<?php

/*
 * LMS version 1.11-git
 *
 *  (C) Copyright 2001-2021 LMS Developers
 *
 *  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., 59 Temple Place - Suite 330, Boston, MA 02111-1307,
 *  USA.
 *
 */

$this->BeginTrans();

if (!$this->ResourceExists('nodes.login', LMSDB::RESOURCE_TYPE_COLUMN)) {
    $this->Execute("
        DROP VIEW vnodealltariffs;
        DROP VIEW vnodetariffs;
        DROP VIEW vmacs;
        DROP VIEW vnodes
    ");

    $this->Execute("ALTER TABLE nodes ADD COLUMN login varchar(128) DEFAULT NULL");

    $this->Execute("
        CREATE VIEW vnodes AS
            SELECT n.*, m.mac,
                a.ccode,
                a.city_id as location_city, a.street_id as location_street,
                a.house as location_house, a.flat as location_flat,
                a.location
            FROM nodes n
                LEFT JOIN (SELECT nodeid, array_to_string(array_agg(mac), ',') AS mac FROM macs GROUP BY nodeid) m ON (n.id = m.nodeid)
                LEFT JOIN vaddresses a ON n.address_id = a.id
            WHERE n.ipaddr <> 0 OR n.ipaddr_pub <> 0;
        
        CREATE VIEW vmacs AS
            SELECT n.*, m.mac, m.id AS macid,
                a.ccode,
                a.city_id as location_city,
                a.street_id as location_street, a.location,
                a.house as location_building, a.flat as location_flat
            FROM nodes n
                JOIN macs m ON (n.id = m.nodeid)
                LEFT JOIN vaddresses a ON n.address_id = a.id
            WHERE n.ipaddr <> 0 OR n.ipaddr_pub <> 0;
    
        CREATE VIEW vnodetariffs AS
            SELECT n.*,
                t.downrate, t.downceil,
                t.uprate, t.upceil,
                t.downrate_n, t.downceil_n,
                t.uprate_n, t.upceil_n,
                net.mask, net.gateway, net.dns, net.dns2,
                m.mac,
                a.ccode,
                a.city_id as location_city, a.street_id as location_street,
                a.house as location_house, a.flat as location_flat,
                a.location
            FROM nodes n
            JOIN networks net ON net.id = n.netid
            LEFT JOIN (SELECT nodeid, array_to_string(array_agg(mac), ',') AS mac FROM macs GROUP BY nodeid) m ON (n.id = m.nodeid)
            LEFT JOIN vaddresses a ON n.address_id = a.id
            JOIN (
                SELECT n.id AS nodeid,
                    ROUND(SUM(t.downrate * a.count)) AS downrate,
                    ROUND(SUM(t.downceil * a.count)) AS downceil,
                    SUM(t.down_burst_time) AS down_burst_time,
                    SUM(t.down_burst_threshold) AS down_burst_threshold,
                    SUM(t.down_burst_limit) AS down_burst_limit,
                    ROUND(SUM(t.uprate * a.count)) AS uprate,
                    ROUND(SUM(t.upceil * a.count)) AS upceil,
                    SUM(t.up_burst_time) AS up_burst_time,
                    SUM(t.up_burst_threshold) AS up_burst_threshold,
                    SUM(t.up_burst_limit) AS up_burst_limit,
                    ROUND(SUM(COALESCE(t.downrate_n, t.downrate) * a.count)) AS downrate_n,
                    ROUND(SUM(COALESCE(t.downceil_n, t.downceil) * a.count)) AS downceil_n,
                    SUM(COALESCE(t.down_burst_time_n, t.down_burst_time)) AS down_burst_time_n,
                    SUM(COALESCE(t.down_burst_threshold_n, t.down_burst_threshold)) AS down_burst_threshold_n,
                    SUM(COALESCE(t.down_burst_limit_n, t.down_burst_limit)) AS down_burst_limit_n,
                    ROUND(SUM(COALESCE(t.uprate_n, t.uprate) * a.count)) AS uprate_n,
                    ROUND(SUM(COALESCE(t.upceil_n, t.upceil) * a.count)) AS upceil_n,
                    SUM(COALESCE(t.up_burst_time_n, t.up_burst_time)) AS up_burst_time_n,
                    SUM(COALESCE(t.up_burst_threshold_n, t.up_burst_threshold)) AS up_burst_threshold_n,
                    SUM(COALESCE(t.up_burst_limit_n, t.up_burst_limit)) AS up_burst_limit_n
                FROM nodes n
                JOIN nodeassignments na ON na.nodeid = n.id
                JOIN assignments a ON a.id = na.assignmentid
                JOIN tariffs t ON t.id = a.tariffid
                LEFT JOIN (
                    SELECT customerid, COUNT(id) AS allsuspended FROM assignments
                    WHERE tariffid IS NULL AND liabilityid IS NULL
                        AND datefrom <= EXTRACT(EPOCH FROM CURRENT_TIMESTAMP(0))::integer
                        AND (dateto = 0 OR dateto > EXTRACT(EPOCH FROM CURRENT_TIMESTAMP(0))::integer)
                    GROUP BY customerid
                ) s ON s.customerid = n.ownerid
                WHERE s.allsuspended IS NULL AND a.suspended = 0 AND a.commited = 1
                    AND a.datefrom <= EXTRACT(EPOCH FROM CURRENT_TIMESTAMP(0))::integer
                    AND (a.dateto = 0 OR a.dateto >= EXTRACT(EPOCH FROM CURRENT_TIMESTAMP(0))::integer)
                    AND (t.downrate > 0 OR t.downceil > 0 OR t.uprate > 0 OR t.upceil > 0)
                GROUP BY n.id
            ) t ON t.nodeid = n.id
            WHERE n.ipaddr <> 0 OR n.ipaddr_pub <> 0;
        
        CREATE VIEW vnodealltariffs AS
            SELECT n.*,
                COALESCE(t1.downrate, t2.downrate, 0) AS downrate,
                COALESCE(t1.downceil, t2.downceil, 0) AS downceil,
                COALESCE(t1.down_burst_time, t2.down_burst_time, 0) AS down_burst_time,
                COALESCE(t1.down_burst_threshold, t2.down_burst_threshold, 0) AS down_burst_threshold,
                COALESCE(t1.down_burst_limit, t2.down_burst_limit, 0) AS down_burst_limit,
                COALESCE(t1.uprate, t2.uprate, 0) AS uprate,
                COALESCE(t1.upceil, t2.upceil, 0) AS upceil,
                COALESCE(t1.up_burst_time, t2.up_burst_time, 0) AS up_burst_time,
                COALESCE(t1.up_burst_threshold, t2.up_burst_threshold, 0) AS up_burst_threshold,
                COALESCE(t1.up_burst_limit, t2.up_burst_limit, 0) AS up_burst_limit,
                COALESCE(t1.downrate_n, t2.downrate_n, 0) AS downrate_n,
                COALESCE(t1.downceil_n, t2.downceil_n, 0) AS downceil_n,
                COALESCE(t1.down_burst_time_n, t2.down_burst_time_n, 0) AS down_burst_time_n,
                COALESCE(t1.down_burst_threshold_n, t2.down_burst_threshold_n, 0) AS down_burst_threshold_n,
                COALESCE(t1.down_burst_limit_n, t2.down_burst_limit_n, 0) AS down_burst_limit_n,
                COALESCE(t1.uprate_n, t2.uprate_n, 0) AS uprate_n,
                COALESCE(t1.upceil_n, t2.upceil_n, 0) AS upceil_n,
                COALESCE(t1.up_burst_time_n, t2.up_burst_time_n, 0) AS up_burst_time_n,
                COALESCE(t1.up_burst_threshold_n, t2.up_burst_threshold_n, 0) AS up_burst_threshold_n,
                COALESCE(t1.up_burst_limit_n, t2.up_burst_limit_n, 0) AS up_burst_limit_n,
                net.mask, net.gateway, net.dns, net.dns2,
                m.mac,
                a.ccode,
                a.city_id as location_city, a.street_id as location_street,
                a.house as location_house, a.flat as location_flat,
                a.location
            FROM nodes n
            JOIN networks net ON net.id = n.netid
            LEFT JOIN (
                SELECT nodeid, array_to_string(array_agg(mac), ',') AS mac
                FROM macs
                GROUP BY nodeid
            ) m ON n.id = m.nodeid
            LEFT JOIN vaddresses a ON a.id = n.address_id
            LEFT JOIN (
                SELECT n.id AS nodeid,
                    SUM(a.downrate) AS downrate,
                    SUM(a.downceil) AS downceil,
                    SUM(a.down_burst_time) AS down_burst_time,
                    SUM(a.down_burst_threshold) AS down_burst_threshold,
                    SUM(a.down_burst_limit) AS down_burst_limit,
                    SUM(a.uprate) AS uprate,
                    SUM(a.upceil) AS upceil,
                    SUM(a.up_burst_time) AS up_burst_time,
                    SUM(a.up_burst_threshold) AS up_burst_threshold,
                    SUM(a.up_burst_limit) AS up_burst_limit,
                    SUM(a.downrate_n) AS downrate_n,
                    SUM(a.downceil_n) AS downceil_n,
                    SUM(a.down_burst_time_n) AS down_burst_time_n,
                    SUM(a.down_burst_threshold_n) AS down_burst_threshold_n,
                    SUM(a.down_burst_limit_n) AS down_burst_limit_n,
                    SUM(a.uprate_n) AS uprate_n,
                    SUM(a.upceil_n) AS upceil_n,
                    SUM(a.up_burst_time_n) AS up_burst_time_n,
                    SUM(a.up_burst_threshold_n) AS up_burst_threshold_n,
                    SUM(a.up_burst_limit_n) AS up_burst_limit_n
                FROM nodes n
                JOIN (
                    SELECT n.id,
                        ROUND(SUM(t.downrate * a.count)) AS downrate,
                        ROUND(SUM(t.downceil * a.count)) AS downceil,
                        SUM(t.down_burst_time) AS down_burst_time,
                        SUM(t.down_burst_threshold) AS down_burst_threshold,
                        SUM(t.down_burst_limit) AS down_burst_limit,
                        ROUND(SUM(t.uprate * a.count)) AS uprate,
                        ROUND(SUM(t.upceil * a.count)) AS upceil,
                        SUM(t.up_burst_time) AS up_burst_time,
                        SUM(t.up_burst_threshold) AS up_burst_threshold,
                        SUM(t.up_burst_limit) AS up_burst_limit,
                        ROUND(SUM(COALESCE(t.downrate_n, t.downrate)) * a.count) AS downrate_n,
                        ROUND(SUM(COALESCE(t.downceil_n, t.downceil)) * a.count) AS downceil_n,
                        SUM(COALESCE(t.down_burst_time_n, t.down_burst_time)) AS down_burst_time_n,
                        SUM(COALESCE(t.down_burst_threshold_n, t.down_burst_threshold)) AS down_burst_threshold_n,
                        SUM(COALESCE(t.down_burst_limit_n, t.down_burst_limit)) AS down_burst_limit_n,
                        ROUND(SUM(COALESCE(t.uprate_n, t.uprate)) * a.count) AS uprate_n,
                        ROUND(SUM(COALESCE(t.upceil_n, t.upceil)) * a.count) AS upceil_n,
                        SUM(COALESCE(t.up_burst_time_n, t.up_burst_time)) AS up_burst_time_n,
                        SUM(COALESCE(t.up_burst_threshold_n, t.up_burst_threshold)) AS up_burst_threshold_n,
                        SUM(COALESCE(t.up_burst_limit_n, t.up_burst_limit)) AS up_burst_limit_n
                    FROM assignments a
                    JOIN nodeassignments na ON na.assignmentid = a.id
                    JOIN nodes n ON n.id = na.nodeid
                    JOIN tariffs t ON t.id = a.tariffid
                    LEFT JOIN (
                        SELECT customerid, COUNT(id) AS allsuspended FROM assignments
                        WHERE tariffid IS NULL AND liabilityid IS NULL
                            AND datefrom <= EXTRACT(EPOCH FROM CURRENT_TIMESTAMP(0))::integer
                            AND (dateto = 0 OR dateto > EXTRACT(EPOCH FROM CURRENT_TIMESTAMP(0))::integer)
                        GROUP BY customerid
                    ) s ON s.customerid = n.ownerid
                    WHERE s.allsuspended IS NULL AND a.suspended = 0 AND a.commited = 1
                        AND a.datefrom <= EXTRACT(EPOCH FROM CURRENT_TIMESTAMP(0))::integer
                        AND (a.dateto = 0 OR a.dateto >= EXTRACT(EPOCH FROM CURRENT_TIMESTAMP(0))::integer)
                        AND (t.downrate > 0 OR t.downceil > 0 OR t.uprate > 0 OR t.upceil > 0)
                    GROUP BY n.id, a.count
                ) a ON a.id = n.id
                GROUP BY n.id
            ) t1 ON t1.nodeid = n.id
            LEFT JOIN (
                SELECT n.id AS nodeid,
                    SUM(a.downrate) AS downrate,
                    SUM(a.downceil) AS downceil,
                    SUM(a.down_burst_time) AS down_burst_time,
                    SUM(a.down_burst_threshold) AS down_burst_threshold,
                    SUM(a.down_burst_limit) AS down_burst_limit,
                    SUM(a.uprate) AS uprate,
                    SUM(a.upceil) AS upceil,
                    SUM(a.up_burst_time) AS up_burst_time,
                    SUM(a.up_burst_threshold) AS up_burst_threshold,
                    SUM(a.up_burst_limit) AS up_burst_limit,
                    SUM(a.downrate_n) AS downrate_n,
                    SUM(a.downceil_n) AS downceil_n,
                    SUM(a.down_burst_time_n) AS down_burst_time_n,
                    SUM(a.down_burst_threshold_n) AS down_burst_threshold_n,
                    SUM(a.down_burst_limit_n) AS down_burst_limit_n,
                    SUM(a.uprate_n) AS uprate_n,
                    SUM(a.upceil_n) AS upceil_n,
                    SUM(a.up_burst_time_n) AS up_burst_time_n,
                    SUM(a.up_burst_threshold_n) AS up_burst_threshold_n,
                    SUM(a.up_burst_limit_n) AS up_burst_limit_n
                FROM nodes n
                JOIN (
                    SELECT n.id AS nodeid,
                        ROUND(SUM(t.downrate * a.count)) AS downrate,
                        ROUND(SUM(t.downceil * a.count)) AS downceil,
                        SUM(t.down_burst_time) AS down_burst_time,
                        SUM(t.down_burst_threshold) AS down_burst_threshold,
                        SUM(t.down_burst_limit) AS down_burst_limit,
                        ROUND(SUM(t.uprate * a.count)) AS uprate,
                        ROUND(SUM(t.upceil * a.count)) AS upceil,
                        SUM(t.up_burst_time) AS up_burst_time,
                        SUM(t.up_burst_threshold) AS up_burst_threshold,
                        SUM(t.up_burst_limit) AS up_burst_limit,
                        ROUND(SUM((CASE WHEN t.downrate_n IS NOT NULL THEN t.downrate_n ELSE t.downrate END) * a.count)) AS downrate_n,
                        ROUND(SUM((CASE WHEN t.downceil_n IS NOT NULL THEN t.downceil_n ELSE t.downceil END) * a.count)) AS downceil_n,
                        SUM(CASE WHEN t.down_burst_time_n IS NOT NULL THEN t.down_burst_time_n ELSE t.down_burst_time END) AS down_burst_time_n,
                        SUM(CASE WHEN t.down_burst_threshold_n IS NOT NULL THEN t.down_burst_threshold_n ELSE t.down_burst_threshold END) AS down_burst_threshold_n,
                        SUM(CASE WHEN t.down_burst_limit_n IS NOT NULL THEN t.down_burst_limit_n ELSE t.down_burst_limit END) AS down_burst_limit_n,
                        ROUND(SUM((CASE WHEN t.uprate_n IS NOT NULL THEN t.uprate_n ELSE t.uprate END) * a.count)) AS uprate_n,
                        ROUND(SUM((CASE WHEN t.upceil_n IS NOT NULL THEN t.upceil_n ELSE t.upceil END) * a.count)) AS upceil_n,
                        SUM(CASE WHEN t.up_burst_time_n IS NOT NULL THEN t.up_burst_time_n ELSE t.up_burst_time END) AS up_burst_time_n,
                        SUM(CASE WHEN t.up_burst_threshold_n IS NOT NULL THEN t.up_burst_threshold_n ELSE t.up_burst_threshold END) AS up_burst_threshold_n,
                        SUM(CASE WHEN t.up_burst_limit_n IS NOT NULL THEN t.up_burst_limit_n ELSE t.up_burst_limit END) AS up_burst_limit_n
                    FROM assignments a
                    JOIN tariffs t ON t.id = a.tariffid
                    JOIN (
                        SELECT vn.id,
                               (CASE WHEN nd.id IS NULL THEN vn.ownerid ELSE nd.ownerid END) AS ownerid
                        FROM vnodes vn
                        LEFT JOIN netdevices nd ON nd.id = vn.netdev AND vn.ownerid IS NULL AND nd.ownerid IS NOT NULL
                        WHERE (vn.ownerid IS NOT NULL AND nd.id IS NULL)
                            OR (vn.ownerid IS NULL AND nd.id IS NOT NULL)
                    ) n ON n.ownerid = a.customerid
                    LEFT JOIN (
                        SELECT customerid, COUNT(id) AS allsuspended FROM assignments
                        WHERE tariffid IS NULL AND liabilityid IS NULL
                            AND datefrom <= EXTRACT(EPOCH FROM CURRENT_TIMESTAMP(0))::integer
                            AND (dateto = 0 OR dateto > EXTRACT(EPOCH FROM CURRENT_TIMESTAMP(0))::integer)
                        GROUP BY customerid
                    ) s ON s.customerid = a.customerid
                    WHERE s.allsuspended IS NULL AND a.suspended = 0 AND a.commited = 1
                        AND a.datefrom <= EXTRACT(EPOCH FROM CURRENT_TIMESTAMP(0))::integer
                        AND (a.dateto = 0 OR a.dateto >= EXTRACT(EPOCH FROM CURRENT_TIMESTAMP(0))::integer)
                        AND (t.downrate > 0 OR t.downceil > 0 OR t.uprate > 0 OR t.upceil > 0)
                        AND n.id NOT IN (SELECT nodeid FROM nodeassignments)
                        AND a.id NOT IN (SELECT assignmentid FROM nodeassignments)
                    GROUP BY n.id, a.count
                ) a ON a.nodeid = n.id
                GROUP BY n.id
            ) t2 ON t2.nodeid = n.id
            WHERE (n.ipaddr <> 0 OR n.ipaddr_pub <> 0)
                AND ((t1.nodeid IS NOT NULL AND t2.nodeid IS NULL)
                    OR (t1.nodeid IS NULL AND t2.nodeid IS NOT NULL)
                    OR (t1.nodeid IS NULL AND t2.nodeid IS NULL))
    ");
}

$this->Execute("UPDATE dbinfo SET keyvalue = ? WHERE keytype = ?", array('2021022100', 'dbversion'));

$this->CommitTrans();
