// Code generated by sqlc. DO NOT EDIT.
// versions:
//   sqlc v1.27.0
// source: result.sql

package repository

import (
	"context"

	"github.com/jackc/pgx/v5/pgtype"
)

const getResultValueWithVersion = `-- name: GetResultValueWithVersion :one
SELECT id, value FROM results WHERE queryId = $1 and queryVersion = $2 and documentId = $3 and cleanVersion >= $4 and textVersion >= $5
`

type GetResultValueWithVersionParams struct {
	Queryid      pgtype.UUID `db:"queryid"`
	Queryversion int32       `db:"queryversion"`
	Documentid   pgtype.UUID `db:"documentid"`
	Cleanversion int32       `db:"cleanversion"`
	Textversion  int32       `db:"textversion"`
}

type GetResultValueWithVersionRow struct {
	ID    pgtype.UUID `db:"id"`
	Value string      `db:"value"`
}

// GetResultValueWithVersion
//
//	SELECT id, value FROM results WHERE queryId = $1 and queryVersion = $2 and documentId = $3 and cleanVersion >= $4 and textVersion >= $5
func (q *Queries) GetResultValueWithVersion(ctx context.Context, arg *GetResultValueWithVersionParams) (*GetResultValueWithVersionRow, error) {
	row := q.db.QueryRow(ctx, getResultValueWithVersion,
		arg.Queryid,
		arg.Queryversion,
		arg.Documentid,
		arg.Cleanversion,
		arg.Textversion,
	)
	var i GetResultValueWithVersionRow
	err := row.Scan(&i.ID, &i.Value)
	return &i, err
}

const listQueryRequirementValues = `-- name: ListQueryRequirementValues :many
WITH reqQueries as (
    SELECT q.id as queryId, q.activeVersion, q.type
    FROM requiredQueries as rq
    JOIN queries as q on q.id = rq.requiredQueryId
    WHERE rq.queryId = $2
        and $3 >= rq.addedVersion
        and (rq.removedVersion is null or $3 < rq.removedVersion)
),
codeVersions as (
    SELECT 
        d.id as documentId,
        coalesce(ccv.minCleanVersion, 1) as minCleanVersion,
        coalesce(ccv.minTextVersion, 1) as minTextVersion
    FROM documents as d
    LEFT JOIN collectors as c on c.jobId = d.jobId
    LEFT JOIN collectorCodeVersions as ccv on c.id = ccv.collectorId
        and c.activeVersion >= ccv.addedVersion
        and c.activeVersion < COALESCE(ccv.removedVersion, c.activeVersion)
    WHERE d.id = $1
    LIMIT 1
),
latestVersions AS (
    SELECT 
        rq.queryId,
        rq.type,
        r.queryVersion,
        r.cleanVersion,
        r.textVersion,
        ROW_NUMBER() OVER (
            PARTITION BY rq.queryId
            ORDER BY r.cleanVersion DESC, r.textVersion DESC
        ) as rowNumber
    FROM reqQueries as rq
    LEFT JOIN results as r ON rq.queryId = r.queryId
        and r.documentId = $1
    JOIN codeVersions as ccv on ccv.documentId = r.documentId
    WHERE r.documentId = $1
        and r.queryVersion = rq.activeVersion
        and r.cleanVersion >= ccv.minCleanVersion
        and r.textVersion >= ccv.minTextVersion
)
SELECT lv.queryId, lv.type, r.value
FROM latestVersions as lv
JOIN results as r ON r.queryId = lv.queryId
    and r.documentId = $1
    and r.queryVersion = lv.queryVersion
    and r.cleanVersion = lv.cleanVersion
    and r.textVersion = lv.textVersion
    and lv.rowNumber = 1
`

type ListQueryRequirementValuesParams struct {
	Documentid pgtype.UUID `db:"documentid"`
	Queryid    pgtype.UUID `db:"queryid"`
	Version    int32       `db:"version"`
}

type ListQueryRequirementValuesRow struct {
	Queryid pgtype.UUID `db:"queryid"`
	Type    Querytype   `db:"type"`
	Value   string      `db:"value"`
}

// ListQueryRequirementValues
//
//	WITH reqQueries as (
//	    SELECT q.id as queryId, q.activeVersion, q.type
//	    FROM requiredQueries as rq
//	    JOIN queries as q on q.id = rq.requiredQueryId
//	    WHERE rq.queryId = $2
//	        and $3 >= rq.addedVersion
//	        and (rq.removedVersion is null or $3 < rq.removedVersion)
//	),
//	codeVersions as (
//	    SELECT
//	        d.id as documentId,
//	        coalesce(ccv.minCleanVersion, 1) as minCleanVersion,
//	        coalesce(ccv.minTextVersion, 1) as minTextVersion
//	    FROM documents as d
//	    LEFT JOIN collectors as c on c.jobId = d.jobId
//	    LEFT JOIN collectorCodeVersions as ccv on c.id = ccv.collectorId
//	        and c.activeVersion >= ccv.addedVersion
//	        and c.activeVersion < COALESCE(ccv.removedVersion, c.activeVersion)
//	    WHERE d.id = $1
//	    LIMIT 1
//	),
//	latestVersions AS (
//	    SELECT
//	        rq.queryId,
//	        rq.type,
//	        r.queryVersion,
//	        r.cleanVersion,
//	        r.textVersion,
//	        ROW_NUMBER() OVER (
//	            PARTITION BY rq.queryId
//	            ORDER BY r.cleanVersion DESC, r.textVersion DESC
//	        ) as rowNumber
//	    FROM reqQueries as rq
//	    LEFT JOIN results as r ON rq.queryId = r.queryId
//	        and r.documentId = $1
//	    JOIN codeVersions as ccv on ccv.documentId = r.documentId
//	    WHERE r.documentId = $1
//	        and r.queryVersion = rq.activeVersion
//	        and r.cleanVersion >= ccv.minCleanVersion
//	        and r.textVersion >= ccv.minTextVersion
//	)
//	SELECT lv.queryId, lv.type, r.value
//	FROM latestVersions as lv
//	JOIN results as r ON r.queryId = lv.queryId
//	    and r.documentId = $1
//	    and r.queryVersion = lv.queryVersion
//	    and r.cleanVersion = lv.cleanVersion
//	    and r.textVersion = lv.textVersion
//	    and lv.rowNumber = 1
func (q *Queries) ListQueryRequirementValues(ctx context.Context, arg *ListQueryRequirementValuesParams) ([]*ListQueryRequirementValuesRow, error) {
	rows, err := q.db.Query(ctx, listQueryRequirementValues, arg.Documentid, arg.Queryid, arg.Version)
	if err != nil {
		return nil, err
	}
	defer rows.Close()
	items := []*ListQueryRequirementValuesRow{}
	for rows.Next() {
		var i ListQueryRequirementValuesRow
		if err := rows.Scan(&i.Queryid, &i.Type, &i.Value); err != nil {
			return nil, err
		}
		items = append(items, &i)
	}
	if err := rows.Err(); err != nil {
		return nil, err
	}
	return items, nil
}

const listUnsyncedNoDepsQueriesByDocId = `-- name: ListUnsyncedNoDepsQueriesByDocId :many
WITH docs as (
    SELECT id, jobId from documents where id = $1
),
unsyncedQueries AS (
    SELECT DISTINCT dt.queryId, dt.requiredIds, r.value, d.jobID, d.id
        from docs as d
        JOIN collectorQueryDependencyTree as dt on d.jobId = dt.jobId
        JOIN fullActiveCollectors as c on c.id = dt.collectorId
        LEFT JOIN results as r on r.queryId = dt.queryId
            and r.documentId = d.id
            and r.queryVersion = dt.queryVersion
            and r.cleanVersion >= c.minCleanVersion and r.textVersion >= c.minTextVersion
        where r.value is null
)
SELECT DISTINCT queryId FROM unsyncedQueries as baseuq
    WHERE NOT EXISTS (
        SELECT 1 FROM unsyncedQueries as uq WHERE uq.queryId = any(baseuq.requiredIds)
    )
`

// ListUnsyncedNoDepsQueriesByDocId
//
//	WITH docs as (
//	    SELECT id, jobId from documents where id = $1
//	),
//	unsyncedQueries AS (
//	    SELECT DISTINCT dt.queryId, dt.requiredIds, r.value, d.jobID, d.id
//	        from docs as d
//	        JOIN collectorQueryDependencyTree as dt on d.jobId = dt.jobId
//	        JOIN fullActiveCollectors as c on c.id = dt.collectorId
//	        LEFT JOIN results as r on r.queryId = dt.queryId
//	            and r.documentId = d.id
//	            and r.queryVersion = dt.queryVersion
//	            and r.cleanVersion >= c.minCleanVersion and r.textVersion >= c.minTextVersion
//	        where r.value is null
//	)
//	SELECT DISTINCT queryId FROM unsyncedQueries as baseuq
//	    WHERE NOT EXISTS (
//	        SELECT 1 FROM unsyncedQueries as uq WHERE uq.queryId = any(baseuq.requiredIds)
//	    )
func (q *Queries) ListUnsyncedNoDepsQueriesByDocId(ctx context.Context, dollar_1 pgtype.UUID) ([]pgtype.UUID, error) {
	rows, err := q.db.Query(ctx, listUnsyncedNoDepsQueriesByDocId, dollar_1)
	if err != nil {
		return nil, err
	}
	defer rows.Close()
	items := []pgtype.UUID{}
	for rows.Next() {
		var queryid pgtype.UUID
		if err := rows.Scan(&queryid); err != nil {
			return nil, err
		}
		items = append(items, queryid)
	}
	if err := rows.Err(); err != nil {
		return nil, err
	}
	return items, nil
}

const setResult = `-- name: SetResult :exec
INSERT INTO results (queryId, documentId, value, cleanVersion, textVersion, queryVersion) VALUES ($1, $2, $3, $4, $5, $6)
`

type SetResultParams struct {
	Queryid      pgtype.UUID `db:"queryid"`
	Documentid   pgtype.UUID `db:"documentid"`
	Value        string      `db:"value"`
	Cleanversion int32       `db:"cleanversion"`
	Textversion  int32       `db:"textversion"`
	Queryversion int32       `db:"queryversion"`
}

// SetResult
//
//	INSERT INTO results (queryId, documentId, value, cleanVersion, textVersion, queryVersion) VALUES ($1, $2, $3, $4, $5, $6)
func (q *Queries) SetResult(ctx context.Context, arg *SetResultParams) error {
	_, err := q.db.Exec(ctx, setResult,
		arg.Queryid,
		arg.Documentid,
		arg.Value,
		arg.Cleanversion,
		arg.Textversion,
		arg.Queryversion,
	)
	return err
}