Python LocalDbHandler.get_node_status方法代码示例

# 需要导入模块: from pydio.job.localdb import LocalDbHandler [as 别名]
# 或者: from pydio.job.localdb.LocalDbHandler import get_node_status [as 别名]
    def get(self, job_id='', relative_path=''):
        """
        retrieves the stat info for a given file / list the active job details
        :param job_id: (optional) Job Id of the file/ folder
        :param relative_path: (optional) relative path of the file/folder with respect
               to the corresponding repository(job_id)
        :returns a json response
        """
        if request.path == '/stat':
            jobs = JobsLoader.Instance().get_jobs()
            json_jobs = {}
            for job in jobs:
                if jobs[job].active:
                    json_jobs.update({jobs[job].id: [jobs[job].directory, jobs[job].server, jobs[job].label, jobs[job].workspace]})
            return json_jobs
        else:

            directory_path = JobsLoader.Instance().get_job(job_id).directory
            base_path = JobsLoader.Instance().build_job_data_path(job_id)
            path = os.path.join(directory_path, relative_path)

            #r = os.stat(path)

            # Get the status of the file idle/busy... by join of ajxp_index and ajxp_node_status tables
            db_handler = LocalDbHandler(base_path, directory_path)
            if Path(str(path.encode("utf-8"))).is_dir():
                node_status = db_handler.get_directory_node_status("/" + relative_path)
            else:
                node_status = db_handler.get_node_status("/" + relative_path)

            return {"node_status": node_status}

# 需要导入模块: from pydio.job.localdb import LocalDbHandler [as 别名]
# 或者: from pydio.job.localdb.LocalDbHandler import get_node_status [as 别名]

#.........这里部分代码省略.........
                    if not (os.path.normpath(item['node']['node_path']) == os.path.normpath(otheritem['node']['node_path'])):
                        continue
                    if item['node']['bytesize'] == otheritem['node']['bytesize'] and item['node']['md5'] == otheritem['node']['md5']:
                        logging.debug('Reconciliation sequence for change (node)'+item['node']['node_path'])
                        lchanges.remove(item)
                        rchanges.remove(otheritem)
                        self.remove_seq(item['seq'], 'local')
                        self.remove_seq(otheritem['seq'], 'remote')
                        break
                except Exception as e:
                    pass

        test_stats = list(set(map(lambda it: it['source'] if it['source'] != 'NULL' else it['target'], lchanges)))
        remote_stats = None
        if len(test_stats):
            remote_stats = self.sdk.bulk_stat(test_stats, with_hash=True)

        rchanges = filter(lambda it: not self.filter_change(it, remote_stats, None), rchanges)
        lchanges = filter(lambda it: not self.filter_change(it, None, remote_stats), lchanges)

        last_ops = self.db_handler.get_last_operations()

        new_rchanges = []

        for item in lchanges:
            ignore = False
            for last in last_ops:
                if last['type'] == item['type'] and last['source'] == item['source'] and last['target'] == item['target']:
                    logging.info('IGNORING, RECENT MOVE FROM SERVER', last)
                    ignore = True
                    break
            if ignore:
                continue
            conflict = False
            for rItem in rchanges:
                if (not item['node'] and not rItem['node'] and rItem['source'] == rItem['source']) or (item['node'] and rItem['node'] and item['node']['node_path'] and rItem['node']['node_path'] and os.path.normpath(item['node']['node_path']) == os.path.normpath(rItem['node']['node_path'])):
                    # Seems there is a conflict - check
                    c_path = item['source']
                    if item['node']:
                        c_path = item['node']['node_path']
                    status = self.db_handler.get_node_status(c_path)
                    if status == 'SOLVED:KEEPLOCAL':
                        rchanges.remove(rItem)
                    elif status == 'SOLVED:KEEPREMOTE':
                        conflict = True
                    else:
                        conflict = True
                        rchanges.remove(rItem)
                        conflicts.append({'local':item,'remote':rItem})
                    break
            if conflict:
                continue
            new_rchanges.append(item)

        self.db_handler.clear_operations_buffer()

        # Sort to make sure directory operations are applied first
        rchanges = sorted(rchanges + new_rchanges, cmp=self.changes_sorter)

        # Prune changes : for DELETE and MOVE of Dir, remove all childrens
        toremove = []
        for i in range(len(rchanges)):
            ch = rchanges[i]
            if ch['type'] == 'path' and not ch['source'] == 'NULL' and not ch['target'] == 'NULL' and ch['node']['md5'] == 'directory':
                if i < len(rchanges)-1:
                    for j in range(i+1,len(rchanges)):
                        if rchanges[j]['source'] and rchanges[j]['type'] == 'path' and rchanges[j]['source'].startswith(ch['source']+'/'):
                            toremove.append(rchanges[j])

        if len(toremove):
            for r in toremove:
                if r in rchanges: rchanges.remove(r)

        return rchanges

    def store_conflicts(self, conflicts):
        for conflict in conflicts:
            local = conflict["local"]
            remote = conflict["remote"]
            if local["node"]:
                path = local["node"]["node_path"]
            elif local["source"]:
                path = local["source"]
            else:
                path = local["target"]
            self.db_handler.update_node_status(path, 'CONFLICT', pickle.dumps(remote))

    def get_remote_changes(self, seq_id, changes=dict()):

        logging.debug('Remote sequence ' + str(seq_id))
        data = self.sdk.changes(seq_id)
        for (i, item) in enumerate(data['changes']):
            item['location'] = 'remote'
            key = item['source'] if item['source'] != 'NULL' else item['target']
            if not key in changes['path_to_seqs']:
                changes['path_to_seqs'][key] = []
            changes['path_to_seqs'][key].append(item['seq'])
            changes['data'][item['seq']] = item

        return data['last_seq']