disk_busy_stats = vrops.create_metric(vrops_gateway, "Disk_Busy_Stats", unit=None, aggregation_size=6, sampling_function=read_disk_busy_stats)
disk_busy_stats.start_collecting()
network_bits_recieved = vrops.create_metric(vrops_gateway, "Network_Bits_Recieved", unit=None, sampling_interval_sec=5, sampling_function=read_network_bits_recieved)
network_bits_recieved.start_collecting()
else:
print "vROPS resource not registered successfully"
# Here we are showing how to create a device object, registering it in vrops, and setting properties on it
# Since there are no attached devices are as simulating one by considering RAM as separate from the gateway
# The agent makes possible many different data models
# arguments:
# device name
# Read or Write
# another Resource in vrops of which the should be the child of a parent-child relationship among Resources
ram = RAM(config['Device1Name'], 'Read', gateway)
vrops_device = vrops.register(ram)
if vrops_device.registered:
# note that the location of this 'device' is different from the location of the gateway. It's not really different
# but just an example of how one might create a device different from the gateway
vrops.set_properties(vrops_device, config['Device1PropList'])
mem_free = vrops.create_metric(vrops_device, "Memory_Free", unit=None, sampling_interval_sec=10, sampling_function=read_mem_free)
mem_free.start_collecting()
else:
print "vROPS resource not registered successfully"
# Sending data to an alternate data center component (e.g. data lake for analytics)
# Graphite is a data center component
cpu_procs.start_collecting()
disk_busy_stats = vrops.create_metric(gateway, "Disk_Busy_Stats", unit=None, aggregation_size=6, sampling_function=read_disk_busy_stats)
disk_busy_stats.start_collecting()
network_bits_recieved = vrops.create_metric(gateway, "Network_Bits_Recieved", unit=None, sampling_interval_sec=5, sampling_function=read_network_bits_recieved)
network_bits_recieved.start_collecting()
# Here we are showing how to create a device object, registering it in vrops, and setting properties on it
# Since there are no attached devices are as simulating one by considering RAM as separate from the gateway
# The agent makes possible many different data models
# arguments:
# device name
# Read or Write
# another Resource in vrops of which the should be the child of a parent-child relationship among Resources
ram = RAM(config['Device1Name'], 'Read', gateway)
vrops.register(ram)
for item in config['Device1PropList']:
for key, value in item.items():
ram.set_properties(key, value)
# note that the location of this 'device' is different from the location of the gateway. It's not really different
# but just an example of how one might create a device different from the gateway
mem_free = vrops.create_metric(ram, "Memory_Free", unit=None, sampling_interval_sec=10, sampling_function=read_mem_free)
mem_free.start_collecting()
# Sending data to an alternate data center component (e.g. data lake for analytics)
# Graphite is a data center component
# Socket is the transport which the agent uses to connect to the graphite instance