def test_read_write_only_resource(self):
# test that we can't read from a write only resource
customObjects = (
CustomObject("Object1001", 1001, False, "single", (
CustomResource("Resource100", 100, "string", "single", "mandatory", "w"),
)),
)
#define and set the write only object
params = tools_common.create_define_command(customObjects)
result = client_define(self.config, *params)
self.assertEqual(0, result.code)
result = server_define(self.config, *params)
self.assertEqual(0, result.code)
result = server_write(self.config, "--create /1001/0")
self.assertEqual("", result.stderr)
self.assertEqual("", result.stdout)
self.assertEqual(0, result.code)
result = server_write(self.config, "/1001/0/100=abc")
self.assertEqual("", result.stderr)
self.assertEqual("", result.stdout)
self.assertEqual(0, result.code)
expectedStdout = ""
expectedStderr = "AwaServerReadOperation_Perform failed\nFailed to read from path /1001/0/100: AwaLWM2MError_MethodNotAllowed\n"
expectedCode = 1
# attempt to read a write only object, should fail
result = server_read(self.config, "/1001/0/100")
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedCode, result.code)
def test_server_write_client_get_multiple_resources_different_instances(
self):
# test that multiple resources from the different instances can be set on
# the server and retrieved on the client with single commands
timezone = "ACME Corp."
modelNumber = "1234567890"
expectedStdout = \
"""Device[/3/0]:
Timezone[/3/0/15]: %s
Object1000[/1000/0]:
Resource100[/1000/0/100]: %s
""" % (timezone, modelNumber)
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/3/0/15=\"%s\"" % (timezone, ))
self.assertEqual(0, result.code)
result = server_write(self.config,
"/1000/0/100=\"%s\"" % (modelNumber, ))
self.assertEqual(0, result.code)
result = client_get(self.config, "/3/0/15", "/1000/0/100")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_only_resource(self):
# test that we can't read from a write only resource
customObjects = (
CustomObject("Object1001", 1001, False, "single", (
CustomResource("Resource100", 100, "string", "single", "optional", "w"),
)),
)
#define and set the write only object
params = tools_common.create_define_command(customObjects)
result = client_define(self.config, *params)
self.assertEqual(0, result.code)
result = server_define(self.config, *params)
self.assertEqual(0, result.code)
result = server_write(self.config, "--create /1001/0")
self.assertEqual("", result.stderr)
self.assertEqual("", result.stdout)
self.assertEqual(0, result.code)
result = server_write(self.config, "/1001/0/100=abc")
self.assertEqual("", result.stderr)
self.assertEqual("", result.stdout)
self.assertEqual(0, result.code)
expectedStdout = ""
expectedStderr = "AwaServerReadOperation_Perform failed\nFailed to read from path /1001/0/100: AwaLWM2MError_MethodNotAllowed\n"
expectedCode = 1
# attempt to read a write only object, should fail
result = server_read(self.config, "/1001/0/100")
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedCode, result.code)
def test_client_subscribe_resource_server_write(self):
# test that the client can subscribe to a resource and receive a notification
# when that resource is changed by the server through the write function
# open client subscribe subprocess. Only wait for a single execute of the resource
port = self.config.clientIpcPort
subscribeProcess = tools_common.run_non_blocking(tools_common.CLIENT_SUBSCRIBE,
"--verbose --ipcPort %i --waitCount 1 /3/0/15" % (port,))
# wait for subscribe process to start up
self.assertEqual(tools_common.strip_prefix(subscribeProcess.stdout.readline()), "Session IPC configured for UDP: address 127.0.0.1, port %d" % (port,))
self.assertEqual(tools_common.strip_prefix(subscribeProcess.stdout.readline()), "Session connected")
self.assertEqual(tools_common.strip_prefix(subscribeProcess.stdout.readline()), "Subscribe /3/0/15 Change\n")
self.assertEqual(tools_common.strip_prefix(subscribeProcess.stdout.readline()), "Waiting for 1 notifications:\n")
# do write command
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/3/0/15=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
# read subscribe output
expectedStdout = "Notify 1:\nChanged: /3/0/15 Resource Modified:\nDevice[/3/0]:\n Timezone[/3/0/15]: abc\nSession disconnected\n"
expectedStderr = ""
expectedCode = 0
result = tools_common.non_blocking_get_run_result(subscribeProcess)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_multiple_resources_same_instance(self):
# test that multiple resources from the same instance can be set and retrieved with a single command
timezone = "ACME Corp."
currentTime = 123456789
result = server_write(self.config,
"/3/0/15=\"%s\"" % (timezone,),
"/3/0/13=%d" % (currentTime,))
self.assertEqual("", result.stderr)
self.assertEqual("", result.stdout)
self.assertEqual(0, result.code)
expectedStdout = "Device[/3/0]:\n Timezone[/3/0/15]: %s\n"% (timezone, )
expectedStderr = ""
expectedCode = 0
#result = server_read(self.config, "/3/0/15", "/3/0/13")
result = server_read(self.config, "/3/0/15")
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedCode, result.code)
expectedStdout = "Device[/3/0]:\n CurrentTime[/3/0/13]: %s\n"% (currentTime, )
result = server_read(self.config, "/3/0/13")
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedCode, result.code)
def test_read_write_multiple_resources_same_instance(self):
# test that multiple resources from the same instance can be set and retrieved with a single command
timezone = "ACME Corp."
currentTime = 123456789
result = server_write(self.config,
"/3/0/15=\"%s\"" % (timezone,),
"/3/0/13=%d" % (currentTime,))
self.assertEqual("", result.stderr)
self.assertEqual("", result.stdout)
self.assertEqual(0, result.code)
expectedStdout = "Device[/3/0]:\n Timezone[/3/0/15]: %s\n"% (timezone, )
expectedStderr = ""
expectedCode = 0
#result = server_read(self.config, "/3/0/15", "/3/0/13")
result = server_read(self.config, "/3/0/15")
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedCode, result.code)
expectedStdout = "Device[/3/0]:\n CurrentTime[/3/0/13]: %s\n"% (currentTime, )
result = server_read(self.config, "/3/0/13")
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedCode, result.code)
def observe_resource(self, path, currentValuesOutput, value,
expectedResponse):
# test that we can observe to a single change of value on a specified resource
# open client observe subprocess. Only wait for a single change to the resource
resourcePath = "/".join(path.split("/")[0:4])
port = self.config.serverIpcPort
observeProcess = tools_common.run_non_blocking(
SERVER_OBSERVE,
"--verbose --ipcPort %i --waitCount 1 --waitTime 555 %s --clientID %s"
% (port, resourcePath, self.config.clientEndpointName))
# wait for observe process to start up
self.assertEqual(
tools_common.strip_prefix(observeProcess.stdout.readline()),
"Session IPC configured for UDP: address 127.0.0.1, port %d" %
(port, ))
self.assertEqual(
tools_common.strip_prefix(observeProcess.stdout.readline()),
"Session connected")
self.assertEqual(
tools_common.strip_prefix(observeProcess.stdout.readline()),
"Observe %s\n" % (resourcePath, ))
self.assertEqual(
tools_common.strip_prefix(observeProcess.stdout.readline()),
"Waiting for 1 notifications over 555 seconds:\n")
self.assertEqual(
tools_common.strip_prefix(observeProcess.stdout.readline()),
"Notify 0 from clientID TestClient:\n")
self.assertEqual(
tools_common.strip_prefix(observeProcess.stdout.readline()),
"Changed: %s Resource Modified:\n" % (resourcePath, ))
for line in currentValuesOutput:
self.assertEqual(
tools_common.strip_prefix(observeProcess.stdout.readline()),
line)
# do write command
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "%s=%s" % (path, value))
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
#Notify 1:\n Manufacturer[3/0/0]: abc\nUnobserve /3/0/0\n
# read observe output
expectedStdout = expectedResponse
expectedStderr = ""
expectedCode = 0
result = tools_common.non_blocking_get_run_result(observeProcess)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_multiple_resources_different_instances(self):
# test that multiple resources from different instances can be set and retrieved with a single command
timezone = "ACME Corp."
modelNumber = "1234567890"
expectedStdout = \
""" Timezone[3/0/15]: %s
Resource100[1000/0/100]: %s
""" % (timezone, modelNumber)
expectedStderr = ""
expectedCode = 0
server_write(self.config, "/3/0/15=\"%s\"" % (timezone,), "/1000/0/100=\"%s\"" % (modelNumber,))
result = server_read(self.config, "/3/0/15", "/1000/0/100")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_multiple_resources_different_instances(self):
# test that multiple resources from different instances can be set and retrieved with a single command
timezone = "ACME Corp."
modelNumber = "1234567890"
expectedStdout = \
""" Timezone[3/0/15]: %s
Resource100[1000/0/100]: %s
""" % (timezone, modelNumber)
expectedStderr = ""
expectedCode = 0
server_write(self.config, "/3/0/15=\"%s\"" % (timezone,), "/1000/0/100=\"%s\"" % (modelNumber,))
result = server_read(self.config, "/3/0/15", "/1000/0/100")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def temp_create_resource(self, path, value):
# because defaults aren't currently supported, do a write to create the resource.
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "%s=%s" % (path, value))
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def temp_create_resource(self, path, value):
# because defaults aren't currently supported, do a write to create the resource.
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "%s=%s" % (path, value))
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_set_multiple_instances_on_single_instance_resource(self):
#test that we can't set multiple resource instances on a single instance resource
expectedStdout = ""
expectedStderr = "Error: resource /1000/0/100 is not an array; do not specify a resource instance ID\n"
expectedCode = 1
result = server_write(self.config, "/1000/0/100/0=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_set_multiple_instances_on_single_instance_object(self):
#test that we can't create multiple object instances on a single instance object
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/100=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = ""
expectedStderr = "AwaServerWriteOperation_Perform failed\nFailed to write to path /1000/1/100: AwaLWM2MError_MethodNotAllowed\n"
expectedCode = 1
result = server_write(self.config, "/1000/1/100=abc")
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedCode, result.code)
def test_set_multiple_instances_on_single_instance_object(self):
#test that we can't create multiple object instances on a single instance object
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/100=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = ""
expectedStderr = "AwaServerWriteOperation_Perform failed\nFailed to write to path /1000/1/100: AwaLWM2MError_MethodNotAllowed\n"
expectedCode = 1
result = server_write(self.config, "/1000/1/100=abc")
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedCode, result.code)
def test_set_multiple_instances_on_single_instance_resource(self):
#test that we can't set multiple resource instances on a single instance resource
expectedStdout = ""
expectedStderr = "Error: resource /1000/0/100 is not an array; do not specify a resource instance ID\n"
expectedCode = 1
result = server_write(self.config, "/1000/0/100/0=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def observe_resource(self, path, currentValuesOutput, value, expectedResponse):
# test that we can observe to a single change of value on a specified resource
# open client observe subprocess. Only wait for a single change to the resource
resourcePath = "/".join(path.split("/")[0:4])
port = self.config.serverIpcPort
observeProcess = tools_common.run_non_blocking(
SERVER_OBSERVE,
"--verbose --ipcPort %i --waitCount 1 --waitTime 555 %s --clientID %s"
% (port, resourcePath, self.config.clientEndpointName),
)
# wait for observe process to start up
self.assertEqual(
tools_common.strip_prefix(observeProcess.stdout.readline()),
"Session IPC configured for UDP: address 127.0.0.1, port %d" % (port,),
)
self.assertEqual(tools_common.strip_prefix(observeProcess.stdout.readline()), "Session connected")
self.assertEqual(tools_common.strip_prefix(observeProcess.stdout.readline()), "Observe %s\n" % (resourcePath,))
self.assertEqual(
tools_common.strip_prefix(observeProcess.stdout.readline()),
"Waiting for 1 notifications over 555 seconds:\n",
)
self.assertEqual(
tools_common.strip_prefix(observeProcess.stdout.readline()), "Notify 0 from clientID TestClient:\n"
)
self.assertEqual(
tools_common.strip_prefix(observeProcess.stdout.readline()),
"Changed: %s Resource Modified:\n" % (resourcePath,),
)
for line in currentValuesOutput:
self.assertEqual(tools_common.strip_prefix(observeProcess.stdout.readline()), line)
# do write command
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "%s=%s" % (path, value))
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
# Notify 1:\n Manufacturer[3/0/0]: abc\nUnobserve /3/0/0\n
# read observe output
expectedStdout = expectedResponse
expectedStderr = ""
expectedCode = 0
result = tools_common.non_blocking_get_run_result(observeProcess)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_write_single_resource_none(self):
# test that a single none resource (executable) cannot be set
value = 12345
expectedStdout = ""
expectedStderr = "Resource /1000/0/107 is of type None and cannot be set\n"
expectedCode = 1
result = server_write(self.config, "/1000/0/107=%d" % (value,))
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedCode, result.code)
def test_server_write_client_get_multiple_resources_same_instance(self):
# test that multiple resources from the same instance can be set on
# the server and retrieved on the client with single commands
timezone = "ACME Corp."
currentTime = 123456789
expectedStdout = \
"""Device[/3/0]:
Timezone[/3/0/15]: %s
CurrentTime[/3/0/13]: %d
""" % (timezone, currentTime)
expectedStderr = ""
expectedCode = 0
server_write(self.config, "/3/0/15=\"%s\"" % (timezone, ),
"/3/0/13=%d" % (currentTime, ))
result = client_get(self.config, "/3/0/15", "/3/0/13")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_write_single_resource_none(self):
# test that a single none resource (executable) cannot be set
value = 12345
expectedStdout = ""
expectedStderr = "Resource /1000/0/107 is of type None and cannot be set\n"
expectedCode = 1
result = server_write(self.config, "/1000/0/107=%d" % (value,))
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedCode, result.code)
def test_server_write_client_get_multiple_resources_same_instance(self):
# test that multiple resources from the same instance can be set on
# the server and retrieved on the client with single commands
timezone = "ACME Corp."
currentTime = 123456789
expectedStdout = \
"""Device[/3/0]:
Timezone[/3/0/15]: %s
CurrentTime[/3/0/13]: %d
""" % (timezone, currentTime)
expectedStderr = ""
expectedCode = 0
server_write(self.config,
"/3/0/15=\"%s\"" % (timezone,),
"/3/0/13=%d" % (currentTime,))
result = client_get(self.config, "/3/0/15", "/3/0/13")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_invalid_value(self):
# first set an initial value for an integer resource.
# Then set the integer resource with a string value. Currently will set the value to 0
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/101=12345")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = "Object1000[/1000/0]:\n Resource101[/1000/0/101]: 12345\n"
expectedStderr = ""
expectedCode = 0
result = server_read(self.config, "/1000/0/101")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/101=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = "Object1000[/1000/0]:\n Resource101[/1000/0/101]: 0\n"
expectedStderr = ""
expectedCode = 0
result = server_read(self.config, "/1000/0/101")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_invalid_value(self):
# first set an initial value for an integer resource.
# Then set the integer resource with a string value. Currently will set the value to 0
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/101=12345")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = "Object1000[/1000/0]:\n Resource101[/1000/0/101]: 12345\n"
expectedStderr = ""
expectedCode = 0
result = server_read(self.config, "/1000/0/101")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/101=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = "Object1000[/1000/0]:\n Resource101[/1000/0/101]: 0\n"
expectedStderr = ""
expectedCode = 0
result = server_read(self.config, "/1000/0/101")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_single_resource_float(self):
# test that a single float resource can be set and retrieved
value = 3.5
expectedStdout = "Object1000[/1000/0]:\n Resource102[/1000/0/102]: %.1f\n" % (value,)
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/102=%f" % (value,))
self.assertEqual(expectedCode, result.code)
result = server_read(self.config, "/1000/0/102")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_single_resource_integer(self):
# test that a single integer resource can be set and retrieved
value = 3
expectedStdout = "Object1000[/1000/0]:\n Resource101[/1000/0/101]: %d\n" % (value,)
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "--verbose /1000/0/101=%d" % (value,))
self.assertEqual(expectedCode, result.code)
result = server_read(self.config, "/1000/0/101")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_single_resource_integer(self):
# test that a single integer resource can be set and retrieved
value = 3
expectedStdout = "Object1000[/1000/0]:\n Resource101[/1000/0/101]: %d\n" % (value,)
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "--verbose /1000/0/101=%d" % (value,))
self.assertEqual(expectedCode, result.code)
result = server_read(self.config, "/1000/0/101")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_single_resource_time(self):
# test that a single time resource (64 bit integer) can be set and retrieved
value = 1442972971
expectedStdout = "Object1000[/1000/0]:\n Resource104[/1000/0/104]: %d\n" % (value,)
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/104=%d" % (value,))
self.assertEqual(expectedCode, result.code)
result = server_read(self.config, "/1000/0/104")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_single_resource_string(self):
# test that a single string resource can be set and retrieved
manufacturer = "ACME Corp."
expectedStdout = "Object1000[/1000/0]:\n Resource100[/1000/0/100]: %s\n" % (manufacturer,)
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/100=\"%s\"" % (manufacturer,))
self.assertEqual(expectedCode, result.code)
result = server_read(self.config, "/1000/0/100")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_single_resource_string(self):
# test that a single string resource can be set and retrieved
manufacturer = "ACME Corp."
expectedStdout = "Object1000[/1000/0]:\n Resource100[/1000/0/100]: %s\n" % (manufacturer,)
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/100=\"%s\"" % (manufacturer,))
self.assertEqual(expectedCode, result.code)
result = server_read(self.config, "/1000/0/100")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_single_resource_objlink(self):
# test that a single object link resource can be set and retrieved
link = "/3/0"
expectedStdout = "Object1000[/1000/0]:\n Resource106[/1000/0/106]: ObjectLink[%s]\n" % (link.strip('/').replace('/', ':'))
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/106=\"%s\"" % (link,))
self.assertEqual(expectedCode, result.code)
result = server_read(self.config, "/1000/0/106")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_single_resource_time(self):
# test that a single time resource (64 bit integer) can be set and retrieved
value = 1442972971
expectedStdout = "Object1000[/1000/0]:\n Resource104[/1000/0/104]: %d\n" % (value,)
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/104=%d" % (value,))
self.assertEqual(expectedCode, result.code)
result = server_read(self.config, "/1000/0/104")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_single_resource_float(self):
# test that a single float resource can be set and retrieved
value = 3.5
expectedStdout = "Object1000[/1000/0]:\n Resource102[/1000/0/102]: %.1f\n" % (value,)
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/102=%f" % (value,))
self.assertEqual(expectedCode, result.code)
result = server_read(self.config, "/1000/0/102")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_single_resource_objlink(self):
# test that a single object link resource can be set and retrieved
link = "/3/0"
expectedStdout = "Object1000[/1000/0]:\n Resource106[/1000/0/106]: ObjectLink[%s]\n" % (link.strip('/').replace('/', ':'))
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/106=\"%s\"" % (link,))
self.assertEqual(expectedCode, result.code)
result = server_read(self.config, "/1000/0/106")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_server_write_client_get_multiple_resources_different_instances(self):
# test that multiple resources from the different instances can be set on
# the server and retrieved on the client with single commands
timezone = "ACME Corp."
modelNumber = "1234567890"
expectedStdout = \
"""Device[/3/0]:
Timezone[/3/0/15]: %s
Object1000[/1000/0]:
Resource100[/1000/0/100]: %s
""" % (timezone, modelNumber)
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/3/0/15=\"%s\"" % (timezone,))
self.assertEqual(0, result.code)
result = server_write(self.config, "/1000/0/100=\"%s\"" % (modelNumber,))
self.assertEqual(0, result.code)
result = client_get(self.config, "/3/0/15", "/1000/0/100")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_server_write_client_get_single_resource(self):
# test that a single resource can be written on the server and retrieved on the client
manufacturer = "ACME Corp."
expectedStdout = "Object1000[/1000/0]:\n Resource100[/1000/0/100]: %s\n" % (manufacturer,)
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/100=\"%s\"" % (manufacturer,))
self.assertEqual("", result.stderr)
self.assertEqual("", result.stdout)
self.assertEqual(0, result.code)
result = client_get(self.config, "/1000/0/100")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_client_subscribe_resource_server_write(self):
# test that the client can subscribe to a resource and receive a notification
# when that resource is changed by the server through the write function
# open client subscribe subprocess. Only wait for a single execute of the resource
port = self.config.clientIpcPort
subscribeProcess = tools_common.run_non_blocking(
tools_common.CLIENT_SUBSCRIBE,
"--verbose --ipcPort %i --waitCount 1 /3/0/15" % (port, ))
# wait for subscribe process to start up
self.assertEqual(
tools_common.strip_prefix(subscribeProcess.stdout.readline()),
"Session IPC configured for UDP: address 127.0.0.1, port %d" %
(port, ))
self.assertEqual(
tools_common.strip_prefix(subscribeProcess.stdout.readline()),
"Session connected")
self.assertEqual(
tools_common.strip_prefix(subscribeProcess.stdout.readline()),
"Subscribe /3/0/15 Change\n")
self.assertEqual(
tools_common.strip_prefix(subscribeProcess.stdout.readline()),
"Waiting for 1 notifications:\n")
# do write command
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/3/0/15=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
# read subscribe output
expectedStdout = "Notify 1:\nChanged: /3/0/15 Resource Modified:\nDevice[/3/0]:\n Timezone[/3/0/15]: abc\nSession disconnected\n"
expectedStderr = ""
expectedCode = 0
result = tools_common.non_blocking_get_run_result(subscribeProcess)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_server_write_client_get_single_resource(self):
# test that a single resource can be written on the server and retrieved on the client
manufacturer = "ACME Corp."
expectedStdout = "Object1000[/1000/0]:\n Resource100[/1000/0/100]: %s\n" % (
manufacturer, )
expectedStderr = ""
expectedCode = 0
result = server_write(self.config,
"/1000/0/100=\"%s\"" % (manufacturer, ))
self.assertEqual("", result.stderr)
self.assertEqual("", result.stdout)
self.assertEqual(0, result.code)
result = client_get(self.config, "/1000/0/100")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_single_resource_boolean_numbers(self):
# test correct values for setting boolean resource with integers: 0,1,2 (False,True,True)
for value in range(3):
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/103=%d" % (value,))
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = "Object1000[/1000/0]:\n Resource103[/1000/0/103]: %r\n" % (bool(value),)
#print "Boolean expectedStdout: %s" % (expectedStdout,)
result = server_read(self.config, "/1000/0/103")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write(self):
# test that a single resource can be set and retrieved
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/3/0/15=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = "Device[/3/0]:\n Timezone[/3/0/15]: abc\n"
expectedStderr = ""
expectedCode = 0
result = server_read(self.config, "/3/0/15")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_delete_custom_object_instance(self):
# test we can delete a custom object instance
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/100=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_delete(self.config, "/1000/0")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_delete_custom_object_instance(self):
# test we can delete a custom object instance
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/100=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_delete(self.config, "/1000/0")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_single_resource_boolean_numbers(self):
# test correct values for setting boolean resource with integers: 0,1,2 (False,True,True)
for value in range(3):
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/103=%d" % (value,))
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = "Object1000[/1000/0]:\n Resource103[/1000/0/103]: %r\n" % (bool(value),)
#print "Boolean expectedStdout: %s" % (expectedStdout,)
result = server_read(self.config, "/1000/0/103")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write(self):
# test that a single resource can be set and retrieved
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/3/0/15=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = "Device[/3/0]:\n Timezone[/3/0/15]: abc\n"
expectedStderr = ""
expectedCode = 0
result = server_read(self.config, "/3/0/15")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_single_resource_boolean_true(self):
# test that a single boolean resource can be set and retrieved
value = True
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/103=%r" % (value,))
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = "Object1000[/1000/0]:\n Resource103[/1000/0/103]: %r\n" % (value,)
result = server_read(self.config, "/1000/0/103")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_read_write_single_resource_boolean_false(self):
# test that a single boolean resource can be set and retrieved
value = False
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/103=%r" % (value,))
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = "Object1000[/1000/0]:\n Resource103[/1000/0/103]: %r\n" % (value,)
result = server_read(self.config, "/1000/0/103")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_write_read_only_resource(self):
# test that we can't write to a read only resource
customObjects = (CustomObject(
"Object1001", 1001, False, "single", (CustomResource(
"Resource100", 100, "string", "single", "optional", "r"), )), )
params = tools_common.create_define_command(customObjects)
result = client_define(self.config, *params)
self.assertEqual(0, result.code)
result = server_define(self.config, *params)
self.assertEqual(0, result.code)
# FlowDeviceMgmtServer_Write failed : (-11) The requested operation is not permitted\n
expectedStdout = ""
expectedStderr = "AwaServerWriteOperation_Perform failed\nFailed to write to path /1001/0/100: AwaLWM2MError_MethodNotAllowed\n"
expectedCode = 1
# set a read only object
result = server_write(self.config, "/1001/0/100=abc")
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedCode, result.code)
def test_execute_multiple_resources(self):
# test we can execute multiple executable resources with one command
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
#first create a custom object instance by setting a writable resource inside it
result = server_write(self.config, "/1000/0/100=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
#run both executable resources
result = server_execute(self.config, "/3/0/4 /1000/0/107")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_execute_multiple_resources(self):
# test we can execute multiple executable resources with one command
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
#first create a custom object instance by setting a writable resource inside it
result = server_write(self.config, "/1000/0/100=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
#run both executable resources
result = server_execute(self.config, "/3/0/4 /1000/0/107")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
def test_server_read_deleted_instance(self):
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/100=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
result = server_delete(self.config, "/1000/0")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = ""
expectedStderr = "AwaServerReadOperation_Perform failed\nFailed to read from path /1000/0/100: AwaLWM2MError_NotFound\n"
expectedCode = 1
result = server_read(self.config, "/1000/0/100")
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedCode, result.code)
def test_write_read_only_resource(self):
# test that we can't write to a read only resource
customObjects = (
CustomObject("Object1001", 1001, False, "single", (
CustomResource("Resource100", 100, "string", "single", "optional", "r"),
)),
)
params = tools_common.create_define_command(customObjects)
result = client_define(self.config, *params)
self.assertEqual(0, result.code)
result = server_define(self.config, *params)
self.assertEqual(0, result.code)
# FlowDeviceMgmtServer_Write failed : (-11) The requested operation is not permitted\n
expectedStdout = ""
expectedStderr = "AwaServerWriteOperation_Perform failed\nFailed to write to path /1001/0/100: AwaLWM2MError_MethodNotAllowed\n"
expectedCode = 1
# set a read only object
result = server_write(self.config, "/1001/0/100=abc")
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedCode, result.code)
def test_server_read_deleted_instance(self):
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/100=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
result = server_delete(self.config, "/1000/0")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = ""
expectedStderr = "AwaServerReadOperation_Perform failed\nFailed to read from path /1000/0/100: AwaLWM2MError_NotFound\n"
expectedCode = 1
result = server_read(self.config, "/1000/0/100")
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedCode, result.code)
def test_read_write_delete_read(self):
# test that we can no longer read the value of a resource after it has been deleted
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/100=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = "Object1000[/1000/0]:\n Resource100[/1000/0/100]: abc\n"
expectedStderr = ""
expectedCode = 0
result = server_read(self.config, "/1000/0/100")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_delete(self.config, "/1000/0")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = ""
expectedStderr = "AwaServerReadOperation_Perform failed\nFailed to read from path /1000/0/100: AwaLWM2MError_NotFound\n"
expectedCode = 1
result = server_read(self.config, "/1000/0/100")
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedCode, result.code)
def test_read_write_delete_read(self):
# test that we can no longer read the value of a resource after it has been deleted
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_write(self.config, "/1000/0/100=abc")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = "Object1000[/1000/0]:\n Resource100[/1000/0/100]: abc\n"
expectedStderr = ""
expectedCode = 0
result = server_read(self.config, "/1000/0/100")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = ""
expectedStderr = ""
expectedCode = 0
result = server_delete(self.config, "/1000/0")
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedCode, result.code)
expectedStdout = ""
expectedStderr = "AwaServerReadOperation_Perform failed\nFailed to read from path /1000/0/100: AwaLWM2MError_NotFound\n"
expectedCode = 1
result = server_read(self.config, "/1000/0/100")
self.assertEqual(expectedStderr, result.stderr)
self.assertEqual(expectedStdout, result.stdout)
self.assertEqual(expectedCode, result.code)
