Mercurial > gemma
view pkg/imports/fm_bcnlat.go @ 4933:45ef039cf4a8 fairway-marks-import
grant select rights to sys_admin to new group layers tables.
author | Sascha L. Teichmann <sascha.teichmann@intevation.de> |
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date | Sat, 15 Feb 2020 19:08:02 +0100 |
parents | e41d42be0e13 |
children | 9f9d72a1d398 |
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// This is Free Software under GNU Affero General Public License v >= 3.0 // without warranty, see README.md and license for details. // // SPDX-License-Identifier: AGPL-3.0-or-later // License-Filename: LICENSES/AGPL-3.0.txt // // Copyright (C) 2020 by via donau // – Österreichische Wasserstraßen-Gesellschaft mbH // Software engineering by Intevation GmbH // // Author(s): // * Tom Gottfried <tom.gottfried@intevation.de> package imports import ( "context" "database/sql" "strings" "gemma.intevation.de/gemma/pkg/pgxutils" ) // Bcnlat is an import job to import // fairway marks of type BCNLAT in form of point geometries // and attribute data from a WFS service. type Bcnlat struct { FairwayMarks } // Description gives a short info about relevant facts of this import. func (bcnlat *Bcnlat) Description() (string, error) { return bcnlat.URL + "|" + bcnlat.FeatureType, nil } // BCNLATJobKind is the import queue type identifier. const BCNLATJobKind JobKind = "fm_bcnlat" type bcnlatJobCreator struct{} func init() { RegisterJobCreator(BCNLATJobKind, bcnlatJobCreator{}) } func (bcnlatJobCreator) Description() string { return "fairway marks bcnlat" } func (bcnlatJobCreator) AutoAccept() bool { return true } func (bcnlatJobCreator) Create() Job { return new(Bcnlat) } func (bcnlatJobCreator) Depends() [2][]string { return [2][]string{ {"fairway_marks_bcnlat"}, {}, } } // StageDone is a NOP for fairway marks imports. func (bcnlatJobCreator) StageDone(context.Context, *sql.Tx, int64) error { return nil } // CleanUp for fairway marks imports is a NOP. func (*Bcnlat) CleanUp() error { return nil } type bcnlatProperties struct { fairwayMarksProperties Colour *string `json:"hydro_colour"` Colpat *string `json:"hydro_colpat"` Condtn *int `json:"hydro_condtn"` Bcnshp *int `json:"hydro_bcnshp"` HydroCatlam *int64 `json:"hydro_catlam,omitempty"` IENCCatlam *int64 `json:"ienc_catlam,omitempty"` Dirimp *string `json:"ienc_dirimp,omitempty"` } type bcnlatFeaturetype struct { geom pointSlice props *bcnlatProperties } const ( insertBCNLATSQL = ` with a as ( select users.current_user_area_utm() AS a ) INSERT INTO waterway.fairway_marks_bcnlat ( geom, datsta, datend, persta, perend, objnam, nobjnm, inform, ninfom, scamin, picrep, txtdsc, sordat, sorind, colour, colpat, condtn, bcnshp, catlam ) SELECT newfm, $3, $4, $5, $6, $7, $8, $9, $10, $11, $12, $13, $14, $15, $16, $17, $18, $19, $20 FROM ST_Transform(ST_GeomFromWKB($1, $2::integer), 4326) AS newfm (newfm) WHERE pg_has_role('sys_admin', 'MEMBER') OR ST_Intersects((select a from a), ST_Transform(newfm, (select ST_SRID(a) from a))) ON CONFLICT ( CAST((geom, datsta, datend, persta, perend, objnam, nobjnm, inform, ninfom, scamin, picrep, txtdsc, sordat, sorind, 0, colour, colpat, condtn, bcnshp, catlam ) AS waterway.fairway_marks_bcnlat) ) DO NOTHING RETURNING id ` insertDirimpSQL = ` INSERT INTO waterway.fairway_marks_bcnlat_dirimps (fm_bcnlat_id, dirimp) VALUES ($1, $2) ` ) // Do executes the actual import. func (fm *Bcnlat) Do( ctx context.Context, importID int64, conn *sql.Conn, feedback Feedback, ) (interface{}, error) { err := getFMFeatures( ctx, conn, feedback, fm.FairwayMarks, func() interface{} { return new(bcnlatProperties) }, func(p pointSlice, props interface{}) interface{} { return &bcnlatFeaturetype{p, props.(*bcnlatProperties)} }, func( tx *sql.Tx, epsg int, fms []interface{}, ) (outsideOrDup int, features int, err error) { feedback.Info("Store fairway marks of type BCNLAT/bcnlat") insertStmt, err := tx.PrepareContext(ctx, insertBCNLATSQL) if err != nil { return } defer insertStmt.Close() insertDirimpStmt, err := tx.PrepareContext(ctx, insertDirimpSQL) if err != nil { return } defer insertDirimpStmt.Close() savepoint := Savepoint(ctx, tx, "feature") for _, fm := range fms { f := fm.(*bcnlatFeaturetype) var catlam sql.NullInt64 if f.props.HydroCatlam != nil { catlam = sql.NullInt64{ Int64: *f.props.HydroCatlam, Valid: true} } else if f.props.IENCCatlam != nil { catlam = sql.NullInt64{ Int64: *f.props.IENCCatlam, Valid: true} } var fmid int64 err := savepoint(func() error { err := insertStmt.QueryRowContext( ctx, f.geom.asWKB(), epsg, f.props.Datsta, f.props.Datend, f.props.Persta, f.props.Perend, f.props.Objnam, f.props.Nobjnm, f.props.Inform, f.props.Ninfom, f.props.Scamin, f.props.Picrep, f.props.Txtdsc, f.props.Sordat, f.props.Sorind, f.props.Colour, f.props.Colpat, f.props.Condtn, f.props.Bcnshp, catlam, ).Scan(&fmid) return err }) switch { case err == sql.ErrNoRows: outsideOrDup++ // ignore -> filtered by responsibility area or a duplicate // TODO: handle eventual changes to dirimp case err != nil: feedback.Error(pgxutils.ReadableError{Err: err}.Error()) default: features++ if f.props.Dirimp != nil && *f.props.Dirimp != "" { dirimps := strings.Split(*f.props.Dirimp, ",") for _, dirimp := range dirimps { if err := savepoint(func() error { _, err := insertDirimpStmt.ExecContext( ctx, fmid, dirimp) return err }); err != nil { feedback.Warn( pgxutils.ReadableError{Err: err}.Error()) } } } } } return }) return nil, err }