def get_data(data):
"""
Extract the ICMP test results from the protocol buffer data
"""
results = []
msg = ampsave.tests.icmp_pb2.Report()
msg.ParseFromString(data)
for i in msg.reports:
# build the result structure based on what fields were present
results.append(
{
"target": i.name if len(i.name) > 0 else "unknown",
"address": getPrintableAddress(i.family, i.address),
"rtt": i.rtt if i.HasField("rtt") else None,
"error_type": i.err_type if i.HasField("err_type") else None,
"error_code": i.err_code if i.HasField("err_code") else None,
"ttl": i.ttl if i.HasField("ttl") else None,
"packet_size": msg.header.packet_size,
"random": msg.header.random,
"loss": None if not i.HasField("address") else 0 if i.HasField("rtt") else 1,
"dscp": getPrintableDscp(msg.header.dscp),
}
)
return results
def get_data(data):
"""
Extract the test results from the protocol buffer data.
"""
results = []
msg = ampsave.tests.tcpping_pb2.Report()
msg.ParseFromString(data)
for i in msg.reports:
results.append(
{
"target": i.name if len(i.name) > 0 else "unknown",
"port": msg.header.port,
"address": getPrintableAddress(i.family, i.address),
"rtt": i.rtt if i.HasField("rtt") else None,
"replyflags": {
"fin": i.flags.fin,
"syn": i.flags.syn,
"rst": i.flags.rst,
"psh": i.flags.psh,
"ack": i.flags.ack,
"urg": i.flags.urg,
} if i.HasField("rtt") else None,
"icmptype": i.icmptype if i.HasField("icmptype") else None,
"icmpcode": i.icmpcode if i.HasField("icmpcode") else None,
"packet_size": msg.header.packet_size,
"random": msg.header.random,
"loss": None if not i.HasField("address") else 0 if i.HasField("rtt") or i.HasField("icmptype") or i.HasField("icmpcode") else 1,
"dscp": getPrintableDscp(msg.header.dscp),
}
)
return results
def get_data(data):
"""
Extract the udpstream test results from the protocol buffer data
"""
results = []
msg = ampsave.tests.udpstream_pb2.Report()
msg.ParseFromString(data)
for i in msg.reports:
# build the result structure based on what fields were present
results.append(
{
"direction": direction_to_string(i.direction),
"rtt": build_summary(i.rtt) if i.HasField("rtt") else None,
"jitter": build_summary(i.jitter) if i.HasField("jitter") else None,
"percentiles": i.percentiles,
"packets_received": i.packets_received if i.HasField("packets_received") else None,
"loss_periods": build_loss_periods(i.loss_periods),
"loss_percent": i.loss_percent if i.HasField("loss_percent") else None,
"voip": build_voip(i.voip) if i.HasField("voip") else None,
}
)
return {
"target": msg.header.name if len(msg.header.name) > 0 else "unknown",
"address": getPrintableAddress(msg.header.family, msg.header.address),
#"schedule": msg.header.schedule,
"packet_size": msg.header.packet_size,
"packet_spacing": msg.header.packet_spacing,
"packet_count": msg.header.packet_count,
"dscp": getPrintableDscp(msg.header.dscp),
"rtt_samples": msg.header.rtt_samples,
"results": results,
}
def get_data(data):
"""
Extract the fastping test results from the protocol buffer data
"""
results = []
msg = ampsave.tests.fastping_pb2.Report()
msg.ParseFromString(data)
for i in msg.reports:
results.append({
"runtime":
i.runtime if i.HasField("runtime") else None,
"rtt":
_build_summary(i.rtt) if i.HasField("rtt") else None,
"jitter":
_build_summary(i.jitter) if i.HasField("jitter") else None,
})
return {
"destination":
msg.header.name if len(msg.header.name) > 0 else "unknown",
"address": getPrintableAddress(msg.header.family, msg.header.address),
"packet_rate": msg.header.rate,
"packet_size": msg.header.size,
"packet_count": msg.header.count,
"dscp": getPrintableDscp(msg.header.dscp),
"preprobe": msg.header.preprobe,
"results": results,
}
def get_data(data):
"""
Extract the YOUTUBE test results from the protocol buffer data.
"""
msg = ampsave.tests.youtube_pb2.Report()
msg.ParseFromString(data)
timeline = []
for event in msg.item.timeline:
timeline.append({
"timestamp": event.timestamp,
"event": event.type,
"data": event.quality if event.quality else None,
})
return {
"video": msg.header.video,
"requested_quality": msg.header.quality,
"dscp": getPrintableDscp(msg.header.dscp),
"useragent": msg.header.useragent,
"max_runtime": msg.header.maxruntime,
"title": msg.item.title,
"actual_quality": msg.item.quality,
"initial_buffering": msg.item.initial_buffering,
"playing_time": msg.item.playing_time,
"stall_time": msg.item.stall_time,
"stall_count": msg.item.stall_count,
"total_time": msg.item.total_time,
"pre_time": msg.item.pre_time,
"reported_duration": msg.item.reported_duration,
"timeline": timeline,
}
def get_data(data):
"""
Extract the throughput test results from the protocol buffer data.
"""
results = []
msg = ampsave.tests.throughput_pb2.Report()
msg.ParseFromString(data)
testparams = schedule_to_test_params(msg.header.schedule)
for i in msg.reports:
params = testparams.pop(0)
results.append({
"duration": params["duration"],
"runtime": i.duration/1000/1000 if i.HasField("duration") else None,
"bytes": i.bytes if i.HasField("bytes") else None,
"direction": direction_to_string(i.direction),
"tcpreused": params["tcpreused"],
})
# TODO confirm what happens if the test fails to connect
return {
"target": msg.header.name,
"address": getPrintableAddress(msg.header.family, msg.header.address),
"schedule": msg.header.schedule,
"write_size": msg.header.write_size,
"dscp": getPrintableDscp(msg.header.dscp),
"protocol": protocol_to_string(msg.header.protocol),
"results": results,
}
def get_data(data):
"""
Extract the TRACEROUTE test results from the protocol buffer data.
"""
results = []
msg = ampsave.tests.traceroute_pb2.Report()
msg.ParseFromString(data)
# someone has turned off all the reporting, ignore it, we shouldn't do this
if msg.header.ip is False and msg.header.asn is False:
return None
for i in msg.reports:
result = {
"target": i.name if len(i.name) > 0 else "unknown",
"address": getPrintableAddress(i.family, i.address),
"length": len(i.path),
"error_type": i.err_type if i.HasField("err_type") else None,
"error_code": i.err_code if i.HasField("err_code") else None,
"packet_size": msg.header.packet_size,
"random": msg.header.random,
"ip": msg.header.ip,
"as": msg.header.asn,
"dscp": getPrintableDscp(msg.header.dscp),
"hops": [],
}
for hop in i.path:
# XXX not currently checking global flags, do I need to?
# the fields shouldn't be present unless the flags are set
hopitem = {}
if msg.header.ip and hop.HasField("rtt"):
hopitem["rtt"] = hop.rtt
elif msg.header.ip:
hopitem["rtt"] = None
if msg.header.ip and hop.HasField("address"):
hopitem["address"] = getPrintableAddress(i.family, hop.address)
elif msg.header.ip:
hopitem["address"] = None
if msg.header.asn and hop.HasField("asn"):
hopitem["as"] = hop.asn
elif msg.header.asn:
hopitem["as"] = None
result["hops"].append(hopitem)
# Add this whole path with hops to the results
results.append(result)
return results
def get_data(data):
"""
Extract the sip test results from the protocol buffer data
"""
results = []
msg = ampsave.tests.sip_pb2.Report()
msg.ParseFromString(data)
for i in msg.reports:
# build the result structure based on what fields were present
results.append({
"time_till_first_response":
i.time_till_first_response
if i.HasField("time_till_first_response") else None,
"time_till_connected":
i.time_till_connected
if i.HasField("time_till_connected") else None,
"duration":
i.duration if i.HasField("duration") else None,
"rtt":
build_summary(i.rtt) if i.HasField("rtt") else None,
"rx":
build_stream(i.rx) if i.HasField("rx") else None,
"tx":
build_stream(i.tx) if i.HasField("tx") else None,
})
return {
"uri": msg.header.uri if len(msg.header.uri) > 0 else "unknown",
"useragent": msg.header.useragent,
"filename": msg.header.filename,
"max_duration": msg.header.max_duration,
"proxy": list(msg.header.proxy),
"repeat": msg.header.repeat,
"dscp": getPrintableDscp(msg.header.dscp),
"hostname": msg.header.hostname,
"address": getPrintableAddress(msg.header.family, msg.header.address),
"results": results,
}
def get_data(data):
"""
Extract the DNS test results from the protocol buffer data
"""
results = []
msg = ampsave.tests.dns_pb2.Report()
msg.ParseFromString(data)
for i in msg.reports:
# build the result structure based on what fields were present
results.append({
"destination":
i.name if len(i.name) > 0 else "unknown",
# XXX nntsc is trying to split streams based on the instance
# that responded, which I'm not 100% certain is the best idea.
# For now we'll keep putting the server hostname in this field
"instance":
i.name if len(i.name) > 0 else "unknown",
"address":
getPrintableAddress(i.family, i.address),
"rtt":
i.rtt if i.HasField("rtt") else None,
"query_len":
i.query_length if i.HasField("query_length") else None,
"response_size":
i.response_size if i.HasField("response_size") else None,
"total_answer":
i.total_answer if i.HasField("total_answer") else None,
"total_authority":
i.total_authority if i.HasField("total_authority") else None,
"total_additional":
i.total_additional if i.HasField("total_additional") else None,
"flags": {
"rd": i.flags.rd,
"tc": i.flags.tc,
"aa": i.flags.aa,
"opcode": i.flags.opcode,
"qr": i.flags.qr,
"rcode": i.flags.rcode,
"cd": i.flags.cd,
"ad": i.flags.ad,
"ra": i.flags.ra,
} if i.HasField("rtt") and i.HasField("flags") else {},
"ttl":
i.ttl if i.HasField("ttl") else None,
# XXX create a new field to store the instance name returned
# by the NSID query so that we don't break nntsc
"nsid_bytes":
i.instance if len(i.instance) > 0 else None,
"rrsig":
i.rrsig,
})
return {
"query": msg.header.query,
"query_type": get_query_type(msg.header.query_type),
"query_class": get_query_class(msg.header.query_class),
"udp_payload_size": msg.header.udp_payload_size,
"recurse": msg.header.recurse,
"dnssec": msg.header.dnssec,
"nsid": msg.header.nsid,
"dscp": getPrintableDscp(msg.header.dscp),
"results": results,
}
def get_data(data):
"""
Extract the HTTP test results from the protocol buffer data.
"""
msg = ampsave.tests.http_pb2.Report()
msg.ParseFromString(data)
results = {
"url": msg.header.url,
"duration": msg.header.duration if msg.header.duration > 0 else None,
"bytes":
msg.header.total_bytes if msg.header.total_bytes > 0 else None,
"server_count": len(msg.servers),
"object_count": msg.header.total_objects,
"keep_alive": msg.header.persist,
"max_connections": msg.header.max_connections,
"max_connections_per_server": msg.header.max_connections_per_server,
"max_persistent_connections_per_server":
msg.header.max_persistent_connections_per_server,
"pipelining": msg.header.pipelining,
"pipelining_maxrequests": msg.header.pipelining_maxrequests,
"caching": msg.header.caching,
"dscp": getPrintableDscp(msg.header.dscp),
"useragent": msg.header.useragent,
"proxy": msg.header.proxy,
"failed_object_count": 0,
"servers": []
}
# extract every server that we contacted
for s in msg.servers:
server = {
"hostname": s.hostname,
"address": s.address,
"start": s.start,
"end": s.end,
"bytes": s.total_bytes,
#"object_count": # XXX is this used?
"objects": [],
}
# extract each object from this server
for obj in s.objects:
if obj.code == 0:
results["failed_object_count"] += 1
# Append this object to the list for this server
server["objects"].append({
"path": obj.path,
"start": obj.start,
"end": obj.end,
"lookup_time": obj.lookup,
"connect_time": obj.connect,
"start_transfer_time": obj.start_transfer,
"total_time": obj.total_time,
"code": obj.code,
"bytes": obj.size,
"connect_count": obj.connect_count,
"pipeline": obj.pipeline,
"headers": {
"flags": {
"pub": obj.cache_headers.pub,
"priv": obj.cache_headers.priv,
"no_cache": obj.cache_headers.no_cache,
"no_store": obj.cache_headers.no_store,
"no_transform": obj.cache_headers.no_transform,
"must_revalidate": obj.cache_headers.must_revalidate,
"proxy_revalidate": obj.cache_headers.proxy_revalidate,
},
"max_age":
obj.cache_headers.max_age
if obj.cache_headers.HasField("max_age") else None,
"s_maxage":
obj.cache_headers.s_maxage
if obj.cache_headers.HasField("s_maxage") else None,
"x_cache":
obj.cache_headers.x_cache
if obj.cache_headers.HasField("x_cache") else None,
"x_cache_lookup":
obj.cache_headers.x_cache_lookup
if obj.cache_headers.HasField("x_cache_lookup") else None,
},
})
# Add this whole server with objects to the results
results["servers"].append(server)
return results