commit 24a11ea8d518066a32933e5fb65dd0317bee99f1 Author: Damian Johnson atagar@torproject.org Date: Mon Sep 8 13:01:52 2014 -0700
First pass revising bandwidth stats
Just made three changes on this pass...
* Changed double quotes to single quotes.
* Fixed a couple spots where we call GETCONF with a None default then immedately convert to an int (raising a TypeError if we ever failed the call).
* Changed a couple spots where we got our own descriptor to be a lot simpler thanks to getattr(). --- arm/graphing/bandwidth_stats.py | 241 ++++++++++++++++++--------------------- 1 file changed, 111 insertions(+), 130 deletions(-)
diff --git a/arm/graphing/bandwidth_stats.py b/arm/graphing/bandwidth_stats.py index dedde65..2a21a0a 100644 --- a/arm/graphing/bandwidth_stats.py +++ b/arm/graphing/bandwidth_stats.py @@ -16,19 +16,19 @@ from stem.util import conf, log, str_tools, system
def conf_handler(key, value): - if key == "features.graph.bw.accounting.rate": + if key == 'features.graph.bw.accounting.rate': return max(1, value)
-CONFIG = conf.config_dict("arm", { - "features.graph.bw.transferInBytes": False, - "features.graph.bw.accounting.show": True, - "features.graph.bw.accounting.rate": 10, - "features.graph.bw.accounting.isTimeLong": False, - "tor.chroot": "", +CONFIG = conf.config_dict('arm', { + 'features.graph.bw.transferInBytes': False, + 'features.graph.bw.accounting.show': True, + 'features.graph.bw.accounting.rate': 10, + 'features.graph.bw.accounting.isTimeLong': False, + 'tor.chroot': '', }, conf_handler)
-DL_COLOR, UL_COLOR = "green", "cyan" +DL_COLOR, UL_COLOR = 'green', 'cyan'
# width at which panel abandons placing optional stats (avg and total) with # header in favor of replacing the x-axis label @@ -37,10 +37,10 @@ COLLAPSE_WIDTH = 135
# valid keys for the accounting_info mapping
-ACCOUNTING_ARGS = ("status", "reset_time", "read", "written", "read_limit", "writtenLimit") +ACCOUNTING_ARGS = ('status', 'reset_time', 'read', 'written', 'read_limit', 'writtenLimit')
-PREPOPULATE_SUCCESS_MSG = "Read the last day of bandwidth history from the state file" -PREPOPULATE_FAILURE_MSG = "Unable to prepopulate bandwidth information (%s)" +PREPOPULATE_SUCCESS_MSG = 'Read the last day of bandwidth history from the state file' +PREPOPULATE_FAILURE_MSG = 'Unable to prepopulate bandwidth information (%s)'
class BandwidthStats(graph_panel.GraphStats): @@ -60,7 +60,7 @@ class BandwidthStats(graph_panel.GraphStats): # accounting data (set by _update_accounting_info method)
self.accounting_last_updated = 0 - self.accounting_info = dict([(arg, "") for arg in ACCOUNTING_ARGS]) + self.accounting_info = dict([(arg, '') for arg in ACCOUNTING_ARGS])
# listens for tor reload (sighup) events which can reset the bandwidth # rate/burst and if tor's using accounting @@ -83,12 +83,12 @@ class BandwidthStats(graph_panel.GraphStats): self.initial_primary_total = 0 self.initial_secondary_total = 0
- read_total = controller.get_info("traffic/read", None) + read_total = controller.get_info('traffic/read', None)
if read_total and read_total.isdigit(): self.initial_primary_total = int(read_total) / 1024 # Bytes -> KB
- write_total = controller.get_info("traffic/written", None) + write_total = controller.get_info('traffic/written', None)
if write_total and write_total.isdigit(): self.initial_secondary_total = int(write_total) / 1024 # Bytes -> KB @@ -113,7 +113,7 @@ class BandwidthStats(graph_panel.GraphStats): self._title_stats = [] # force reset of title self.new_desc_event(None) # updates title params
- if event_type in (State.INIT, State.RESET) and CONFIG["features.graph.bw.accounting.show"]: + if event_type in (State.INIT, State.RESET) and CONFIG['features.graph.bw.accounting.show']: is_accounting_enabled = controller.get_info('accounting/enabled', None) == '1'
if is_accounting_enabled != self.is_accounting: @@ -139,9 +139,9 @@ class BandwidthStats(graph_panel.GraphStats): # checks that this is a relay (if ORPort is unset, then skip)
controller = tor_controller() - or_port = controller.get_conf("ORPort", None) + or_port = controller.get_conf('ORPort', None)
- if or_port == "0": + if or_port == '0': return
# gets the uptime (using the same parameters as the header panel to take @@ -153,8 +153,8 @@ class BandwidthStats(graph_panel.GraphStats): query_pid = controller.get_pid(None)
if query_pid: - query_param = ["%cpu", "rss", "%mem", "etime"] - query_cmd = "ps -p %s -o %s" % (query_pid, ",".join(query_param)) + query_param = ['%cpu', 'rss', '%mem', 'etime'] + query_cmd = 'ps -p %s -o %s' % (query_pid, ','.join(query_param)) ps_call = system.call(query_cmd, None)
if ps_call and len(ps_call) == 2: @@ -167,26 +167,26 @@ class BandwidthStats(graph_panel.GraphStats): # the state tracks a day's worth of data and this should only prepopulate # results associated with this tor instance
- if not uptime or "-" not in uptime: - msg = PREPOPULATE_FAILURE_MSG % "insufficient uptime" + if not uptime or '-' not in uptime: + msg = PREPOPULATE_FAILURE_MSG % 'insufficient uptime' log.notice(msg) return False
# get the user's data directory (usually '~/.tor')
- data_dir = controller.get_conf("DataDirectory", None) + data_dir = controller.get_conf('DataDirectory', None)
if not data_dir: - msg = PREPOPULATE_FAILURE_MSG % "data directory not found" + msg = PREPOPULATE_FAILURE_MSG % 'data directory not found' log.notice(msg) return False
# attempt to open the state file
try: - state_file = open("%s%s/state" % (CONFIG['tor.chroot'], data_dir), "r") + state_file = open('%s%s/state' % (CONFIG['tor.chroot'], data_dir), 'r') except IOError: - msg = PREPOPULATE_FAILURE_MSG % "unable to read the state file" + msg = PREPOPULATE_FAILURE_MSG % 'unable to read the state file' log.notice(msg) return False
@@ -209,25 +209,25 @@ class BandwidthStats(graph_panel.GraphStats): # counter for the current sampling period. Hence, offsets are added to # account for both.
- if line.startswith("BWHistoryReadValues"): - bw_read_entries = line[20:].split(",") + if line.startswith('BWHistoryReadValues'): + bw_read_entries = line[20:].split(',') bw_read_entries = [int(entry) / 1024.0 / 900 for entry in bw_read_entries] bw_read_entries.pop() - elif line.startswith("BWHistoryWriteValues"): - bw_write_entries = line[21:].split(",") + elif line.startswith('BWHistoryWriteValues'): + bw_write_entries = line[21:].split(',') bw_write_entries = [int(entry) / 1024.0 / 900 for entry in bw_write_entries] bw_write_entries.pop() - elif line.startswith("BWHistoryReadEnds"): - last_read_time = time.mktime(time.strptime(line[18:], "%Y-%m-%d %H:%M:%S")) - tz_offset + elif line.startswith('BWHistoryReadEnds'): + last_read_time = time.mktime(time.strptime(line[18:], '%Y-%m-%d %H:%M:%S')) - tz_offset last_read_time -= 900 missing_read_entries = int((time.time() - last_read_time) / 900) - elif line.startswith("BWHistoryWriteEnds"): - last_write_time = time.mktime(time.strptime(line[19:], "%Y-%m-%d %H:%M:%S")) - tz_offset + elif line.startswith('BWHistoryWriteEnds'): + last_write_time = time.mktime(time.strptime(line[19:], '%Y-%m-%d %H:%M:%S')) - tz_offset last_write_time -= 900 missing_write_entries = int((time.time() - last_write_time) / 900)
if not bw_read_entries or not bw_write_entries or not last_read_time or not last_write_time: - msg = PREPOPULATE_FAILURE_MSG % "bandwidth stats missing from state file" + msg = PREPOPULATE_FAILURE_MSG % 'bandwidth stats missing from state file' log.notice(msg) return False
@@ -276,7 +276,7 @@ class BandwidthStats(graph_panel.GraphStats): missing_sec = time.time() - min(last_read_time, last_write_time)
if missing_sec: - msg += " (%s is missing)" % str_tools.time_label(missing_sec, 0, True) + msg += ' (%s is missing)' % str_tools.time_label(missing_sec, 0, True)
log.notice(msg)
@@ -284,7 +284,7 @@ class BandwidthStats(graph_panel.GraphStats):
def bandwidth_event(self, event): if self.is_accounting and self.is_next_tick_redraw(): - if time.time() - self.accounting_last_updated >= CONFIG["features.graph.bw.accounting.rate"]: + if time.time() - self.accounting_last_updated >= CONFIG['features.graph.bw.accounting.rate']: self._update_accounting_info()
# scales units from B to KB for graphing @@ -301,11 +301,11 @@ class BandwidthStats(graph_panel.GraphStats): if width <= COLLAPSE_WIDTH: # clears line
- panel.addstr(labeling_line, 0, " " * width) + panel.addstr(labeling_line, 0, ' ' * width) graph_column = min((width - 10) / 2, self.max_column)
- primary_footer = "%s, %s" % (self._get_avg_label(True), self._get_total_label(True)) - secondary_footer = "%s, %s" % (self._get_avg_label(False), self._get_total_label(False)) + primary_footer = '%s, %s' % (self._get_avg_label(True), self._get_total_label(True)) + secondary_footer = '%s, %s' % (self._get_avg_label(False), self._get_total_label(False))
panel.addstr(labeling_line, 1, primary_footer, self.get_color(True)) panel.addstr(labeling_line, graph_column + 6, secondary_footer, self.get_color(False)) @@ -314,50 +314,50 @@ class BandwidthStats(graph_panel.GraphStats):
if self.is_accounting: if tor_controller().is_alive(): - status = self.accounting_info["status"] + status = self.accounting_info['status']
- hibernate_color = "green" + hibernate_color = 'green'
- if status == "soft": - hibernate_color = "yellow" - elif status == "hard": - hibernate_color = "red" - elif status == "": + if status == 'soft': + hibernate_color = 'yellow' + elif status == 'hard': + hibernate_color = 'red' + elif status == '': # failed to be queried - status, hibernate_color = "unknown", "red" + status, hibernate_color = 'unknown', 'red'
- panel.addstr(labeling_line + 2, 0, "Accounting (", curses.A_BOLD) + panel.addstr(labeling_line + 2, 0, 'Accounting (', curses.A_BOLD) panel.addstr(labeling_line + 2, 12, status, curses.A_BOLD, hibernate_color) - panel.addstr(labeling_line + 2, 12 + len(status), ")", curses.A_BOLD) + panel.addstr(labeling_line + 2, 12 + len(status), ')', curses.A_BOLD)
- reset_time = self.accounting_info["reset_time"] + reset_time = self.accounting_info['reset_time']
if not reset_time: - reset_time = "unknown" + reset_time = 'unknown'
- panel.addstr(labeling_line + 2, 35, "Time to reset: %s" % reset_time) + panel.addstr(labeling_line + 2, 35, 'Time to reset: %s' % reset_time)
- used, total = self.accounting_info["read"], self.accounting_info["read_limit"] + used, total = self.accounting_info['read'], self.accounting_info['read_limit']
if used and total: - panel.addstr(labeling_line + 3, 2, "%s / %s" % (used, total), self.get_color(True)) + panel.addstr(labeling_line + 3, 2, '%s / %s' % (used, total), self.get_color(True))
- used, total = self.accounting_info["written"], self.accounting_info["writtenLimit"] + used, total = self.accounting_info['written'], self.accounting_info['writtenLimit']
if used and total: - panel.addstr(labeling_line + 3, 37, "%s / %s" % (used, total), self.get_color(False)) + panel.addstr(labeling_line + 3, 37, '%s / %s' % (used, total), self.get_color(False)) else: - panel.addstr(labeling_line + 2, 0, "Accounting:", curses.A_BOLD) - panel.addstr(labeling_line + 2, 12, "Connection Closed...") + panel.addstr(labeling_line + 2, 0, 'Accounting:', curses.A_BOLD) + panel.addstr(labeling_line + 2, 12, 'Connection Closed...')
def get_title(self, width): stats = list(self._title_stats)
while True: if not stats: - return "Bandwidth:" + return 'Bandwidth:' else: - label = "Bandwidth (%s):" % ", ".join(stats) + label = 'Bandwidth (%s):' % ', '.join(stats)
if len(label) > width: del stats[-1] @@ -365,29 +365,29 @@ class BandwidthStats(graph_panel.GraphStats): return label
def get_header_label(self, width, is_primary): - graph_type = "Download" if is_primary else "Upload" - stats = [""] + graph_type = 'Download' if is_primary else 'Upload' + stats = ['']
# if wide then avg and total are part of the header, otherwise they're on # the x-axis
if width * 2 > COLLAPSE_WIDTH: - stats = [""] * 3 - stats[1] = "- %s" % self._get_avg_label(is_primary) - stats[2] = ", %s" % self._get_total_label(is_primary) + stats = [''] * 3 + stats[1] = '- %s' % self._get_avg_label(is_primary) + stats[2] = ', %s' % self._get_total_label(is_primary)
- stats[0] = "%-14s" % ("%s/sec" % str_tools.size_label((self.last_primary if is_primary else self.last_secondary) * 1024, 1, False, CONFIG["features.graph.bw.transferInBytes"])) + stats[0] = '%-14s' % ('%s/sec' % str_tools.size_label((self.last_primary if is_primary else self.last_secondary) * 1024, 1, False, CONFIG['features.graph.bw.transferInBytes']))
# drops label's components if there's not enough space
- labeling = graph_type + " (" + "".join(stats).strip() + "):" + labeling = graph_type + ' (' + ''.join(stats).strip() + '):'
while len(labeling) >= width: if len(stats) > 1: del stats[-1] - labeling = graph_type + " (" + "".join(stats).strip() + "):" + labeling = graph_type + ' (' + ''.join(stats).strip() + '):' else: - labeling = graph_type + ":" + labeling = graph_type + ':' break
return labeling @@ -407,7 +407,7 @@ class BandwidthStats(graph_panel.GraphStats): if not controller.is_alive(): return # keep old values
- my_fingerprint = controller.get_info("fingerprint", None) + my_fingerprint = controller.get_info('fingerprint', None)
if not self._title_stats or not my_fingerprint or (event and my_fingerprint in event.idlist): stats = [] @@ -415,29 +415,29 @@ class BandwidthStats(graph_panel.GraphStats): bw_burst = get_my_bandwidth_burst(controller) bw_observed = get_my_bandwidth_observed(controller) bw_measured = get_my_bandwidth_measured(controller) - label_in_bytes = CONFIG["features.graph.bw.transferInBytes"] + label_in_bytes = CONFIG['features.graph.bw.transferInBytes']
if bw_rate and bw_burst: bw_rate_label = str_tools.size_label(bw_rate, 1, False, label_in_bytes) bw_burst_label = str_tools.size_label(bw_burst, 1, False, label_in_bytes)
- # if both are using rounded values then strip off the ".0" decimal + # if both are using rounded values then strip off the '.0' decimal
- if ".0" in bw_rate_label and ".0" in bw_burst_label: - bw_rate_label = bw_rate_label.replace(".0", "") - bw_burst_label = bw_burst_label.replace(".0", "") + if '.0' in bw_rate_label and '.0' in bw_burst_label: + bw_rate_label = bw_rate_label.replace('.0', '') + bw_burst_label = bw_burst_label.replace('.0', '')
- stats.append("limit: %s/s" % bw_rate_label) - stats.append("burst: %s/s" % bw_burst_label) + stats.append('limit: %s/s' % bw_rate_label) + stats.append('burst: %s/s' % bw_burst_label)
# Provide the observed bandwidth either if the measured bandwidth isn't # available or if the measured bandwidth is the observed (this happens # if there isn't yet enough bandwidth measurements).
if bw_observed and (not bw_measured or bw_measured == bw_observed): - stats.append("observed: %s/s" % str_tools.size_label(bw_observed, 1, False, label_in_bytes)) + stats.append('observed: %s/s' % str_tools.size_label(bw_observed, 1, False, label_in_bytes)) elif bw_measured: - stats.append("measured: %s/s" % str_tools.size_label(bw_measured, 1, False, label_in_bytes)) + stats.append('measured: %s/s' % str_tools.size_label(bw_measured, 1, False, label_in_bytes))
self._title_stats = stats
@@ -445,12 +445,12 @@ class BandwidthStats(graph_panel.GraphStats): total = self.primary_total if is_primary else self.secondary_total total += self.prepopulate_primary_total if is_primary else self.prepopulate_secondary_total
- return "avg: %s/sec" % str_tools.size_label((total / max(1, self.tick + self.prepopulate_ticks)) * 1024, 1, False, CONFIG["features.graph.bw.transferInBytes"]) + return 'avg: %s/sec' % str_tools.size_label((total / max(1, self.tick + self.prepopulate_ticks)) * 1024, 1, False, CONFIG['features.graph.bw.transferInBytes'])
def _get_total_label(self, is_primary): total = self.primary_total if is_primary else self.secondary_total total += self.initial_primary_total if is_primary else self.initial_secondary_total - return "total: %s" % str_tools.size_label(total * 1024, 1) + return 'total: %s' % str_tools.size_label(total * 1024, 1)
def _update_accounting_info(self): """ @@ -461,12 +461,12 @@ class BandwidthStats(graph_panel.GraphStats): """
controller = tor_controller() - queried = dict([(arg, "") for arg in ACCOUNTING_ARGS]) - queried["status"] = controller.get_info("accounting/hibernating", None) + queried = dict([(arg, '') for arg in ACCOUNTING_ARGS]) + queried['status'] = controller.get_info('accounting/hibernating', None)
# provides a nicely formatted reset time
- end_interval = controller.get_info("accounting/interval-end", None) + end_interval = controller.get_info('accounting/interval-end', None)
if end_interval: # converts from gmt to local with respect to DST @@ -476,10 +476,10 @@ class BandwidthStats(graph_panel.GraphStats): else: tz_offset = time.timezone
- sec = time.mktime(time.strptime(end_interval, "%Y-%m-%d %H:%M:%S")) - time.time() - tz_offset + sec = time.mktime(time.strptime(end_interval, '%Y-%m-%d %H:%M:%S')) - time.time() - tz_offset
- if CONFIG["features.graph.bw.accounting.isTimeLong"]: - queried["reset_time"] = ", ".join(str_tools.time_labels(sec, True)) + if CONFIG['features.graph.bw.accounting.isTimeLong']: + queried['reset_time'] = ', '.join(str_tools.time_labels(sec, True)) else: days = sec / 86400 sec %= 86400 @@ -487,22 +487,22 @@ class BandwidthStats(graph_panel.GraphStats): sec %= 3600 minutes = sec / 60 sec %= 60 - queried["reset_time"] = "%i:%02i:%02i:%02i" % (days, hours, minutes, sec) + queried['reset_time'] = '%i:%02i:%02i:%02i' % (days, hours, minutes, sec)
# number of bytes used and in total for the accounting period
- used = controller.get_info("accounting/bytes", None) - left = controller.get_info("accounting/bytes-left", None) + used = controller.get_info('accounting/bytes', None) + left = controller.get_info('accounting/bytes-left', None)
if used and left: - used_comp, left_comp = used.split(" "), left.split(" ") + used_comp, left_comp = used.split(' '), left.split(' ') read, written = int(used_comp[0]), int(used_comp[1]) read_left, written_left = int(left_comp[0]), int(left_comp[1])
- queried["read"] = str_tools.size_label(read) - queried["written"] = str_tools.size_label(written) - queried["read_limit"] = str_tools.size_label(read + read_left) - queried["writtenLimit"] = str_tools.size_label(written + written_left) + queried['read'] = str_tools.size_label(read) + queried['written'] = str_tools.size_label(written) + queried['read_limit'] = str_tools.size_label(read + read_left) + queried['writtenLimit'] = str_tools.size_label(written + written_left)
self.accounting_info = queried self.accounting_last_updated = time.time() @@ -517,20 +517,19 @@ def get_my_bandwidth_rate(controller): # effective relayed bandwidth is the minimum of BandwidthRate, # MaxAdvertisedBandwidth, and RelayBandwidthRate (if set)
- effective_rate = int(controller.get_conf("BandwidthRate", None)) + effective_rate = controller.get_conf('BandwidthRate', None) + relay_rate = controller.get_conf('RelayBandwidthRate', None)
- relay_rate = controller.get_conf("RelayBandwidthRate", None) + if effective_rate and relay_rate and relay_rate != '0': + effective_rate = min(int(effective_rate), int(relay_rate))
- if relay_rate and relay_rate != "0": - effective_rate = min(effective_rate, int(relay_rate)) - - max_advertised = controller.get_conf("MaxAdvertisedBandwidth", None) + max_advertised = controller.get_conf('MaxAdvertisedBandwidth', None)
if max_advertised: - effective_rate = min(effective_rate, int(max_advertised)) + effective_rate = min(int(effective_rate), int(max_advertised))
if effective_rate is not None: - return effective_rate + return int(effective_rate) else: return None
@@ -542,15 +541,15 @@ def get_my_bandwidth_burst(controller): """
# effective burst (same for BandwidthBurst and RelayBandwidthBurst) - effective_burst = int(controller.get_conf("BandwidthBurst", None))
- relay_burst = controller.get_conf("RelayBandwidthBurst", None) + effective_burst = controller.get_conf('BandwidthBurst', None) + relay_burst = controller.get_conf('RelayBandwidthBurst', None)
- if relay_burst and relay_burst != "0": - effective_burst = min(effective_burst, int(relay_burst)) + if effective_burst and relay_burst and relay_burst != '0': + effective_burst = min(int(effective_burst), int(relay_burst))
if effective_burst is not None: - return effective_burst + return int(effective_burst) else: return None
@@ -564,15 +563,8 @@ def get_my_bandwidth_observed(controller): descriptors aren't periodically updated. """
- my_fingerprint = controller.get_info("fingerprint", None) - - if my_fingerprint: - my_descriptor = controller.get_server_descriptor(my_fingerprint, None) - - if my_descriptor: - return my_descriptor.observed_bandwidth - - return None + my_descriptor = controller.get_server_descriptor(default = None) + return getattr(my_descriptor, 'observed_bandwidth', None)
def get_my_bandwidth_measured(controller): @@ -585,16 +577,5 @@ def get_my_bandwidth_measured(controller): https://trac.torproject.org/projects/tor/ticket/1566 """
- # TODO: Tor is documented as providing v2 router status entries but - # actually looks to be v3. This needs to be sorted out between stem - # and tor. - - my_fingerprint = controller.get_info("fingerprint", None) - - if my_fingerprint: - my_status_entry = controller.get_network_status(my_fingerprint, None) - - if my_status_entry and hasattr(my_status_entry, 'bandwidth'): - return my_status_entry.bandwidth - - return None + my_status_entry = controller.get_network_status(default = None) + return getattr(my_status_entry, 'bandwidth', None)