| Commit message (Collapse) | Author | Age | Files |
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The PostgreSQL driver doesn't support AlternativeName, for instance.
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This is the case for the PGDump driver, for instance.
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Unfortunately SCB doesn't provide CSV files, so we download their xls
file and produce our own CSV files. We also add a conversion tool to
turn these CSV files into a (single, compact) JSON file to be served via
HTTP.
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OGRFieldDefn: add GetComment() / SetComment() methods were added in OGR
3.8.0, cf. https://github.com/OSGeo/gdal/blob/master/NEWS.md#core-3 .
Don't comment out TZ on field definitions. Instead we check the
GDAL/OGR version and ignore TZ on field definitions if the OGR version
is too old.
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OGRFieldDefn: add GetComment() / SetComment() methods were added in OGR
3.7.0, cf. https://github.com/OSGeo/gdal/blob/master/NEWS.md#core-5 .
Don't comment out comments on field definitions. Instead we check the
GDAL/OGR version and ignore comments on field definitions if the OGR
version is too old.
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This is useful to replace a YYYYMMDD formatted date with YYYY-MM-DD.
The target field can then be set to not-nullable and its type set to
Date, as the OGR_F_SetField*() with take care of the conversion.
We could also do that via an SQL query, but in our case the sources are
not proper RDBMS so SQL is emulated anyway.
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There are a couple (15) of NULL AnmaldHa's, all from Sep 1, 2005 in
Borås, so we don't care about these.
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And set them to NULL.
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The previous default map was [-1] * n i.e., all source fields were
ignored.
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Path().joinpath('config.yml').exists() raises an exception when the
process doesn't have permission to traverse the current directory. This
is the case, in particular, when running webmap-* as another user via
sudo while in the “normal” home directory.
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On the desktop's terminal window (systemd 256) $SYSTEMD_EXEC_PID exists
and points at the login(1) process, so checking $JOURNAL_STREAM is
needed to decide whether the process runs from a .service file or not.
This is due to an incomplete logic in
42cfe748e23bad6fc51b14a3e5896a77fdb5c1d5
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Not sure why I thought there was duplicates but I must have done
something wrong as there are none in the 667034+223463+214082+
72656 = 1177234 features found after removing the spatial filter.
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This enables proper filtering by level etc. (incl. journald coloring).
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This is useful to bootstrap the database without having to run
GRANT CREATE ON SCHEMA postgis TO webmap_import;
after DROPping the database or re-creating the cluster.
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(Commented out for now since Bookworm has only GDAL v3.6.)
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Tighten column width and replace fixed-width numerics with single
precisions floats.
Also, align column names with the documented ones.
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Despite using gdal.UseExceptions() a failed call doesn't raise an
exception, so we need to check the return value to avoid missing
features.
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The extent is expressed in config['SRS'] in traditional GIS order
(easting/northing ordered: minX, minY, maxX, maxY), but the destination
layers might be pre-existing and use other SRS:es or mapping strategy.
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The configured extent is always expressed in the destination SRS, so it
needs to be transformed into the source SRS. Like apps/ogr2ogr_lib.cpp,
we segmentize it to make sure it is sufficiently densified.
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(Commented out in config.yml for now since Bookworm has only v3.6.)
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And getFieldSubTypeCode() to parseSubFieldType().
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We're TRUNCATE'ing the output layers (tables) at every run and aren't
reseting the sequences so they would soon overflow 32-bits FIDs
("sks:UtfordAvverk" has almost 300k features within the extent…).
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There is still a few things to do (such as reprojection and geometry
changes) but it's mostly working.
We roll out our own ogr2ogr/GDALVectorTranslate()-like function version
because GDALVectorTranslate() insists in calling StartTransaction()
https://github.com/OSGeo/gdal/issues/3403 while we want a single
transaction for the entire desination layer, including truncation,
source imports, and metadata changes.
Surprisingly our version is not much slower than the C++ one. Importing
the 157446 (of 667034) features from sksUtfordAvverk-2000-2015.shp takes
14.3s while
ogr2ogr -f PostgreSQL \
-doo ACTIVE_SCHEMA=postgis \
--config PG_USE_COPY YES \
--config OGR_TRUNCATE YES \
-append \
-fieldmap "0,-1,-1,-1,-1,1,2,3,4,5,6,7,8,9,10,11,12,13" \
-nlt MULTIPOLYGON -nlt PROMOTE_TO_MULTI \
-gt unlimited \
-spat 110720 6927136 1159296 7975712 \
-nln "sks:UtfordAvverk" \
PG:"dbname='webmap' user='webmap_import'" \
/tmp/x/sksUtfordAvverk-2000-2015.shp \
sksUtfordAvverk-2000-2015
takes 14s.
Merely opening /tmp/x/sksUtfordAvverk-2000-2015.shp and looping through
its (extent-filtered) features results in a runtime of 4.3s.
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We'll need that for layer creation (description, fields, creation
options, etc.).
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The configured extent is always relative to the configured SRS.
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We always exit after a single WMS request if the layer has no SVG paths.
Don't print the request count in that case.
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Instead of sha1_hex().
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passed only once.
This makes --debug less verbose by default and is useful for modules
that do lots of HTTP connections such as WMS probing.
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(Incl. failure.)
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Unfortunately SGU/Bergsstaten doesn't offer layer files to download, but
it has an online webmap (WMS) at https://apps.sgu.se/kartvisare/kartvisare-mineralrattigheter.html
so we add a dedicated module to probe and fetch features from it.
Double checked that the resulting combination of GeoJSON files does not
result in data loss compared to the previous (private) script:
sort_features() { jq -S '.features |= sort_by(.properties.Name, .properties.Layer, .properties.Area)' }
diff -u --color=auto \
<(ogr2ogr -f GeoJSON -lco COORDINATE_PRECISION=2 /vsistdout/ $dir/Mineralrättigheter.gpkg \
SE.GOV.SGU.MRR.BEARBETNINGSKONCESSIONER_APPLIED_VY | jq '.name = "MRR:" + .name' | sort_features) \
<(ogr2ogr -f GeoJSON -lco COORDINATE_PRECISION=2 -nlt MULTIPOLYGON -nlt PROMOTE_TO_MULTI \
/vsistdout/ mrr/bearbetningskoncessioner_applied.geojson | sort_features)
(and similar for other layers).
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