def _createSamplePrintModel(self): p1 = PrintJobModel() p1.userName = "******" p1.printStatusResult = "success" p1.printStartDateTime = datetime.now() p1.printEndDateTime = datetime.now() + timedelta(minutes=123) p1.duration = (p1.printEndDateTime - p1.printStartDateTime).total_seconds() p1.fileName = "OllisBenchy.gcode" p1.filePathName = "/_archive/OllisBenchy.gcode" p1.fileSize = 123456 p1.printedLayers = "45 / 45" p1.noteText = "Geiles Teil!!" t1 = TemperatureModel() t1.sensorName = "bed" t1.sensorValue = "53" p1.addTemperatureModel(t1) t2 = TemperatureModel() t2.sensorName = "tool0" t2.sensorValue = "210" p1.addTemperatureModel(t2) f1 = FilamentModel() f1.spoolName = "My best spool" f1.material = "PLA" f1.diameter = 1.75 f1.density = 1.24 f1.usedLength = 1345.0 f1.calculatedLength = 1456.0 f1.usedWeight = 321.0 f1.usedCost = 1.34 f1.spoolCostUnit = "€" p1.addFilamentModel(f1) return p1
def _createSamplePrintModel(self, fileName="OllisBenchy.gcode"):
p1 = PrintJobModel()
p1.userName = "******"
p1.printStatusResult = "success"
p1.printStartDateTime = datetime.now()
p1.printEndDateTime = datetime.now() + timedelta(minutes=123)
p1.duration = (p1.printEndDateTime -
p1.printStartDateTime).total_seconds()
p1.fileName = fileName
p1.filePathName = "/_archive/OllisBenchy.gcode"
p1.fileSize = 123456
p1.printedLayers = "45 / 45"
p1.printedHeight = "0.4 / 23.8"
p1.noteText = "Geiles Teil!!"
t1 = TemperatureModel()
t1.sensorName = "bed"
t1.sensorValue = "53"
p1.addTemperatureModel(t1)
t2 = TemperatureModel()
t2.sensorName = "tool0"
t2.sensorValue = "210"
p1.addTemperatureModel(t2)
f1 = FilamentModel()
f1.toolId = "tool0"
f1.vendor = "Ollis-Factory"
f1.spoolName = "My best spool"
f1.material = "PLA"
f1.diameter = 1.75
f1.density = 1.24
f1.usedLength = 1345.0
f1.calculatedLength = 1456.0
f1.usedWeight = 321.0
f1.usedCost = 1.34
p1.addFilamentModel(f1)
f2 = FilamentModel()
f2.toolId = "total"
f2.vendor = "Ollis-Factory"
f2.spoolName = "My best spool"
f2.material = "PLA"
f2.diameter = 1.75
f2.density = 1.24
f2.usedLength = 1345.0
f2.calculatedLength = 1456.0
f2.usedWeight = 321.0
f2.usedCost = 1.34
p1.addFilamentModel(f2)
c1 = CostModel()
c1.filamentCost = 3.123
c1.electricityCost = 0.89
c1.printerCost = 1.234
c1.otherCostLabel = "Delivery"
c1.otherCost = 22.67
c1.withDefaultSpoolValues = True
p1.setCosts(c1)
return p1
def put_printjob(self, databaseId):
jsonData = request.json
printJobModel = None
oldStartDateTimeIfChanged = None
newStartDateTime = None
if (databaseId == 'null'):
printJobModel = PrintJobModel()
filemanentModel = FilamentModel()
filemanentModel.toolId = "total"
printJobModel.addFilamentModel(filemanentModel)
tempModel = TemperatureModel()
tempModel.sensorName = "bed"
printJobModel.addTemperatureModel(tempModel)
tempModel = TemperatureModel()
tempModel.sensorName = self._settings.get(
[SettingsKeys.SETTINGS_KEY_DEFAULT_TOOL_ID])
printJobModel.addTemperatureModel(tempModel)
else:
printJobModel = self._databaseManager.loadPrintJob(databaseId)
# check if the startDate is changed, if true -> change snapshot image as well
currentStartDateTime = printJobModel.printStartDateTime
newStartDateTime = StringUtils.transformToDateTimeOrNone(
self._getValueFromJSONOrNone("printStartDateTimeFormatted",
jsonData))
changed = currentStartDateTime != newStartDateTime
if (changed):
oldStartDateTimeIfChanged = currentStartDateTime
try:
self._cameraManager.renameSnapshotFilename(
oldStartDateTimeIfChanged, newStartDateTime)
except (Exception) as error:
self._logger.error(error)
message = errorMessage = str(error)
self._sendDataToClient(
dict(
action="errorPopUp",
title=
"could not rename snapshot image to new startdatetime",
message=message))
def imageRollbackHandler():
if (oldStartDateTimeIfChanged != None):
# do rollback on snapshotimage filename
try:
self._cameraManager.renameSnapshotFilename(
newStartDateTime, oldStartDateTimeIfChanged)
except (Exception) as error:
self._logger.error(error)
message = errorMessage = str(error)
self._sendDataToClient(
dict(
action="errorPopUp",
title=
"could not rename snapshot image to new startdatetime",
message=message))
pass
pass
# transfer values from ui to the model
self._updatePrintJobFromJson(printJobModel, jsonData)
if (databaseId == 'null'):
self._databaseManager.insertPrintJob(printJobModel)
else:
self._databaseManager.updatePrintJob(printJobModel,
imageRollbackHandler)
return flask.jsonify()
def _test_createPrintJob(self):
self.databaseManager.deletePrintJob(1011)
newPrintJob = self.printJobService.createWithDefaults()
# check
# - databaseId
# - filament total
self.assertEqual(newPrintJob.databaseId, None,
"Model already persistence!")
totalFilament = newPrintJob.getFilamentModelByToolId("total")
self.assertEqual(totalFilament.toolId, "total")
# create data
newPrintJob.userName = "******"
newPrintJob.fileOrigin = "local"
newPrintJob.fileName = "OllisBenchy.gcode"
newPrintJob.filePathName = "archive/OllisBenchy.gcode"
newPrintJob.fileSize = 1234
newPrintJob.printStartDateTime = StringUtils.transformToDateTimeOrNone(
"12.03.2013 14:45")
newPrintJob.printEndDateTime = StringUtils.transformToDateTimeOrNone(
"12.03.2013 16:45")
newPrintJob.duration = DateTimeUtils.calcDurationInSeconds(
newPrintJob.printEndDateTime, newPrintJob.printStartDateTime)
newPrintJob.printStatusResult = "failed"
newPrintJob.noteText = "Hello World"
newPrintJob.noteDeltaFormat = "Something"
newPrintJob.noteHtml = "<p>Hello World</p>"
newPrintJob.printedLayers = "10 / 133"
newPrintJob.printedHeight = "1.3 / 143.3"
newPrintJob.slicerSettingsAsText = "dummy slicer settings"
newFilamentModel = FilamentModel()
newFilamentModel.toolId = "tool0"
newPrintJob.addFilamentModel(newFilamentModel)
newTemperatureModel = TemperatureModel()
newTemperatureModel.sensorName = "tool0"
newTemperatureModel.sensorValue = "123C"
newPrintJob.addTemperatureModel(newTemperatureModel)
# store
self.printJobService.savePrintJob(newPrintJob)
databaseId = newPrintJob.databaseId
self.rollBackPrintJobs.append(databaseId)
# load again and check if everything is in
loadedPrintJobModel = self.printJobService.loadPrintJob(databaseId)
self.assertEqual(loadedPrintJobModel.databaseId,
newPrintJob.databaseId)
self.assertEqual(loadedPrintJobModel.userName, newPrintJob.userName)
self.assertEqual(loadedPrintJobModel.fileOrigin,
newPrintJob.fileOrigin)
self.assertEqual(loadedPrintJobModel.fileName, newPrintJob.fileName)
self.assertEqual(loadedPrintJobModel.filePathName,
newPrintJob.filePathName)
self.assertEqual(loadedPrintJobModel.fileSize, newPrintJob.fileSize)
self.assertEqual(loadedPrintJobModel.printStartDateTime,
newPrintJob.printStartDateTime)
self.assertEqual(loadedPrintJobModel.printEndDateTime,
newPrintJob.printEndDateTime)
self.assertEqual(loadedPrintJobModel.duration, newPrintJob.duration)
self.assertEqual(loadedPrintJobModel.printStatusResult,
newPrintJob.printStatusResult)
self.assertEqual(loadedPrintJobModel.noteText, newPrintJob.noteText)
self.assertEqual(loadedPrintJobModel.noteDeltaFormat,
newPrintJob.noteDeltaFormat)
self.assertEqual(loadedPrintJobModel.noteHtml, newPrintJob.noteHtml)
self.assertEqual(loadedPrintJobModel.printedLayers,
newPrintJob.printedLayers)
self.assertEqual(loadedPrintJobModel.slicerSettingsAsText,
newPrintJob.slicerSettingsAsText)
# check-assos
# - allFilaments
allFilamentModels = loadedPrintJobModel.getFilamentModels()
self.assertEqual(len(allFilamentModels), 2,
"'total' and 'tool0' filamentModel expected")
# - allTemperatures
allTemperatureModels = loadedPrintJobModel.getTemperatureModels()
self.assertEqual(len(allTemperatureModels), 1,
"temperatureModels expected")
# - allTemperatures
# do test-cleanup
for printJobDatabaseId in self.rollBackPrintJobs:
self.databaseManager.deletePrintJob(printJobDatabaseId)