def __init__(self, slicedModel):
self.slicedModel = slicedModel
self.isExtrusionActive = False
self.layerIndex = 0
self.layerLines = []
self.lineIndex = 0
self.lines = None
self.oldLocation = None
self.rowIndex = 0
self.shouldAccumulate = True
self.centerX = config.getfloat(name, 'center.x')
self.centerY = config.getfloat(name, 'center.y')
self.numberOfColumns = config.getint(name, 'columns')
self.numberOfRows = config.getint(name, 'rows')
self.reverseSequenceEveryOddLayer = config.getboolean(name, 'sequence.reverse.odd.layers')
self.separationOverPerimeterWidth = config.getfloat(name, 'separation.over.perimeter.width')
self.extrusionWidth = config.getfloat('carve', 'extrusion.width')
self.centerOffset = complex(self.centerX, self.centerY)
cornerMaximumComplex = self.slicedModel.carvingCornerMaximum.dropAxis()
cornerMinimumComplex = self.slicedModel.carvingCornerMinimum.dropAxis()
self.extent = cornerMaximumComplex - cornerMinimumComplex
self.shapeCenter = 0.5 * (cornerMaximumComplex + cornerMinimumComplex)
self.separation = self.separationOverPerimeterWidth * abs(self.extrusionWidth)
self.extentPlusSeparation = self.extent + complex(self.separation, self.separation)
columnsMinusOne = self.numberOfColumns - 1
rowsMinusOne = self.numberOfRows - 1
self.arrayExtent = complex(self.extentPlusSeparation.real * columnsMinusOne, self.extentPlusSeparation.imag * rowsMinusOne)
self.arrayCenter = 0.5 * self.arrayExtent
def __init__(self, slicedModel):
self.slicedModel = slicedModel
self.additionalHeightRatio = config.getfloat(name, "additional.height.ratio")
self.altitude = config.getfloat(name, "altitude")
self.layerHeight = config.getfloat("carve", "layer.height")
self.perimeterWidth = config.getfloat("carve", "extrusion.width")
self.decimalPlaces = config.getint("general", "decimal.places")
def __init__(self, slicedModel):
self.slicedModel = slicedModel
self.additionalHeightRatio = config.getfloat(name, 'additional.height.ratio')
self.altitude = config.getfloat(name, 'altitude')
self.layerThickness = config.getfloat('carve', 'layer.height')
self.perimeterWidth = config.getfloat('carve', 'extrusion.width')
self.decimalPlaces = config.getint('general', 'decimal.places')
def __init__(self, inbox, outbox, hostID, queue, monitorInterval):
# Save arguments
tpSize = config.getfloat('irs', 'thread_pool_size') / 2
waitTimeout = 3
maxTasks = config.getfloat('irs', 'max_tasks')
self.tp = ThreadPool(tpSize, waitTimeout, maxTasks)
self._stop = False
self._flush = False
self._queue = queue
self._activeMessages = {}
self._monitorInterval = monitorInterval
self._hostID = int(hostID)
self._used_slots_array = [0] * MESSAGES_PER_MAILBOX
self._outgoingMail = EMPTYMAILBOX
self._incomingMail = EMPTYMAILBOX
# TODO: add support for multiple paths (multiple mailboxes)
self._spmStorageDir = config.get('irs', 'repository')
self._inCmd = [
'dd', 'if=' + str(inbox), 'iflag=direct,fullblock',
'bs=' + str(BLOCK_SIZE), 'count=' + str(BLOCKS_PER_MAILBOX),
'skip=' + str(self._hostID * BLOCKS_PER_MAILBOX)
]
self._outCmd = [
'dd', 'of=' + str(outbox), 'iflag=fullblock', 'oflag=direct',
'conv=notrunc', 'bs=' + str(BLOCK_SIZE),
'seek=' + str(self._hostID * BLOCKS_PER_MAILBOX)
]
self._init = False
self._initMailbox() # Read initial mailbox state
self._msgCounter = 0
self._sendMail() # Clear outgoing mailbox
threading.Thread.__init__(self)
self.start()
def _setParameters(self, runtimeParameters, section):
self.decimalPlaces = runtimeParameters.decimalPlaces
self.dimensionDecimalPlaces = runtimeParameters.dimensionDecimalPlaces
self.extrusionUnitsRelative = runtimeParameters.extrusionUnitsRelative
self.layerThickness = runtimeParameters.layerThickness
self.perimeterWidth = runtimeParameters.perimeterWidth
self.travelFeedRateMinute = runtimeParameters.travelFeedRateMinute
self.name = config.get(section, 'name')
self.filamentDiameter = config.getfloat(section, 'filament.diameter')
self.filamentPackingDensity = config.getfloat(
section, 'filament.packing.density')
self.oozeRate = config.getfloat(section, 'oozerate')
self.extruderRetractionSpeedMinute = round(
60.0 * config.getfloat(section, 'retraction.speed'),
self.dimensionDecimalPlaces)
self.maximumRetractionDistance = config.getfloat(
section, 'maximum.retraction')
self.axisCode = config.get(section, 'axis.code')
filamentRadius = 0.5 * self.filamentDiameter
filamentPackingArea = pi * filamentRadius * filamentRadius * self.filamentPackingDensity
extrusionArea = pi * self.layerThickness**2 / 4 + self.layerThickness * (
self.perimeterWidth - self.layerThickness)
#http://hydraraptor.blogspot.sk/2011/03/spot-on-flow-rate.html
self.flowScaleSixty = 60.0 * extrusionArea / filamentPackingArea
def __init__(self, slicedModel):
self.slicedModel = slicedModel
self.additionalHeightRatio = config.getfloat(
name, 'additional.height.ratio')
self.altitude = config.getfloat(name, 'altitude')
self.layerHeight = config.getfloat('carve', 'layer.height')
self.perimeterWidth = config.getfloat('carve', 'extrusion.width')
self.decimalPlaces = config.getint('general', 'decimal.places')
def __init__(self, runtimeParameters):
self.minimumLayerTime = config.getfloat('cool','minimum.layer.time')
self.orbitalFeedRateSecond = runtimeParameters.orbitalFeedRateSecond
self.orbitalFeedRateMinute = runtimeParameters.orbitalFeedRateMinute
self.oribitalMarginDistance = config.getfloat('cool','orbital.margin')
self.oribitalMargin = complex(self.oribitalMarginDistance, self.oribitalMarginDistance)
self.decimalPlaces = runtimeParameters.decimalPlaces
def __init__(self, pool, maxHostID, monitorInterval=2):
self._messageTypes = {}
# Save arguments
self._stop = False
self._stopped = False
self._poolID = str(pool.spUUID)
self._spmStorageDir = pool.storage_repository
tpSize = config.getfloat('irs', 'thread_pool_size') / 2
waitTimeout = 3
maxTasks = config.getfloat('irs', 'max_tasks')
self.tp = ThreadPool(tpSize, waitTimeout, maxTasks)
# *** IMPORTANT NOTE: The SPM's inbox is the HSMs' outbox and vice versa *** #
self._inbox = os.path.join(self._spmStorageDir, self._poolID,
"mastersd", sd.DOMAIN_META_DATA, "inbox")
if not os.path.exists(self._inbox):
self.log.error(
"SPM_MailMonitor create failed - inbox %s does not exist" %
repr(self._inbox))
raise RuntimeError(
"SPM_MailMonitor create failed - inbox %s does not exist" %
repr(self._inbox))
self._outbox = os.path.join(self._spmStorageDir, self._poolID,
"mastersd", sd.DOMAIN_META_DATA, "outbox")
if not os.path.exists(self._outbox):
self.log.error(
"SPM_MailMonitor create failed - outbox %s does not exist" %
repr(self._outbox))
raise RuntimeError(
"SPM_MailMonitor create failed - outbox %s does not exist" %
repr(self._outbox))
self._numHosts = int(maxHostID)
self._outMailLen = MAILBOX_SIZE * self._numHosts
self._monitorInterval = monitorInterval
# TODO: add support for multiple paths (multiple mailboxes)
self._outgoingMail = self._outMailLen * "\0"
self._incomingMail = self._outgoingMail
self._inCmd = [
'dd', 'if=' + str(self._inbox), 'iflag=direct,fullblock', 'count=1'
]
self._outCmd = [
'dd', 'of=' + str(self._outbox), 'oflag=direct', 'iflag=fullblock',
'conv=notrunc', 'count=1'
]
self._outLock = thread.allocate_lock()
self._inLock = thread.allocate_lock()
# Clear outgoing mail
self.log.debug(
"SPM_MailMonitor - clearing outgoing mail, command is: %s",
self._outCmd)
cmd = self._outCmd + ['bs=' + str(self._outMailLen)]
(rc, out, err) = misc.execCmd(cmd, sudo=False, data=self._outgoingMail)
if rc:
self.log.warning(
"SPM_MailMonitor couldn't clear outgoing mail, dd failed")
thread.start_new_thread(self.run, (self, ))
self.log.debug('SPM_MailMonitor created for pool %s' % self._poolID)
def __init__(
self,
tpSize=config.getfloat("irs", "thread_pool_size"),
waitTimeout=3,
maxTasks=config.getfloat("irs", "max_tasks"),
):
self.storage_repository = config.get("irs", "repository")
self.tp = ThreadPool(tpSize, waitTimeout, maxTasks)
self._tasks = {}
self._unqueuedTasks = []
def __init__(self, slicedModel):
self.slicedModel = slicedModel
self.overlapRemovalWidthOverPerimeterWidth = config.getfloat(name, "overlap.removal.scaler")
self.nozzleDiameter = config.getfloat(name, "nozzle.diameter")
self.bridgeWidthMultiplier = config.getfloat(name, "bridge.width.multiplier.ratio")
self.loopOrderAscendingArea = config.getboolean(name, "loop.order.preferloops")
self.layerThickness = self.slicedModel.runtimeParameters.layerThickness
self.perimeterWidth = self.slicedModel.runtimeParameters.perimeterWidth
self.halfPerimeterWidth = 0.5 * self.perimeterWidth
self.overlapRemovalWidth = self.perimeterWidth * (0.7853) * self.overlapRemovalWidthOverPerimeterWidth
self.multiprocess = config.getboolean(name, "multiprocess")
def __init__(self, slicedModel):
'Initialize'
self.slicedModel = slicedModel
self.layerHeight = config.getfloat(name, 'layer.height')
self.extrusionWidth = config.getfloat(name, 'extrusion.width')
self.infillBridgeDirection = config.getboolean(name, 'infill.bridge.direction')
self.importCoarsenessRatio = config.getfloat(name, 'import.coarseness.ratio')
self.correctMesh = config.getboolean(name, 'mesh.correct')
self.decimalPlaces = config.getint('general', 'decimal.places')
self.layerPrintFrom = config.getint(name, 'layer.print.from')
self.layerPrintTo = config.getint(name, 'layer.print.to')
def __init__(self, slicedModel):
self.slicedModel = slicedModel
self.debug = config.getboolean(name, "debug")
self.deleteComments = config.getboolean(name, "delete.comments")
self.fileExtension = config.get(name, "file.extension")
self.nameOfReplaceFile = config.get(name, "replace.filename")
self.exportSlicedModel = config.getboolean(name, "export.slicedmodel")
self.exportSlicedModelExtension = config.get(name, "export.slicedmodel.extension")
self.addProfileExtension = config.getboolean(name, "file.extension.profile")
self.overwriteExportedSlicedModel = config.getboolean(name, "overwrite.exported.slicedmodel")
self.firstLayerFeedRateRatio = config.getfloat("speed", "feed.rate.first.layer.ratio")
self.firstLayerFlowRateRatio = config.getfloat("speed", "flow.rate.first.layer.ratio")
def performAction(slicedModel):
"Align the model to the bottom of the printing plane"
# HACK these options are in "speed" section so they should be set no matter if bottom plugin is active
firstLayerFeedRateRatio = config.getfloat("speed", "feed.rate.first.layer.ratio")
firstLayerFlowRateRatio = config.getfloat("speed", "flow.rate.first.layer.ratio")
slicedModel.layers[0].feedAndFlowRateMultiplier = [firstLayerFeedRateRatio, firstLayerFlowRateRatio]
if not config.getboolean(name, "active"):
logger.info("%s plugin is not active", name.capitalize())
return
BottomSkein(slicedModel).bottom()
def __init__(self, slicedModel):
self.slicedModel = slicedModel
self.convex = config.getboolean(name, 'convex')
self.gapOverPerimeterWidth = config.getfloat(name, 'gap.over.perimeter.width')
self.layersTo = config.getint(name, 'layers.to.index')
self.edgeWidth = slicedModel.runtimeParameters.extrusionWidth
brimWidth = config.getfloat(name, 'brim.width')
self.skirtGap = self.gapOverPerimeterWidth * self.edgeWidth + brimWidth
self.brimLoopsCount = int(brimWidth / self.edgeWidth)
self.outerInner = config.getboolean(name, 'order.outer.inner')
self.unifiedLoop = LoopCrossDictionary()
self.createSegmentDictionaries(self.unifiedLoop)
def __init__(self, slicedModel):
'Initialize'
self.slicedModel = slicedModel
self.layerHeight = config.getfloat(name, 'layer.height')
self.extrusionWidth = config.getfloat(name, 'extrusion.width')
self.infillBridgeDirection = config.getboolean(
name, 'infill.bridge.direction')
self.importCoarsenessRatio = config.getfloat(
name, 'import.coarseness.ratio')
self.correctMesh = config.getboolean(name, 'mesh.correct')
self.decimalPlaces = config.getint('general', 'decimal.places')
self.layerPrintFrom = config.getint(name, 'layer.print.from')
self.layerPrintTo = config.getint(name, 'layer.print.to')
def __init__(self, slicedModel):
self.slicedModel = slicedModel
self.convex = config.getboolean(name, "convex")
self.gapOverPerimeterWidth = config.getfloat(name, "gap.over.perimeter.width")
self.layersTo = config.getint(name, "layers.to.index")
self.edgeWidth = slicedModel.runtimeParameters.extrusionWidth
brimWidth = config.getfloat(name, "brim.width")
self.skirtGap = self.gapOverPerimeterWidth * self.edgeWidth + brimWidth
self.brimLoopsCount = int(brimWidth / self.edgeWidth)
self.outerInner = config.getboolean(name, "order.outer.inner")
self.unifiedLoop = LoopCrossDictionary()
self.createSegmentDictionaries(self.unifiedLoop)
def __init__(self, slicedModel):
self.slicedModel = slicedModel
self.boundaryLayers = []
self.supportLayers = []
self.debug = config.getboolean(configSection, 'debug')
self.supportLocation = config.get(configSection, 'location')
self.supportMinimumAngle = config.getfloat(configSection, 'min.angle')
self.minimumSupportRatio = math.tan(
math.radians(self.supportMinimumAngle))
self.supportCrossHatchNthLayer = config.getint(
configSection, 'crosshatch.every.nth.layer')
self.supportFeedRate = config.getfloat('speed', 'feed.rate.support')
self.supportFlowRateRatio = config.getfloat('speed',
'flow.rate.support.ratio')
self.raftAdditionalMarginOverLengthPercent = config.getfloat(
configSection, 'extension.percent')
self.raftMargin = config.getfloat(configSection, 'extension.distance')
self.infillOverhangOverExtrusionWidth = config.getfloat(
configSection, 'infill.overhang.ratio')
self.supportStartFile = config.get(configSection, 'support.start.file')
self.supportEndFile = config.get(configSection, 'support.end.file')
self.absoluteSupportStartFilePath = os.path.join(
'alterations', self.supportStartFile)
self.absoluteSupportEndFilePath = os.path.join('alterations',
self.supportEndFile)
self.supportStartLines = archive.getTextLines(
archive.getFileText(self.absoluteSupportStartFilePath,
printWarning=False))
self.supportEndLines = archive.getTextLines(
archive.getFileText(self.absoluteSupportEndFilePath,
printWarning=False))
self.extrusionWidth = config.getfloat('carve', 'extrusion.width')
self.supportGapOverPerimeterExtrusionWidth = config.getfloat(
configSection, 'gap.over.perimeter.extrusion.width.ratio')
self.supportOutset = self.extrusionWidth * self.supportGapOverPerimeterExtrusionWidth
self.interfaceInfillDensity = config.getfloat(
configSection, 'interface.infill.density')
self.interfaceLayerThicknessRatio = config.getfloat(
configSection, 'interface.layer.thickness.ratio')
interfaceExtrusionWidth = self.extrusionWidth * self.interfaceLayerThicknessRatio
self.interfaceStep = interfaceExtrusionWidth / self.interfaceInfillDensity
self.cornerMinimum = self.slicedModel.carvingCornerMinimum
self.cornerMaximum = self.slicedModel.carvingCornerMaximum
self.cornerMinimumComplex = self.cornerMinimum.dropAxis()
self.cornerMaximumComplex = self.cornerMaximum.dropAxis()
def __init__(self, pool, maxHostID, monitorInterval=2):
self._messageTypes = {}
# Save arguments
self._stop = False
self._stopped = False
self._poolID = str(pool.spUUID)
self._spmStorageDir = pool.storage_repository
tpSize = config.getfloat('irs', 'thread_pool_size') / 2
waitTimeout = 3
maxTasks = config.getfloat('irs', 'max_tasks')
self.tp = ThreadPool(tpSize, waitTimeout, maxTasks)
# *** IMPORTANT NOTE: The SPM's inbox is the HSMs' outbox and vice versa *** #
self._inbox = os.path.join(self._spmStorageDir, self._poolID, "mastersd", sd.DOMAIN_META_DATA, "inbox")
if not os.path.exists(self._inbox):
self.log.error("SPM_MailMonitor create failed - inbox %s does not exist" % repr(self._inbox))
raise RuntimeError("SPM_MailMonitor create failed - inbox %s does not exist" % repr(self._inbox))
self._outbox = os.path.join(self._spmStorageDir, self._poolID, "mastersd", sd.DOMAIN_META_DATA, "outbox")
if not os.path.exists(self._outbox):
self.log.error("SPM_MailMonitor create failed - outbox %s does not exist" % repr(self._outbox))
raise RuntimeError("SPM_MailMonitor create failed - outbox %s does not exist" % repr(self._outbox))
self._numHosts = int(maxHostID)
self._outMailLen = MAILBOX_SIZE * self._numHosts
self._monitorInterval = monitorInterval
# TODO: add support for multiple paths (multiple mailboxes)
self._outgoingMail = self._outMailLen * "\0"
self._incomingMail = self._outgoingMail
self._inCmd = ['dd',
'if=' + str(self._inbox),
'iflag=direct,fullblock',
'count=1'
]
self._outCmd = ['dd',
'of=' + str(self._outbox),
'oflag=direct',
'iflag=fullblock',
'conv=notrunc',
'count=1'
]
self._outLock = thread.allocate_lock()
self._inLock = thread.allocate_lock()
# Clear outgoing mail
self.log.debug("SPM_MailMonitor - clearing outgoing mail, command is: %s", self._outCmd)
cmd = self._outCmd + ['bs=' + str(self._outMailLen)]
(rc, out, err) = misc.execCmd(cmd, sudo=False, data=self._outgoingMail)
if rc:
self.log.warning("SPM_MailMonitor couldn't clear outgoing mail, dd failed")
thread.start_new_thread(self.run, (self, ))
self.log.debug('SPM_MailMonitor created for pool %s' % self._poolID)
def __init__(self, slicedModel):
self.slicedModel = slicedModel
self.overlapRemovalWidthOverPerimeterWidth = config.getfloat(
name, 'overlap.removal.scaler')
self.nozzleDiameter = config.getfloat(name, 'nozzle.diameter')
self.bridgeWidthMultiplier = config.getfloat(
name, 'bridge.width.multiplier.ratio')
self.loopOrderAscendingArea = config.getboolean(
name, 'loop.order.preferloops')
self.layerThickness = self.slicedModel.runtimeParameters.layerThickness
self.perimeterWidth = self.slicedModel.runtimeParameters.perimeterWidth
self.halfPerimeterWidth = 0.5 * self.perimeterWidth
self.overlapRemovalWidth = self.perimeterWidth * (
0.7853) * self.overlapRemovalWidthOverPerimeterWidth
self.multiprocess = config.getboolean(name, 'multiprocess')
def performAction(slicedModel):
"Align the model to the bottom of the printing plane"
# HACK these options are in "speed" section so they should be set no matter if bottom plugin is active
firstLayerFeedRateRatio = config.getfloat('speed',
'feed.rate.first.layer.ratio')
firstLayerFlowRateRatio = config.getfloat('speed',
'flow.rate.first.layer.ratio')
slicedModel.layers[0].feedAndFlowRateMultiplier = [
firstLayerFeedRateRatio, firstLayerFlowRateRatio
]
if not config.getboolean(name, 'active'):
logger.info("%s plugin is not active", name.capitalize())
return
BottomSkein(slicedModel).bottom()
def __init__(self):
self.subtractor = cv2.createBackgroundSubtractorMOG2()
self.subtractor.setHistory(config.getint('HISTORY'))
self.subtractor.setDetectShadows(config.getboolean('DETECT_SHADOWS'))
self.subtractor.setShadowThreshold(config.getfloat('SHADOW_THRESHOLD'))
self.subtractor.setShadowValue(0)
self.subtractor.setNMixtures(config.getint('N_MIXTURES'))
def __init__(self):
self.min_dist_between_blobs = config.getint('MIN_DIST_BETWEEN_BLOBS')
self.filter_by_area = [config.getboolean('FILTER_BY_AREA'),
config.getint('MIN_AREA'),
config.getint('MAX_AREA')]
self.overlap_threshold = config.getfloat('OVERLAP_THRESHOLD')
self.detections = []
self.blob_assigner = HungarianAlgorithm()
def __init__(self, gmitm, msg, external):
self.branch = msg.via0.branch
self.gmitm = gmitm
self.cseq = msg.cseq
self.isInvite = msg.method == 'INVITE'
self.external = external
self.cachedRequests = {} # dict "method" of (msg, raw string of transformed message, addr)
self.cachedResponses = {} # dict "method" of (msg, raw string of transformed message, addr, code)
self.logtimer = config.getboolean(consts.SECTION, consts.LOGTIMERS)
self.logtimer = False # too many output
self.logbm = config.getboolean(consts.SECTION, consts.LOGBMEVENTS)
self.sipdelay = config.getboolean(consts.SECTION, consts.SIPDELAY)
self.log("created")
if self.isInvite:
self.set_timeout(config.getfloat(consts.SECTION, consts.TIMERB))
else:
self.set_timeout(config.getfloat(consts.SECTION, consts.TIMERF))
def __init__(self, slicedModel):
# TODO - remove or reduce dependency on slicedModel
self.slicedModel = slicedModel
self.infillSolidity = config.getfloat('fill', 'infill.solidity.ratio')
self.infillWidthOverThickness = config.getfloat('fill', 'extrusion.lines.extra.spacer.scaler')
self.infillPerimeterOverlap = config.getfloat('fill', 'infill.overlap.over.perimeter.scaler')
self.extraShellsAlternatingSolidLayer = config.getint('fill', 'shells.alternating.solid')
self.extraShellsBase = config.getint('fill', 'shells.base')
self.extraShellsSparseLayer = config.getint('fill', 'shells.sparse')
self.solidSurfaceThickness = config.getint('fill', 'fully.filled.layers')
self.doubleSolidSurfaceThickness = self.solidSurfaceThickness + self.solidSurfaceThickness
self.startFromChoice = config.get('fill', 'extrusion.sequence.start.layer')
self.threadSequenceChoice = config.get('fill', 'extrusion.sequence.print.order')
self.threadSequence = self.threadSequenceChoice.split(",")
self.diaphragmPeriod = config.getint('fill', 'diaphragm.every.n.layers')
self.diaphragmThickness = config.getint('fill', 'diaphragm.thickness')
self.infillBeginRotation = math.radians(config.getfloat('fill', 'infill.rotation.begin'))
self.infillBeginRotationRepeat = config.getint('fill', 'infill.rotation.repeat')
self.infillOddLayerExtraRotation = math.radians(config.getfloat('fill', 'infill.rotation.odd.layer'))
self.bridgeWidthMultiplier = config.getfloat('inset', 'bridge.width.multiplier.ratio')
self.extrusionWidth = config.getfloat('carve', 'extrusion.width')
self.infillWidth = self.extrusionWidth * self.infillWidthOverThickness * (0.7853)
self.betweenWidth = self.extrusionWidth * self.infillWidthOverThickness * (0.7853)
self.previousExtraShells = -1
self.oldOrderedLocation = None
def __init__(self, gmitm, msg, incoming):
self.gmitm = gmitm
self.logevents = config.getboolean(consts.SECTION, consts.LOGCCEVENTS)
self.logmessages = config.getboolean(consts.SECTION,
consts.LOGCCMESSAGES)
self.logfullmessage = config.getboolean(consts.SECTION,
consts.LOGFULLMESSAGE)
self.cseq = msg.cseq
self.cid = msg.cid
self.incoming = incoming
self.finalCode = None
self.lastcseq = self.cseq
self.cseqoffset = [0, 0]
self.t3seconds = config.getfloat(consts.SECTION, consts.TIMERC)
self.tsseconds = config.getfloat(consts.SECTION, consts.TIMERS)
self.zsession = CyZRTPSession(self, consts.ZIDFILE)
self.logtimer = config.getboolean(consts.SECTION, consts.LOGTIMERS)
self.terminated = False
self.clear_udp_addresses()
self.on_created(msg)
def _setParameters(self, runtimeParameters, section):
self.decimalPlaces = runtimeParameters.decimalPlaces
self.dimensionDecimalPlaces = runtimeParameters.dimensionDecimalPlaces
self.extrusionUnitsRelative = runtimeParameters.extrusionUnitsRelative
self.layerThickness = runtimeParameters.layerThickness
self.perimeterWidth = runtimeParameters.perimeterWidth
self.travelFeedRateMinute = runtimeParameters.travelFeedRateMinute
self.name = config.get(section, 'name')
self.filamentDiameter = config.getfloat(section, 'filament.diameter')
self.filamentPackingDensity = config.getfloat(section, 'filament.packing.density')
self.oozeRate = config.getfloat(section, 'oozerate')
self.extruderRetractionSpeedMinute = round(60.0 * config.getfloat(section, 'retraction.speed'), self.dimensionDecimalPlaces)
self.maximumRetractionDistance = config.getfloat(section, 'maximum.retraction')
self.axisCode = config.get(section, 'axis.code')
filamentRadius = 0.5 * self.filamentDiameter
filamentPackingArea = pi * filamentRadius * filamentRadius * self.filamentPackingDensity
extrusionArea = pi * self.layerThickness ** 2 / 4 + self.layerThickness * (self.perimeterWidth - self.layerThickness)
#http://hydraraptor.blogspot.sk/2011/03/spot-on-flow-rate.html
self.flowScaleSixty = 60.0 * extrusionArea / filamentPackingArea
def __init__(self, inbox, outbox, hostID, queue, monitorInterval):
# Save arguments
tpSize = config.getfloat('irs', 'thread_pool_size') / 2
waitTimeout = 3
maxTasks = config.getfloat('irs', 'max_tasks')
self.tp = ThreadPool(tpSize, waitTimeout, maxTasks)
self._stop = False
self._flush = False
self._queue = queue
self._activeMessages = {}
self._monitorInterval = monitorInterval
self._hostID = int(hostID)
self._used_slots_array = [ 0 ] * MESSAGES_PER_MAILBOX
self._outgoingMail = EMPTYMAILBOX
self._incomingMail = EMPTYMAILBOX
# TODO: add support for multiple paths (multiple mailboxes)
self._spmStorageDir = config.get('irs', 'repository')
self._inCmd = ['dd',
'if=' + str(inbox),
'iflag=direct,fullblock',
'bs=' + str(BLOCK_SIZE),
'count=' + str(BLOCKS_PER_MAILBOX),
'skip=' + str(self._hostID*BLOCKS_PER_MAILBOX)
]
self._outCmd = ['dd',
'of=' + str(outbox),
'iflag=fullblock',
'oflag=direct',
'conv=notrunc',
'bs=' + str(BLOCK_SIZE),
'seek=' + str(self._hostID*BLOCKS_PER_MAILBOX)
]
self._init = False
self._initMailbox() # Read initial mailbox state
self._msgCounter = 0
self._sendMail() # Clear outgoing mailbox
threading.Thread.__init__(self)
self.start()
def __init__(self, slicedModel):
self.slicedModel = slicedModel
self.boundaryLayers = []
self.supportLayers = []
self.debug = config.getboolean(configSection, 'debug')
self.supportLocation = config.get(configSection, 'location')
self.supportMinimumAngle = config.getfloat(configSection, 'min.angle')
self.minimumSupportRatio = math.tan(math.radians(self.supportMinimumAngle))
self.supportCrossHatchNthLayer = config.getint(configSection, 'crosshatch.every.nth.layer')
self.supportFeedRate = config.getfloat('speed', 'feed.rate.support')
self.supportFlowRateRatio = config.getfloat('speed', 'flow.rate.support.ratio')
self.raftAdditionalMarginOverLengthPercent = config.getfloat(configSection, 'extension.percent')
self.raftMargin = config.getfloat(configSection, 'extension.distance')
self.infillOverhangOverExtrusionWidth = config.getfloat(configSection, 'infill.overhang.ratio')
self.supportStartFile = config.get(configSection, 'support.start.file')
self.supportEndFile = config.get(configSection, 'support.end.file')
self.absoluteSupportStartFilePath = os.path.join('alterations', self.supportStartFile)
self.absoluteSupportEndFilePath = os.path.join('alterations', self.supportEndFile)
self.supportStartLines = archive.getTextLines(archive.getFileText(self.absoluteSupportStartFilePath, printWarning=False))
self.supportEndLines = archive.getTextLines(archive.getFileText(self.absoluteSupportEndFilePath, printWarning=False))
self.extrusionWidth = config.getfloat('carve', 'extrusion.width')
self.supportGapOverPerimeterExtrusionWidth = config.getfloat(configSection, 'gap.over.perimeter.extrusion.width.ratio')
self.supportOutset = self.extrusionWidth * self.supportGapOverPerimeterExtrusionWidth
self.interfaceInfillDensity = config.getfloat(configSection, 'interface.infill.density')
self.interfaceLayerThicknessRatio = config.getfloat(configSection, 'interface.layer.thickness.ratio')
interfaceExtrusionWidth = self.extrusionWidth * self.interfaceLayerThicknessRatio
self.interfaceStep = interfaceExtrusionWidth / self.interfaceInfillDensity
self.cornerMinimum = self.slicedModel.carvingCornerMinimum
self.cornerMaximum = self.slicedModel.carvingCornerMaximum
self.cornerMinimumComplex = self.cornerMinimum.dropAxis()
self.cornerMaximumComplex = self.cornerMaximum.dropAxis()
def __init__(self, slicedModel):
self.slicedModel = slicedModel
self.isExtrusionActive = False
self.layerIndex = 0
self.layerLines = []
self.lineIndex = 0
self.lines = None
self.oldLocation = None
self.rowIndex = 0
self.shouldAccumulate = True
self.centerX = config.getfloat(name, 'center.x')
self.centerY = config.getfloat(name, 'center.y')
self.numberOfColumns = config.getint(name, 'columns')
self.numberOfRows = config.getint(name, 'rows')
self.reverseSequenceEveryOddLayer = config.getboolean(
name, 'sequence.reverse.odd.layers')
self.separationOverPerimeterWidth = config.getfloat(
name, 'separation.over.perimeter.width')
self.extrusionWidth = config.getfloat('carve', 'extrusion.width')
self.centerOffset = complex(self.centerX, self.centerY)
cornerMaximumComplex = self.slicedModel.carvingCornerMaximum.dropAxis()
cornerMinimumComplex = self.slicedModel.carvingCornerMinimum.dropAxis()
self.extent = cornerMaximumComplex - cornerMinimumComplex
self.shapeCenter = 0.5 * (cornerMaximumComplex + cornerMinimumComplex)
self.separation = self.separationOverPerimeterWidth * abs(
self.extrusionWidth)
self.extentPlusSeparation = self.extent + complex(
self.separation, self.separation)
columnsMinusOne = self.numberOfColumns - 1
rowsMinusOne = self.numberOfRows - 1
self.arrayExtent = complex(
self.extentPlusSeparation.real * columnsMinusOne,
self.extentPlusSeparation.imag * rowsMinusOne)
self.arrayCenter = 0.5 * self.arrayExtent
class TP3Spacy:
DATA_DIR = 'data'
OUTPUT_DATAFILE = config.get('files', 'words data file')
SIMILARITY_TOLERANCE = config.getfloat('misc', 'similarity tolerance')
REPORT_SIZE = config.getint('misc', 'report size')
nlp: Union[None, English] = None
@classmethod
def get_data(cls):
cls.nlp = spacy.load(cls.DATA_DIR)
@classmethod
def most_similar(cls, word: Lexeme) -> List[Lexeme]:
"""
Basé sur: https://stackoverflow.com/a/58932131/313273
"""
queries = [
w for w in word.vocab if w.is_lower == word.is_lower
and w.prob >= -25 and word.similarity(w) > cls.SIMILARITY_TOLERANCE
]
by_similarity = sorted(queries,
key=lambda w: word.similarity(w),
reverse=True)
return by_similarity
@classmethod
def produce_report_data(cls):
if cls.nlp is None:
cls.get_data()
index = 0
words = []
with open(cls.OUTPUT_DATAFILE, 'r') as f:
while index < cls.REPORT_SIZE:
index += 1
line = f.readline()
line = line.split('\t')
line = line[0]
words.append(line)
words = [cls.nlp.vocab[w] for w in words]
cls.report = {}
for word in words:
similar = cls.most_similar(word)
cls.report[word.text] = [s.text for s in similar]
def __init__(self, slicedModel):
# TODO - remove or reduce dependency on slicedModel
self.slicedModel = slicedModel
self.infillSolidity = config.getfloat('fill', 'infill.solidity.ratio')
self.infillWidthOverThickness = config.getfloat(
'fill', 'extrusion.lines.extra.spacer.scaler')
self.infillPerimeterOverlap = config.getfloat(
'fill', 'infill.overlap.over.perimeter.scaler')
self.extraShellsAlternatingSolidLayer = config.getint(
'fill', 'shells.alternating.solid')
self.extraShellsBase = config.getint('fill', 'shells.base')
self.extraShellsSparseLayer = config.getint('fill', 'shells.sparse')
self.solidSurfaceThickness = config.getint('fill',
'fully.filled.layers')
self.doubleSolidSurfaceThickness = self.solidSurfaceThickness + self.solidSurfaceThickness
self.startFromChoice = config.get('fill',
'extrusion.sequence.start.layer')
self.threadSequenceChoice = config.get(
'fill', 'extrusion.sequence.print.order')
self.threadSequence = self.threadSequenceChoice.split(",")
self.diaphragmPeriod = config.getint('fill',
'diaphragm.every.n.layers')
self.diaphragmThickness = config.getint('fill', 'diaphragm.thickness')
self.infillBeginRotation = math.radians(
config.getfloat('fill', 'infill.rotation.begin'))
self.infillBeginRotationRepeat = config.getint(
'fill', 'infill.rotation.repeat')
self.infillOddLayerExtraRotation = math.radians(
config.getfloat('fill', 'infill.rotation.odd.layer'))
self.bridgeWidthMultiplier = config.getfloat(
'inset', 'bridge.width.multiplier.ratio')
self.extrusionWidth = config.getfloat('carve', 'extrusion.width')
self.infillWidth = self.extrusionWidth * self.infillWidthOverThickness * (
0.7853)
self.betweenWidth = self.extrusionWidth * self.infillWidthOverThickness * (
0.7853)
self.previousExtraShells = -1
self.oldOrderedLocation = None
import multiprocessing
import itertools
import numpy as np
import tensorflow as tf
import time
import random
import scipy.stats as ss
import sys
import os
os.environ["TF_CPP_MIN_LOG_LEVEL"]='2'
##################### hyper parameters ##############################
MAX_EPISODES = config.getint('parameter', 'max_episodes')
MAX_EP_STEPS = config.getint('parameter', 'max_ep_steps')
LR_A = config.getfloat('parameter', 'lr_a')
LR_C = config.getfloat('parameter', 'lr_c')
GAMMA = config.getfloat('parameter', 'gamma')
TAU = config.getfloat('parameter', 'tau')
H_DEF = config.getint('parameter', 'h_def')
H_ADV = config.getint('parameter', 'h_adv')
TRAINING_MODE = config.get('parameter', 'training_mode')
TEST_MODE = config.get('parameter', 'test_mode')
MEMORY_CAPACITY = config.getint('parameter', 'memory_capacity')
MEMORY_INIT = config.getint('parameter', 'memory_init')
BATCH_SIZE = config.getint('parameter', 'batch_size')
LEARNING_STEP = config.getint('parameter', 'learning_step')
LEARNING_COUNT = config.getint('parameter', 'learning_count')
EPSILON_DISCOUNT = config.getfloat('parameter', 'epsilon_discount')
EPSILON_MAX = config.getfloat('parameter', 'epsilon_max')
def __init__(self, slicedModel):
self.slicedModel = slicedModel
self.extrusionWidth = config.getfloat('carve', 'extrusion.width')
self.fillStrategyName = config.get(name, 'strategy')
self.fillStrategyPath = config.get(name, 'strategy.path')
from common import connectClient
from mysocket import connectTcp, connectTcpFail
from config import config
from socket import gethostbyname
TIMEOUT = config.getfloat("filter", "timeout")
VALID_PORT = config.getint("filter", "valid_port")
INVALID_PORT = config.getint("filter", "invalid_port")
HOST = gethostbyname(config.get("filter", "host"))
IFACE = config.get("filter", "iface")
def testPortFailure(testcase, iptables, client, port, err):
# Enable iptables filtering
iptables.filterTcp(VALID_PORT)
# Connect user
if client:
testcase.assert_(connectClient(client))
# Create socket
testcase.assertEqual(connectTcpFail(HOST, port, TIMEOUT), err)
def testPort(testcase, iptables, client, port, ok, host=HOST):
# Enable iptables filtering
iptables.filterTcp(VALID_PORT)
# Connect user
if client:
testcase.assert_(connectClient(client))
import atexit
from inl_tests.process import Process
from signal import SIGHUP
from mysocket import connectTcp
from config import config, NUAUTH_PROG, NUAUTH_START_TIMEOUT, USE_VALGRIND
from time import time
RELOAD_TIMEOUT = config.getfloat("nuauth", "reload_timeout")
INIT_TIMEOUT = 0.100 # 100 ms
class NuauthProcess(Process):
__instance = None
@classmethod
def hasInstance(cls):
return not(cls.__instance is None)
@classmethod
def getInstance(cls):
if cls.__instance is None:
cls.__instance = NuauthProcess()
atexit.register(cls._reallyStop)
return cls.__instance
def __init__(self, debug_level=9):
arg = ["-" + "v" * min(max(debug_level, 1), 9)]
program = NUAUTH_PROG
if USE_VALGRIND:
#arg = ["--tool=callgrind", program] + arg
#program = "valgrind"
arg = ["--log-file-exactly=nuauth.valgrind.log", "--verbose", program] + arg
def __init__(self):
self.startTime = time.time()
self.endTime = None
self.inputFilename = None
self.outputFilename = None
self.profileMemory = config.getboolean('general', 'profile.memory')
self.decimalPlaces = config.getint('general', 'decimal.places')
self.layerThickness = config.getfloat('carve', 'layer.height')
self.perimeterWidth = config.getfloat('carve', 'extrusion.width')
self.profileName = None
self.bridgeWidthMultiplier = None
self.nozzleDiameter = None
self.threadSequence = None
self.infillWidth = None
self.operatingFeedRatePerSecond = None
self.perimeterFeedRatePerSecond = None
self.operatingFlowRate = None
self.verboseGcode = config.getboolean('general', 'verbose.gcode')
self.overlapRemovalWidthOverPerimeterWidth = config.getfloat('inset', 'overlap.removal.scaler')
self.nozzleDiameter = config.getfloat('inset', 'nozzle.diameter')
self.bridgeWidthMultiplier = config.getfloat('inset', 'bridge.width.multiplier.ratio')
self.loopOrderAscendingArea = config.getboolean('inset', 'loop.order.preferloops')
self.layerHeight = config.getfloat('carve', 'layer.height')
self.extrusionWidth = config.getfloat('carve', 'extrusion.width')
self.infillBridgeDirection = config.getboolean('carve', 'infill.bridge.direction')
self.importCoarsenessRatio = config.getfloat('carve', 'import.coarseness.ratio')
self.correctMesh = config.getboolean('carve', 'mesh.correct')
self.decimalPlaces = config.getint('general', 'decimal.places')
self.layerPrintFrom = config.getint('carve', 'layer.print.from')
self.layerPrintTo = config.getint('carve', 'layer.print.to')
self.speedActive = config.getboolean('speed', 'active')
self.addFlowRate = config.getboolean('speed', 'add.flow.rate')
self.addAccelerationRate = config.getboolean('speed', 'add.acceleration.rate')
self.feedRate = config.getfloat('speed', 'feed.rate')
self.flowRateRatio = config.getfloat('speed', 'flow.rate.ratio')
self.accelerationRate = config.getfloat('speed', 'acceleration.rate')
self.orbitalFeedRateRatio = config.getfloat('speed', 'feed.rate.orbiting.ratio')
self.perimeterFeedRate = config.getfloat('speed', 'feed.rate.perimeter')
self.perimeterFlowRateRatio = config.getfloat('speed', 'flow.rate.perimeter.ratio')
self.bridgeFeedRateRatio = config.getfloat('speed', 'feed.rate.bridge.ratio')
self.bridgeFlowRateRatio = config.getfloat('speed', 'flow.rate.bridge.ratio')
self.travelFeedRate = config.getfloat('speed', 'feed.rate.travel')
self.supportFeedRate = config.getfloat('speed', 'feed.rate.support')
self.dimensionActive = config.getboolean('dimension', 'active')
self.extrusionUnitsRelative = config.getboolean('dimension', 'extrusion.units.relative')
self.dimensionDecimalPlaces = config.getint('dimension', 'decimal.places')
self.extrusionPrintOrder = config.get('fill', 'extrusion.sequence.print.order').split(',')
self.bridgeFeedRateMinute = self.bridgeFeedRateRatio * self.perimeterFeedRate * 60 # todo former reference to main feed now perimeter feed
self.perimeterFeedRateMinute = self.perimeterFeedRate * 60
self.extrusionFeedRateMinute = self.feedRate * 60.0
self.travelFeedRateMinute = self.travelFeedRate * 60
self.supportFeedRateMinute = self.supportFeedRate * 60
self.minimumLayerFeedRate = config.getfloat('cool', 'minimum.layer.feed.rate')
self.minimumLayerFeedRateMinute = self.minimumLayerFeedRate * 60
self.minimumBridgeFeedRateMultiplier = self.minimumLayerFeedRateMinute / self.bridgeFeedRateMinute
self.minimumPerimeterFeedRateMultiplier = self.minimumLayerFeedRateMinute / self.perimeterFeedRateMinute
self.minimumExtrusionFeedRateMultiplier = self.minimumLayerFeedRateMinute / self.extrusionFeedRateMinute
self.minimumTravelFeedRateMultiplier = self.minimumLayerFeedRateMinute / self.travelFeedRateMinute
nozzleXsection = (self.nozzleDiameter / 2) ** 2 * pi
extrusionXsection = ((abs(self.perimeterWidth) + self.layerThickness) / 4) ** 2 * pi
self.flowRate = self.flowRateRatio * self.feedRate
self.bridgeFlowRate = (self.bridgeFlowRateRatio * self.bridgeFeedRateRatio) * (self.perimeterFlowRateRatio * self.perimeterFeedRate) * (nozzleXsection / extrusionXsection)
self.perimeterFlowRate = self.perimeterFlowRateRatio * self.perimeterFeedRate
self.orbitalFeedRateSecond = (self.feedRate * self.orbitalFeedRateRatio)
self.orbitalFeedRateMinute = self.orbitalFeedRateSecond * 60
self.combActive = config.getboolean('comb', 'active')
def __init__(self, runtimeParameters):
self.minimumLayerTime = config.getfloat('cool','minimum.layer.time')
# Config location
data_dir = config.get('Configuration', 'dir', fallback=DEFAULT_DATA_DIR)
# Link Issuer name
issuer = config.get('App', 'issuer', fallback="")
# Link validity in days
validity_days = config.getint('App', 'validity_days', fallback="")
# Request lifetime in seconds
request_lifetime = config.getint('App', 'request_lifetime', fallback="")
# Similarity threshold to consider a request accepted
acceptance_threshold = config.getfloat('App',
'acceptance_threshold',
fallback="")
# Which LLoA will have the resulting link if accepted
lloa = config.get('App', 'lloa', fallback="low")
# Type of the generated link dataset
dataset_type = config.get('App', 'dataset_type', fallback="")
# Private RSA key to use
httpsig_private_key = config.get('HTTPSig', 'private_key')
# Identifier of the entity (usually the SHA256 hex-encoded fingerprint of the key)
httpsig_key_id = config.get('HTTPSig', 'key_id', fallback=None)
# As SM sometimes fails to validate signature, we retry the connection for resilience
def __init__(self, tpSize=config.getfloat('irs', 'thread_pool_size'), waitTimeout=3, maxTasks=config.getfloat('irs', 'max_tasks')):
self.storage_repository = config.get('irs', 'repository')
self.tp = ThreadPool(tpSize, waitTimeout, maxTasks)
self._tasks = {}
self._unqueuedTasks = []
def __init__(self, slicedModel):
self.slicedModel = slicedModel
self.extrusionWidth = config.getfloat('carve', 'extrusion.width')
self.fillStrategyName = config.get(name, 'strategy')
self.fillStrategyPath = config.get(name, 'strategy.path')
args = args + more_args
return Client(username, password, CLIENT_IP, more_args=args)
def connectClient(client):
client.info("connectClient()")
try:
client.start(timeout=connectClient.timeout)
except RuntimeError, err:
client.warning("connectClient(): error: %s" % err)
return False
client.warning("connectClient(): connected")
return True
connectClient.timeout = config.getfloat('nutcpc', 'connect_timeout')
def getNuauthConf():
return NuauthConf()
def retry(timeout=1.0, step=0.250):
start = time()
while True:
when = time() - start
yield when
if timeout < when:
raise RuntimeError("Timeout (%.1f sec)!" % timeout)
return
if step:
tm = timestamp.timetuple()
return int(mktime(tm))
POSTGRESQL = False
config = NuauthConf()
if POSTGRESQL:
import pgdb
DB_PACKET_TABLE = config["pgsql_table_name"]
DB_USER_TABLE = config["pgsql_users_table_name"]
DB_SERVER = config["pgsql_server_addr"]
DB_USER = config["pgsql_user"]
DB_PASSWORD = config["pgsql_passwd"]
DB_DBNAME = config["pgsql_db_name"]
QUERY_TIMEOUT = test_config.getfloat('test_pgsql', 'query_timeout')
else:
import MySQLdb
DB_PACKET_TABLE = config["mysql_table_name"]
DB_USER_TABLE = config["mysql_users_table_name"]
DB_SERVER = config["mysql_server_addr"]
DB_USER = config["mysql_user"]
DB_PASSWORD = config["mysql_passwd"]
DB_DBNAME = config["mysql_db_name"]
QUERY_TIMEOUT = test_config.getfloat('test_mysql', 'query_timeout')
OS_SYSNAME = platform.system() # 'Linux'
OS_RELEASE = platform.release() # '2.6.19.2-haypo'
OS_VERSION = platform.version() # '#2 Mon Feb 5 10:55:30 CET 2007'
CLIENT_OS = "-".join((OS_SYSNAME, OS_VERSION, OS_RELEASE))
CLIENT_APP = realpath(executable)
def __init__(self):
self.startTime = time.time()
self.endTime = None
self.inputFilename = None
self.outputFilename = None
self.profileMemory = config.getboolean('general', 'profile.memory')
self.decimalPlaces = config.getint('general', 'decimal.places')
self.layerThickness = config.getfloat('carve', 'layer.height')
self.perimeterWidth = config.getfloat('carve', 'extrusion.width')
self.profileName = None
self.bridgeWidthMultiplier = None
self.nozzleDiameter = None
self.threadSequence = None
self.infillWidth = None
self.operatingFeedRatePerSecond = None
self.perimeterFeedRatePerSecond = None
self.operatingFlowRate = None
self.verboseGcode = config.getboolean('general', 'verbose.gcode')
self.overlapRemovalWidthOverPerimeterWidth = config.getfloat(
'inset', 'overlap.removal.scaler')
self.nozzleDiameter = config.getfloat('inset', 'nozzle.diameter')
self.bridgeWidthMultiplier = config.getfloat(
'inset', 'bridge.width.multiplier.ratio')
self.loopOrderAscendingArea = config.getboolean(
'inset', 'loop.order.preferloops')
self.layerHeight = config.getfloat('carve', 'layer.height')
self.extrusionWidth = config.getfloat('carve', 'extrusion.width')
self.infillBridgeDirection = config.getboolean(
'carve', 'infill.bridge.direction')
self.importCoarsenessRatio = config.getfloat(
'carve', 'import.coarseness.ratio')
self.correctMesh = config.getboolean('carve', 'mesh.correct')
self.decimalPlaces = config.getint('general', 'decimal.places')
self.layerPrintFrom = config.getint('carve', 'layer.print.from')
self.layerPrintTo = config.getint('carve', 'layer.print.to')
self.speedActive = config.getboolean('speed', 'active')
self.addFlowRate = config.getboolean('speed', 'add.flow.rate')
self.addAccelerationRate = config.getboolean('speed',
'add.acceleration.rate')
self.feedRate = config.getfloat('speed', 'feed.rate')
self.flowRateRatio = config.getfloat('speed', 'flow.rate.ratio')
self.accelerationRate = config.getfloat('speed', 'acceleration.rate')
self.orbitalFeedRateRatio = config.getfloat(
'speed', 'feed.rate.orbiting.ratio')
self.perimeterFeedRate = config.getfloat('speed',
'feed.rate.perimeter')
self.perimeterFlowRateRatio = config.getfloat(
'speed', 'flow.rate.perimeter.ratio')
self.bridgeFeedRateRatio = config.getfloat('speed',
'feed.rate.bridge.ratio')
self.bridgeFlowRateRatio = config.getfloat('speed',
'flow.rate.bridge.ratio')
self.travelFeedRate = config.getfloat('speed', 'feed.rate.travel')
self.supportFeedRate = config.getfloat('speed', 'feed.rate.support')
self.dimensionActive = config.getboolean('dimension', 'active')
self.extrusionUnitsRelative = config.getboolean(
'dimension', 'extrusion.units.relative')
self.dimensionDecimalPlaces = config.getint('dimension',
'decimal.places')
self.extrusionPrintOrder = config.get(
'fill', 'extrusion.sequence.print.order').split(',')
self.bridgeFeedRateMinute = self.bridgeFeedRateRatio * self.perimeterFeedRate * 60 # todo former reference to main feed now perimeter feed
self.perimeterFeedRateMinute = self.perimeterFeedRate * 60
self.extrusionFeedRateMinute = self.feedRate * 60.0
self.travelFeedRateMinute = self.travelFeedRate * 60
self.supportFeedRateMinute = self.supportFeedRate * 60
self.minimumLayerFeedRate = config.getfloat('cool',
'minimum.layer.feed.rate')
self.minimumLayerFeedRateMinute = self.minimumLayerFeedRate * 60
self.minimumBridgeFeedRateMultiplier = self.minimumLayerFeedRateMinute / self.bridgeFeedRateMinute
self.minimumPerimeterFeedRateMultiplier = self.minimumLayerFeedRateMinute / self.perimeterFeedRateMinute
self.minimumExtrusionFeedRateMultiplier = self.minimumLayerFeedRateMinute / self.extrusionFeedRateMinute
self.minimumTravelFeedRateMultiplier = self.minimumLayerFeedRateMinute / self.travelFeedRateMinute
nozzleXsection = (self.nozzleDiameter / 2)**2 * pi
extrusionXsection = (
(abs(self.perimeterWidth) + self.layerThickness) / 4)**2 * pi
self.flowRate = self.flowRateRatio * self.feedRate
self.bridgeFlowRate = (
self.bridgeFlowRateRatio * self.bridgeFeedRateRatio) * (
self.perimeterFlowRateRatio *
self.perimeterFeedRate) * (nozzleXsection / extrusionXsection)
self.perimeterFlowRate = self.perimeterFlowRateRatio * self.perimeterFeedRate
self.orbitalFeedRateSecond = (self.feedRate *
self.orbitalFeedRateRatio)
self.orbitalFeedRateMinute = self.orbitalFeedRateSecond * 60
self.combActive = config.getboolean('comb', 'active')
def completed(self):
self.log("completed")
if self.isInvite:
self.reset_timeout(config.getfloat(consts.SECTION, consts.TIMERD))
else:
self.reset_timeout(config.getfloat(consts.SECTION, consts.TIMERK))
from common import connectClient
from mysocket import connectTcp, connectTcpFail
from config import config
from socket import gethostbyname
TIMEOUT = config.getfloat("filter", "timeout")
VALID_PORT = config.getint("filter", "valid_port")
INVALID_PORT = config.getint("filter", "invalid_port")
HOST = gethostbyname(config.get("filter", "host"))
IFACE = config.get("filter", "iface")
def testPortFailure(testcase, iptables, client, port, err):
# Enable iptables filtering
iptables.filterTcp(VALID_PORT)
# Connect user
if client:
testcase.assert_(connectClient(client))
# Create socket
testcase.assertEqual(connectTcpFail(HOST, port, TIMEOUT), err)
def testPort(testcase, iptables, client, port, ok, host=HOST):
# Enable iptables filtering
iptables.filterTcp(VALID_PORT)
# Connect user
if client:
testcase.assert_(connectClient(client))
# Create socket
def extract(vrec):
start_dt = vrec.start_dt
start_dt_str = start_dt.strftime('%Y-%m-%d_%H:%M:%S')
out_dir = os.path.join(config['main']['output_dir'],
'{:04d}'.format(start_dt.year),
'{:02d}'.format(start_dt.month),
'{:02d}'.format(start_dt.day))
try:
os.makedirs(out_dir, mode=0o750)
except FileExistsError:
pass
in_fpath = os.path.join(os.path.dirname(vrec._h_idx_file.name),
'hiv{:05d}.mp4'.format(vrec.section.idx))
converter = config['main']['converter']
out_fmt = config['main']['output_format'] if converter else 'mp4'
out_fname = 'rec_{}.{}'.format(start_dt_str, out_fmt)
out_fpath = os.path.join(out_dir, out_fname)
out_fpath_skip = out_fpath + '.skip'
# We want FileExistsError propagated.
# open(fpath, 'x') leaves a 0-length file which should be deleted before
# we start extraction.
for fpath in (out_fpath, out_fpath_skip):
open(fpath, 'x')
os.remove(fpath)
# Create a temp file with just the portion of the stream we need
with NamedTemporaryFile() as temp:
with open(in_fpath, 'rb') as inpt:
inpt.seek(vrec.start_offset)
left = vrec.length
while left > 0:
buf = inpt.read(max(16 * 1024, left))
left -= len(buf)
temp.write(buf)
temp.flush()
temp_fpath = temp.name
if config.getboolean('main', 'analyze_motion'):
from motion import has_motion
if not has_motion(temp_fpath):
logger.info('No motion detected in {}, skipping'
.format(temp_fpath))
open(out_fpath_skip, 'x')
return
logger.info('Extracting video record from ' + start_dt_str)
logger.debug('Reading from {}, start {}, end {}'
.format(in_fpath,
log_int(vrec.start_offset),
log_int(vrec.start_offset + vrec.length)))
if converter:
xcoder_args = config['advanced']['converter_args'].split()
transcode(temp_fpath, out_fpath,
converter=converter,
additional_flags=xcoder_args)
else:
logger.debug('Saving original stream to {}'.format(out_fpath))
copyfile(temp_fpath, out_fpath)
# Create a snapshot
snap_fmt = config['main']['snapshot_format']
if snap_fmt:
fname_snap = 'snap_{}.{}'.format(start_dt_str, snap_fmt)
out_fpath_snap = os.path.join(out_dir, fname_snap)
ss = vrec.duration * config.getfloat('advanced', 'snapshot_pos')
logger.info('Extracting snapshot from {}'.format(out_fpath))
xcoder_args = config['advanced']['converter_args_snap'].split()
xcoder_args += ['-ss', str(ss)]
transcode(out_fpath, out_fpath_snap,
converter=converter,
additional_flags=xcoder_args)
import atexit
from inl_tests.process import Process
from signal import SIGHUP
from mysocket import connectTcp
from config import config, NUAUTH_PROG, NUAUTH_START_TIMEOUT, USE_VALGRIND
from time import time
RELOAD_TIMEOUT = config.getfloat("nuauth", "reload_timeout")
INIT_TIMEOUT = 0.100 # 100 ms
class NuauthProcess(Process):
__instance = None
@classmethod
def hasInstance(cls):
return not (cls.__instance is None)
@classmethod
def getInstance(cls):
if cls.__instance is None:
cls.__instance = NuauthProcess()
atexit.register(cls._reallyStop)
return cls.__instance
def __init__(self, debug_level=9):
arg = ["-" + "v" * min(max(debug_level, 1), 9)]
program = NUAUTH_PROG
if USE_VALGRIND:
#arg = ["--tool=callgrind", program] + arg
#program = "valgrind"
import numpy as np
import random
import logging
import pickle
import sys
import tensorflow as tf
import os
import pickle
os.environ["TF_CPP_MIN_LOG_LEVEL"] = '2'
"""Implementation of double-oracle algorithms."""
##################### CONFIGURATION ######################
MAX_EPISODES = config.getint('parameter', 'max_episodes')
MAX_STEPS = config.getint('parameter', 'max_ep_steps')
GAMMA = config.getfloat('parameter', 'gamma')
MAX_ITERATION = config.getint('double-oracle', 'max_iteration')
N_TRIAL = config.getint('double-oracle', 'n_trial')
##########################################################
def find_mixed_NE(payoff):
"""
Function for returning mixed strategies of the first step of double oracle iterations.
:param payoff: Two dimensinal array. Payoff matrix of the players. The row is defender and column is attcker.
:return: List, mixed strategy of the attacker and defender at NE by solving maxmini problem.
"""
# This implementation is based on page 88 of the book multiagent systems (Shoham etc.)
n_action = payoff.shape[0]
c = np.zeros(n_action)
c = np.append(c, 1)
def datetime2unix(timestamp):
tm = timestamp.timetuple()
return int(mktime(tm))
POSTGRESQL = False
config = NuauthConf()
if POSTGRESQL:
import pgdb
DB_PACKET_TABLE = config["pgsql_table_name"]
DB_USER_TABLE = config["pgsql_users_table_name"]
DB_SERVER = config["pgsql_server_addr"]
DB_USER = config["pgsql_user"]
DB_PASSWORD = config["pgsql_passwd"]
DB_DBNAME = config["pgsql_db_name"]
QUERY_TIMEOUT = test_config.getfloat('test_pgsql', 'query_timeout')
else:
import MySQLdb
DB_PACKET_TABLE = config["mysql_table_name"]
DB_USER_TABLE = config["mysql_users_table_name"]
DB_SERVER = config["mysql_server_addr"]
DB_USER = config["mysql_user"]
DB_PASSWORD = config["mysql_passwd"]
DB_DBNAME = config["mysql_db_name"]
QUERY_TIMEOUT = test_config.getfloat('test_mysql', 'query_timeout')
OS_SYSNAME = platform.system() # 'Linux'
OS_RELEASE = platform.release() # '2.6.19.2-haypo'
OS_VERSION = platform.version() # '#2 Mon Feb 5 10:55:30 CET 2007'
CLIENT_OS = "-".join( (OS_SYSNAME, OS_VERSION, OS_RELEASE) )
CLIENT_APP = realpath(executable)
if not (more_args and "-K" in more_args):
args = args + ["-K",key]
if more_args:
args = args + more_args
return Client(username, password, CLIENT_IP, more_args=args)
def connectClient(client):
client.info("connectClient()")
try:
client.start(timeout=connectClient.timeout)
except RuntimeError, err:
client.warning("connectClient(): error: %s" % err)
return False
client.warning("connectClient(): connected")
return True
connectClient.timeout = config.getfloat('nutcpc', 'connect_timeout')
def getNuauthConf():
return NuauthConf()
def retry(timeout=1.0, step=0.250):
start = time()
while True:
when = time() - start
yield when
if timeout < when:
raise RuntimeError("Timeout (%.1f sec)!" % timeout)
return
if step:
warning("(retry) sleep(%.3f)" % step)
sleep(step)
def __init__(self, runtimeParameters):
self.minimumLayerTime = config.getfloat('cool','minimum.layer.time')