# # BitBake ToasterUI Implementation # # Copyright (C) 2013 Intel Corporation # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License version 2 as # published by the Free Software Foundation. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License along # with this program; if not, write to the Free Software Foundation, Inc., # 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA. import datetime import sys import bb import re import ast os.environ.setdefault("DJANGO_SETTINGS_MODULE", "toaster.toastermain.settings") import toaster.toastermain.settings as toaster_django_settings from toaster.orm.models import Build, Task, Recipe, Layer_Version, Layer, Target, LogMessage from toaster.orm.models import Variable, VariableHistory from toaster.orm.models import Package, Package_File, Target_Installed_Package from toaster.orm.models import Task_Dependency, Package_Dependency from toaster.orm.models import Recipe_Dependency from bb.msg import BBLogFormatter as format class ORMWrapper(object): """ This class creates the dictionaries needed to store information in the database following the format defined by the Django models. It is also used to save this information in the database. """ def __init__(self): pass def create_build_object(self, build_info): assert 'machine' in build_info assert 'image_fstypes' in build_info assert 'distro' in build_info assert 'distro_version' in build_info assert 'started_on' in build_info assert 'cooker_log_path' in build_info assert 'build_name' in build_info assert 'bitbake_version' in build_info build = Build.objects.create( machine=build_info['machine'], image_fstypes=build_info['image_fstypes'], distro=build_info['distro'], distro_version=build_info['distro_version'], started_on=build_info['started_on'], completed_on=build_info['started_on'], cooker_log_path=build_info['cooker_log_path'], build_name=build_info['build_name'], bitbake_version=build_info['bitbake_version']) return build def create_target_objects(self, target_info): assert 'build' in target_info assert 'targets' in target_info targets = [] for tgt_name in target_info['targets']: tgt_object = Target.objects.create( build = target_info['build'], target = tgt_name, is_image = False, file_name = "", file_size = 0); targets.append(tgt_object) return targets def update_build_object(self, build, errors, warnings, taskfailures): assert isinstance(build,Build) assert isinstance(errors, int) assert isinstance(warnings, int) outcome = Build.SUCCEEDED if errors or taskfailures: outcome = Build.FAILED build.completed_on = datetime.datetime.now() build.timespent = int((build.completed_on - build.started_on).total_seconds()) build.errors_no = errors build.warnings_no = warnings build.outcome = outcome build.save() def get_update_task_object(self, task_information, must_exist = False): assert 'build' in task_information assert 'recipe' in task_information assert 'task_name' in task_information task_object, created = Task.objects.get_or_create( build=task_information['build'], recipe=task_information['recipe'], task_name=task_information['task_name'], ) if must_exist and created: raise Exception("Task object created when expected to exist") for v in vars(task_object): if v in task_information.keys(): vars(task_object)[v] = task_information[v] # if we got covered by a setscene task, we're CACHED if task_object.outcome == Task.OUTCOME_COVERED and 1 == Task.objects.related_setscene(task_object).count(): task_object.outcome = Task.OUTCOME_CACHED outcome_task_setscene = Task.objects.get(task_executed=True, build = task_object.build, recipe = task_object.recipe, task_name=task_object.task_name+"_setscene").outcome if outcome_task_setscene == Task.OUTCOME_SUCCESS: task_object.sstate_result = Task.SSTATE_RESTORED elif outcome_task_setscene == Task.OUTCOME_FAILED: task_object.sstate_result = Task.SSTATE_FAILED # mark down duration if we have a start time if 'start_time' in task_information.keys(): duration = datetime.datetime.now() - task_information['start_time'] task_object.elapsed_time = duration.total_seconds() task_object.save() return task_object def get_update_recipe_object(self, recipe_information): assert 'layer_version' in recipe_information assert 'file_path' in recipe_information recipe_object, created = Recipe.objects.get_or_create( layer_version=recipe_information['layer_version'], file_path=recipe_information['file_path']) for v in vars(recipe_object): if v in recipe_information.keys(): vars(recipe_object)[v] = recipe_information[v] recipe_object.save() return recipe_object def get_update_layer_version_object(self, build_obj, layer_obj, layer_version_information): assert isinstance(build_obj, Build) assert isinstance(layer_obj, Layer) assert 'branch' in layer_version_information assert 'commit' in layer_version_information assert 'priority' in layer_version_information layer_version_object, created = Layer_Version.objects.get_or_create( build = build_obj, layer = layer_obj, branch = layer_version_information['branch'], commit = layer_version_information['commit'], priority = layer_version_information['priority'] ) return layer_version_object def get_update_layer_object(self, layer_information): assert 'name' in layer_information assert 'local_path' in layer_information assert 'layer_index_url' in layer_information layer_object, created = Layer.objects.get_or_create( name=layer_information['name'], local_path=layer_information['local_path'], layer_index_url=layer_information['layer_index_url']) return layer_object def save_target_package_information(self, build_obj, target_obj, packagedict, pkgpnmap, recipes): assert isinstance(build_obj, Build) assert isinstance(target_obj, Target) errormsg = "" for p in packagedict: searchname = p if 'OPKGN' in pkgpnmap[p].keys(): searchname = pkgpnmap[p]['OPKGN'] packagedict[p]['object'], created = Package.objects.get_or_create( build = build_obj, name = searchname ) if created: # package was not build in the current build, but # fill in everything we can from the runtime-reverse package data try: packagedict[p]['object'].recipe = recipes[pkgpnmap[p]['PN']] packagedict[p]['object'].version = pkgpnmap[p]['PV'] packagedict[p]['object'].installed_name = p packagedict[p]['object'].revision = pkgpnmap[p]['PR'] packagedict[p]['object'].license = pkgpnmap[p]['LICENSE'] packagedict[p]['object'].section = pkgpnmap[p]['SECTION'] packagedict[p]['object'].summary = pkgpnmap[p]['SUMMARY'] packagedict[p]['object'].description = pkgpnmap[p]['DESCRIPTION'] packagedict[p]['object'].size = int(pkgpnmap[p]['PKGSIZE']) # no files recorded for this package, so save files info for targetpath in pkgpnmap[p]['FILES_INFO']: targetfilesize = pkgpnmap[p]['FILES_INFO'][targetpath] Package_File.objects.create( package = packagedict[p]['object'], path = targetpath, size = targetfilesize) except KeyError as e: errormsg += " stpi: Key error, package %s key %s \n" % ( p, e ) # save disk installed size packagedict[p]['object'].installed_size = packagedict[p]['size'] packagedict[p]['object'].save() Target_Installed_Package.objects.create(target = target_obj, package = packagedict[p]['object']) for p in packagedict: for (px,deptype) in packagedict[p]['depends']: if deptype == 'depends': tdeptype = Package_Dependency.TYPE_TRDEPENDS elif deptype == 'recommends': tdeptype = Package_Dependency.TYPE_TRECOMMENDS Package_Dependency.objects.create( package = packagedict[p]['object'], depends_on = packagedict[px]['object'], dep_type = tdeptype, target = target_obj); if (len(errormsg) > 0): raise Exception(errormsg) def create_logmessage(self, log_information): assert 'build' in log_information assert 'level' in log_information assert 'message' in log_information log_object = LogMessage.objects.create( build = log_information['build'], level = log_information['level'], message = log_information['message']) for v in vars(log_object): if v in log_information.keys(): vars(log_object)[v] = log_information[v] return log_object.save() def save_build_package_information(self, build_obj, package_info, recipes): assert isinstance(build_obj, Build) # create and save the object pname = package_info['PKG'] if 'OPKGN' in package_info.keys(): pname = package_info['OPKGN'] bp_object, created = Package.objects.get_or_create( build = build_obj, name = pname ) bp_object.installed_name = package_info['PKG'] bp_object.recipe = recipes[package_info['PN']] bp_object.version = package_info['PKGV'] bp_object.revision = package_info['PKGR'] bp_object.summary = package_info['SUMMARY'] bp_object.description = package_info['DESCRIPTION'] bp_object.size = int(package_info['PKGSIZE']) bp_object.section = package_info['SECTION'] bp_object.license = package_info['LICENSE'] bp_object.save() # save any attached file information for path in package_info['FILES_INFO']: fo = Package_File.objects.create( package = bp_object, path = path, size = package_info['FILES_INFO'][path] ) def _po_byname(p): pkg, created = Package.objects.get_or_create(build = build_obj, name = p) if created: pkg.size = -1 pkg.save() return pkg # save soft dependency information if 'RDEPENDS' in package_info and package_info['RDEPENDS']: for p in bb.utils.explode_deps(package_info['RDEPENDS']): Package_Dependency.objects.get_or_create( package = bp_object, depends_on = _po_byname(p), dep_type = Package_Dependency.TYPE_RDEPENDS) if 'RPROVIDES' in package_info and package_info['RPROVIDES']: for p in bb.utils.explode_deps(package_info['RPROVIDES']): Package_Dependency.objects.get_or_create( package = bp_object, depends_on = _po_byname(p), dep_type = Package_Dependency.TYPE_RPROVIDES) if 'RRECOMMENDS' in package_info and package_info['RRECOMMENDS']: for p in bb.utils.explode_deps(package_info['RRECOMMENDS']): Package_Dependency.objects.get_or_create( package = bp_object, depends_on = _po_byname(p), dep_type = Package_Dependency.TYPE_RRECOMMENDS) if 'RSUGGESTS' in package_info and package_info['RSUGGESTS']: for p in bb.utils.explode_deps(package_info['RSUGGESTS']): Package_Dependency.objects.get_or_create( package = bp_object, depends_on = _po_byname(p), dep_type = Package_Dependency.TYPE_RSUGGESTS) if 'RREPLACES' in package_info and package_info['RREPLACES']: for p in bb.utils.explode_deps(package_info['RREPLACES']): Package_Dependency.objects.get_or_create( package = bp_object, depends_on = _po_byname(p), dep_type = Package_Dependency.TYPE_RREPLACES) if 'RCONFLICTS' in package_info and package_info['RCONFLICTS']: for p in bb.utils.explode_deps(package_info['RCONFLICTS']): Package_Dependency.objects.get_or_create( package = bp_object, depends_on = _po_byname(p), dep_type = Package_Dependency.TYPE_RCONFLICTS) return bp_object def save_build_variables(self, build_obj, vardump): assert isinstance(build_obj, Build) for k in vardump: if not bool(vardump[k]['func']): value = vardump[k]['v']; if value is None: value = '' desc = vardump[k]['doc']; if desc is None: var_words = [word for word in k.split('_')] root_var = "_".join([word for word in var_words if word.isupper()]) if root_var and root_var != k and root_var in vardump: desc = vardump[root_var]['doc'] if desc is None: desc = '' variable_obj = Variable.objects.create( build = build_obj, variable_name = k, variable_value = value, description = desc) for vh in vardump[k]['history']: if not 'documentation.conf' in vh['file']: VariableHistory.objects.create( variable = variable_obj, file_name = vh['file'], line_number = vh['line'], operation = vh['op']) class BuildInfoHelper(object): """ This class gathers the build information from the server and sends it towards the ORM wrapper for storing in the database It is instantiated once per build Keeps in memory all data that needs matching before writing it to the database """ def __init__(self, server, has_build_history = False): self._configure_django() self.internal_state = {} self.internal_state['taskdata'] = {} self.task_order = 0 self.server = server self.orm_wrapper = ORMWrapper() self.has_build_history = has_build_history self.tmp_dir = self.server.runCommand(["getVariable", "TMPDIR"])[0] def _configure_django(self): # Add toaster to sys path for importing modules sys.path.append(os.path.join(os.path.dirname(os.path.dirname(os.path.dirname(__file__))), 'toaster')) ################### ## methods to convert event/external info into objects that the ORM layer uses def _get_build_information(self): build_info = {} # Generate an identifier for each new build build_info['machine'] = self.server.runCommand(["getVariable", "MACHINE"])[0] build_info['distro'] = self.server.runCommand(["getVariable", "DISTRO"])[0] build_info['distro_version'] = self.server.runCommand(["getVariable", "DISTRO_VERSION"])[0] build_info['started_on'] = datetime.datetime.now() build_info['completed_on'] = datetime.datetime.now() build_info['image_fstypes'] = self._remove_redundant(self.server.runCommand(["getVariable", "IMAGE_FSTYPES"])[0] or "") build_info['cooker_log_path'] = self.server.runCommand(["getVariable", "BB_CONSOLELOG"])[0] build_info['build_name'] = self.server.runCommand(["getVariable", "BUILDNAME"])[0] build_info['bitbake_version'] = self.server.runCommand(["getVariable", "BB_VERSION"])[0] return build_info def _get_task_information(self, event, recipe): assert 'taskname' in vars(event) task_information = {} task_information['build'] = self.internal_state['build'] task_information['outcome'] = Task.OUTCOME_NA task_information['recipe'] = recipe task_information['task_name'] = event.taskname try: # some tasks don't come with a hash. and that's ok task_information['sstate_checksum'] = event.taskhash except AttributeError: pass return task_information def _get_layer_version_for_path(self, path): assert path.startswith("/") assert 'build' in self.internal_state def _slkey(layer_version): assert isinstance(layer_version, Layer_Version) return len(layer_version.layer.local_path) # Heuristics: we always match recipe to the deepest layer path that # we can match to the recipe file path for bl in sorted(Layer_Version.objects.filter(build = self.internal_state['build']), reverse=True, key=_slkey): if (path.startswith(bl.layer.local_path)): return bl #TODO: if we get here, we didn't read layers correctly assert False return None def _get_recipe_information_from_taskfile(self, taskfile): localfilepath = taskfile.split(":")[-1] layer_version_obj = self._get_layer_version_for_path(localfilepath) recipe_info = {} recipe_info['layer_version'] = layer_version_obj recipe_info['file_path'] = taskfile return recipe_info def _get_path_information(self, task_object): assert isinstance(task_object, Task) build_stats_format = "{tmpdir}/buildstats/{target}-{machine}/{buildname}/{package}/" build_stats_path = [] for t in self.internal_state['targets']: target = t.target machine = self.internal_state['build'].machine buildname = self.internal_state['build'].build_name pe, pv = task_object.recipe.version.split(":",1) if len(pe) > 0: package = task_object.recipe.name + "-" + pe + "_" + pv else: package = task_object.recipe.name + "-" + pv build_stats_path.append(build_stats_format.format(tmpdir=self.tmp_dir, target=target, machine=machine, buildname=buildname, package=package)) return build_stats_path def _remove_redundant(self, string): ret = [] for i in string.split(): if i not in ret: ret.append(i) return " ".join(sorted(ret)) ################################ ## external available methods to store information def store_layer_info(self, event): assert 'data' in vars(event) layerinfos = event.data self.internal_state['lvs'] = {} for layer in layerinfos: self.internal_state['lvs'][self.orm_wrapper.get_update_layer_object(layerinfos[layer])] = layerinfos[layer]['version'] def store_started_build(self, event): assert '_pkgs' in vars(event) build_information = self._get_build_information() build_obj = self.orm_wrapper.create_build_object(build_information) self.internal_state['build'] = build_obj # save layer version information for this build for layer_obj in self.internal_state['lvs']: self.orm_wrapper.get_update_layer_version_object(build_obj, layer_obj, self.internal_state['lvs'][layer_obj]) del self.internal_state['lvs'] # create target information target_information = {} target_information['targets'] = event._pkgs target_information['build'] = build_obj self.internal_state['targets'] = self.orm_wrapper.create_target_objects(target_information) # Save build configuration self.orm_wrapper.save_build_variables(build_obj, self.server.runCommand(["getAllKeysWithFlags", ["doc", "func"]])[0]) def update_build_information(self, event, errors, warnings, taskfailures): if 'build' in self.internal_state: self.orm_wrapper.update_build_object(self.internal_state['build'], errors, warnings, taskfailures) def store_started_task(self, event): assert isinstance(event, (bb.runqueue.sceneQueueTaskStarted, bb.runqueue.runQueueTaskStarted, bb.runqueue.runQueueTaskSkipped)) assert 'taskfile' in vars(event) localfilepath = event.taskfile.split(":")[-1] assert localfilepath.startswith("/") identifier = event.taskfile + ":" + event.taskname recipe_information = self._get_recipe_information_from_taskfile(event.taskfile) recipe = self.orm_wrapper.get_update_recipe_object(recipe_information) task_information = self._get_task_information(event, recipe) task_information['outcome'] = Task.OUTCOME_NA if isinstance(event, bb.runqueue.runQueueTaskSkipped): assert 'reason' in vars(event) task_information['task_executed'] = False if event.reason == "covered": task_information['outcome'] = Task.OUTCOME_COVERED if event.reason == "existing": task_information['outcome'] = Task.OUTCOME_PREBUILT else: task_information['task_executed'] = True if 'noexec' in vars(event) and event.noexec == True: task_information['task_executed'] = False task_information['outcome'] = Task.OUTCOME_EMPTY task_information['script_type'] = Task.CODING_NA # do not assign order numbers to scene tasks if not isinstance(event, bb.runqueue.sceneQueueTaskStarted): self.task_order += 1 task_information['order'] = self.task_order task_obj = self.orm_wrapper.get_update_task_object(task_information) self.internal_state['taskdata'][identifier] = { 'start_time': datetime.datetime.now(), 'outcome': task_information['outcome'], } def store_tasks_stats(self, event): for (taskfile, taskname, taskstats) in event.data: localfilepath = taskfile.split(":")[-1] assert localfilepath.startswith("/") recipe_information = self._get_recipe_information_from_taskfile(taskfile) recipe = self.orm_wrapper.get_update_recipe_object(recipe_information) task_information = {} task_information['build'] = self.internal_state['build'] task_information['recipe'] = recipe task_information['task_name'] = taskname task_information['cpu_usage'] = taskstats['cpu_usage'] task_information['disk_io'] = taskstats['disk_io'] task_obj = self.orm_wrapper.get_update_task_object(task_information, True) # must exist def update_and_store_task(self, event): assert 'taskfile' in vars(event) localfilepath = event.taskfile.split(":")[-1] assert localfilepath.startswith("/") identifier = event.taskfile + ":" + event.taskname assert identifier in self.internal_state['taskdata'] recipe_information = self._get_recipe_information_from_taskfile(event.taskfile) recipe = self.orm_wrapper.get_update_recipe_object(recipe_information) task_information = self._get_task_information(event,recipe) task_information['start_time'] = self.internal_state['taskdata'][identifier]['start_time'] task_information['outcome'] = self.internal_state['taskdata'][identifier]['outcome'] if 'logfile' in vars(event): task_information['logfile'] = event.logfile if '_message' in vars(event): task_information['message'] = event._message if 'taskflags' in vars(event): # with TaskStarted, we get even more information if 'python' in event.taskflags.keys() and event.taskflags['python'] == '1': task_information['script_type'] = Task.CODING_PYTHON else: task_information['script_type'] = Task.CODING_SHELL if task_information['outcome'] == Task.OUTCOME_NA: if isinstance(event, (bb.runqueue.runQueueTaskCompleted, bb.runqueue.sceneQueueTaskCompleted)): task_information['outcome'] = Task.OUTCOME_SUCCESS del self.internal_state['taskdata'][identifier] if isinstance(event, (bb.runqueue.runQueueTaskFailed, bb.runqueue.sceneQueueTaskFailed)): task_information['outcome'] = Task.OUTCOME_FAILED del self.internal_state['taskdata'][identifier] self.orm_wrapper.get_update_task_object(task_information, True) # must exist def store_target_package_data(self, event): assert 'data' in vars(event) # for all image targets for target in self.internal_state['targets']: if target.is_image: pkgdata = event.data['pkgdata'] imgdata = event.data['imgdata'][target.target] self.orm_wrapper.save_target_package_information(self.internal_state['build'], target, imgdata, pkgdata, self.internal_state['recipes']) def store_dependency_information(self, event): assert '_depgraph' in vars(event) assert 'layer-priorities' in event._depgraph assert 'pn' in event._depgraph assert 'tdepends' in event._depgraph errormsg = "" # save layer version priorities if 'layer-priorities' in event._depgraph.keys(): for lv in event._depgraph['layer-priorities']: (name, path, regexp, priority) = lv layer_version_obj = self._get_layer_version_for_path(path[1:]) # paths start with a ^ assert layer_version_obj is not None layer_version_obj.priority = priority layer_version_obj.save() # save recipe information self.internal_state['recipes'] = {} for pn in event._depgraph['pn']: file_name = event._depgraph['pn'][pn]['filename'] layer_version_obj = self._get_layer_version_for_path(file_name.split(":")[-1]) assert layer_version_obj is not None recipe_info = {} recipe_info['name'] = pn recipe_info['version'] = event._depgraph['pn'][pn]['version'].lstrip(":") recipe_info['layer_version'] = layer_version_obj recipe_info['summary'] = event._depgraph['pn'][pn]['summary'] recipe_info['license'] = event._depgraph['pn'][pn]['license'] recipe_info['description'] = event._depgraph['pn'][pn]['description'] recipe_info['section'] = event._depgraph['pn'][pn]['section'] recipe_info['licensing_info'] = 'Not Available' recipe_info['homepage'] = event._depgraph['pn'][pn]['homepage'] recipe_info['bugtracker'] = event._depgraph['pn'][pn]['bugtracker'] recipe_info['file_path'] = file_name recipe = self.orm_wrapper.get_update_recipe_object(recipe_info) if 'inherits' in event._depgraph['pn'][pn].keys(): recipe.is_image = True in map(lambda x: x.endswith('image.bbclass'), event._depgraph['pn'][pn]['inherits']) else: recipe.is_image = False if recipe.is_image: for t in self.internal_state['targets']: if pn == t.target: t.is_image = True t.save() self.internal_state['recipes'][pn] = recipe # we'll not get recipes for key w/ values listed in ASSUME_PROVIDED assume_provided = self.server.runCommand(["getVariable", "ASSUME_PROVIDED"])[0].split() # save recipe dependency # buildtime for recipe in event._depgraph['depends']: try: target = self.internal_state['recipes'][recipe] for dep in event._depgraph['depends'][recipe]: dependency = self.internal_state['recipes'][dep] Recipe_Dependency.objects.get_or_create( recipe = target, depends_on = dependency, dep_type = Recipe_Dependency.TYPE_DEPENDS) except KeyError as e: if e not in assume_provided and not str(e).startswith("virtual/"): errormsg += " stpd: KeyError saving recipe dependency for %s, %s \n" % (recipe, e) # save all task information def _save_a_task(taskdesc): spec = re.split(r'\.', taskdesc); pn = ".".join(spec[0:-1]) taskname = spec[-1] e = event e.taskname = pn recipe = self.internal_state['recipes'][pn] task_info = self._get_task_information(e, recipe) task_info['task_name'] = taskname task_obj = self.orm_wrapper.get_update_task_object(task_info) return task_obj # create tasks tasks = {} for taskdesc in event._depgraph['tdepends']: tasks[taskdesc] = _save_a_task(taskdesc) # create dependencies between tasks for taskdesc in event._depgraph['tdepends']: target = tasks[taskdesc] for taskdep in event._depgraph['tdepends'][taskdesc]: if taskdep not in tasks: # Fetch tasks info is not collected previously dep = _save_a_task(taskdep) else: dep = tasks[taskdep] Task_Dependency.objects.get_or_create( task = target, depends_on = dep ) if (len(errormsg) > 0): raise Exception(errormsg) def store_build_package_information(self, event): assert 'data' in vars(event) package_info = event.data self.orm_wrapper.save_build_package_information(self.internal_state['build'], package_info, self.internal_state['recipes'], ) def _store_log_information(self, level, text): log_information = {} log_information['build'] = self.internal_state['build'] log_information['level'] = level log_information['message'] = text self.orm_wrapper.create_logmessage(log_information) def store_log_info(self, text): self._store_log_information(LogMessage.INFO, text) def store_log_warn(self, text): self._store_log_information(LogMessage.WARNING, text) def store_log_error(self, text): self._store_log_information(LogMessage.ERROR, text) def store_log_event(self, event): # look up license files info from insane.bbclass m = re.match("([^:]*): md5 checksum matched for ([^;]*)", event.msg) if m: (pn, fn) = m.groups() self.internal_state['recipes'][pn].licensing_info = fn self.internal_state['recipes'][pn].save() if event.levelno < format.WARNING: return if not 'build' in self.internal_state: return log_information = {} log_information['build'] = self.internal_state['build'] if event.levelno >= format.ERROR: log_information['level'] = LogMessage.ERROR elif event.levelno == format.WARNING: log_information['level'] = LogMessage.WARNING log_information['message'] = event.msg log_information['pathname'] = event.pathname log_information['lineno'] = event.lineno self.orm_wrapper.create_logmessage(log_information)