
ftmemberjava1_out = open('standby_to_active_ftmemberjava1.out','w')
ftmemberjava2_out = open('standby_to_active_ftmemberjava2.out','w')
ret1 = start_javaapp("BasicFtMemberJava","pub",args=["-g","standby-to-active","-b"],stdout=ftmemberjava1_out,stderr=subprocess.STDOUT)
ret2 = call_wait4text("Current state is: FT_STATE_ACTIVE", "standby_to_active_ftmemberjava1.out")
ret3 = start_javaapp("BasicFtMemberJava","sub",args=["-g","standby-to-active","-b"],stdout=ftmemberjava2_out,stderr=subprocess.STDOUT)
ret4 = call_wait4text("Current state is: FT_STATE_STANDBY", "standby_to_active_ftmemberjava2.out")
kill_process(ret1.pid)
ret5 = call_wait4text("Current state is: FT_STATE_ACTIVE", "standby_to_active_ftmemberjava2.out")
ftmemberjava1_out.close()
ftmemberjava2_out.close()
kill_process(ret1.pid)
kill_process(ret3.pid)
self.assertTrue(ret2==0)
self.assertTrue(ret4==0)
self.assertTrue(ret5==0)
def test_ft_active_standbyjava(self):
'''start two basicftmemberjava and verify the first one goes ot active and second to standby, if both belong to same group'''
my_print(
"\n----------Running basicftmemberjava test active-standby----------\n"
)
ftmemberjava1_out = open('active_standby_ftmemberjava1.out', 'w')
ftmemberjava2_out = open('active_standby_ftmemberjava2.out', 'w')
ret1 = start_javaapp("BasicFtMemberJava",
"pub",
args=["-g", "active-standby", "-b"],
stdout=ftmemberjava1_out,
stderr=subprocess.STDOUT)
ret2 = call_wait4text("Current state is: FT_STATE_ACTIVE",
"active_standby_ftmemberjava1.out")
ret3 = start_javaapp("BasicFtMemberJava",
"sub",
args=["-g", "active-standby", "-b"],
stdout=ftmemberjava2_out,
stderr=subprocess.STDOUT)
ret4 = call_wait4text("Current state is: FT_STATE_STANDBY",
"active_standby_ftmemberjava2.out")
ret5 = call_wait4text("Current state is: FT_STATE_STANDBY",
"active_standby_ftmemberjava1.out")
ftmemberjava1_out.close()
ftmemberjava2_out.close()
kill_process(ret1.pid)
kill_process(ret3.pid)
self.assertTrue(ret2 == 0)
self.assertTrue(ret4 == 0)
self.assertTrue(ret5 == 1)
def test_req_replyjava(self):
'''Send request from basicinboxjava and verify it recives reply from basicpubjava'''
my_print("\n----------Running req_replyjava test----------\n")
basicpubjava_out = open('req_reply_basicpubjava.out', 'w')
basicpubjava_err = open('req_reply_basicpubjava.err', 'w')
basicinboxjava_out = open('req_reply_basicinboxjava.out', 'w')
ret1 = start_javaapp("BasicPubJava",
"pub",
args=["-v", "-v", "-v", "-v"],
stdout=basicpubjava_out,
stderr=basicpubjava_err)
ret2 = call_wait4text("Created inbound subscription",
"req_reply_basicpubcpp.out",
args=["-t", '1'])
ret3 = start_javaapp("BasicInboxJava",
"sub",
stdout=basicinboxjava_out,
stderr=subprocess.STDOUT)
ret4 = call_wait4text("Received reply", "req_reply_basicinboxjava.out")
basicpubjava_out.close()
basicpubjava_err.close()
basicinboxjava_out.close()
kill_process(ret3.pid)
self.assertTrue(ret4 == 0)
def test_ft_priorityjava(self):
'''start two basicftmemberjava with different priority and verify that the one with lower priority goes to standby
from active'''
my_print(
"\n----------Running basicftmemberjava test priority----------\n")
ftmemberjava1_out = open('priority_ftmemberjava1.out', 'w')
ftmemberjava2_out = open('priority_ftmemberjava2.out', 'w')
ret1 = start_javaapp("BasicFtMemberJava",
"pub",
args=["-g", "priority", "-w", "40", "-b"],
stdout=ftmemberjava1_out,
stderr=subprocess.STDOUT)
ret2 = call_wait4text("Current state is: FT_STATE_ACTIVE",
"priority_ftmemberjava1.out")
ret3 = start_javaapp("BasicFtMemberJava",
"sub",
args=["-g", "priority", "-w", "60", "-b"],
stdout=ftmemberjava2_out,
stderr=subprocess.STDOUT)
ret4 = call_wait4text("Current state is: FT_STATE_ACTIVE",
"priority_ftmemberjava2.out")
ret5 = call_wait4text("Current state is: FT_STATE_STANDBY",
"priority_ftmemberjava1.out")
ftmemberjava1_out.close()
ftmemberjava2_out.close()
kill_process(ret1.pid)
kill_process(ret3.pid)
self.assertTrue(ret2 == 0)
self.assertTrue(ret4 == 0)
self.assertTrue(ret5 == 0)
def test_pubsubjava(self):
'''publish messages using basicpubjava and verify basicsubjava receives the messages'''
my_print("\n----------Running pubsubjava test----------\n")
basicsubjava_out = open('pubsub_basicsubjava.out', 'w')
basicsubjava_err = open('pubsub_basicsubjava.err', 'w')
basicpubjava_out = open('pubsub_basicpubjava.out', 'w')
ret1 = start_javaapp("BasicSubJava",
"sub",
stdout=basicsubjava_out,
stderr=basicsubjava_err)
ret2 = call_wait4text("Created inbound subscription",
"pubsub_basicsubjava.out")
ret3 = start_javaapp("BasicPubJava",
"pub",
stdout=basicpubjava_out,
stderr=subprocess.STDOUT)
ret4 = call_wait4text("EXIT", "pubsub_basicsubjava.out")
ret5 = call_comparelog("pubsub_expectedsubjava.out",
"pubsub_basicsubjava.out")
basicsubjava_out.close()
basicsubjava_err.close()
basicpubjava_out.close()
self.assertTrue(ret2 == 0)
self.assertTrue(ret4 == 0)
self.assertTrue(ret5 == 0)
def test_ft_active_activejava(self):
'''start two basicftmemberjava and verify that both go to active, if they belong to different groups'''
my_print(
"\n----------Running basicftmemberjava test active-active----------\n"
)
ftmemberjava1_out = open('active_active_ftmemberjava1.out', 'w')
ftmemberjava2_out = open('active_active_ftmemberjava2.out', 'w')
ret1 = start_javaapp("BasicFtMemberJava",
"pub",
args=["-g", "active-active1", "-b"],
stdout=ftmemberjava1_out,
stderr=subprocess.STDOUT)
ret2 = call_wait4text("Current state is: FT_STATE_ACTIVE",
"active_active_ftmemberjava1.out")
ret3 = start_javaapp("BasicFtMemberJava",
"sub",
args=["-g", "active-active2", "-b"],
stdout=ftmemberjava2_out,
stderr=subprocess.STDOUT)
ret4 = call_wait4text("Current state is: FT_STATE_ACTIVE",
"active_active_ftmemberjava2.out")
ret5 = call_wait4text("Current state is: FT_STATE_STANDBY",
"active_active_ftmemberjava1.out")
ftmemberjava1_out.close()
ftmemberjava2_out.close()
kill_process(ret1.pid)
kill_process(ret3.pid)
self.assertTrue(ret2 == 0)
self.assertTrue(ret4 == 0)
self.assertTrue(ret5 == 1)
def test_req_replyjava(self):
'''Send request from basicinboxjava and verify it recives reply from basicpubjava'''
my_print("\n----------Running req_replyjava test----------\n")
basicpubjava_out = open('req_reply_basicpubjava.out','w')
basicpubjava_err = open('req_reply_basicpubjava.err','w')
basicinboxjava_out = open('req_reply_basicinboxjava.out','w')
ret1 = start_javaapp("BasicPubJava","pub",args=["-v","-v","-v","-v"],stdout=basicpubjava_out,stderr=basicpubjava_err)
ret2 = call_wait4text("Created inbound subscription","req_reply_basicpubcpp.out",args=["-t",'1'])
ret3 = start_javaapp("BasicInboxJava","sub",stdout=basicinboxjava_out,stderr=subprocess.STDOUT)
ret4 = call_wait4text("Received reply", "req_reply_basicinboxjava.out")
basicpubjava_out.close()
basicpubjava_err.close()
basicinboxjava_out.close()
kill_process(ret3.pid)
self.assertTrue(ret4==0)
def test_ft_active_activejava(self):
'''start two basicftmemberjava and verify that both go to active, if they belong to different groups'''
my_print("\n----------Running basicftmemberjava test active-active----------\n")
ftmemberjava1_out = open('active_active_ftmemberjava1.out','w')
ftmemberjava2_out = open('active_active_ftmemberjava2.out','w')
ret1 = start_javaapp("BasicFtMemberJava","pub",args=["-g","active-active1","-b"],stdout=ftmemberjava1_out,stderr=subprocess.STDOUT)
ret2 = call_wait4text("Current state is: FT_STATE_ACTIVE", "active_active_ftmemberjava1.out")
ret3 = start_javaapp("BasicFtMemberJava","sub",args=["-g","active-active2","-b"],stdout=ftmemberjava2_out,stderr=subprocess.STDOUT)
ret4 = call_wait4text("Current state is: FT_STATE_ACTIVE", "active_active_ftmemberjava2.out")
ret5 = call_wait4text("Current state is: FT_STATE_STANDBY", "active_active_ftmemberjava1.out")
ftmemberjava1_out.close()
ftmemberjava2_out.close()
kill_process(ret1.pid)
kill_process(ret3.pid)
self.assertTrue(ret2==0)
self.assertTrue(ret4==0)
self.assertTrue(ret5==1)
def test_ft_active_standbyjava(self):
'''start two basicftmemberjava and verify the first one goes ot active and second to standby, if both belong to same group'''
my_print("\n----------Running basicftmemberjava test active-standby----------\n")
ftmemberjava1_out = open('active_standby_ftmemberjava1.out','w')
ftmemberjava2_out = open('active_standby_ftmemberjava2.out','w')
ret1 = start_javaapp("BasicFtMemberJava","pub",args=["-g","active-standby","-b"],stdout=ftmemberjava1_out,stderr=subprocess.STDOUT)
ret2 = call_wait4text("Current state is: FT_STATE_ACTIVE", "active_standby_ftmemberjava1.out")
ret3 = start_javaapp("BasicFtMemberJava","sub",args=["-g","active-standby","-b"],stdout=ftmemberjava2_out,stderr=subprocess.STDOUT)
ret4 = call_wait4text("Current state is: FT_STATE_STANDBY", "active_standby_ftmemberjava2.out")
ret5 = call_wait4text("Current state is: FT_STATE_STANDBY", "active_standby_ftmemberjava1.out")
ftmemberjava1_out.close()
ftmemberjava2_out.close()
kill_process(ret1.pid)
kill_process(ret3.pid)
self.assertTrue(ret2==0)
self.assertTrue(ret4==0)
self.assertTrue(ret5==1)
def test_pubsubjava(self):
'''publish messages using basicpubjava and verify basicsubjava receives the messages'''
my_print("\n----------Running pubsubjava test----------\n")
basicsubjava_out = open('pubsub_basicsubjava.out','w')
basicsubjava_err = open('pubsub_basicsubjava.err','w')
basicpubjava_out = open('pubsub_basicpubjava.out','w')
ret1 = start_javaapp("BasicSubJava","sub",stdout=basicsubjava_out,stderr=basicsubjava_err)
ret2 = call_wait4text("Created inbound subscription","pubsub_basicsubjava.out")
ret3 = start_javaapp("BasicPubJava","pub",stdout=basicpubjava_out,stderr=subprocess.STDOUT)
ret4 = call_wait4text("EXIT", "pubsub_basicsubjava.out")
ret5 = call_comparelog("pubsub_expectedsubjava.out","pubsub_basicsubjava.out")
basicsubjava_out.close()
basicsubjava_err.close()
basicpubjava_out.close()
self.assertTrue(ret2==0)
self.assertTrue(ret4==0)
self.assertTrue(ret5==0)
def test_ft_standby_to_activejava(self):
'''Start two basicftmemberjava with same group and stop the active one, verify the standby basicftmemberjava goes to active'''
my_print(
"\n----------Running basicftmemberjava test standby-to-active----------\n"
)
ftmemberjava1_out = open('standby_to_active_ftmemberjava1.out', 'w')
ftmemberjava2_out = open('standby_to_active_ftmemberjava2.out', 'w')
ret1 = start_javaapp("BasicFtMemberJava",
"pub",
args=["-g", "standby-to-active", "-b"],
stdout=ftmemberjava1_out,
stderr=subprocess.STDOUT)
ret2 = call_wait4text("Current state is: FT_STATE_ACTIVE",
"standby_to_active_ftmemberjava1.out")
ret3 = start_javaapp("BasicFtMemberJava",
"sub",
args=["-g", "standby-to-active", "-b"],
stdout=ftmemberjava2_out,
stderr=subprocess.STDOUT)
ret4 = call_wait4text("Current state is: FT_STATE_STANDBY",
"standby_to_active_ftmemberjava2.out")
kill_process(ret1.pid)
ret5 = call_wait4text("Current state is: FT_STATE_ACTIVE",
"standby_to_active_ftmemberjava2.out")
ftmemberjava1_out.close()
ftmemberjava2_out.close()
kill_process(ret1.pid)
kill_process(ret3.pid)
self.assertTrue(ret2 == 0)
self.assertTrue(ret4 == 0)
self.assertTrue(ret5 == 0)
def test_ft_priorityjava(self):
'''start two basicftmemberjava with different priority and verify that the one with lower priority goes to standby
from active'''
my_print("\n----------Running basicftmemberjava test priority----------\n")
ftmemberjava1_out = open('priority_ftmemberjava1.out','w')
ftmemberjava2_out = open('priority_ftmemberjava2.out','w')
ret1 =start_javaapp("BasicFtMemberJava","pub",args=["-g","priority","-w","40","-b"],stdout=ftmemberjava1_out,stderr=subprocess.STDOUT)
ret2 = call_wait4text("Current state is: FT_STATE_ACTIVE", "priority_ftmemberjava1.out")
ret3 = start_javaapp("BasicFtMemberJava","sub",args=["-g","priority","-w","60","-b"],stdout=ftmemberjava2_out,stderr=subprocess.STDOUT)
ret4 = call_wait4text("Current state is: FT_STATE_ACTIVE", "priority_ftmemberjava2.out")
ret5 = call_wait4text("Current state is: FT_STATE_STANDBY", "priority_ftmemberjava1.out")
ftmemberjava1_out.close()
ftmemberjava2_out.close()
kill_process(ret1.pid)
kill_process(ret3.pid)
self.assertTrue(ret2==0)
self.assertTrue(ret4==0)
self.assertTrue(ret5==0)
