def getListingEntry(self, width, currentTime, listingType):
"""
Provides the tuple list for this connection's listing. Lines are composed
of the following components:
<src> --> <dst> <etc> <uptime> (<type>)
ListingType.IP_ADDRESS:
src - <internal addr:port> --> <external addr:port>
dst - <destination addr:port>
etc - <fingerprint> <nickname>
ListingType.HOSTNAME:
src - localhost:<port>
dst - <destination hostname:port>
etc - <destination addr:port> <fingerprint> <nickname>
ListingType.FINGERPRINT:
src - localhost
dst - <destination fingerprint>
etc - <nickname> <destination addr:port>
ListingType.NICKNAME:
src - <source nickname>
dst - <destination nickname>
etc - <fingerprint> <destination addr:port>
Arguments:
width - maximum length of the line
currentTime - unix timestamp for what the results should consider to be
the current time
listingType - primary attribute we're listing connections by
"""
# fetch our (most likely cached) display entry for the listing
myListing = entries.ConnectionPanelLine.getListingEntry(
self, width, currentTime, listingType)
# fill in the current uptime and return the results
if CONFIG["features.connection.markInitialConnections"]:
timePrefix = "+" if self.isInitialConnection else " "
else:
timePrefix = ""
timeLabel = timePrefix + "%5s" % str_tools.get_time_label(
currentTime - self.startTime, 1)
myListing[2] = (timeLabel, myListing[2][1])
return myListing
def getListingEntry(self, width, currentTime, listingType):
"""
Provides the tuple list for this connection's listing. Lines are composed
of the following components:
<src> --> <dst> <etc> <uptime> (<type>)
ListingType.IP_ADDRESS:
src - <internal addr:port> --> <external addr:port>
dst - <destination addr:port>
etc - <fingerprint> <nickname>
ListingType.HOSTNAME:
src - localhost:<port>
dst - <destination hostname:port>
etc - <destination addr:port> <fingerprint> <nickname>
ListingType.FINGERPRINT:
src - localhost
dst - <destination fingerprint>
etc - <nickname> <destination addr:port>
ListingType.NICKNAME:
src - <source nickname>
dst - <destination nickname>
etc - <fingerprint> <destination addr:port>
Arguments:
width - maximum length of the line
currentTime - unix timestamp for what the results should consider to be
the current time
listingType - primary attribute we're listing connections by
"""
# fetch our (most likely cached) display entry for the listing
myListing = entries.ConnectionPanelLine.getListingEntry(self, width, currentTime, listingType)
# fill in the current uptime and return the results
if CONFIG["features.connection.markInitialConnections"]:
timePrefix = "+" if self.isInitialConnection else " "
else: timePrefix = ""
timeLabel = timePrefix + "%5s" % str_tools.get_time_label(currentTime - self.startTime, 1)
myListing[2] = (timeLabel, myListing[2][1])
return myListing
def test_get_time_label(self):
"""
Checks the get_time_label() function.
"""
# test the pydoc examples
self.assertEquals('2h', str_tools.get_time_label(10000))
self.assertEquals('1.0 minute', str_tools.get_time_label(61, 1, True))
self.assertEquals('1.01 minutes', str_tools.get_time_label(61, 2, True))
self.assertEquals('0s', str_tools.get_time_label(0))
self.assertEquals('0 seconds', str_tools.get_time_label(0, is_long = True))
self.assertEquals('0.00s', str_tools.get_time_label(0, 2))
self.assertEquals('-10s', str_tools.get_time_label(-10))
self.assertRaises(TypeError, str_tools.get_time_label, None)
self.assertRaises(TypeError, str_tools.get_time_label, 'hello world')
def test_get_time_label(self):
"""
Checks the get_time_label() function.
"""
# test the pydoc examples
self.assertEquals('2h', str_tools.get_time_label(10000))
self.assertEquals('1.0 minute', str_tools.get_time_label(61, 1, True))
self.assertEquals('1.01 minutes', str_tools.get_time_label(61, 2, True))
self.assertEquals('0s', str_tools.get_time_label(0))
self.assertEquals('0 seconds', str_tools.get_time_label(0, is_long = True))
self.assertEquals('0.00s', str_tools.get_time_label(0, 2))
self.assertEquals('-10s', str_tools.get_time_label(-10))
self.assertRaises(TypeError, str_tools.get_time_label, None)
self.assertRaises(TypeError, str_tools.get_time_label, 'hello world')
def _getValue(self):
"""
Provides the current value of the configuration entry, taking advantage of
the torTools caching to effectively query the accurate value. This uses the
value's type to provide a user friendly representation if able.
"""
confValue = ", ".join(torTools.getConn().getOption(self.get(Field.OPTION), [], True))
# provides nicer values for recognized types
if not confValue: confValue = "<none>"
elif self.get(Field.TYPE) == "Boolean" and confValue in ("0", "1"):
confValue = "False" if confValue == "0" else "True"
elif self.get(Field.TYPE) == "DataSize" and confValue.isdigit():
confValue = str_tools.get_size_label(int(confValue))
elif self.get(Field.TYPE) == "TimeInterval" and confValue.isdigit():
confValue = str_tools.get_time_label(int(confValue), is_long = True)
return confValue
def _getValue(self):
"""
Provides the current value of the configuration entry, taking advantage of
the torTools caching to effectively query the accurate value. This uses the
value's type to provide a user friendly representation if able.
"""
confValue = ", ".join(torTools.getConn().getOption(self.get(Field.OPTION), [], True))
# provides nicer values for recognized types
if not confValue:
confValue = "<none>"
elif self.get(Field.TYPE) == "Boolean" and confValue in ("0", "1"):
confValue = "False" if confValue == "0" else "True"
elif self.get(Field.TYPE) == "DataSize" and confValue.isdigit():
confValue = str_tools.get_size_label(int(confValue))
elif self.get(Field.TYPE) == "TimeInterval" and confValue.isdigit():
confValue = str_tools.get_time_label(int(confValue), is_long=True)
return confValue
def prepopulateFromState(self):
"""
Attempts to use tor's state file to prepopulate values for the 15 minute
interval via the BWHistoryReadValues/BWHistoryWriteValues values. This
returns True if successful and False otherwise.
"""
# checks that this is a relay (if ORPort is unset, then skip)
conn = torTools.getConn()
orPort = conn.getOption("ORPort", None)
if orPort == "0": return
# gets the uptime (using the same parameters as the header panel to take
# advantage of caching)
# TODO: stem dropped system caching support so we'll need to think of
# something else
uptime = None
queryPid = conn.getMyPid()
if queryPid:
queryParam = ["%cpu", "rss", "%mem", "etime"]
queryCmd = "ps -p %s -o %s" % (queryPid, ",".join(queryParam))
psCall = system.call(queryCmd, None)
if psCall and len(psCall) == 2:
stats = psCall[1].strip().split()
if len(stats) == 4: uptime = stats[3]
# checks if tor has been running for at least a day, the reason being that
# 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"
log.notice(msg)
return False
# get the user's data directory (usually '~/.tor')
dataDir = conn.getOption("DataDirectory", None)
if not dataDir:
msg = PREPOPULATE_FAILURE_MSG % "data directory not found"
log.notice(msg)
return False
# attempt to open the state file
try: stateFile = open("%s%s/state" % (conn.getPathPrefix(), dataDir), "r")
except IOError:
msg = PREPOPULATE_FAILURE_MSG % "unable to read the state file"
log.notice(msg)
return False
# get the BWHistory entries (ordered oldest to newest) and number of
# intervals since last recorded
bwReadEntries, bwWriteEntries = None, None
missingReadEntries, missingWriteEntries = None, None
# converts from gmt to local with respect to DST
tz_offset = time.altzone if time.localtime()[8] else time.timezone
for line in stateFile:
line = line.strip()
# According to the rep_hist_update_state() function the BWHistory*Ends
# correspond to the start of the following sampling period. Also, the
# most recent values of BWHistory*Values appear to be an incremental
# counter for the current sampling period. Hence, offsets are added to
# account for both.
if line.startswith("BWHistoryReadValues"):
bwReadEntries = line[20:].split(",")
bwReadEntries = [int(entry) / 1024.0 / 900 for entry in bwReadEntries]
bwReadEntries.pop()
elif line.startswith("BWHistoryWriteValues"):
bwWriteEntries = line[21:].split(",")
bwWriteEntries = [int(entry) / 1024.0 / 900 for entry in bwWriteEntries]
bwWriteEntries.pop()
elif line.startswith("BWHistoryReadEnds"):
lastReadTime = time.mktime(time.strptime(line[18:], "%Y-%m-%d %H:%M:%S")) - tz_offset
lastReadTime -= 900
missingReadEntries = int((time.time() - lastReadTime) / 900)
elif line.startswith("BWHistoryWriteEnds"):
lastWriteTime = time.mktime(time.strptime(line[19:], "%Y-%m-%d %H:%M:%S")) - tz_offset
lastWriteTime -= 900
missingWriteEntries = int((time.time() - lastWriteTime) / 900)
if not bwReadEntries or not bwWriteEntries or not lastReadTime or not lastWriteTime:
msg = PREPOPULATE_FAILURE_MSG % "bandwidth stats missing from state file"
log.notice(msg)
return False
# fills missing entries with the last value
bwReadEntries += [bwReadEntries[-1]] * missingReadEntries
bwWriteEntries += [bwWriteEntries[-1]] * missingWriteEntries
# crops starting entries so they're the same size
entryCount = min(len(bwReadEntries), len(bwWriteEntries), self.maxCol)
bwReadEntries = bwReadEntries[len(bwReadEntries) - entryCount:]
bwWriteEntries = bwWriteEntries[len(bwWriteEntries) - entryCount:]
# gets index for 15-minute interval
intervalIndex = 0
for indexEntry in graphPanel.UPDATE_INTERVALS:
if indexEntry[1] == 900: break
else: intervalIndex += 1
# fills the graphing parameters with state information
for i in range(entryCount):
readVal, writeVal = bwReadEntries[i], bwWriteEntries[i]
self.lastPrimary, self.lastSecondary = readVal, writeVal
self.prepopulatePrimaryTotal += readVal * 900
self.prepopulateSecondaryTotal += writeVal * 900
self.prepopulateTicks += 900
self.primaryCounts[intervalIndex].insert(0, readVal)
self.secondaryCounts[intervalIndex].insert(0, writeVal)
self.maxPrimary[intervalIndex] = max(self.primaryCounts)
self.maxSecondary[intervalIndex] = max(self.secondaryCounts)
del self.primaryCounts[intervalIndex][self.maxCol + 1:]
del self.secondaryCounts[intervalIndex][self.maxCol + 1:]
msg = PREPOPULATE_SUCCESS_MSG
missingSec = time.time() - min(lastReadTime, lastWriteTime)
if missingSec: msg += " (%s is missing)" % str_tools.get_time_label(missingSec, 0, True)
log.notice(msg)
return True
def validate(contents=None):
"""
Performs validation on the given torrc contents, providing back a listing of
(line number, issue, msg) tuples for issues found. If the issue occures on a
multiline torrc entry then the line number is for the last line of the entry.
Arguments:
contents - torrc contents
"""
conn = torTools.getConn()
customOptions = getCustomOptions()
issuesFound, seenOptions = [], []
# Strips comments and collapses multiline multi-line entries, for more
# information see:
# https://trac.torproject.org/projects/tor/ticket/1929
strippedContents, multilineBuffer = [], ""
for line in _stripComments(contents):
if not line: strippedContents.append("")
else:
line = multilineBuffer + line
multilineBuffer = ""
if line.endswith("\\"):
multilineBuffer = line[:-1]
strippedContents.append("")
else:
strippedContents.append(line.strip())
for lineNumber in range(len(strippedContents) - 1, -1, -1):
lineText = strippedContents[lineNumber]
if not lineText: continue
lineComp = lineText.split(None, 1)
if len(lineComp) == 2: option, value = lineComp
else: option, value = lineText, ""
# Tor is case insensetive when parsing its torrc. This poses a bit of an
# issue for us because we want all of our checks to be case insensetive
# too but also want messages to match the normal camel-case conventions.
#
# Using the customOptions to account for this. It contains the tor reported
# options (camel case) and is either a matching set or the following defaut
# value check will fail. Hence using that hash to correct the case.
#
# TODO: when refactoring for stem make this less confusing...
for customOpt in customOptions:
if customOpt.lower() == option.lower():
option = customOpt
break
# if an aliased option then use its real name
if option in CONFIG["torrc.alias"]:
option = CONFIG["torrc.alias"][option]
# most parameters are overwritten if defined multiple times
if option in seenOptions and not option in getMultilineParameters():
issuesFound.append((lineNumber, ValidationError.DUPLICATE, option))
continue
else:
seenOptions.append(option)
# checks if the value isn't necessary due to matching the defaults
if not option in customOptions:
issuesFound.append(
(lineNumber, ValidationError.IS_DEFAULT, option))
# replace aliases with their recognized representation
if option in CONFIG["torrc.alias"]:
option = CONFIG["torrc.alias"][option]
# tor appears to replace tabs with a space, for instance:
# "accept\t*:563" is read back as "accept *:563"
value = value.replace("\t", " ")
# parse value if it's a size or time, expanding the units
value, valueType = _parseConfValue(value)
# issues GETCONF to get the values tor's currently configured to use
torValues = conn.getOption(option, [], True)
# multiline entries can be comma separated values (for both tor and conf)
valueList = [value]
if option in getMultilineParameters():
valueList = [val.strip() for val in value.split(",")]
fetchedValues, torValues = torValues, []
for fetchedValue in fetchedValues:
for fetchedEntry in fetchedValue.split(","):
fetchedEntry = fetchedEntry.strip()
if not fetchedEntry in torValues:
torValues.append(fetchedEntry)
for val in valueList:
# checks if both the argument and tor's value are empty
isBlankMatch = not val and not torValues
if not isBlankMatch and not val in torValues:
# converts corrections to reader friedly size values
displayValues = torValues
if valueType == ValueType.SIZE:
displayValues = [
str_tools.get_size_label(int(val)) for val in torValues
]
elif valueType == ValueType.TIME:
displayValues = [
str_tools.get_time_label(int(val)) for val in torValues
]
issuesFound.append((lineNumber, ValidationError.MISMATCH,
", ".join(displayValues)))
# checks if any custom options are missing from the torrc
for option in customOptions:
# In new versions the 'DirReqStatistics' option is true by default and
# disabled on startup if geoip lookups are unavailable. If this option is
# missing then that's most likely the reason.
#
# https://trac.torproject.org/projects/tor/ticket/4237
if option == "DirReqStatistics": continue
if not option in seenOptions:
issuesFound.append((None, ValidationError.MISSING, option))
return issuesFound
def validate(contents = None):
"""
Performs validation on the given torrc contents, providing back a listing of
(line number, issue, msg) tuples for issues found. If the issue occures on a
multiline torrc entry then the line number is for the last line of the entry.
Arguments:
contents - torrc contents
"""
conn = torTools.getConn()
customOptions = getCustomOptions()
issuesFound, seenOptions = [], []
# Strips comments and collapses multiline multi-line entries, for more
# information see:
# https://trac.torproject.org/projects/tor/ticket/1929
strippedContents, multilineBuffer = [], ""
for line in _stripComments(contents):
if not line: strippedContents.append("")
else:
line = multilineBuffer + line
multilineBuffer = ""
if line.endswith("\\"):
multilineBuffer = line[:-1]
strippedContents.append("")
else:
strippedContents.append(line.strip())
for lineNumber in range(len(strippedContents) - 1, -1, -1):
lineText = strippedContents[lineNumber]
if not lineText: continue
lineComp = lineText.split(None, 1)
if len(lineComp) == 2: option, value = lineComp
else: option, value = lineText, ""
# Tor is case insensetive when parsing its torrc. This poses a bit of an
# issue for us because we want all of our checks to be case insensetive
# too but also want messages to match the normal camel-case conventions.
#
# Using the customOptions to account for this. It contains the tor reported
# options (camel case) and is either a matching set or the following defaut
# value check will fail. Hence using that hash to correct the case.
#
# TODO: when refactoring for stem make this less confusing...
for customOpt in customOptions:
if customOpt.lower() == option.lower():
option = customOpt
break
# if an aliased option then use its real name
if option in CONFIG["torrc.alias"]:
option = CONFIG["torrc.alias"][option]
# most parameters are overwritten if defined multiple times
if option in seenOptions and not option in getMultilineParameters():
issuesFound.append((lineNumber, ValidationError.DUPLICATE, option))
continue
else: seenOptions.append(option)
# checks if the value isn't necessary due to matching the defaults
if not option in customOptions:
issuesFound.append((lineNumber, ValidationError.IS_DEFAULT, option))
# replace aliases with their recognized representation
if option in CONFIG["torrc.alias"]:
option = CONFIG["torrc.alias"][option]
# tor appears to replace tabs with a space, for instance:
# "accept\t*:563" is read back as "accept *:563"
value = value.replace("\t", " ")
# parse value if it's a size or time, expanding the units
value, valueType = _parseConfValue(value)
# issues GETCONF to get the values tor's currently configured to use
torValues = conn.getOption(option, [], True)
# multiline entries can be comma separated values (for both tor and conf)
valueList = [value]
if option in getMultilineParameters():
valueList = [val.strip() for val in value.split(",")]
fetchedValues, torValues = torValues, []
for fetchedValue in fetchedValues:
for fetchedEntry in fetchedValue.split(","):
fetchedEntry = fetchedEntry.strip()
if not fetchedEntry in torValues:
torValues.append(fetchedEntry)
for val in valueList:
# checks if both the argument and tor's value are empty
isBlankMatch = not val and not torValues
if not isBlankMatch and not val in torValues:
# converts corrections to reader friedly size values
displayValues = torValues
if valueType == ValueType.SIZE:
displayValues = [str_tools.get_size_label(int(val)) for val in torValues]
elif valueType == ValueType.TIME:
displayValues = [str_tools.get_time_label(int(val)) for val in torValues]
issuesFound.append((lineNumber, ValidationError.MISMATCH, ", ".join(displayValues)))
# checks if any custom options are missing from the torrc
for option in customOptions:
# In new versions the 'DirReqStatistics' option is true by default and
# disabled on startup if geoip lookups are unavailable. If this option is
# missing then that's most likely the reason.
#
# https://trac.torproject.org/projects/tor/ticket/4237
if option == "DirReqStatistics": continue
if not option in seenOptions:
issuesFound.append((None, ValidationError.MISSING, option))
return issuesFound
def prepopulateFromState(self):
"""
Attempts to use tor's state file to prepopulate values for the 15 minute
interval via the BWHistoryReadValues/BWHistoryWriteValues values. This
returns True if successful and False otherwise.
"""
# checks that this is a relay (if ORPort is unset, then skip)
conn = torTools.getConn()
orPort = conn.getOption("ORPort", None)
if orPort == "0": return
# gets the uptime (using the same parameters as the header panel to take
# advantage of caching)
# TODO: stem dropped system caching support so we'll need to think of
# something else
uptime = None
queryPid = conn.getMyPid()
if queryPid:
queryParam = ["%cpu", "rss", "%mem", "etime"]
queryCmd = "ps -p %s -o %s" % (queryPid, ",".join(queryParam))
psCall = system.call(queryCmd, None)
if psCall and len(psCall) == 2:
stats = psCall[1].strip().split()
if len(stats) == 4: uptime = stats[3]
# checks if tor has been running for at least a day, the reason being that
# 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"
log.notice(msg)
return False
# get the user's data directory (usually '~/.tor')
dataDir = conn.getOption("DataDirectory", None)
if not dataDir:
msg = PREPOPULATE_FAILURE_MSG % "data directory not found"
log.notice(msg)
return False
# attempt to open the state file
try:
stateFile = open("%s%s/state" % (conn.getPathPrefix(), dataDir),
"r")
except IOError:
msg = PREPOPULATE_FAILURE_MSG % "unable to read the state file"
log.notice(msg)
return False
# get the BWHistory entries (ordered oldest to newest) and number of
# intervals since last recorded
bwReadEntries, bwWriteEntries = None, None
missingReadEntries, missingWriteEntries = None, None
# converts from gmt to local with respect to DST
tz_offset = time.altzone if time.localtime()[8] else time.timezone
for line in stateFile:
line = line.strip()
# According to the rep_hist_update_state() function the BWHistory*Ends
# correspond to the start of the following sampling period. Also, the
# most recent values of BWHistory*Values appear to be an incremental
# counter for the current sampling period. Hence, offsets are added to
# account for both.
if line.startswith("BWHistoryReadValues"):
bwReadEntries = line[20:].split(",")
bwReadEntries = [
int(entry) / 1024.0 / 900 for entry in bwReadEntries
]
bwReadEntries.pop()
elif line.startswith("BWHistoryWriteValues"):
bwWriteEntries = line[21:].split(",")
bwWriteEntries = [
int(entry) / 1024.0 / 900 for entry in bwWriteEntries
]
bwWriteEntries.pop()
elif line.startswith("BWHistoryReadEnds"):
lastReadTime = time.mktime(
time.strptime(line[18:], "%Y-%m-%d %H:%M:%S")) - tz_offset
lastReadTime -= 900
missingReadEntries = int((time.time() - lastReadTime) / 900)
elif line.startswith("BWHistoryWriteEnds"):
lastWriteTime = time.mktime(
time.strptime(line[19:], "%Y-%m-%d %H:%M:%S")) - tz_offset
lastWriteTime -= 900
missingWriteEntries = int((time.time() - lastWriteTime) / 900)
if not bwReadEntries or not bwWriteEntries or not lastReadTime or not lastWriteTime:
msg = PREPOPULATE_FAILURE_MSG % "bandwidth stats missing from state file"
log.notice(msg)
return False
# fills missing entries with the last value
bwReadEntries += [bwReadEntries[-1]] * missingReadEntries
bwWriteEntries += [bwWriteEntries[-1]] * missingWriteEntries
# crops starting entries so they're the same size
entryCount = min(len(bwReadEntries), len(bwWriteEntries), self.maxCol)
bwReadEntries = bwReadEntries[len(bwReadEntries) - entryCount:]
bwWriteEntries = bwWriteEntries[len(bwWriteEntries) - entryCount:]
# gets index for 15-minute interval
intervalIndex = 0
for indexEntry in graphPanel.UPDATE_INTERVALS:
if indexEntry[1] == 900: break
else: intervalIndex += 1
# fills the graphing parameters with state information
for i in range(entryCount):
readVal, writeVal = bwReadEntries[i], bwWriteEntries[i]
self.lastPrimary, self.lastSecondary = readVal, writeVal
self.prepopulatePrimaryTotal += readVal * 900
self.prepopulateSecondaryTotal += writeVal * 900
self.prepopulateTicks += 900
self.primaryCounts[intervalIndex].insert(0, readVal)
self.secondaryCounts[intervalIndex].insert(0, writeVal)
self.maxPrimary[intervalIndex] = max(self.primaryCounts)
self.maxSecondary[intervalIndex] = max(self.secondaryCounts)
del self.primaryCounts[intervalIndex][self.maxCol + 1:]
del self.secondaryCounts[intervalIndex][self.maxCol + 1:]
msg = PREPOPULATE_SUCCESS_MSG
missingSec = time.time() - min(lastReadTime, lastWriteTime)
if missingSec:
msg += " (%s is missing)" % str_tools.get_time_label(
missingSec, 0, True)
log.notice(msg)
return True
def draw(self, width, height):
""" Redraws graph panel """
if self.currentDisplay:
param = self.getAttr("stats")[self.currentDisplay]
graphCol = min((width - 10) / 2, param.maxCol)
primaryColor = uiTools.getColor(param.getColor(True))
secondaryColor = uiTools.getColor(param.getColor(False))
if self.isTitleVisible(): self.addstr(0, 0, param.getTitle(width), curses.A_STANDOUT)
# top labels
left, right = param.getHeaderLabel(width / 2, True), param.getHeaderLabel(width / 2, False)
if left: self.addstr(1, 0, left, curses.A_BOLD | primaryColor)
if right: self.addstr(1, graphCol + 5, right, curses.A_BOLD | secondaryColor)
# determines max/min value on the graph
if self.bounds == Bounds.GLOBAL_MAX:
primaryMaxBound = int(param.maxPrimary[self.updateInterval])
secondaryMaxBound = int(param.maxSecondary[self.updateInterval])
else:
# both Bounds.LOCAL_MAX and Bounds.TIGHT use local maxima
if graphCol < 2:
# nothing being displayed
primaryMaxBound, secondaryMaxBound = 0, 0
else:
primaryMaxBound = int(max(param.primaryCounts[self.updateInterval][1:graphCol + 1]))
secondaryMaxBound = int(max(param.secondaryCounts[self.updateInterval][1:graphCol + 1]))
primaryMinBound = secondaryMinBound = 0
if self.bounds == Bounds.TIGHT:
primaryMinBound = int(min(param.primaryCounts[self.updateInterval][1:graphCol + 1]))
secondaryMinBound = int(min(param.secondaryCounts[self.updateInterval][1:graphCol + 1]))
# if the max = min (ie, all values are the same) then use zero lower
# bound so a graph is still displayed
if primaryMinBound == primaryMaxBound: primaryMinBound = 0
if secondaryMinBound == secondaryMaxBound: secondaryMinBound = 0
# displays upper and lower bounds
self.addstr(2, 0, "%4i" % primaryMaxBound, primaryColor)
self.addstr(self.graphHeight + 1, 0, "%4i" % primaryMinBound, primaryColor)
self.addstr(2, graphCol + 5, "%4i" % secondaryMaxBound, secondaryColor)
self.addstr(self.graphHeight + 1, graphCol + 5, "%4i" % secondaryMinBound, secondaryColor)
# displays intermediate bounds on every other row
if CONFIG["features.graph.showIntermediateBounds"]:
ticks = (self.graphHeight - 3) / 2
for i in range(ticks):
row = self.graphHeight - (2 * i) - 3
if self.graphHeight % 2 == 0 and i >= (ticks / 2): row -= 1
if primaryMinBound != primaryMaxBound:
primaryVal = (primaryMaxBound - primaryMinBound) * (self.graphHeight - row - 1) / (self.graphHeight - 1)
if not primaryVal in (primaryMinBound, primaryMaxBound): self.addstr(row + 2, 0, "%4i" % primaryVal, primaryColor)
if secondaryMinBound != secondaryMaxBound:
secondaryVal = (secondaryMaxBound - secondaryMinBound) * (self.graphHeight - row - 1) / (self.graphHeight - 1)
if not secondaryVal in (secondaryMinBound, secondaryMaxBound): self.addstr(row + 2, graphCol + 5, "%4i" % secondaryVal, secondaryColor)
# creates bar graph (both primary and secondary)
for col in range(graphCol):
colCount = int(param.primaryCounts[self.updateInterval][col + 1]) - primaryMinBound
colHeight = min(self.graphHeight, self.graphHeight * colCount / (max(1, primaryMaxBound) - primaryMinBound))
for row in range(colHeight): self.addstr(self.graphHeight + 1 - row, col + 5, " ", curses.A_STANDOUT | primaryColor)
colCount = int(param.secondaryCounts[self.updateInterval][col + 1]) - secondaryMinBound
colHeight = min(self.graphHeight, self.graphHeight * colCount / (max(1, secondaryMaxBound) - secondaryMinBound))
for row in range(colHeight): self.addstr(self.graphHeight + 1 - row, col + graphCol + 10, " ", curses.A_STANDOUT | secondaryColor)
# bottom labeling of x-axis
intervalSec = 1 # seconds per labeling
for i in range(len(UPDATE_INTERVALS)):
if i == self.updateInterval: intervalSec = UPDATE_INTERVALS[i][1]
intervalSpacing = 10 if graphCol >= WIDE_LABELING_GRAPH_COL else 5
unitsLabel, decimalPrecision = None, 0
for i in range((graphCol - 4) / intervalSpacing):
loc = (i + 1) * intervalSpacing
timeLabel = str_tools.get_time_label(loc * intervalSec, decimalPrecision)
if not unitsLabel: unitsLabel = timeLabel[-1]
elif unitsLabel != timeLabel[-1]:
# upped scale so also up precision of future measurements
unitsLabel = timeLabel[-1]
decimalPrecision += 1
else:
# if constrained on space then strips labeling since already provided
timeLabel = timeLabel[:-1]
self.addstr(self.graphHeight + 2, 4 + loc, timeLabel, primaryColor)
self.addstr(self.graphHeight + 2, graphCol + 10 + loc, timeLabel, secondaryColor)
param.draw(self, width, height) # allows current stats to modify the display