def _print(self, printername, inputpath, preprocessor, skip_start_end,
archive_lvl, archive_dir, slicer_settings, material):
self._log.debug(
'printername=%r, inputpath=%r, preprocessor=%r, skip_start_end=%r, archive_lvl=%r, archive_dir=%r, slicer_settings=%r, material=%r',
printername, inputpath, preprocessor, skip_start_end, archive_lvl,
archive_dir, slicer_settings, material)
slicer_settings = conveyor.domain.SlicerConfiguration.fromdict(
slicer_settings)
recipemanager = conveyor.recipe.RecipeManager(self._server,
self._config)
build_name = self._getbuildname(inputpath)
printerthread = self._findprinter(printername)
printerid = printerthread.getprinterid()
profile = printerthread.getprofile()
job = self._server.createjob(build_name, inputpath, self._config,
printerid, profile, preprocessor,
skip_start_end, False, slicer_settings,
material)
recipe = recipemanager.getrecipe(job)
process = recipe.print(printerthread)
job.process = process
def startcallback(task):
self._server.addjob(job)
process.startevent.attach(startcallback)
def runningcallback(task):
self._log.info('printing: %s (job %d)', inputpath, job.id)
process.runningevent.attach(runningcallback)
def heartbeatcallback(task):
childtask = task.progress
progress = childtask.progress
job.currentstep = progress
job.state = task.state
job.conclusion = task.conclusion
self._server.changejob(job)
self._log.info('progress: (job %d) %r', job.id, progress)
process.heartbeatevent.attach(heartbeatcallback)
process.stoppedevent.attach(self._stoppedcallback(job))
process.start()
dct = job.todict()
return dct
def _print(
self, printername, inputpath, preprocessor, skip_start_end, archive_lvl,
archive_dir, slicer_settings, material):
self._log.debug(
'printername=%r, inputpath=%r, preprocessor=%r, skip_start_end=%r, archive_lvl=%r, archive_dir=%r, slicer_settings=%r, material=%r',
printername, inputpath, preprocessor, skip_start_end,
archive_lvl, archive_dir, slicer_settings, material)
slicer_settings = conveyor.domain.SlicerConfiguration.fromdict(slicer_settings)
recipemanager = conveyor.recipe.RecipeManager(
self._server, self._config)
build_name = self._getbuildname(inputpath)
printerthread = self._findprinter(printername)
printerid = printerthread.getprinterid()
profile = printerthread.getprofile()
job = self._server.createjob(
build_name, inputpath, self._config, printerid, profile,
preprocessor, skip_start_end, False, slicer_settings,
material)
recipe = recipemanager.getrecipe(job)
process = recipe.print(printerthread)
job.process = process
def startcallback(task):
self._server.addjob(job)
process.startevent.attach(startcallback)
def runningcallback(task):
self._log.info(
'printing: %s (job %d)', inputpath, job.id)
process.runningevent.attach(runningcallback)
def heartbeatcallback(task):
childtask = task.progress
progress = childtask.progress
job.currentstep = progress
job.state = task.state
job.conclusion = task.conclusion
self._server.changejob(job)
self._log.info('progress: (job %d) %r', job.id, progress)
process.heartbeatevent.attach(heartbeatcallback)
process.stoppedevent.attach(self._stoppedcallback(job))
process.start()
dct = job.todict()
return dct
def print(self, machine_name, input_file, extruder_name,
gcode_processor_name, has_start_end, material_name, slicer_name,
slicer_settings):
job_id = self._create_job_id()
job_name = self._get_job_name(input_file)
machine = self._find_machine(machine_name, None, None, None)
if self._is_print_queued(machine) or not machine.is_idle():
raise conveyor.error.PrintQueuedException
else:
job = conveyor.job.PrintJob(job_id, job_name, machine, input_file,
extruder_name, gcode_processor_name,
has_start_end, material_name,
slicer_name, slicer_settings)
recipe_manager = conveyor.recipe.RecipeManager(
self._config, self, self._spool)
recipe = recipe_manager.get_recipe(job)
job.task = recipe.print()
self._attach_job_callbacks(job)
self._attach_print_queued_callbacks(machine, job)
job.task.start()
return job
def print(
self, machine_name, input_file, extruder_name,
gcode_processor_name, has_start_end, material_name, slicer_name,
slicer_settings):
job_id = self._create_job_id()
job_name = self._get_job_name(input_file)
machine = self._find_machine(machine_name, None, None, None)
if self._is_print_queued(machine) or not machine.is_idle():
raise conveyor.error.PrintQueuedException
else:
job = conveyor.job.PrintJob(
job_id, job_name, machine, input_file, extruder_name,
gcode_processor_name, has_start_end, material_name, slicer_name,
slicer_settings)
recipe_manager = conveyor.recipe.RecipeManager(
self._config, self, self._spool)
recipe = recipe_manager.get_recipe(job)
job.task = recipe.print()
self._attach_job_callbacks(job)
self._attach_print_queued_callbacks(machine, job)
job.task.start()
return job