def printerSdCommand(): if not settings().getBoolean(["feature", "sdSupport"]): return make_response("SD support is disabled", 404) if not printer.is_operational() or printer.is_printing() or printer.is_paused(): return make_response("Printer is not operational or currently busy", 409) valid_commands = { "init": [], "refresh": [], "release": [] } command, data, response = get_json_command_from_request(request, valid_commands) if response is not None: return response tags = {"source:api", "api:printer.sd"} if command == "init": printer.init_sd_card(tags=tags) elif command == "refresh": printer.refresh_sd_files(tags=tags) elif command == "release": printer.release_sd_card(tags=tags) return NO_CONTENT
def printerState(): if not printer.is_operational(): return make_response("Printer is not operational", 409) # process excludes excludes = [] if "exclude" in request.values: excludeStr = request.values["exclude"] if len(excludeStr.strip()) > 0: excludes = [ x for x in [x.strip() for x in excludeStr.split(",")] if x in ["temperature", "sd", "state"] ] result = {} processor = lambda x: x if not printerProfileManager.get_current_or_default()["heatedBed"]: processor = _delete_bed # add temperature information if not "temperature" in excludes: result.update({"temperature": _get_temperature_data(processor)}) # add sd information if not "sd" in excludes and settings().getBoolean(["feature", "sdSupport" ]): result.update({"sd": {"ready": printer.is_sd_ready()}}) # add state information if not "state" in excludes: state = printer.get_current_data()["state"] result.update({"state": state}) return jsonify(result)
def printerState(): if not printer.is_operational(): return make_response("Printer is not operational", 409) # process excludes excludes = [] if "exclude" in request.values: excludeStr = request.values["exclude"] if len(excludeStr.strip()) > 0: excludes = filter(lambda x: x in ["temperature", "sd", "state"], map(lambda x: x.strip(), excludeStr.split(","))) result = {} # add temperature information if not "temperature" in excludes: result.update({"temperature": _getTemperatureData(lambda x: x)}) # add sd information if not "sd" in excludes and settings().getBoolean(["feature", "sdSupport"]): result.update({"sd": {"ready": printer.is_sd_ready()}}) # add state information if not "state" in excludes: state = printer.get_current_data()["state"] result.update({"state": state}) return jsonify(result)
def printMemoryFile(): if not printer.is_operational(): return make_response("Printer is not operational", 409) printer.printFromMemory() return NO_CONTENT
def getNozzlesAndFilament(): """ Returns the list of available nozzles, the current selected nozzle, the current selected filament and the amount of filament left in spool :return: """ nozzle_list = s().get(["nozzleTypes"]) if not printer.is_operational(): return jsonify({ "nozzle": '0.4', "nozzleList": nozzle_list, "filament": 'A023 - Black', "filamentInSpool": 0.0 }) filament = printer.getFilamentString() filamentInSpool = printer.getFilamentWeightInSpool() nozzle = printer.getNozzleSize() # converts the nozzle size to float nozzle = float(nozzle) / 1000.0 return jsonify({ "nozzle": nozzle, "nozzleList": nozzle_list, "filament": filament, "filamentInSpool": filamentInSpool })
def controlTeste(): if not printer.is_operational(): return make_response("Printer is not operational", 409) activePrintjob = printer.is_printing() or printer.is_paused() printer.cancel_teste()
def getFilamentInSpool(): if not printer.is_operational(): return make_response("Printer is not operational", 409) resp = printer.getFilamentWeightInSpool() return jsonify({"filament": resp})
def controlJob(): if not printer.is_operational(): return make_response("Printer is not operational", 409) valid_commands = { "start": [], "restart": [], "pause": [], "cancel": [] } command, data, response = get_json_command_from_request(request, valid_commands) if response is not None: return response activePrintjob = printer.is_printing() or printer.is_paused() if command == "start": if activePrintjob: return make_response("Printer already has an active print job, did you mean 'restart'?", 409) printer.start_print() elif command == "restart": if not printer.is_paused(): return make_response("Printer does not have an active print job or is not paused", 409) printer.start_print() elif command == "pause": if not activePrintjob: return make_response("Printer is neither printing nor paused, 'pause' command cannot be performed", 409) printer.toggle_pause_print() elif command == "cancel": if not activePrintjob: return make_response("Printer is neither printing nor paused, 'cancel' command cannot be performed", 409) printer.cancel_print() return NO_CONTENT
def heatingDone(): if not printer.is_operational(): return make_response("Printer is not operational", 409) printer.heatingDone() return NO_CONTENT
def getNozzleList(): if not printer.is_operational(): return make_response("Printer is not operational", 409) resp = printer.getNozzleTypes() return jsonify({"nozzles": resp})
def saveNozzle(): if not printer.is_operational(): return make_response("Printer is not operational", 409) valid_commands = {"nozzle": ["nozzleType"]} command, data, response = get_json_command_from_request( request, valid_commands) if response is not None: return response nozzle = data['nozzleType'] if not printer.isValidNozzleSize(nozzle): return make_response("Invalid nozzle size", 409) # converts the nozzle to integer nozzle = int(nozzle * 1000) resp = printer.setNozzleSize(nozzle) printer_profile = printerProfileManager.get_current() if printer_profile is not None: printer_profile['extruder']['nozzleDiameter'] = nozzle printerProfileManager.save(printer_profile, allow_overwrite=True) else: return jsonify( {"response": "Could not find printer profile for saving."}) return jsonify({"response": resp})
def getSystemInfo(): from octoprint.cli.systeminfo import get_systeminfo from octoprint.server import ( connectivityChecker, environmentDetector, printer, safe_mode, ) from octoprint.util import dict_flatten systeminfo = get_systeminfo( environmentDetector, connectivityChecker, { "browser.user_agent": request.headers.get("User-Agent"), "octoprint.safe_mode": safe_mode is not None, "systeminfo.generator": "systemapi", }, ) if printer and printer.is_operational(): firmware_info = printer.firmware_info if firmware_info: systeminfo.update( dict_flatten({"firmware": firmware_info["name"]}, prefix="printer")) return jsonify(systeminfo=systeminfo)
def controlJob(): if not printer.is_operational(): abort(409, description="Printer is not operational") valid_commands = {"start": [], "restart": [], "pause": [], "cancel": []} command, data, response = get_json_command_from_request( request, valid_commands) if response is not None: return response activePrintjob = printer.is_printing() or printer.is_paused() tags = {"source:api", "api:job"} user = current_user.get_name() with Permissions.PRINT.require(403): if command == "start": if activePrintjob: abort( 409, description= "Printer already has an active print job, did you mean 'restart'?", ) printer.start_print(tags=tags, user=user) elif command == "restart": if not printer.is_paused(): abort( 409, description= "Printer does not have an active print job or is not paused", ) printer.start_print(tags=tags, user=user) elif command == "pause": if not activePrintjob: abort( 409, description= "Printer is neither printing nor paused, 'pause' command cannot be performed", ) action = data.get("action", "toggle") if action == "toggle": printer.toggle_pause_print(tags=tags, user=user) elif action == "pause": printer.pause_print(tags=tags, user=user) elif action == "resume": printer.resume_print(tags=tags, user=user) else: abort(400, description="Unknown action") elif command == "cancel": if not activePrintjob: abort( 409, description= "Printer is neither printing nor paused, 'cancel' command cannot be performed", ) printer.cancel_print(tags=tags, user=user) return NO_CONTENT
def printerCommand(): if not printer.is_operational(): return make_response("Printer is not operational", 409) if "application/json" not in request.headers["Content-Type"]: return make_response("Expected content type JSON", 400) try: data = request.get_json() except BadRequest: return make_response("Malformed JSON body in request", 400) if data is None: return make_response("Malformed JSON body in request", 400) if "command" in data and "commands" in data: return make_response("'command' and 'commands' are mutually exclusive", 400) elif ("command" in data or "commands" in data) and "script" in data: return make_response( "'command'/'commands' and 'script' are mutually exclusive", 400 ) elif not ("command" in data or "commands" in data or "script" in data): return make_response("Need one of 'command', 'commands' or 'script'", 400) parameters = {} if "parameters" in data: parameters = data["parameters"] tags = {"source:api", "api:printer.command"} if "command" in data or "commands" in data: if "command" in data: commands = [data["command"]] else: if not isinstance(data["commands"], (list, tuple)): return make_response("'commands' needs to be a list", 400) commands = data["commands"] commandsToSend = [] for command in commands: commandToSend = command if len(parameters) > 0: commandToSend = command % parameters commandsToSend.append(commandToSend) printer.commands(commandsToSend, tags=tags) elif "script" in data: script_name = data["script"] context = {"parameters": parameters} if "context" in data: context["context"] = data["context"] try: printer.script(script_name, context=context, tags=tags) except UnknownScript: return make_response("Unknown script: {script_name}".format(**locals()), 404) return NO_CONTENT
def nextCalibrationStep(): if not printer.is_operational(): return make_response("Printer is not operational", 409) printer.nextCalibrationStep() return NO_CONTENT
def startCalibration(): if not printer.is_operational(): return make_response("Printer is not operational", 409) printer.startCalibration() return NO_CONTENT
def loadFilament(): if not printer.is_operational(): return make_response("Printer is not operational", 409) printer.load() return NO_CONTENT
def cancelHeating(): if not printer.is_operational(): return make_response("Printer is not operational", 409) printer.cancelHeating() return NO_CONTENT
def startHeating(): if not printer.is_operational(): return make_response("Printer is not operational", 409) printer.startHeating( ) # In the future we might pass the extruder identifier here in case of more than 1 extruder return NO_CONTENT
def inCalibrationTest(): if not printer.is_operational(): return make_response("Printer is not operational", 409) res = printer.isRunningCalibrationTest() return jsonify({"response": res})
def getSavedNozzle(): if not printer.is_operational(): return make_response("Printer is not operational", 409) resp = printer.getNozzleSize() resp = float(resp / 1000) return jsonify({"nozzle": resp})
def printerPrintheadCommand(): valid_commands = {"jog": [], "home": ["axes"], "feedrate": ["factor"]} command, data, response = get_json_command_from_request( request, valid_commands) if response is not None: return response if not printer.is_operational() or (printer.is_printing() and command != "feedrate"): # do not jog when a print job is running or we don't have a connection return make_response( "Printer is not operational or currently printing", 409) valid_axes = ["x", "y", "z"] ##~~ jog command if command == "jog": # validate all jog instructions, make sure that the values are numbers validated_values = {} for axis in valid_axes: if axis in data: value = data[axis] if not isinstance(value, (int, float)): return make_response( "Not a number for axis %s: %r" % (axis, value), 400) validated_values[axis] = value absolute = "absolute" in data and data[ "absolute"] in valid_boolean_trues speed = data.get("speed", None) # execute the jog commands printer.jog(validated_values, relative=not absolute, speed=speed) ##~~ home command elif command == "home": validated_values = [] axes = data["axes"] for axis in axes: if not axis in valid_axes: return make_response("Invalid axis: %s" % axis, 400) validated_values.append(axis) # execute the home command printer.home(validated_values) elif command == "feedrate": factor = data["factor"] if not isinstance(factor, (int, float)): return make_response("Not a number for feed rate: %r" % factor, 400) try: printer.feed_rate(factor) except ValueError as e: return make_response("Invalid value for feed rate: %s" % str(e), 400) return NO_CONTENT
def controlJob(): if not printer.is_operational(): return make_response("Printer is not operational", 409) valid_commands = {"start": [], "restart": [], "pause": [], "cancel": []} command, data, response = get_json_command_from_request( request, valid_commands) if response is not None: return response activePrintjob = printer.is_printing() or printer.is_paused() tags = {"source:api", "api:job"} user = current_user.get_name() with Permissions.PRINT.require(403): if command == "start": if activePrintjob: return make_response( "Printer already has an active print job, did you mean 'restart'?", 409) printer.start_print(tags=tags, user=user) elif command == "restart": if not printer.is_paused(): return make_response( "Printer does not have an active print job or is not paused", 409) printer.start_print(tags=tags, user=user) elif command == "pause": if not activePrintjob: return make_response( "Printer is neither printing nor paused, 'pause' command cannot be performed", 409) action = data.get("action", "toggle") if action == "toggle": printer.toggle_pause_print(tags=tags, user=user) elif action == "pause": printer.pause_print(tags=tags, user=user) elif action == "resume": printer.resume_print(tags=tags, user=user) else: return make_response( "Unknown action '{}', allowed values for action parameter are 'pause', 'resume' and 'toggle'" .format(action), 400) # Safety first, everyone can cancel a print, but log who canceled the print # to prevent fraudulent use if command == "cancel": if not activePrintjob: return make_response( "Printer is neither printing nor paused, 'cancel' command cannot be performed", 409) printer.cancel_print(tags=tags, user=user) return NO_CONTENT
def printerPrintheadCommand(): valid_commands = { "jog": [], "home": ["axes"], "feedrate": ["factor"] } command, data, response = get_json_command_from_request(request, valid_commands) if response is not None: return response if not printer.is_operational() or (printer.is_printing() and command != "feedrate"): # do not jog when a print job is running or we don't have a connection return make_response("Printer is not operational or currently printing", 409) tags = {"source:api", "api:printer.printhead"} valid_axes = ["x", "y", "z"] ##~~ jog command if command == "jog": # validate all jog instructions, make sure that the values are numbers validated_values = {} for axis in valid_axes: if axis in data: value = data[axis] if not isinstance(value, (int, long, float)): return make_response("Not a number for axis %s: %r" % (axis, value), 400) validated_values[axis] = value absolute = "absolute" in data and data["absolute"] in valid_boolean_trues speed = data.get("speed", None) # execute the jog commands printer.jog(validated_values, relative=not absolute, speed=speed, tags=tags) ##~~ home command elif command == "home": validated_values = [] axes = data["axes"] for axis in axes: if not axis in valid_axes: return make_response("Invalid axis: %s" % axis, 400) validated_values.append(axis) # execute the home command printer.home(validated_values, tags=tags) elif command == "feedrate": factor = data["factor"] if not isinstance(factor, (int, long, float)): return make_response("Not a number for feed rate: %r" % factor, 400) try: printer.feed_rate(factor, tags=tags) except ValueError as e: return make_response("Invalid value for feed rate: %s" % str(e), 400) return NO_CONTENT
def printerCommand(): if not printer.is_operational(): abort(409, description="Printer is not operational") if "application/json" not in request.headers["Content-Type"]: abort(400, description="Expected content type JSON") data = request.get_json() if data is None: abort(400, description="Malformed JSON body in request") if "command" in data and "commands" in data: abort(400, description="'command' and 'commands' are mutually exclusive") elif ("command" in data or "commands" in data) and "script" in data: abort(400, description="'command'/'commands' and 'script' are mutually exclusive") elif not ("command" in data or "commands" in data or "script" in data): abort(400, description="Need one of 'command', 'commands' or 'script'") parameters = {} if "parameters" in data: parameters = data["parameters"] tags = {"source:api", "api:printer.command"} if "command" in data or "commands" in data: if "command" in data: commands = [data["command"]] else: if not isinstance(data["commands"], (list, tuple)): abort(400, description="commands is invalid") commands = data["commands"] commandsToSend = [] for command in commands: commandToSend = command if len(parameters) > 0: commandToSend = command % parameters commandsToSend.append(commandToSend) printer.commands(commandsToSend, tags=tags) elif "script" in data: script_name = data["script"] context = {"parameters": parameters} if "context" in data: context["context"] = data["context"] try: printer.script(script_name, context=context, tags=tags) except UnknownScript: abort(404, description="Unknown script") return NO_CONTENT
def printerCommand(): if not printer.is_operational(): return make_response("Printer is not operational", 409) if not "application/json" in request.headers["Content-Type"]: return make_response("Expected content type JSON", 400) try: data = request.json except BadRequest: return make_response("Malformed JSON body in request", 400) if "command" in data and "commands" in data: return make_response("'command' and 'commands' are mutually exclusive", 400) elif ("command" in data or "commands" in data) and "script" in data: return make_response("'command'/'commands' and 'script' are mutually exclusive", 400) elif not ("command" in data or "commands" in data or "script" in data): return make_response("Need one of 'command', 'commands' or 'script'", 400) parameters = dict() if "parameters" in data: parameters = data["parameters"] tags = {"source:api", "api:printer.command"} if "command" in data or "commands" in data: if "command" in data: commands = [data["command"]] else: if not isinstance(data["commands"], (list, tuple)): return make_response("'commands' needs to be a list", 400) commands = data["commands"] commandsToSend = [] for command in commands: commandToSend = command if len(parameters) > 0: commandToSend = command % parameters commandsToSend.append(commandToSend) printer.commands(commandsToSend, tags=tags) elif "script" in data: script_name = data["script"] context = dict(parameters=parameters) if "context" in data: context["context"] = data["context"] try: printer.script(script_name, context=context, tags=tags) except UnknownScript: return make_response("Unknown script: {script_name}".format(**locals()), 404) return NO_CONTENT
def printerBedState(): if not printer.is_operational(): abort(409, description="Printer is not operational") if not printerProfileManager.get_current_or_default()["heatedBed"]: abort(409, description="Printer does not have a heated bed") data = _get_temperature_data(_keep_bed) if isinstance(data, Response): return data else: return jsonify(data)
def printerBedState(): if not printer.is_operational(): return make_response("Printer is not operational", 409) if not printerProfileManager.get_current_or_default()["heatedBed"]: return make_response("Printer does not have a heated bed", 409) data = _get_temperature_data(_delete_tools) if isinstance(data, Response): return data else: return jsonify(data)
def printerToolState(): if not printer.is_operational(): return make_response("Printer is not operational", 409) def deleteBed(x): data = dict(x) if "bed" in data.keys(): del data["bed"] return data return jsonify(_getTemperatureData(deleteBed))
def printerChamberState(): if not printer.is_operational(): return make_response("Printer is not operational", 409) if not printerProfileManager.get_current_or_default()["heatedChamber"]: return make_response("Printer does not have a heated chamber", 409) data = _get_temperature_data(_keep_chamber) if isinstance(data, Response): return data else: return jsonify(data)
def printerPrintheadCommand(): valid_commands = {"jog": [], "home": ["axes"], "feedrate": ["factor"]} command, data, response = get_json_command_from_request(request, valid_commands) if response is not None: return response if not printer.is_operational() or (printer.is_printing() and command != "feedrate"): # do not jog when a print job is running or we don't have a connection abort(409, description="Printer is not operational or currently printing") tags = {"source:api", "api:printer.printhead"} valid_axes = ["x", "y", "z"] ##~~ jog command if command == "jog": # validate all jog instructions, make sure that the values are numbers validated_values = {} for axis in valid_axes: if axis in data: value = data[axis] if not isinstance(value, (int, long, float)): abort(400, description="axis value is invalid") validated_values[axis] = value absolute = "absolute" in data and data["absolute"] in valid_boolean_trues speed = data.get("speed", None) # execute the jog commands printer.jog(validated_values, relative=not absolute, speed=speed, tags=tags) ##~~ home command elif command == "home": validated_values = [] axes = data["axes"] for axis in axes: if axis not in valid_axes: abort(400, description="axis is invalid") validated_values.append(axis) # execute the home command printer.home(validated_values, tags=tags) elif command == "feedrate": factor = data["factor"] if not isinstance(factor, (int, long, float)): abort(400, description="factor is invalid") try: printer.feed_rate(factor, tags=tags) except ValueError: abort(400, description="factor is invalid") return NO_CONTENT
def controlJob(): if not printer.is_operational(): return make_response("Printer is not operational", 409) valid_commands = { "start": [], "restart": [], "pause": [], "cancel": [], "shutdown": [] } command, data, response = get_json_command_from_request(request, valid_commands) if response is not None: return response activePrintjob = printer.is_printing() or printer.is_paused() or printer.is_preparing_print() or printer.is_shutdown() if command == "start": if activePrintjob: return make_response("Printer already has an active print job, did you mean 'restart'?", 409) printer.start_print() elif command == "restart": if not printer.is_paused(): return make_response("Printer does not have an active print job or is not paused", 409) printer.start_print() elif command == "pause": if not activePrintjob: return make_response("Printer is neither printing nor paused, 'pause' command cannot be performed", 409) action = data.get("action", "toggle") if action == "toggle": printer.toggle_pause_print() elif action == "pause": printer.pause_print() elif action == "resume": printer.resume_print() else: return make_response("Unknown action '{}', allowed values for action parameter are 'pause', 'resume' and 'toggle'".format(action), 400) elif command == "cancel": if not activePrintjob: printer.unselect_file() else: printer.cancel_print() elif command == "shutdown": if not printer.is_paused(): return make_response("Printer does not have an active print job or is not paused", 409) printer.enter_shutdown_mode() return NO_CONTENT
def controlJob(): if not printer.is_operational(): return make_response("Printer is not operational", 409) valid_commands = {"start": [], "restart": [], "pause": [], "cancel": []} command, data, response = get_json_command_from_request( request, valid_commands) if response is not None: return response activePrintjob = printer.is_printing() or printer.is_paused() if command == "start": if activePrintjob: return make_response( "Printer already has an active print job, did you mean 'restart'?", 409) printer.start_print() elif command == "restart": if not printer.is_paused(): return make_response( "Printer does not have an active print job or is not paused", 409) printer.start_print() elif command == "pause": if not activePrintjob: return make_response( "Printer is neither printing nor paused, 'pause' command cannot be performed", 409) action = data.get("action", "toggle") if action == "toggle": printer.toggle_pause_print() elif action == "pause": printer.pause_print() elif action == "resume": printer.resume_print() else: return make_response( "Unknown action '{}', allowed values for action parameter are 'pause', 'resume' and 'toggle'" .format(action), 400) elif command == "cancel": if not activePrintjob: return make_response( "Printer is neither printing nor paused, 'cancel' command cannot be performed", 409) printer.cancel_print() return NO_CONTENT
def printerBedState(): if not printer.is_operational(): return make_response("Printer is not operational", 409) def deleteTools(x): data = dict(x) for k in data.keys(): if k.startswith("tool"): del data[k] return data data = _getTemperatureData(deleteTools) if isinstance(data, Response): return data else: return jsonify(data)
def printerChamberCommand(): if not printer.is_operational(): return make_response("Printer is not operational", 409) if not printerProfileManager.get_current_or_default()["heatedChamber"]: return make_response("Printer does not have a heated chamber", 409) valid_commands = { "target": ["target"], "offset": ["offset"] } command, data, response = get_json_command_from_request(request, valid_commands) if response is not None: return response tags = {"source:api", "api:printer.chamber"} ##~~ temperature if command == "target": target = data["target"] # make sure the target is a number if not isinstance(target, (int, long, float)): return make_response("Not a number: %r" % target, 400) # perform the actual temperature command printer.set_temperature("chamber", target, tags=tags) ##~~ temperature offset elif command == "offset": offset = data["offset"] # make sure the offset is valid if not isinstance(offset, (int, long, float)): return make_response("Not a number: %r" % offset, 400) if not -50 <= offset <= 50: return make_response("Offset not in range [-50, 50]: %f" % offset, 400) # set the offsets printer.set_temperature_offset({"chamber": offset}) return NO_CONTENT
def _getTemperatureData(filter): if not printer.is_operational(): return make_response("Printer is not operational", 409) tempData = printer.get_current_temperatures() if "history" in request.values.keys() and request.values["history"] in valid_boolean_trues: tempHistory = printer.get_temperature_history() limit = 300 if "limit" in request.values.keys() and unicode(request.values["limit"]).isnumeric(): limit = int(request.values["limit"]) history = list(tempHistory) limit = min(limit, len(history)) tempData.update({ "history": map(lambda x: filter(x), history[-limit:]) }) return filter(tempData)
def printerBedCommand(): if not printer.is_operational(): return make_response("Printer is not operational", 409) valid_commands = { "target": ["target"], "offset": ["offset"] } command, data, response = get_json_command_from_request(request, valid_commands) if response is not None: return response ##~~ temperature if command == "target": target = data["target"] # make sure the target is a number if not isinstance(target, (int, long, float)): return make_response("Not a number: %r" % target, 400) # perform the actual temperature command printer.set_temperature("bed", target) ##~~ temperature offset elif command == "offset": offset = data["offset"] # make sure the offset is valid if not isinstance(offset, (int, long, float)): return make_response("Not a number: %r" % offset, 400) if not -50 <= offset <= 50: return make_response("Offset not in range [-50, 50]: %f" % offset, 400) # set the offsets printer.set_temperature_offset({"bed": offset}) return NO_CONTENT
def printerState(): if not printer.is_operational(): return make_response("Printer is not operational", 409) # process excludes excludes = [] if "exclude" in request.values: excludeStr = request.values["exclude"] if len(excludeStr.strip()) > 0: excludes = filter(lambda x: x in ["temperature", "sd", "state"], map(lambda x: x.strip(), excludeStr.split(","))) result = {} # add temperature information if not "temperature" in excludes: processor = lambda x: x heated_bed = printerProfileManager.get_current_or_default()["heatedBed"] heated_chamber = printerProfileManager.get_current_or_default()["heatedChamber"] if not heated_bed and not heated_chamber: processor = _keep_tools elif not heated_bed: processor = _delete_bed elif not heated_chamber: processor = _delete_chamber result.update({"temperature": _get_temperature_data(processor)}) # add sd information if not "sd" in excludes and settings().getBoolean(["feature", "sdSupport"]): result.update({"sd": {"ready": printer.is_sd_ready()}}) # add state information if not "state" in excludes: state = printer.get_current_data()["state"] result.update({"state": state}) return jsonify(result)
def printerToolCommand(): if not printer.is_operational(): return make_response("Printer is not operational", 409) valid_commands = { "select": ["tool"], "target": ["targets"], "offset": ["offsets"], "extrude": ["amount"], "flowrate": ["factor"] } command, data, response = get_json_command_from_request(request, valid_commands) if response is not None: return response validation_regex = re.compile("tool\d+") ##~~ tool selection if command == "select": tool = data["tool"] if re.match(validation_regex, tool) is None: return make_response("Invalid tool: %s" % tool, 400) if not tool.startswith("tool"): return make_response("Invalid tool for selection: %s" % tool, 400) printer.change_tool(tool) ##~~ temperature elif command == "target": targets = data["targets"] # make sure the targets are valid and the values are numbers validated_values = {} for tool, value in targets.iteritems(): if re.match(validation_regex, tool) is None: return make_response("Invalid target for setting temperature: %s" % tool, 400) if not isinstance(value, (int, long, float)): return make_response("Not a number for %s: %r" % (tool, value), 400) validated_values[tool] = value # perform the actual temperature commands for tool in validated_values.keys(): printer.set_temperature(tool, validated_values[tool]) ##~~ temperature offset elif command == "offset": offsets = data["offsets"] # make sure the targets are valid, the values are numbers and in the range [-50, 50] validated_values = {} for tool, value in offsets.iteritems(): if re.match(validation_regex, tool) is None: return make_response("Invalid target for setting temperature: %s" % tool, 400) if not isinstance(value, (int, long, float)): return make_response("Not a number for %s: %r" % (tool, value), 400) if not -50 <= value <= 50: return make_response("Offset %s not in range [-50, 50]: %f" % (tool, value), 400) validated_values[tool] = value # set the offsets printer.set_temperature_offset(validated_values) ##~~ extrusion elif command == "extrude": if printer.is_printing(): # do not extrude when a print job is running return make_response("Printer is currently printing", 409) amount = data["amount"] if not isinstance(amount, (int, long, float)): return make_response("Not a number for extrusion amount: %r" % amount, 400) printer.extrude(amount) elif command == "flowrate": factor = data["factor"] if not isinstance(factor, (int, long, float)): return make_response("Not a number for flow rate: %r" % factor, 400) try: printer.flow_rate(factor) except ValueError as e: return make_response("Invalid value for flow rate: %s" % str(e), 400) return NO_CONTENT
def gcodeFileCommand(filename, target): if not target in [FileDestinations.LOCAL, FileDestinations.SDCARD]: return make_response("Unknown target: %s" % target, 404) if not _verifyFileExists(target, filename): return make_response("File not found on '%s': %s" % (target, filename), 404) # valid file commands, dict mapping command name to mandatory parameters valid_commands = { "select": [], "slice": [] } command, data, response = get_json_command_from_request(request, valid_commands) if response is not None: return response if command == "select": # selects/loads a file printAfterLoading = False if "print" in data.keys() and data["print"] in valid_boolean_trues: if not printer.is_operational(): return make_response("Printer is not operational, cannot directly start printing", 409) printAfterLoading = True sd = False if target == FileDestinations.SDCARD: filenameToSelect = filename sd = True else: filenameToSelect = fileManager.path_on_disk(target, filename) printer.select_file(filenameToSelect, sd, printAfterLoading) elif command == "slice": try: if "slicer" in data: slicer = data["slicer"] del data["slicer"] slicer_instance = slicingManager.get_slicer(slicer) elif "cura" in slicingManager.registered_slicers: slicer = "cura" slicer_instance = slicingManager.get_slicer("cura") else: return make_response("Cannot slice {filename}, no slicer available".format(**locals()), 415) except octoprint.slicing.UnknownSlicer as e: return make_response("Slicer {slicer} is not available".format(slicer=e.slicer), 400) if not any([octoprint.filemanager.valid_file_type(filename, type=source_file_type) for source_file_type in slicer_instance.get_slicer_properties().get("source_file_types", ["model"])]): return make_response("Cannot slice {filename}, not a model file".format(**locals()), 415) if slicer_instance.get_slicer_properties().get("same_device", True) and (printer.is_printing() or printer.is_paused()): # slicer runs on same device as OctoPrint, slicing while printing is hence disabled return make_response("Cannot slice on {slicer} while printing due to performance reasons".format(**locals()), 409) if "destination" in data and data["destination"]: destination = data["destination"] del data["destination"] elif "gcode" in data and data["gcode"]: destination = data["gcode"] del data["gcode"] else: import os name, _ = os.path.splitext(filename) destination = name + "." + slicer_instance.get_slicer_properties().get("destination_extensions", ["gco", "gcode", "g"])[0] # prohibit overwriting the file that is currently being printed currentOrigin, currentFilename = _getCurrentFile() if currentFilename == destination and currentOrigin == target and (printer.is_printing() or printer.is_paused()): make_response("Trying to slice into file that is currently being printed: %s" % destination, 409) if "profile" in data.keys() and data["profile"]: profile = data["profile"] del data["profile"] else: profile = None if "printerProfile" in data.keys() and data["printerProfile"]: printerProfile = data["printerProfile"] del data["printerProfile"] else: printerProfile = None if "position" in data.keys() and data["position"] and isinstance(data["position"], dict) and "x" in data["position"] and "y" in data["position"]: position = data["position"] del data["position"] else: position = None select_after_slicing = False if "select" in data.keys() and data["select"] in valid_boolean_trues: if not printer.is_operational(): return make_response("Printer is not operational, cannot directly select for printing", 409) select_after_slicing = True print_after_slicing = False if "print" in data.keys() and data["print"] in valid_boolean_trues: if not printer.is_operational(): return make_response("Printer is not operational, cannot directly start printing", 409) select_after_slicing = print_after_slicing = True override_keys = [k for k in data if k.startswith("profile.") and data[k] is not None] overrides = dict() for key in override_keys: overrides[key[len("profile."):]] = data[key] def slicing_done(target, gcode_name, select_after_slicing, print_after_slicing): if select_after_slicing or print_after_slicing: sd = False if target == FileDestinations.SDCARD: filenameToSelect = gcode_name sd = True else: filenameToSelect = fileManager.path_on_disk(target, gcode_name) printer.select_file(filenameToSelect, sd, print_after_slicing) try: fileManager.slice(slicer, target, filename, target, destination, profile=profile, printer_profile_id=printerProfile, position=position, overrides=overrides, callback=slicing_done, callback_args=(target, destination, select_after_slicing, print_after_slicing)) except octoprint.slicing.UnknownProfile: return make_response("Profile {profile} doesn't exist".format(**locals()), 400) files = {} location = url_for(".readGcodeFile", target=target, filename=destination, _external=True) result = { "name": destination, "origin": FileDestinations.LOCAL, "refs": { "resource": location, "download": url_for("index", _external=True) + "downloads/files/" + target + "/" + destination } } r = make_response(jsonify(result), 202) r.headers["Location"] = location return r return NO_CONTENT
def uploadGcodeFile(target): input_name = "file" input_upload_name = input_name + "." + settings().get(["server", "uploads", "nameSuffix"]) input_upload_path = input_name + "." + settings().get(["server", "uploads", "pathSuffix"]) if input_upload_name in request.values and input_upload_path in request.values: if not target in [FileDestinations.LOCAL, FileDestinations.SDCARD]: return make_response("Unknown target: %s" % target, 404) upload = octoprint.filemanager.util.DiskFileWrapper(request.values[input_upload_name], request.values[input_upload_path]) # Store any additional user data the caller may have passed. userdata = None if "userdata" in request.values: import json try: userdata = json.loads(request.values["userdata"]) except: return make_response("userdata contains invalid JSON", 400) if target == FileDestinations.SDCARD and not settings().getBoolean(["feature", "sdSupport"]): return make_response("SD card support is disabled", 404) sd = target == FileDestinations.SDCARD selectAfterUpload = "select" in request.values.keys() and request.values["select"] in valid_boolean_trues printAfterSelect = "print" in request.values.keys() and request.values["print"] in valid_boolean_trues if sd: # validate that all preconditions for SD upload are met before attempting it if not (printer.is_operational() and not (printer.is_printing() or printer.is_paused())): return make_response("Can not upload to SD card, printer is either not operational or already busy", 409) if not printer.is_sd_ready(): return make_response("Can not upload to SD card, not yet initialized", 409) # determine future filename of file to be uploaded, abort if it can't be uploaded try: # FileDestinations.LOCAL = should normally be target, but can't because SDCard handling isn't implemented yet futurePath, futureFilename = fileManager.sanitize(FileDestinations.LOCAL, upload.filename) except: futurePath = None futureFilename = None if futureFilename is None: return make_response("Can not upload file %s, wrong format?" % upload.filename, 415) if "path" in request.values and request.values["path"]: # we currently only support uploads to sdcard via local, so first target is local instead of "target" futurePath = fileManager.sanitize_path(FileDestinations.LOCAL, request.values["path"]) # prohibit overwriting currently selected file while it's being printed futureFullPath = fileManager.join_path(FileDestinations.LOCAL, futurePath, futureFilename) futureFullPathInStorage = fileManager.path_in_storage(FileDestinations.LOCAL, futureFullPath) if not printer.can_modify_file(futureFullPathInStorage, sd): return make_response("Trying to overwrite file that is currently being printed: %s" % futureFullPath, 409) reselect = printer.is_current_file(futureFullPathInStorage, sd) def fileProcessingFinished(filename, absFilename, destination): """ Callback for when the file processing (upload, optional slicing, addition to analysis queue) has finished. Depending on the file's destination triggers either streaming to SD card or directly calls selectAndOrPrint. """ if destination == FileDestinations.SDCARD and octoprint.filemanager.valid_file_type(filename, "gcode"): return filename, printer.add_sd_file(filename, absFilename, selectAndOrPrint) else: selectAndOrPrint(filename, absFilename, destination) return filename def selectAndOrPrint(filename, absFilename, destination): """ Callback for when the file is ready to be selected and optionally printed. For SD file uploads this is only the case after they have finished streaming to the printer, which is why this callback is also used for the corresponding call to addSdFile. Selects the just uploaded file if either selectAfterUpload or printAfterSelect are True, or if the exact file is already selected, such reloading it. """ if octoprint.filemanager.valid_file_type(added_file, "gcode") and (selectAfterUpload or printAfterSelect or reselect): printer.select_file(absFilename, destination == FileDestinations.SDCARD, printAfterSelect) try: added_file = fileManager.add_file(FileDestinations.LOCAL, futureFullPathInStorage, upload, allow_overwrite=True) except octoprint.filemanager.storage.StorageError as e: if e.code == octoprint.filemanager.storage.StorageError.INVALID_FILE: return make_response("Could not upload the file \"{}\", invalid type".format(upload.filename), 400) else: return make_response("Could not upload the file \"{}\"".format(upload.filename), 500) if octoprint.filemanager.valid_file_type(added_file, "stl"): filename = added_file done = True else: filename = fileProcessingFinished(added_file, fileManager.path_on_disk(FileDestinations.LOCAL, added_file), target) done = not sd if userdata is not None: # upload included userdata, add this now to the metadata fileManager.set_additional_metadata(FileDestinations.LOCAL, added_file, "userdata", userdata) sdFilename = None if isinstance(filename, tuple): filename, sdFilename = filename eventManager.fire(Events.UPLOAD, {"name": futureFilename, "path": filename, "target": target, # TODO deprecated, remove in 1.4.0 "file": filename}) files = {} location = url_for(".readGcodeFile", target=FileDestinations.LOCAL, filename=filename, _external=True) files.update({ FileDestinations.LOCAL: { "name": futureFilename, "path": filename, "origin": FileDestinations.LOCAL, "refs": { "resource": location, "download": url_for("index", _external=True) + "downloads/files/" + FileDestinations.LOCAL + "/" + filename } } }) if sd and sdFilename: location = url_for(".readGcodeFile", target=FileDestinations.SDCARD, filename=sdFilename, _external=True) files.update({ FileDestinations.SDCARD: { "name": sdFilename, "path": sdFilename, "origin": FileDestinations.SDCARD, "refs": { "resource": location } } }) r = make_response(jsonify(files=files, done=done), 201) r.headers["Location"] = location return r elif "foldername" in request.values: foldername = request.values["foldername"] if not target in [FileDestinations.LOCAL]: return make_response("Unknown target: %s" % target, 400) futurePath, futureName = fileManager.sanitize(target, foldername) if not futureName or not futurePath: return make_response("Can't create a folder with an empty name", 400) if "path" in request.values and request.values["path"]: futurePath = fileManager.sanitize_path(FileDestinations.LOCAL, request.values["path"]) futureFullPath = fileManager.join_path(target, futurePath, futureName) if octoprint.filemanager.valid_file_type(futureName): return make_response("Can't create a folder named %s, please try another name" % futureName, 409) try: added_folder = fileManager.add_folder(target, futureFullPath) except octoprint.filemanager.storage.StorageError as e: if e.code == octoprint.filemanager.storage.StorageError.INVALID_DIRECTORY: return make_response("Could not create folder {}, invalid directory".format(futureName)) else: return make_response("Could not create folder {}".format(futureName)) location = url_for(".readGcodeFile", target=FileDestinations.LOCAL, filename=added_folder, _external=True) folder = dict(name=futureName, path=added_folder, origin=target, refs=dict(resource=location)) r = make_response(jsonify(folder=folder, done=True), 201) r.headers["Location"] = location return r else: return make_response("No file to upload and no folder to create", 400)
def printerToolState(): if not printer.is_operational(): return make_response("Printer is not operational", 409) return jsonify(_get_temperature_data(_keep_tools))
def gcodeFileCommand(filename, target): if not target in [FileDestinations.LOCAL, FileDestinations.SDCARD]: return make_response("Unknown target: %s" % target, 404) # valid file commands, dict mapping command name to mandatory parameters valid_commands = { "select": [], "slice": [], "copy": ["destination"], "move": ["destination"] } command, data, response = get_json_command_from_request(request, valid_commands) if response is not None: return response if command == "select": if not _verifyFileExists(target, filename): return make_response("File not found on '%s': %s" % (target, filename), 404) # selects/loads a file if not octoprint.filemanager.valid_file_type(filename, type="machinecode"): return make_response("Cannot select {filename} for printing, not a machinecode file".format(**locals()), 415) printAfterLoading = False if "print" in data.keys() and data["print"] in valid_boolean_trues: if not printer.is_operational(): return make_response("Printer is not operational, cannot directly start printing", 409) printAfterLoading = True sd = False if target == FileDestinations.SDCARD: filenameToSelect = filename sd = True else: filenameToSelect = fileManager.path_on_disk(target, filename) printer.select_file(filenameToSelect, sd, printAfterLoading) elif command == "slice": if not _verifyFileExists(target, filename): return make_response("File not found on '%s': %s" % (target, filename), 404) try: if "slicer" in data: slicer = data["slicer"] del data["slicer"] slicer_instance = slicingManager.get_slicer(slicer) elif "cura" in slicingManager.registered_slicers: slicer = "cura" slicer_instance = slicingManager.get_slicer("cura") else: return make_response("Cannot slice {filename}, no slicer available".format(**locals()), 415) except octoprint.slicing.UnknownSlicer as e: return make_response("Slicer {slicer} is not available".format(slicer=e.slicer), 400) if not any([octoprint.filemanager.valid_file_type(filename, type=source_file_type) for source_file_type in slicer_instance.get_slicer_properties().get("source_file_types", ["model"])]): return make_response("Cannot slice {filename}, not a model file".format(**locals()), 415) if slicer_instance.get_slicer_properties().get("same_device", True) and (printer.is_printing() or printer.is_paused()): # slicer runs on same device as OctoPrint, slicing while printing is hence disabled return make_response("Cannot slice on {slicer} while printing due to performance reasons".format(**locals()), 409) if "destination" in data and data["destination"]: destination = data["destination"] del data["destination"] elif "gcode" in data and data["gcode"]: destination = data["gcode"] del data["gcode"] else: import os name, _ = os.path.splitext(filename) destination = name + "." + slicer_instance.get_slicer_properties().get("destination_extensions", ["gco", "gcode", "g"])[0] full_path = destination if "path" in data and data["path"]: full_path = fileManager.join_path(target, data["path"], destination) else: path, _ = fileManager.split_path(target, filename) if path: full_path = fileManager.join_path(target, path, destination) # prohibit overwriting the file that is currently being printed currentOrigin, currentFilename = _getCurrentFile() if currentFilename == full_path and currentOrigin == target and (printer.is_printing() or printer.is_paused()): make_response("Trying to slice into file that is currently being printed: %s" % full_path, 409) if "profile" in data.keys() and data["profile"]: profile = data["profile"] del data["profile"] else: profile = None if "printerProfile" in data.keys() and data["printerProfile"]: printerProfile = data["printerProfile"] del data["printerProfile"] else: printerProfile = None if "position" in data.keys() and data["position"] and isinstance(data["position"], dict) and "x" in data["position"] and "y" in data["position"]: position = data["position"] del data["position"] else: position = None select_after_slicing = False if "select" in data.keys() and data["select"] in valid_boolean_trues: if not printer.is_operational(): return make_response("Printer is not operational, cannot directly select for printing", 409) select_after_slicing = True print_after_slicing = False if "print" in data.keys() and data["print"] in valid_boolean_trues: if not printer.is_operational(): return make_response("Printer is not operational, cannot directly start printing", 409) select_after_slicing = print_after_slicing = True override_keys = [k for k in data if k.startswith("profile.") and data[k] is not None] overrides = dict() for key in override_keys: overrides[key[len("profile."):]] = data[key] def slicing_done(target, path, select_after_slicing, print_after_slicing): if select_after_slicing or print_after_slicing: sd = False if target == FileDestinations.SDCARD: filenameToSelect = path sd = True else: filenameToSelect = fileManager.path_on_disk(target, path) printer.select_file(filenameToSelect, sd, print_after_slicing) try: fileManager.slice(slicer, target, filename, target, full_path, profile=profile, printer_profile_id=printerProfile, position=position, overrides=overrides, callback=slicing_done, callback_args=(target, full_path, select_after_slicing, print_after_slicing)) except octoprint.slicing.UnknownProfile: return make_response("Profile {profile} doesn't exist".format(**locals()), 400) files = {} location = url_for(".readGcodeFile", target=target, filename=full_path, _external=True) result = { "name": destination, "path": full_path, "origin": FileDestinations.LOCAL, "refs": { "resource": location, "download": url_for("index", _external=True) + "downloads/files/" + target + "/" + full_path } } r = make_response(jsonify(result), 202) r.headers["Location"] = location return r elif command == "copy" or command == "move": # Copy and move are only possible on local storage if not target in [FileDestinations.LOCAL]: return make_response("Unsupported target for {}: {}".format(command, target), 400) if not _verifyFileExists(target, filename) and not _verifyFolderExists(target, filename): return make_response("File or folder not found on {}: {}".format(target, filename), 404) path, name = fileManager.split_path(target, filename) destination = data["destination"] if _verifyFolderExists(target, destination): # destination is an existing folder, we'll assume we are supposed to move filename to this # folder under the same name destination = fileManager.join_path(target, destination, name) if _verifyFileExists(target, destination) or _verifyFolderExists(target, destination): return make_response("File or folder does already exist on {}: {}".format(target, destination), 409) is_file = fileManager.file_exists(target, filename) is_folder = fileManager.folder_exists(target, filename) if not (is_file or is_folder): return make_response("{} on {} is neither file or folder, can't {}".format(filename, target, command), 400) if command == "copy": if is_file: fileManager.copy_file(target, filename, destination) else: fileManager.copy_folder(target, filename, destination) elif command == "move": if _isBusy(target, filename): return make_response("Trying to move a file or folder that is currently in use: {}".format(filename), 409) # deselect the file if it's currently selected currentOrigin, currentFilename = _getCurrentFile() if currentFilename is not None and filename == currentFilename: printer.unselect_file() if is_file: fileManager.move_file(target, filename, destination) else: fileManager.move_folder(target, filename, destination) location = url_for(".readGcodeFile", target=target, filename=destination, _external=True) result = { "name": name, "path": destination, "origin": FileDestinations.LOCAL, "refs": { "resource": location } } if is_file: result["refs"]["download"] = url_for("index", _external=True) + "downloads/files/" + target + "/" + destination r = make_response(jsonify(result), 201) r.headers["Location"] = location return r return NO_CONTENT
def uploadGcodeFile(target): if not target in [FileDestinations.LOCAL, FileDestinations.SDCARD]: return make_response("Unknown target: %s" % target, 404) input_name = "file" input_upload_name = input_name + "." + settings().get(["server", "uploads", "nameSuffix"]) input_upload_path = input_name + "." + settings().get(["server", "uploads", "pathSuffix"]) if input_upload_name in request.values and input_upload_path in request.values: upload = octoprint.filemanager.util.DiskFileWrapper(request.values[input_upload_name], request.values[input_upload_path]) else: return make_response("No file included", 400) # Store any additional user data the caller may have passed. userdata = None if "userdata" in request.values: import json try: userdata = json.loads(request.values["userdata"]) except: return make_response("userdata contains invalid JSON", 400) if target == FileDestinations.SDCARD and not settings().getBoolean(["feature", "sdSupport"]): return make_response("SD card support is disabled", 404) sd = target == FileDestinations.SDCARD selectAfterUpload = "select" in request.values.keys() and request.values["select"] in valid_boolean_trues printAfterSelect = "print" in request.values.keys() and request.values["print"] in valid_boolean_trues if sd: # validate that all preconditions for SD upload are met before attempting it if not (printer.is_operational() and not (printer.is_printing() or printer.is_paused())): return make_response("Can not upload to SD card, printer is either not operational or already busy", 409) if not printer.is_sd_ready(): return make_response("Can not upload to SD card, not yet initialized", 409) # determine current job currentFilename = None currentOrigin = None currentJob = printer.get_current_job() if currentJob is not None and "file" in currentJob.keys(): currentJobFile = currentJob["file"] if "name" in currentJobFile.keys() and "origin" in currentJobFile.keys(): currentFilename = currentJobFile["name"] currentOrigin = currentJobFile["origin"] # determine future filename of file to be uploaded, abort if it can't be uploaded try: futureFilename = fileManager.sanitize_name(FileDestinations.LOCAL, upload.filename) except: futureFilename = None if futureFilename is None: return make_response("Can not upload file %s, wrong format?" % upload.filename, 415) # prohibit overwriting currently selected file while it's being printed if futureFilename == currentFilename and target == currentOrigin and printer.is_printing() or printer.is_paused(): return make_response("Trying to overwrite file that is currently being printed: %s" % currentFilename, 409) def fileProcessingFinished(filename, absFilename, destination): """ Callback for when the file processing (upload, optional slicing, addition to analysis queue) has finished. Depending on the file's destination triggers either streaming to SD card or directly calls selectAndOrPrint. """ if destination == FileDestinations.SDCARD and octoprint.filemanager.valid_file_type(filename, "gcode"): return filename, printer.add_sd_file(filename, absFilename, selectAndOrPrint) else: selectAndOrPrint(filename, absFilename, destination) return filename def selectAndOrPrint(filename, absFilename, destination): """ Callback for when the file is ready to be selected and optionally printed. For SD file uploads this is only the case after they have finished streaming to the printer, which is why this callback is also used for the corresponding call to addSdFile. Selects the just uploaded file if either selectAfterUpload or printAfterSelect are True, or if the exact file is already selected, such reloading it. """ if octoprint.filemanager.valid_file_type(added_file, "gcode") and (selectAfterUpload or printAfterSelect or (currentFilename == filename and currentOrigin == destination)): printer.select_file(absFilename, destination == FileDestinations.SDCARD, printAfterSelect) added_file = fileManager.add_file(FileDestinations.LOCAL, upload.filename, upload, allow_overwrite=True) if added_file is None: return make_response("Could not upload the file %s" % upload.filename, 500) if octoprint.filemanager.valid_file_type(added_file, "stl"): filename = added_file done = True else: filename = fileProcessingFinished(added_file, fileManager.path_on_disk(FileDestinations.LOCAL, added_file), target) done = not sd if userdata is not None: # upload included userdata, add this now to the metadata fileManager.set_additional_metadata(FileDestinations.LOCAL, added_file, "userdata", userdata) sdFilename = None if isinstance(filename, tuple): filename, sdFilename = filename eventManager.fire(Events.UPLOAD, {"file": filename, "target": target}) files = {} location = url_for(".readGcodeFile", target=FileDestinations.LOCAL, filename=filename, _external=True) files.update({ FileDestinations.LOCAL: { "name": filename, "origin": FileDestinations.LOCAL, "refs": { "resource": location, "download": url_for("index", _external=True) + "downloads/files/" + FileDestinations.LOCAL + "/" + filename } } }) if sd and sdFilename: location = url_for(".readGcodeFile", target=FileDestinations.SDCARD, filename=sdFilename, _external=True) files.update({ FileDestinations.SDCARD: { "name": sdFilename, "origin": FileDestinations.SDCARD, "refs": { "resource": location } } }) r = make_response(jsonify(files=files, done=done), 201) r.headers["Location"] = location return r