import logging
from typing import List

import schemas
from chalicelib.core import events, metadata, projects, performance_event, sessions_favorite
from chalicelib.utils import pg_client, helper, metrics_helper
from chalicelib.utils import sql_helper as sh

logger = logging.getLogger(__name__)

SESSION_PROJECTION_BASE_COLS = """s.project_id,
s.session_id::text AS session_id,
s.user_uuid,
s.user_id,
s.user_os,
s.user_browser,
s.user_device,
s.user_device_type,
s.user_country,
s.user_city,
s.user_state,
s.start_ts,
s.duration,
s.events_count,
s.pages_count,
s.errors_count,
s.user_anonymous_id,
s.platform,
s.issue_score,
s.timezone,
to_jsonb(s.issue_types) AS issue_types """

SESSION_PROJECTION_COLS = SESSION_PROJECTION_BASE_COLS + """,
favorite_sessions.session_id NOTNULL            AS favorite,
COALESCE((SELECT TRUE
 FROM public.user_viewed_sessions AS fs
 WHERE s.session_id = fs.session_id
   AND fs.user_id = %(userId)s LIMIT 1), FALSE) AS viewed """


# This function executes the query and return result
def search_sessions(data: schemas.SessionsSearchPayloadSchema, project_id, user_id, errors_only=False,
                    error_status=schemas.ErrorStatus.all, count_only=False, issue=None, ids_only=False,
                    platform="web"):
    if data.bookmarked:
        data.startTimestamp, data.endTimestamp = sessions_favorite.get_start_end_timestamp(project_id, user_id)

    full_args, query_part = search_query_parts(data=data, error_status=error_status, errors_only=errors_only,
                                               favorite_only=data.bookmarked, issue=issue, project_id=project_id,
                                               user_id=user_id, platform=platform)
    if data.limit is not None and data.page is not None:
        full_args["sessions_limit"] = data.limit
        full_args["sessions_limit_s"] = (data.page - 1) * data.limit
        full_args["sessions_limit_e"] = data.page * data.limit
    else:
        full_args["sessions_limit"] = 200
        full_args["sessions_limit_s"] = 0
        full_args["sessions_limit_e"] = 200

    meta_keys = []
    with pg_client.PostgresClient() as cur:
        if errors_only:
            main_query = cur.mogrify(f"""SELECT DISTINCT er.error_id,
                                         COALESCE((SELECT TRUE
                                                     FROM public.user_viewed_errors AS ve
                                                     WHERE er.error_id = ve.error_id
                                                       AND ve.user_id = %(userId)s LIMIT 1), FALSE) AS viewed
                                        {query_part};""", full_args)

        elif count_only:
            main_query = cur.mogrify(f"""SELECT COUNT(DISTINCT s.session_id) AS count_sessions, 
                                                COUNT(DISTINCT s.user_uuid) AS count_users
                                        {query_part};""", full_args)
        elif data.group_by_user:
            g_sort = "count(full_sessions)"
            if data.order is None:
                data.order = schemas.SortOrderType.desc.value
            else:
                data.order = data.order
            if data.sort is not None and data.sort != 'sessionsCount':
                sort = helper.key_to_snake_case(data.sort)
                g_sort = f"{'MIN' if data.order == schemas.SortOrderType.desc else 'MAX'}({sort})"
            else:
                sort = 'start_ts'

            meta_keys = metadata.get(project_id=project_id)
            main_query = cur.mogrify(f"""SELECT COUNT(*) AS count,
                                                COALESCE(JSONB_AGG(users_sessions) 
                                                    FILTER (WHERE rn>%(sessions_limit_s)s AND rn<=%(sessions_limit_e)s), '[]'::JSONB) AS sessions
                                        FROM (SELECT user_id,
                                                 count(full_sessions)                                   AS user_sessions_count,
                                                 jsonb_agg(full_sessions) FILTER (WHERE rn <= 1)        AS last_session,
                                                 MIN(full_sessions.start_ts)                            AS first_session_ts,
                                                 ROW_NUMBER() OVER (ORDER BY {g_sort} {data.order}) AS rn
                                            FROM (SELECT *, ROW_NUMBER() OVER (PARTITION BY user_id ORDER BY {sort} {data.order}) AS rn 
                                                FROM (SELECT DISTINCT ON(s.session_id) {SESSION_PROJECTION_COLS} 
                                                                    {"," if len(meta_keys) > 0 else ""}{",".join([f'metadata_{m["index"]}' for m in meta_keys])}
                                                    {query_part}
                                                    ) AS filtred_sessions
                                                ) AS full_sessions
                                                GROUP BY user_id
                                            ) AS users_sessions;""",
                                     full_args)
        elif ids_only:
            main_query = cur.mogrify(f"""SELECT DISTINCT ON(s.session_id) s.session_id
                                             {query_part}
                                             ORDER BY s.session_id desc
                                             LIMIT %(sessions_limit)s OFFSET %(sessions_limit_s)s;""",
                                     full_args)
        else:
            if data.order is None:
                data.order = schemas.SortOrderType.desc.value
            else:
                data.order = data.order
            sort = 'session_id'
            if data.sort is not None and data.sort != "session_id":
                # sort += " " + data.order + "," + helper.key_to_snake_case(data.sort)
                sort = helper.key_to_snake_case(data.sort)

            meta_keys = metadata.get(project_id=project_id)
            main_query = cur.mogrify(f"""SELECT COUNT(full_sessions) AS count, 
                                                COALESCE(JSONB_AGG(full_sessions) 
                                                    FILTER (WHERE rn>%(sessions_limit_s)s AND rn<=%(sessions_limit_e)s), '[]'::JSONB) AS sessions
                                            FROM (SELECT *, ROW_NUMBER() OVER (ORDER BY {sort} {data.order}, issue_score DESC) AS rn
                                            FROM (SELECT DISTINCT ON(s.session_id) {SESSION_PROJECTION_COLS}
                                                                {"," if len(meta_keys) > 0 else ""}{",".join([f'metadata_{m["index"]}' for m in meta_keys])}
                                            {query_part}
                                            ORDER BY s.session_id desc) AS filtred_sessions
                                            ORDER BY {sort} {data.order}, issue_score DESC) AS full_sessions;""",
                                     full_args)
        logging.debug("--------------------")
        logging.debug(main_query)
        logging.debug("--------------------")
        try:
            cur.execute(main_query)
            sessions = cur.fetchone()
        except Exception as err:
            logging.warning("--------- SESSIONS SEARCH QUERY EXCEPTION -----------")
            logging.warning(main_query.decode('UTF-8'))
            logging.warning("--------- PAYLOAD -----------")
            logging.warning(data.model_dump_json())
            logging.warning("--------------------")
            raise err
        if errors_only or ids_only:
            return helper.list_to_camel_case(cur.fetchall())

        if count_only:
            return helper.dict_to_camel_case(sessions)

        total = sessions["count"]
        sessions = sessions["sessions"]

    if data.group_by_user:
        for i, s in enumerate(sessions):
            sessions[i] = {**s.pop("last_session")[0], **s}
            sessions[i].pop("rn")
            sessions[i]["metadata"] = {k["key"]: sessions[i][f'metadata_{k["index"]}'] for k in meta_keys \
                                       if sessions[i][f'metadata_{k["index"]}'] is not None}
    else:
        for i, s in enumerate(sessions):
            sessions[i]["metadata"] = {k["key"]: sessions[i][f'metadata_{k["index"]}'] for k in meta_keys \
                                       if sessions[i][f'metadata_{k["index"]}'] is not None}
    # if not data.group_by_user and data.sort is not None and data.sort != "session_id":
    #     sessions = sorted(sessions, key=lambda s: s[helper.key_to_snake_case(data.sort)],
    #                       reverse=data.order.upper() == "DESC")
    return {
        'total': total,
        'sessions': helper.list_to_camel_case(sessions)
    }


# TODO: remove "table of" search from this function
def search2_series(data: schemas.SessionsSearchPayloadSchema, project_id: int, density: int,
                   view_type: schemas.MetricTimeseriesViewType, metric_type: schemas.MetricType,
                   metric_of: schemas.MetricOfTable, metric_value: List):
    step_size = int(metrics_helper.__get_step_size(endTimestamp=data.endTimestamp, startTimestamp=data.startTimestamp,
                                                   density=density, factor=1, decimal=True))
    extra_event = None
    if metric_of == schemas.MetricOfTable.visited_url:
        extra_event = "events.pages"
    elif metric_of == schemas.MetricOfTable.issues and len(metric_value) > 0:
        data.filters.append(schemas.SessionSearchFilterSchema(value=metric_value, type=schemas.FilterType.issue,
                                                              operator=schemas.SearchEventOperator._is))
    full_args, query_part = search_query_parts(data=data, error_status=None, errors_only=False,
                                               favorite_only=False, issue=None, project_id=project_id,
                                               user_id=None, extra_event=extra_event)
    full_args["step_size"] = step_size
    sessions = []
    with pg_client.PostgresClient() as cur:
        if metric_type == schemas.MetricType.timeseries:
            if view_type == schemas.MetricTimeseriesViewType.line_chart:
                main_query = cur.mogrify(f"""WITH full_sessions AS (SELECT DISTINCT ON(s.session_id) s.session_id, s.start_ts
                                                                {query_part})
                                            SELECT generated_timestamp AS timestamp,
                                                   COUNT(s)            AS count
                                            FROM generate_series(%(startDate)s, %(endDate)s, %(step_size)s) AS generated_timestamp
                                                     LEFT JOIN LATERAL ( SELECT 1 AS s
                                                                         FROM full_sessions
                                                                         WHERE start_ts >= generated_timestamp
                                                                           AND start_ts <= generated_timestamp + %(step_size)s) AS sessions ON (TRUE)
                                            GROUP BY generated_timestamp
                                            ORDER BY generated_timestamp;""", full_args)
            else:
                main_query = cur.mogrify(f"""SELECT count(DISTINCT s.session_id) AS count
                                            {query_part};""", full_args)

            logging.debug("--------------------")
            logging.debug(main_query)
            logging.debug("--------------------")
            try:
                cur.execute(main_query)
            except Exception as err:
                logging.warning("--------- SESSIONS-SERIES QUERY EXCEPTION -----------")
                logging.warning(main_query.decode('UTF-8'))
                logging.warning("--------- PAYLOAD -----------")
                logging.warning(data.model_dump_json())
                logging.warning("--------------------")
                raise err
            if view_type == schemas.MetricTimeseriesViewType.line_chart:
                sessions = cur.fetchall()
            else:
                sessions = cur.fetchone()["count"]
        elif metric_type == schemas.MetricType.table:
            if isinstance(metric_of, schemas.MetricOfTable):
                main_col = "user_id"
                extra_col = ""
                extra_where = ""
                pre_query = ""
                distinct_on = "s.session_id"
                if metric_of == schemas.MetricOfTable.user_country:
                    main_col = "user_country"
                elif metric_of == schemas.MetricOfTable.user_device:
                    main_col = "user_device"
                elif metric_of == schemas.MetricOfTable.user_browser:
                    main_col = "user_browser"
                elif metric_of == schemas.MetricOfTable.issues:
                    main_col = "issue"
                    extra_col = f", UNNEST(s.issue_types) AS {main_col}"
                    if len(metric_value) > 0:
                        extra_where = []
                        for i in range(len(metric_value)):
                            arg_name = f"selected_issue_{i}"
                            extra_where.append(f"{main_col} = %({arg_name})s")
                            full_args[arg_name] = metric_value[i]
                        extra_where = f"WHERE ({' OR '.join(extra_where)})"
                elif metric_of == schemas.MetricOfTable.visited_url:
                    main_col = "path"
                    extra_col = ", path"
                    distinct_on += ",path"
                main_query = cur.mogrify(f"""{pre_query}
                                             SELECT COUNT(*) AS count, 
                                                    SUM(users_sessions.session_count) AS total_sessions,
                                                    COALESCE(JSONB_AGG(users_sessions) FILTER ( WHERE rn <= 200 ), '[]'::JSONB) AS values
                                                        FROM (SELECT {main_col} AS name,
                                                                 count(DISTINCT session_id)                                   AS session_count,
                                                                 ROW_NUMBER() OVER (ORDER BY count(full_sessions) DESC) AS rn
                                                            FROM (SELECT *
                                                            FROM (SELECT DISTINCT ON({distinct_on}) s.session_id, s.user_uuid, 
                                                                        s.user_id, s.user_os, 
                                                                        s.user_browser, s.user_device, 
                                                                        s.user_device_type, s.user_country, s.issue_types{extra_col}
                                                            {query_part}
                                                            ORDER BY s.session_id desc) AS filtred_sessions
                                                            ) AS full_sessions
                                                            {extra_where}
                                                            GROUP BY {main_col}
                                                            ORDER BY session_count DESC) AS users_sessions;""",
                                         full_args)
            logging.debug("--------------------")
            logging.debug(main_query)
            logging.debug("--------------------")
            cur.execute(main_query)
            sessions = helper.dict_to_camel_case(cur.fetchone())
            for s in sessions["values"]:
                s.pop("rn")

        return sessions


def search2_table(data: schemas.SessionsSearchPayloadSchema, project_id: int, density: int,
                  metric_of: schemas.MetricOfTable, metric_value: List):
    step_size = int(metrics_helper.__get_step_size(endTimestamp=data.endTimestamp, startTimestamp=data.startTimestamp,
                                                   density=density, factor=1, decimal=True))
    extra_event = None
    if metric_of == schemas.MetricOfTable.visited_url:
        extra_event = "events.pages"
    elif metric_of == schemas.MetricOfTable.issues and len(metric_value) > 0:
        data.filters.append(schemas.SessionSearchFilterSchema(value=metric_value, type=schemas.FilterType.issue,
                                                              operator=schemas.SearchEventOperator._is))
    full_args, query_part = search_query_parts(data=data, error_status=None, errors_only=False,
                                               favorite_only=False, issue=None, project_id=project_id,
                                               user_id=None, extra_event=extra_event)
    full_args["step_size"] = step_size
    with pg_client.PostgresClient() as cur:
        if isinstance(metric_of, schemas.MetricOfTable):
            main_col = "user_id"
            extra_col = ""
            extra_where = ""
            pre_query = ""
            distinct_on = "s.session_id"
            if metric_of == schemas.MetricOfTable.user_country:
                main_col = "user_country"
            elif metric_of == schemas.MetricOfTable.user_device:
                main_col = "user_device"
            elif metric_of == schemas.MetricOfTable.user_browser:
                main_col = "user_browser"
            elif metric_of == schemas.MetricOfTable.issues:
                main_col = "issue"
                extra_col = f", UNNEST(s.issue_types) AS {main_col}"
                if len(metric_value) > 0:
                    extra_where = []
                    for i in range(len(metric_value)):
                        arg_name = f"selected_issue_{i}"
                        extra_where.append(f"{main_col} = %({arg_name})s")
                        full_args[arg_name] = metric_value[i]
                    extra_where = f"WHERE ({' OR '.join(extra_where)})"
            elif metric_of == schemas.MetricOfTable.visited_url:
                main_col = "path"
                extra_col = ", path"
                distinct_on += ",path"
            main_query = cur.mogrify(f"""{pre_query}
                                         SELECT COUNT(*) AS count,
                                                COALESCE(SUM(users_sessions.session_count),0) AS total_sessions,
                                                COALESCE(JSONB_AGG(users_sessions) FILTER ( WHERE rn <= 200 ), '[]'::JSONB) AS values
                                                    FROM (SELECT {main_col} AS name,
                                                             count(DISTINCT session_id)                                   AS session_count,
                                                             ROW_NUMBER() OVER (ORDER BY count(full_sessions) DESC) AS rn
                                                        FROM (SELECT *
                                                        FROM (SELECT DISTINCT ON({distinct_on}) s.session_id, s.user_uuid, 
                                                                    s.user_id, s.user_os, 
                                                                    s.user_browser, s.user_device, 
                                                                    s.user_device_type, s.user_country, s.issue_types{extra_col}
                                                        {query_part}
                                                        ORDER BY s.session_id desc) AS filtred_sessions
                                                        ) AS full_sessions
                                                        {extra_where}
                                                        GROUP BY {main_col}
                                                        ORDER BY session_count DESC) AS users_sessions;""",
                                     full_args)
        logging.debug("--------------------")
        logging.debug(main_query)
        logging.debug("--------------------")
        cur.execute(main_query)
        sessions = helper.dict_to_camel_case(cur.fetchone())
        for s in sessions["values"]:
            s.pop("rn")

        return sessions


def search_table_of_individual_issues(data: schemas.SessionsSearchPayloadSchema, project_id: int):
    full_args, query_part = search_query_parts(data=data, error_status=None, errors_only=False,
                                               favorite_only=False, issue=None, project_id=project_id,
                                               user_id=None)

    with pg_client.PostgresClient() as cur:
        full_args["issues_limit"] = data.limit
        full_args["issues_limit_s"] = (data.page - 1) * data.limit
        full_args["issues_limit_e"] = data.page * data.limit
        main_query = cur.mogrify(f"""SELECT COUNT(1) AS count,
                                            COALESCE(SUM(session_count), 0) AS total_sessions,
                                            COALESCE(JSONB_AGG(ranked_issues) 
                                                FILTER ( WHERE rn > %(issues_limit_s)s 
                                                            AND rn <= %(issues_limit_e)s ), '[]'::JSONB) AS values
                                      FROM (SELECT *, ROW_NUMBER() OVER (ORDER BY session_count DESC) AS rn
                                            FROM (SELECT type AS name, context_string AS value, COUNT(DISTINCT session_id) AS session_count
                                                  FROM (SELECT session_id
                                                        {query_part}) AS filtered_sessions
                                                     INNER JOIN events_common.issues USING (session_id)
                                                     INNER JOIN public.issues USING (issue_id)
                                                  WHERE project_id = %(project_id)s
                                                    AND timestamp >= %(startDate)s
                                                    AND timestamp <= %(endDate)s
                                                  GROUP BY type, context_string
                                                  ORDER BY session_count DESC) AS filtered_issues
                                            ) AS ranked_issues;""", full_args)
        logging.debug("--------------------")
        logging.debug(main_query)
        logging.debug("--------------------")
        cur.execute(main_query)
        sessions = helper.dict_to_camel_case(cur.fetchone())
        for s in sessions["values"]:
            s.pop("rn")

        return sessions


def __is_valid_event(is_any: bool, event: schemas.SessionSearchEventSchema2):
    return not (not is_any and len(event.value) == 0 and event.type not in [schemas.EventType.request_details,
                                                                            schemas.EventType.graphql] \
                or event.type in [schemas.PerformanceEventType.location_dom_complete,
                                  schemas.PerformanceEventType.location_largest_contentful_paint_time,
                                  schemas.PerformanceEventType.location_ttfb,
                                  schemas.PerformanceEventType.location_avg_cpu_load,
                                  schemas.PerformanceEventType.location_avg_memory_usage
                                  ] and (event.source is None or len(event.source) == 0) \
                or event.type in [schemas.EventType.request_details, schemas.EventType.graphql] and (
                        event.filters is None or len(event.filters) == 0))


# this function generates the query and return the generated-query with the dict of query arguments
def search_query_parts(data: schemas.SessionsSearchPayloadSchema, error_status, errors_only, favorite_only, issue,
                       project_id, user_id, platform="web", extra_event=None):
    ss_constraints = []
    full_args = {"project_id": project_id, "startDate": data.startTimestamp, "endDate": data.endTimestamp,
                 "projectId": project_id, "userId": user_id}
    extra_constraints = [
        "s.project_id = %(project_id)s",
        "s.duration IS NOT NULL"
    ]
    extra_from = ""
    events_query_part = ""
    issues = []
    if len(data.filters) > 0:
        meta_keys = None
        for i, f in enumerate(data.filters):
            if not isinstance(f.value, list):
                f.value = [f.value]
            filter_type = f.type
            f.value = helper.values_for_operator(value=f.value, op=f.operator)
            f_k = f"f_value{i}"
            full_args = {**full_args, **sh.multi_values(f.value, value_key=f_k)}
            op = sh.get_sql_operator(f.operator) \
                if filter_type not in [schemas.FilterType.events_count] else f.operator
            is_any = sh.isAny_opreator(f.operator)
            is_undefined = sh.isUndefined_operator(f.operator)
            if not is_any and not is_undefined and len(f.value) == 0:
                continue
            is_not = False
            if sh.is_negation_operator(f.operator):
                is_not = True
            if filter_type == schemas.FilterType.user_browser:
                if is_any:
                    extra_constraints.append('s.user_browser IS NOT NULL')
                    ss_constraints.append('ms.user_browser IS NOT NULL')
                else:
                    extra_constraints.append(
                        sh.multi_conditions(f's.user_browser {op} %({f_k})s', f.value, is_not=is_not, value_key=f_k))
                    ss_constraints.append(
                        sh.multi_conditions(f'ms.user_browser {op} %({f_k})s', f.value, is_not=is_not,
                                            value_key=f_k))

            elif filter_type in [schemas.FilterType.user_os, schemas.FilterType.user_os_ios]:
                if is_any:
                    extra_constraints.append('s.user_os IS NOT NULL')
                    ss_constraints.append('ms.user_os IS NOT NULL')
                else:
                    extra_constraints.append(
                        sh.multi_conditions(f's.user_os {op} %({f_k})s', f.value, is_not=is_not, value_key=f_k))
                    ss_constraints.append(
                        sh.multi_conditions(f'ms.user_os {op} %({f_k})s', f.value, is_not=is_not, value_key=f_k))

            elif filter_type in [schemas.FilterType.user_device, schemas.FilterType.user_device_ios]:
                if is_any:
                    extra_constraints.append('s.user_device IS NOT NULL')
                    ss_constraints.append('ms.user_device IS NOT NULL')
                else:
                    extra_constraints.append(
                        sh.multi_conditions(f's.user_device {op} %({f_k})s', f.value, is_not=is_not, value_key=f_k))
                    ss_constraints.append(
                        sh.multi_conditions(f'ms.user_device {op} %({f_k})s', f.value, is_not=is_not, value_key=f_k))

            elif filter_type in [schemas.FilterType.user_country, schemas.FilterType.user_country_ios]:
                if is_any:
                    extra_constraints.append('s.user_country IS NOT NULL')
                    ss_constraints.append('ms.user_country IS NOT NULL')
                else:
                    extra_constraints.append(
                        sh.multi_conditions(f's.user_country {op} %({f_k})s', f.value, is_not=is_not, value_key=f_k))
                    ss_constraints.append(
                        sh.multi_conditions(f'ms.user_country {op} %({f_k})s', f.value, is_not=is_not,
                                            value_key=f_k))

            elif filter_type == schemas.FilterType.user_city:
                if is_any:
                    extra_constraints.append('s.user_city IS NOT NULL')
                    ss_constraints.append('ms.user_city IS NOT NULL')
                else:
                    extra_constraints.append(
                        sh.multi_conditions(f's.user_city {op} %({f_k})s', f.value, is_not=is_not, value_key=f_k))
                    ss_constraints.append(
                        sh.multi_conditions(f'ms.user_city {op} %({f_k})s', f.value, is_not=is_not,
                                            value_key=f_k))

            elif filter_type == schemas.FilterType.user_state:
                if is_any:
                    extra_constraints.append('s.user_state IS NOT NULL')
                    ss_constraints.append('ms.user_state IS NOT NULL')
                else:
                    extra_constraints.append(
                        sh.multi_conditions(f's.user_state {op} %({f_k})s', f.value, is_not=is_not, value_key=f_k))
                    ss_constraints.append(
                        sh.multi_conditions(f'ms.user_state {op} %({f_k})s', f.value, is_not=is_not,
                                            value_key=f_k))

            elif filter_type in [schemas.FilterType.utm_source]:
                if is_any:
                    extra_constraints.append('s.utm_source IS NOT NULL')
                    ss_constraints.append('ms.utm_source  IS NOT NULL')
                elif is_undefined:
                    extra_constraints.append('s.utm_source IS NULL')
                    ss_constraints.append('ms.utm_source  IS NULL')
                else:
                    extra_constraints.append(
                        sh.multi_conditions(f's.utm_source {op} %({f_k})s::text', f.value, is_not=is_not,
                                            value_key=f_k))
                    ss_constraints.append(
                        sh.multi_conditions(f'ms.utm_source {op} %({f_k})s::text', f.value, is_not=is_not,
                                            value_key=f_k))
            elif filter_type in [schemas.FilterType.utm_medium]:
                if is_any:
                    extra_constraints.append('s.utm_medium IS NOT NULL')
                    ss_constraints.append('ms.utm_medium IS NOT NULL')
                elif is_undefined:
                    extra_constraints.append('s.utm_medium IS NULL')
                    ss_constraints.append('ms.utm_medium IS NULL')
                else:
                    extra_constraints.append(
                        sh.multi_conditions(f's.utm_medium {op} %({f_k})s::text', f.value, is_not=is_not,
                                            value_key=f_k))
                    ss_constraints.append(
                        sh.multi_conditions(f'ms.utm_medium {op} %({f_k})s::text', f.value, is_not=is_not,
                                            value_key=f_k))
            elif filter_type in [schemas.FilterType.utm_campaign]:
                if is_any:
                    extra_constraints.append('s.utm_campaign IS NOT NULL')
                    ss_constraints.append('ms.utm_campaign IS NOT NULL')
                elif is_undefined:
                    extra_constraints.append('s.utm_campaign IS NULL')
                    ss_constraints.append('ms.utm_campaign IS NULL')
                else:
                    extra_constraints.append(
                        sh.multi_conditions(f's.utm_campaign {op} %({f_k})s::text', f.value, is_not=is_not,
                                            value_key=f_k))
                    ss_constraints.append(
                        sh.multi_conditions(f'ms.utm_campaign {op} %({f_k})s::text', f.value, is_not=is_not,
                                            value_key=f_k))

            elif filter_type == schemas.FilterType.duration:
                if len(f.value) > 0 and f.value[0] is not None:
                    extra_constraints.append("s.duration >= %(minDuration)s")
                    ss_constraints.append("ms.duration >= %(minDuration)s")
                    full_args["minDuration"] = f.value[0]
                if len(f.value) > 1 and f.value[1] is not None and int(f.value[1]) > 0:
                    extra_constraints.append("s.duration <= %(maxDuration)s")
                    ss_constraints.append("ms.duration <= %(maxDuration)s")
                    full_args["maxDuration"] = f.value[1]
            elif filter_type == schemas.FilterType.referrer:
                # extra_from += f"INNER JOIN {events.event_type.LOCATION.table} AS p USING(session_id)"
                if is_any:
                    extra_constraints.append('s.base_referrer IS NOT NULL')
                else:
                    extra_constraints.append(
                        sh.multi_conditions(f"s.base_referrer {op} %({f_k})s", f.value, is_not=is_not,
                                            value_key=f_k))
            elif filter_type == events.EventType.METADATA.ui_type:
                # get metadata list only if you need it
                if meta_keys is None:
                    meta_keys = metadata.get(project_id=project_id)
                    meta_keys = {m["key"]: m["index"] for m in meta_keys}
                if f.source in meta_keys.keys():
                    if is_any:
                        extra_constraints.append(f"s.{metadata.index_to_colname(meta_keys[f.source])} IS NOT NULL")
                        ss_constraints.append(f"ms.{metadata.index_to_colname(meta_keys[f.source])} IS NOT NULL")
                    elif is_undefined:
                        extra_constraints.append(f"s.{metadata.index_to_colname(meta_keys[f.source])} IS NULL")
                        ss_constraints.append(f"ms.{metadata.index_to_colname(meta_keys[f.source])} IS NULL")
                    else:
                        extra_constraints.append(
                            sh.multi_conditions(
                                f"s.{metadata.index_to_colname(meta_keys[f.source])} {op} %({f_k})s::text",
                                f.value, is_not=is_not, value_key=f_k))
                        ss_constraints.append(
                            sh.multi_conditions(
                                f"ms.{metadata.index_to_colname(meta_keys[f.source])} {op} %({f_k})s::text",
                                f.value, is_not=is_not, value_key=f_k))
            elif filter_type in [schemas.FilterType.user_id, schemas.FilterType.user_id_ios]:
                if is_any:
                    extra_constraints.append('s.user_id IS NOT NULL')
                    ss_constraints.append('ms.user_id IS NOT NULL')
                elif is_undefined:
                    extra_constraints.append('s.user_id IS NULL')
                    ss_constraints.append('ms.user_id IS NULL')
                else:
                    extra_constraints.append(
                        sh.multi_conditions(f"s.user_id {op} %({f_k})s::text", f.value, is_not=is_not,
                                            value_key=f_k))
                    ss_constraints.append(
                        sh.multi_conditions(f"ms.user_id {op} %({f_k})s::text", f.value, is_not=is_not,
                                            value_key=f_k))
            elif filter_type in [schemas.FilterType.user_anonymous_id,
                                 schemas.FilterType.user_anonymous_id_ios]:
                if is_any:
                    extra_constraints.append('s.user_anonymous_id IS NOT NULL')
                    ss_constraints.append('ms.user_anonymous_id IS NOT NULL')
                elif is_undefined:
                    extra_constraints.append('s.user_anonymous_id IS NULL')
                    ss_constraints.append('ms.user_anonymous_id IS NULL')
                else:
                    extra_constraints.append(
                        sh.multi_conditions(f"s.user_anonymous_id {op} %({f_k})s::text", f.value, is_not=is_not,
                                            value_key=f_k))
                    ss_constraints.append(
                        sh.multi_conditions(f"ms.user_anonymous_id {op} %({f_k})s::text", f.value, is_not=is_not,
                                            value_key=f_k))
            elif filter_type in [schemas.FilterType.rev_id, schemas.FilterType.rev_id_ios]:
                if is_any:
                    extra_constraints.append('s.rev_id IS NOT NULL')
                    ss_constraints.append('ms.rev_id IS NOT NULL')
                elif is_undefined:
                    extra_constraints.append('s.rev_id IS NULL')
                    ss_constraints.append('ms.rev_id IS NULL')
                else:
                    extra_constraints.append(
                        sh.multi_conditions(f"s.rev_id {op} %({f_k})s::text", f.value, is_not=is_not, value_key=f_k))
                    ss_constraints.append(
                        sh.multi_conditions(f"ms.rev_id {op} %({f_k})s::text", f.value, is_not=is_not,
                                            value_key=f_k))
            elif filter_type == schemas.FilterType.platform:
                # op = __ sh.get_sql_operator(f.operator)
                extra_constraints.append(
                    sh.multi_conditions(f"s.user_device_type {op} %({f_k})s", f.value, is_not=is_not,
                                        value_key=f_k))
                ss_constraints.append(
                    sh.multi_conditions(f"ms.user_device_type {op} %({f_k})s", f.value, is_not=is_not,
                                        value_key=f_k))
            elif filter_type == schemas.FilterType.issue:
                if is_any:
                    extra_constraints.append("array_length(s.issue_types, 1) > 0")
                    ss_constraints.append("array_length(ms.issue_types, 1) > 0")
                else:
                    if f.source:
                        issues.append(f)

                    extra_constraints.append(
                        sh.multi_conditions(f"%({f_k})s {op} ANY (s.issue_types)", f.value, is_not=is_not,
                                            value_key=f_k))
                    ss_constraints.append(
                        sh.multi_conditions(f"%({f_k})s {op} ANY (ms.issue_types)", f.value, is_not=is_not,
                                            value_key=f_k))

            elif filter_type == schemas.FilterType.events_count:
                extra_constraints.append(
                    sh.multi_conditions(f"s.events_count {op} %({f_k})s", f.value, is_not=is_not,
                                        value_key=f_k))
                ss_constraints.append(
                    sh.multi_conditions(f"ms.events_count {op} %({f_k})s", f.value, is_not=is_not,
                                        value_key=f_k))
    # ---------------------------------------------------------------------------
    if len(data.events) > 0:
        valid_events_count = 0
        for event in data.events:
            is_any = sh.isAny_opreator(event.operator)
            if not isinstance(event.value, list):
                event.value = [event.value]
            if __is_valid_event(is_any=is_any, event=event):
                valid_events_count += 1
        events_query_from = []
        event_index = 0
        or_events = data.events_order == schemas.SearchEventOrder._or
        # events_joiner = " FULL JOIN " if or_events else " INNER JOIN LATERAL "
        events_joiner = " UNION " if or_events else " INNER JOIN LATERAL "
        for i, event in enumerate(data.events):
            event_type = event.type
            is_any = sh.isAny_opreator(event.operator)
            if not isinstance(event.value, list):
                event.value = [event.value]
            if not __is_valid_event(is_any=is_any, event=event):
                continue
            op = sh.get_sql_operator(event.operator)
            is_not = False
            if sh.is_negation_operator(event.operator):
                is_not = True
                op = sh.reverse_sql_operator(op)
            if event_index == 0 or or_events:
                event_from = "%s INNER JOIN public.sessions AS ms USING (session_id)"
                event_where = ["ms.project_id = %(projectId)s", "main.timestamp >= %(startDate)s",
                               "main.timestamp <= %(endDate)s", "ms.start_ts >= %(startDate)s",
                               "ms.start_ts <= %(endDate)s", "ms.duration IS NOT NULL"]
                if favorite_only and not errors_only:
                    event_from += "INNER JOIN public.user_favorite_sessions AS fs USING(session_id)"
                    event_where.append("fs.user_id = %(userId)s")
            else:
                event_from = "%s"
                event_where = ["main.timestamp >= %(startDate)s", "main.timestamp <= %(endDate)s",
                               "main.session_id=event_0.session_id"]
                if data.events_order == schemas.SearchEventOrder._then:
                    event_where.append(f"event_{event_index - 1}.timestamp <= main.timestamp")
            e_k = f"e_value{i}"
            s_k = e_k + "_source"

            event.value = helper.values_for_operator(value=event.value, op=event.operator)
            full_args = {**full_args,
                         **sh.multi_values(event.value, value_key=e_k),
                         **sh.multi_values(event.source, value_key=s_k)}

            if event_type == events.EventType.CLICK.ui_type:
                if platform == "web":
                    event_from = event_from % f"{events.EventType.CLICK.table} AS main "
                    if not is_any:
                        if event.operator == schemas.ClickEventExtraOperator._on_selector:
                            event_where.append(
                                sh.multi_conditions(f"main.selector = %({e_k})s", event.value, value_key=e_k))
                        else:
                            event_where.append(
                                sh.multi_conditions(f"main.{events.EventType.CLICK.column} {op} %({e_k})s", event.value,
                                                    value_key=e_k))
                else:
                    event_from = event_from % f"{events.EventType.CLICK_IOS.table} AS main "
                    if not is_any:
                        event_where.append(
                            sh.multi_conditions(f"main.{events.EventType.CLICK_IOS.column} {op} %({e_k})s", event.value,
                                                value_key=e_k))

            elif event_type == events.EventType.TAG.ui_type:
                event_from = event_from % f"{events.EventType.TAG.table} AS main "
                if not is_any:
                    event_where.append(
                        sh.multi_conditions(f"main.tag_id = %({e_k})s", event.value, value_key=e_k))
            elif event_type == events.EventType.INPUT.ui_type:
                if platform == "web":
                    event_from = event_from % f"{events.EventType.INPUT.table} AS main "
                    if not is_any:
                        event_where.append(
                            sh.multi_conditions(f"main.{events.EventType.INPUT.column} {op} %({e_k})s", event.value,
                                                value_key=e_k))
                    if event.source is not None and len(event.source) > 0:
                        event_where.append(sh.multi_conditions(f"main.value ILIKE %(custom{i})s", event.source,
                                                               value_key=f"custom{i}"))
                        full_args = {**full_args, **sh.multi_values(event.source, value_key=f"custom{i}")}

                else:
                    event_from = event_from % f"{events.EventType.INPUT_IOS.table} AS main "
                    if not is_any:
                        event_where.append(
                            sh.multi_conditions(f"main.{events.EventType.INPUT_IOS.column} {op} %({e_k})s", event.value,
                                                value_key=e_k))


            elif event_type == events.EventType.LOCATION.ui_type:
                if platform == "web":
                    event_from = event_from % f"{events.EventType.LOCATION.table} AS main "
                    if not is_any:
                        event_where.append(
                            sh.multi_conditions(f"main.{events.EventType.LOCATION.column} {op} %({e_k})s",
                                                event.value, value_key=e_k))
                else:
                    event_from = event_from % f"{events.EventType.VIEW_IOS.table} AS main "
                    if not is_any:
                        event_where.append(
                            sh.multi_conditions(f"main.{events.EventType.VIEW_IOS.column} {op} %({e_k})s",
                                                event.value, value_key=e_k))
            elif event_type == events.EventType.SWIPE_IOS.ui_type and platform == "ios":
                event_from = event_from % f"{events.EventType.SWIPE_IOS.table} AS main "
                if not is_any:
                    event_where.append(
                        sh.multi_conditions(f"main.{events.EventType.SWIPE_IOS.column} {op} %({e_k})s",
                                            event.value, value_key=e_k))
            elif event_type == events.EventType.CUSTOM.ui_type:
                event_from = event_from % f"{events.EventType.CUSTOM.table} AS main "
                if not is_any:
                    event_where.append(
                        sh.multi_conditions(f"main.{events.EventType.CUSTOM.column} {op} %({e_k})s", event.value,
                                            value_key=e_k))
            elif event_type == events.EventType.REQUEST.ui_type:
                event_from = event_from % f"{events.EventType.REQUEST.table} AS main "
                if not is_any:
                    event_where.append(
                        sh.multi_conditions(f"main.{events.EventType.REQUEST.column} {op} %({e_k})s", event.value,
                                            value_key=e_k))
            # elif event_type == events.event_type.GRAPHQL.ui_type:
            #     event_from = event_from % f"{events.event_type.GRAPHQL.table} AS main "
            #     if not is_any:
            #         event_where.append(
            #             _multiple_conditions(f"main.{events.event_type.GRAPHQL.column} {op} %({e_k})s", event.value,
            #                                  value_key=e_k))
            elif event_type == events.EventType.STATEACTION.ui_type:
                event_from = event_from % f"{events.EventType.STATEACTION.table} AS main "
                if not is_any:
                    event_where.append(
                        sh.multi_conditions(f"main.{events.EventType.STATEACTION.column} {op} %({e_k})s",
                                            event.value, value_key=e_k))
            elif event_type == events.EventType.ERROR.ui_type:
                event_from = event_from % f"{events.EventType.ERROR.table} AS main INNER JOIN public.errors AS main1 USING(error_id)"
                event.source = list(set(event.source))
                if not is_any and event.value not in [None, "*", ""]:
                    event_where.append(
                        sh.multi_conditions(f"(main1.message {op} %({e_k})s OR main1.name {op} %({e_k})s)",
                                            event.value, value_key=e_k))
                if len(event.source) > 0 and event.source[0] not in [None, "*", ""]:
                    event_where.append(sh.multi_conditions(f"main1.source = %({s_k})s", event.source, value_key=s_k))


            # ----- IOS
            elif event_type == events.EventType.CLICK_IOS.ui_type:
                event_from = event_from % f"{events.EventType.CLICK_IOS.table} AS main "
                if not is_any:
                    event_where.append(
                        sh.multi_conditions(f"main.{events.EventType.CLICK_IOS.column} {op} %({e_k})s",
                                            event.value, value_key=e_k))

            elif event_type == events.EventType.INPUT_IOS.ui_type:
                event_from = event_from % f"{events.EventType.INPUT_IOS.table} AS main "
                if not is_any:
                    event_where.append(
                        sh.multi_conditions(f"main.{events.EventType.INPUT_IOS.column} {op} %({e_k})s",
                                            event.value, value_key=e_k))
                if event.source is not None and len(event.source) > 0:
                    event_where.append(sh.multi_conditions(f"main.value ILIKE %(custom{i})s", event.source,
                                                           value_key="custom{i}"))
                    full_args = {**full_args, **sh.multi_values(event.source, f"custom{i}")}
            elif event_type == events.EventType.VIEW_IOS.ui_type:
                event_from = event_from % f"{events.EventType.VIEW_IOS.table} AS main "
                if not is_any:
                    event_where.append(
                        sh.multi_conditions(f"main.{events.EventType.VIEW_IOS.column} {op} %({e_k})s",
                                            event.value, value_key=e_k))
            elif event_type == events.EventType.CUSTOM_IOS.ui_type:
                event_from = event_from % f"{events.EventType.CUSTOM_IOS.table} AS main "
                if not is_any:
                    event_where.append(
                        sh.multi_conditions(f"main.{events.EventType.CUSTOM_IOS.column} {op} %({e_k})s",
                                            event.value, value_key=e_k))
            elif event_type == events.EventType.REQUEST_IOS.ui_type:
                event_from = event_from % f"{events.EventType.REQUEST_IOS.table} AS main "
                if not is_any:
                    event_where.append(
                        sh.multi_conditions(f"main.{events.EventType.REQUEST_IOS.column} {op} %({e_k})s",
                                            event.value, value_key=e_k))
            elif event_type == events.EventType.CRASH_IOS.ui_type:
                event_from = event_from % f"{events.EventType.CRASH_IOS.table} AS main INNER JOIN public.crashes_ios AS main1 USING(crash_id)"
                if not is_any and event.value not in [None, "*", ""]:
                    event_where.append(
                        sh.multi_conditions(f"(main1.reason {op} %({e_k})s OR main1.name {op} %({e_k})s)",
                                            event.value, value_key=e_k))
            elif event_type == schemas.PerformanceEventType.fetch_failed:
                event_from = event_from % f"{events.EventType.REQUEST.table} AS main "
                if not is_any:
                    event_where.append(
                        sh.multi_conditions(f"main.{events.EventType.REQUEST.column} {op} %({e_k})s",
                                            event.value, value_key=e_k))
                col = performance_event.get_col(event_type)
                colname = col["column"]
                event_where.append(f"main.{colname} = FALSE")
            # elif event_type == schemas.PerformanceEventType.fetch_duration:
            #     event_from = event_from % f"{events.event_type.REQUEST.table} AS main "
            #     if not is_any:
            #         event_where.append(
            #             _multiple_conditions(f"main.{events.event_type.REQUEST.column} {op} %({e_k})s",
            #                                  event.value, value_key=e_k))
            #     col = performance_event.get_col(event_type)
            #     colname = col["column"]
            #     tname = "main"
            #     e_k += "_custom"
            #     full_args = {**full_args, **_ sh.multiple_values(event.source, value_key=e_k)}
            #     event_where.append(f"{tname}.{colname} IS NOT NULL AND {tname}.{colname}>0 AND " +
            #                        _multiple_conditions(f"{tname}.{colname} {event.sourceOperator} %({e_k})s",
            #                                             event.source, value_key=e_k))
            elif event_type in [schemas.PerformanceEventType.location_dom_complete,
                                schemas.PerformanceEventType.location_largest_contentful_paint_time,
                                schemas.PerformanceEventType.location_ttfb,
                                schemas.PerformanceEventType.location_avg_cpu_load,
                                schemas.PerformanceEventType.location_avg_memory_usage
                                ]:
                event_from = event_from % f"{events.EventType.LOCATION.table} AS main "
                col = performance_event.get_col(event_type)
                colname = col["column"]
                tname = "main"
                if col.get("extraJoin") is not None:
                    tname = "ej"
                    event_from += f" INNER JOIN {col['extraJoin']} AS {tname} USING(session_id)"
                    event_where += [f"{tname}.timestamp >= main.timestamp", f"{tname}.timestamp >= %(startDate)s",
                                    f"{tname}.timestamp <= %(endDate)s"]
                if not is_any:
                    event_where.append(
                        sh.multi_conditions(f"main.{events.EventType.LOCATION.column} {op} %({e_k})s",
                                            event.value, value_key=e_k))
                e_k += "_custom"
                full_args = {**full_args, **sh.multi_values(event.source, value_key=e_k)}

                event_where.append(f"{tname}.{colname} IS NOT NULL AND {tname}.{colname}>0 AND " +
                                   sh.multi_conditions(f"{tname}.{colname} {event.sourceOperator} %({e_k})s",
                                                       event.source, value_key=e_k))

            elif event_type == schemas.EventType.request_details:
                event_from = event_from % f"{events.EventType.REQUEST.table} AS main "
                apply = False
                for j, f in enumerate(event.filters):
                    is_any = sh.isAny_opreator(f.operator)
                    if is_any or len(f.value) == 0:
                        continue
                    f.value = helper.values_for_operator(value=f.value, op=f.operator)
                    op = sh.get_sql_operator(f.operator)
                    e_k_f = e_k + f"_fetch{j}"
                    full_args = {**full_args, **sh.multi_values(f.value, value_key=e_k_f)}
                    if f.type == schemas.FetchFilterType._url:
                        event_where.append(
                            sh.multi_conditions(f"main.{events.EventType.REQUEST.column} {op} %({e_k_f})s::text",
                                                f.value, value_key=e_k_f))
                        apply = True
                    elif f.type == schemas.FetchFilterType._status_code:
                        event_where.append(
                            sh.multi_conditions(f"main.status_code {f.operator} %({e_k_f})s::integer", f.value,
                                                value_key=e_k_f))
                        apply = True
                    elif f.type == schemas.FetchFilterType._method:
                        event_where.append(
                            sh.multi_conditions(f"main.method {op} %({e_k_f})s", f.value, value_key=e_k_f))
                        apply = True
                    elif f.type == schemas.FetchFilterType._duration:
                        event_where.append(
                            sh.multi_conditions(f"main.duration {f.operator} %({e_k_f})s::integer", f.value,
                                                value_key=e_k_f))
                        apply = True
                    elif f.type == schemas.FetchFilterType._request_body:
                        event_where.append(
                            sh.multi_conditions(f"main.request_body {op} %({e_k_f})s::text", f.value,
                                                value_key=e_k_f))
                        apply = True
                    elif f.type == schemas.FetchFilterType._response_body:
                        event_where.append(
                            sh.multi_conditions(f"main.response_body {op} %({e_k_f})s::text", f.value,
                                                value_key=e_k_f))
                        apply = True
                    else:
                        logging.warning(f"undefined FETCH filter: {f.type}")
                if not apply:
                    continue
            elif event_type == schemas.EventType.graphql:
                event_from = event_from % f"{events.EventType.GRAPHQL.table} AS main "
                for j, f in enumerate(event.filters):
                    is_any = sh.isAny_opreator(f.operator)
                    if is_any or len(f.value) == 0:
                        continue
                    f.value = helper.values_for_operator(value=f.value, op=f.operator)
                    op = sh.get_sql_operator(f.operator)
                    e_k_f = e_k + f"_graphql{j}"
                    full_args = {**full_args, **sh.multi_values(f.value, value_key=e_k_f)}
                    if f.type == schemas.GraphqlFilterType._name:
                        event_where.append(
                            sh.multi_conditions(f"main.{events.EventType.GRAPHQL.column} {op} %({e_k_f})s", f.value,
                                                value_key=e_k_f))
                    elif f.type == schemas.GraphqlFilterType._method:
                        event_where.append(
                            sh.multi_conditions(f"main.method {op} %({e_k_f})s", f.value, value_key=e_k_f))
                    elif f.type == schemas.GraphqlFilterType._request_body:
                        event_where.append(
                            sh.multi_conditions(f"main.request_body {op} %({e_k_f})s", f.value, value_key=e_k_f))
                    elif f.type == schemas.GraphqlFilterType._response_body:
                        event_where.append(
                            sh.multi_conditions(f"main.response_body {op} %({e_k_f})s", f.value, value_key=e_k_f))
                    else:
                        logging.warning(f"undefined GRAPHQL filter: {f.type}")
            else:
                continue
            if event_index == 0 or or_events:
                event_where += ss_constraints
            if is_not:
                if event_index == 0 or or_events:
                    events_query_from.append(f"""\
                                    (SELECT
                                        session_id, 
                                        0 AS timestamp
                                      FROM sessions
                                      WHERE EXISTS(SELECT session_id 
                                                    FROM {event_from} 
                                                    WHERE {" AND ".join(event_where)} 
                                                        AND sessions.session_id=ms.session_id) IS FALSE
                                        AND project_id = %(projectId)s 
                                        AND start_ts >= %(startDate)s
                                        AND start_ts <= %(endDate)s
                                        AND duration IS NOT NULL
                                    ) {"" if or_events else (f"AS event_{event_index}" + ("ON(TRUE)" if event_index > 0 else ""))}\
                                    """)
                else:
                    events_query_from.append(f"""\
            (SELECT
                event_0.session_id, 
                event_{event_index - 1}.timestamp AS timestamp
              WHERE EXISTS(SELECT session_id FROM {event_from} WHERE {" AND ".join(event_where)}) IS FALSE
            ) AS event_{event_index} {"ON(TRUE)" if event_index > 0 else ""}\
            """)
            else:
                events_query_from.append(f"""\
            (SELECT main.session_id, {"MIN" if event_index < (valid_events_count - 1) else "MAX"}(main.timestamp) AS timestamp
              FROM {event_from}
              WHERE {" AND ".join(event_where)}
              GROUP BY 1
            ) {"" if or_events else (f"AS event_{event_index} " + ("ON(TRUE)" if event_index > 0 else ""))}\
            """)
            event_index += 1
        if event_index > 0:
            if or_events:
                events_query_part = f"""SELECT
                                            session_id, 
                                            MIN(timestamp) AS first_event_ts, 
                                            MAX(timestamp) AS last_event_ts
                                        FROM ({events_joiner.join(events_query_from)}) AS u
                                        GROUP BY 1"""
            else:
                events_query_part = f"""SELECT
                                        event_0.session_id,
                                        MIN(event_0.timestamp) AS first_event_ts,
                                        MAX(event_{event_index - 1}.timestamp) AS last_event_ts
                                    FROM {events_joiner.join(events_query_from)}
                                    GROUP BY 1"""
    else:
        data.events = []
    # ---------------------------------------------------------------------------
    if data.startTimestamp is not None:
        extra_constraints.append("s.start_ts >= %(startDate)s")
    if data.endTimestamp is not None:
        extra_constraints.append("s.start_ts <= %(endDate)s")
    # if data.platform is not None:
    #     if data.platform == schemas.PlatformType.mobile:
    #         extra_constraints.append(b"s.user_os in ('Android','BlackBerry OS','iOS','Tizen','Windows Phone')")
    #     elif data.platform == schemas.PlatformType.desktop:
    #         extra_constraints.append(
    #             b"s.user_os in ('Chrome OS','Fedora','Firefox OS','Linux','Mac OS X','Ubuntu','Windows')")

    if errors_only:
        extra_from += f" INNER JOIN {events.EventType.ERROR.table} AS er USING (session_id) INNER JOIN public.errors AS ser USING (error_id)"
        extra_constraints.append("ser.source = 'js_exception'")
        extra_constraints.append("ser.project_id = %(project_id)s")
        # if error_status != schemas.ErrorStatus.all:
        #     extra_constraints.append("ser.status = %(error_status)s")
        #     full_args["error_status"] = error_status
        # if favorite_only:
        #     extra_from += " INNER JOIN public.user_favorite_errors AS ufe USING (error_id)"
        #     extra_constraints.append("ufe.user_id = %(userId)s")

    if favorite_only and not errors_only and user_id is not None:
        extra_from += """INNER JOIN (SELECT user_id, session_id
                                    FROM public.user_favorite_sessions
                                    WHERE user_id = %(userId)s) AS favorite_sessions
                                    USING (session_id)"""
    elif not favorite_only and not errors_only and user_id is not None:
        extra_from += """LEFT JOIN (SELECT user_id, session_id
                                    FROM public.user_favorite_sessions
                                    WHERE user_id = %(userId)s) AS favorite_sessions
                                    USING (session_id)"""
    extra_join = ""
    if issue is not None:
        extra_join = """
                INNER JOIN LATERAL(SELECT TRUE FROM events_common.issues INNER JOIN public.issues AS p_issues USING (issue_id)
                WHERE issues.session_id=f.session_id 
                    AND p_issues.type=%(issue_type)s 
                    AND p_issues.context_string=%(issue_contextString)s
                    AND timestamp >= f.first_event_ts
                    AND timestamp <= f.last_event_ts) AS issues ON(TRUE)
                """
        full_args["issue_contextString"] = issue["contextString"]
        full_args["issue_type"] = issue["type"]
    elif len(issues) > 0:
        issues_conditions = []
        for i, f in enumerate(issues):
            f_k_v = f"f_issue_v{i}"
            f_k_s = f_k_v + "_source"
            full_args = {**full_args, **sh.multi_values(f.value, value_key=f_k_v), f_k_s: f.source}
            issues_conditions.append(sh.multi_conditions(f"p_issues.type=%({f_k_v})s", f.value,
                                                         value_key=f_k_v))
            issues_conditions[-1] = f"({issues_conditions[-1]} AND p_issues.context_string=%({f_k_s})s)"

        if len(events_query_part) > 0:
            extra_join = f"""
                            INNER JOIN LATERAL(SELECT TRUE FROM events_common.issues INNER JOIN public.issues AS p_issues USING (issue_id)
                            WHERE issues.session_id=f.session_id 
                                AND timestamp >= f.first_event_ts
                                AND timestamp <= f.last_event_ts
                                AND {" OR ".join(issues_conditions)}
                                ) AS issues ON(TRUE)
                            """
        else:
            extra_join = f"""
                            INNER JOIN LATERAL(SELECT TRUE FROM events_common.issues INNER JOIN public.issues AS p_issues USING (issue_id)
                            WHERE issues.session_id=s.session_id 
                                AND timestamp >= %(startDate)s
                                AND timestamp <= %(endDate)s
                                AND {" OR ".join(issues_conditions)}
                                ) AS issues ON(TRUE)
                            """
        # full_args["issue_contextString"] = issue["contextString"]
        # full_args["issue_type"] = issue["type"]
    if extra_event:
        extra_join += f"""INNER JOIN {extra_event} AS ev USING(session_id)"""
        extra_constraints.append("ev.timestamp>=%(startDate)s")
        extra_constraints.append("ev.timestamp<=%(endDate)s")
    query_part = f"""\
                        FROM {f"({events_query_part}) AS f" if len(events_query_part) > 0 else "public.sessions AS s"}
                        {extra_join}
                        {"INNER JOIN public.sessions AS s USING(session_id)" if len(events_query_part) > 0 else ""}
                        {extra_from}
                        WHERE 
                          {" AND ".join(extra_constraints)}"""
    return full_args, query_part


def search_by_metadata(tenant_id, user_id, m_key, m_value, project_id=None):
    if project_id is None:
        all_projects = projects.get_projects(tenant_id=tenant_id)
    else:
        all_projects = [
            projects.get_project(tenant_id=tenant_id, project_id=int(project_id), include_last_session=False,
                                 include_gdpr=False)]

    all_projects = {int(p["projectId"]): p["name"] for p in all_projects}
    project_ids = list(all_projects.keys())

    available_keys = metadata.get_keys_by_projects(project_ids)
    for i in available_keys:
        available_keys[i]["user_id"] = schemas.FilterType.user_id
        available_keys[i]["user_anonymous_id"] = schemas.FilterType.user_anonymous_id
    results = {}
    for i in project_ids:
        if m_key not in available_keys[i].values():
            available_keys.pop(i)
            results[i] = {"total": 0, "sessions": [], "missingMetadata": True}
    project_ids = list(available_keys.keys())
    if len(project_ids) > 0:
        with pg_client.PostgresClient() as cur:
            sub_queries = []
            for i in project_ids:
                col_name = list(available_keys[i].keys())[list(available_keys[i].values()).index(m_key)]
                sub_queries.append(cur.mogrify(
                    f"(SELECT COALESCE(COUNT(s.*)) AS count FROM public.sessions AS s WHERE s.project_id = %(id)s AND s.{col_name} = %(value)s) AS \"{i}\"",
                    {"id": i, "value": m_value}).decode('UTF-8'))
            query = f"""SELECT {", ".join(sub_queries)};"""
            cur.execute(query=query)

            rows = cur.fetchone()

            sub_queries = []
            for i in rows.keys():
                results[i] = {"total": rows[i], "sessions": [], "missingMetadata": False, "name": all_projects[int(i)]}
                if rows[i] > 0:
                    col_name = list(available_keys[int(i)].keys())[list(available_keys[int(i)].values()).index(m_key)]
                    sub_queries.append(
                        cur.mogrify(
                            f"""(
                                    SELECT *
                                    FROM (
                                            SELECT DISTINCT ON(favorite_sessions.session_id, s.session_id) {SESSION_PROJECTION_COLS}
                                            FROM public.sessions AS s LEFT JOIN (SELECT session_id
                                                                                    FROM public.user_favorite_sessions
                                                                                    WHERE user_favorite_sessions.user_id = %(userId)s
                                                                                ) AS favorite_sessions USING (session_id)
                                            WHERE s.project_id = %(id)s AND s.duration IS NOT NULL AND s.{col_name} = %(value)s
                                        ) AS full_sessions
                                    ORDER BY favorite DESC, issue_score DESC
                                    LIMIT 10
                                )""",
                            {"id": i, "value": m_value, "userId": user_id}).decode('UTF-8'))
            if len(sub_queries) > 0:
                cur.execute("\nUNION\n".join(sub_queries))
                rows = cur.fetchall()
                for i in rows:
                    results[str(i["project_id"])]["sessions"].append(helper.dict_to_camel_case(i))
    return results


def get_user_sessions(project_id, user_id, start_date, end_date):
    with pg_client.PostgresClient() as cur:
        constraints = ["s.project_id = %(projectId)s", "s.user_id = %(userId)s"]
        if start_date is not None:
            constraints.append("s.start_ts >= %(startDate)s")
        if end_date is not None:
            constraints.append("s.start_ts <= %(endDate)s")

        query_part = f"""\
            FROM public.sessions AS s
            WHERE {" AND ".join(constraints)}"""

        cur.execute(cur.mogrify(f"""\
                    SELECT s.project_id,
                           s.session_id::text AS session_id,
                           s.user_uuid,
                           s.user_id,
                           s.user_os,
                           s.user_browser,
                           s.user_device,
                           s.user_country,
                           s.start_ts,
                           s.duration,
                           s.events_count,
                           s.pages_count,
                           s.errors_count
                    {query_part}
                    ORDER BY s.session_id         
                    LIMIT 50;""", {
            "projectId": project_id,
            "userId": user_id,
            "startDate": start_date,
            "endDate": end_date
        }))

        sessions = cur.fetchall()
    return helper.list_to_camel_case(sessions)


def get_session_user(project_id, user_id):
    with pg_client.PostgresClient() as cur:
        query = cur.mogrify(
            """\
            SELECT
                user_id,
                count(*) as session_count,	
                max(start_ts) as last_seen,
                min(start_ts) as first_seen
            FROM
                "public".sessions
            WHERE
                project_id = %(project_id)s
                AND user_id = %(userId)s
                AND duration is not null
            GROUP BY user_id;
            """,
            {"project_id": project_id, "userId": user_id}
        )
        cur.execute(query=query)
        data = cur.fetchone()
    return helper.dict_to_camel_case(data)


def count_all():
    with pg_client.PostgresClient(unlimited_query=True) as cur:
        cur.execute(query="SELECT COUNT(session_id) AS count FROM public.sessions")
        row = cur.fetchone()
    return row.get("count", 0) if row else 0


def session_exists(project_id, session_id):
    with pg_client.PostgresClient() as cur:
        query = cur.mogrify("""SELECT 1 
                             FROM public.sessions 
                             WHERE session_id=%(session_id)s 
                                AND project_id=%(project_id)s
                             LIMIT 1;""",
                            {"project_id": project_id, "session_id": session_id})
        cur.execute(query)
        row = cur.fetchone()
    return row is not None


def check_recording_status(project_id: int) -> dict:
    query = f"""
        WITH project_sessions AS (SELECT COUNT(1)                                      AS full_count,
                                 COUNT(1) FILTER ( WHERE duration IS NOT NULL) AS nn_duration_count
                          FROM public.sessions
                          WHERE project_id = %(project_id)s
                            AND start_ts >= (extract(EPOCH FROM now() - INTERVAL '1 day')) * 1000
                            AND start_ts <= (extract(EPOCH FROM now() + INTERVAL '1 day')) * 1000)
        SELECT CASE
                   WHEN full_count = 0 THEN 0
                   WHEN nn_duration_count = 0 THEN 1
                   ELSE 2
                   END    AS recording_status,
               full_count AS sessions_count
        FROM project_sessions;
    """

    with pg_client.PostgresClient() as cur:
        query = cur.mogrify(query, {"project_id": project_id})
        cur.execute(query)
        row = cur.fetchone()

    return {
        "recordingStatus": row["recording_status"],
        "sessionsCount": row["sessions_count"]
    }


def search_sessions_by_ids(project_id: int, session_ids: list, sort_by: str = 'session_id',
                           ascending: bool = False) -> dict:
    if session_ids is None or len(session_ids) == 0:
        return {"total": 0, "sessions": []}
    with pg_client.PostgresClient() as cur:
        meta_keys = metadata.get(project_id=project_id)
        params = {"project_id": project_id, "session_ids": tuple(session_ids)}
        order_direction = 'ASC' if ascending else 'DESC'
        main_query = cur.mogrify(f"""SELECT {SESSION_PROJECTION_BASE_COLS}
                                            {"," if len(meta_keys) > 0 else ""}{",".join([f'metadata_{m["index"]}' for m in meta_keys])}
                                     FROM public.sessions AS s
                                        WHERE project_id=%(project_id)s 
                                            AND session_id IN %(session_ids)s
                                     ORDER BY {sort_by} {order_direction};""", params)

        cur.execute(main_query)
        rows = cur.fetchall()
        if len(meta_keys) > 0:
            for s in rows:
                s["metadata"] = {}
                for m in meta_keys:
                    s["metadata"][m["key"]] = s.pop(f'metadata_{m["index"]}')
    return {"total": len(rows), "sessions": helper.list_to_camel_case(rows)}
