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GeoDjango モデル API — Django 6.1 ドキュメント 11891
Django 6.1 ドキュメント Home | Table of contents | Index | Modules « previous | up | next » GeoDjango モデル API ¶ This document explores the details of the GeoDjango Model API. Throughout this section, we'll be using the following geograph ... る通常の フィールドオプション に加えて、空間フィールドには以下の追加オプションがあります。すべてオプションです。 srid ¶ BaseSpatialField. srid ¶ ジオメトリフィールドの SRID [ 2 ] (Spatial Reference System Identity) を指定した値に設定します。デフォルトは ... The SRID is an integer specifier that corresponds to the projection system that will be used to interpret the data in the spatial database. [ 3 ] Projection systems give the context to the coordinates that specify a location. Although the details of ge ... ters and miles). Using a geographic coordinate system may introduce complications for the developer later on. For example, SpatiaLite does not have the capability to perform distance calculations between geometries using geographic coordinate systems, e ...
https://man.mtool.work/django/6.1/ref/contrib/gis/model-api.html
GeoDjango モデル API — Django 6.1 ドキュメント 11819
Django 6.1 ドキュメント Home | Table of contents | Index | Modules « previous | up | next » GeoDjango モデル API ¶ This document explores the details of the GeoDjango Model API. Throughout this section, we'll be using the following geograph ... る通常の フィールドオプション に加えて、空間フィールドには以下の追加オプションがあります。すべてオプションです。 srid ¶ BaseSpatialField. srid ¶ ジオメトリフィールドの SRID [ 2 ] (Spatial Reference System Identity) を指定した値に設定します。デフォルトは ... The SRID is an integer specifier that corresponds to the projection system that will be used to interpret the data in the spatial database. [ 3 ] Projection systems give the context to the coordinates that specify a location. Although the details of ge ... ters and miles). Using a geographic coordinate system may introduce complications for the developer later on. For example, SpatiaLite does not have the capability to perform distance calculations between geometries using geographic coordinate systems, e ...
https://man.mtool.work/django/6.1/ref/contrib/gis/model-api.html
Django 5.2.17 release notes — Django 6.1 ドキュメント 10172
Django 6.1 ドキュメント Home | Table of contents | Index | Modules « previous | up | next » Django 5.2.17 release notes ¶ August 4, 2026 Django 5.2.17 fixes one security issue with severity "high", two security issues with severity "moderat ... e", and one security issue with severity "low" in 5.2.16. CVE-2026-15307: Server-side file-write and request forgery via spatial lookups ¶ Spatial lookups allowed str and dict lookup values to be passed to GDALRaster when they represented rasters. Dep ... ing via lookup_allowed() , the flaw was reachable by staff users with view permission on any registered model containing a spatial field. The following types are now disallowed by spatial lookups: dict A str that is not a valid GEOSGeometry , e.g. a ser ... nments to model fields are unaffected and still accept these input types. For guidance on how to keep using these types in spatial lookups, on validating untrusted input, and on further security considerations, see raster security considerations . This ...
https://man.mtool.work/django/6.1/releases/5.2.17.html
Django 5.2.17 release notes — Django 6.1 ドキュメント 10027
Django 6.1 ドキュメント Home | Table of contents | Index | Modules « previous | up | next » Django 5.2.17 release notes ¶ August 4, 2026 Django 5.2.17 fixes one security issue with severity "high", two security issues with severity "moderat ... e", and one security issue with severity "low" in 5.2.16. CVE-2026-15307: Server-side file-write and request forgery via spatial lookups ¶ Spatial lookups allowed str and dict lookup values to be passed to GDALRaster when they represented rasters. Dep ... ing via lookup_allowed() , the flaw was reachable by staff users with view permission on any registered model containing a spatial field. The following types are now disallowed by spatial lookups: dict A str that is not a valid GEOSGeometry , e.g. a ser ... nments to model fields are unaffected and still accept these input types. For guidance on how to keep using these types in spatial lookups, on validating untrusted input, and on further security considerations, see raster security considerations . This ...
https://man.mtool.work/django/6.1/releases/5.2.17.html
Django 6.0.8 release notes — Django 6.1 ドキュメント 10027
Django 6.1 ドキュメント Home | Table of contents | Index | Modules « previous | up | next » Django 6.0.8 release notes ¶ August 4, 2026 Django 6.0.8 fixes one security issue with severity "high", two security issues with severity "moderate" ... urity issue with severity "low", and several bugs in 6.0.7. CVE-2026-15307: Server-side file-write and request forgery via spatial lookups ¶ Spatial lookups allowed str and dict lookup values to be passed to GDALRaster when they represented rasters. Dep ... ing via lookup_allowed() , the flaw was reachable by staff users with view permission on any registered model containing a spatial field. The following types are now disallowed by spatial lookups: dict A str that is not a valid GEOSGeometry , e.g. a ser ... nments to model fields are unaffected and still accept these input types. For guidance on how to keep using these types in spatial lookups, on validating untrusted input, and on further security considerations, see raster security considerations . This ...
https://man.mtool.work/django/6.1/releases/6.0.8.html
Django 6.0.8 release notes — Django 6.1 ドキュメント 9897
Django 6.1 ドキュメント Home | Table of contents | Index | Modules « previous | up | next » Django 6.0.8 release notes ¶ August 4, 2026 Django 6.0.8 fixes one security issue with severity "high", two security issues with severity "moderate" ... urity issue with severity "low", and several bugs in 6.0.7. CVE-2026-15307: Server-side file-write and request forgery via spatial lookups ¶ Spatial lookups allowed str and dict lookup values to be passed to GDALRaster when they represented rasters. Dep ... ing via lookup_allowed() , the flaw was reachable by staff users with view permission on any registered model containing a spatial field. The following types are now disallowed by spatial lookups: dict A str that is not a valid GEOSGeometry , e.g. a ser ... nments to model fields are unaffected and still accept these input types. For guidance on how to keep using these types in spatial lookups, on validating untrusted input, and on further security considerations, see raster security considerations . This ...
https://man.mtool.work/django/6.1/releases/6.0.8.html
Django 6.1.2 release notes — Django 6.1 ドキュメント 9059
Django 6.1 ドキュメント Home | Table of contents | Index | Modules « previous | up | next » Django 6.1.2 release notes ¶ October 6, 2026 Django 6.1.2 fixes one security issue with severity "low", three security issues with severity "moderat ... This issue has severity "moderate" according to the Django security policy . CVE-2026-87890: Potential request forgery via spatial lookup byte values ¶ Spatial lookups accepted raster values provided as bytes without requiring them to be explicitly wrap ... le preparing the lookup. This issue could be exploited by applications that passed attacker-controlled bytes directly to a spatial lookup. It was overlooked in the fix for CVE-2026-15307. To mitigate this issue, raster values provided as bytes must now ... be wrapped in GDALRaster before being used in spatial lookups. Byte values representing valid hexadecimal geometries remain accepted. This is a backward incompatible change. As ...
https://man.mtool.work/django/6.1/releases/6.1.2.html
Django 5.2.18 release notes — Django 6.1 ドキュメント 9002
Django 6.1 ドキュメント Home | Table of contents | Index | Modules « previous | up | next » Django 5.2.18 release notes ¶ October 6, 2026 Django 5.2.18 fixes one security issue with severity "low", three security issues with severity "moder ... This issue has severity "moderate" according to the Django security policy . CVE-2026-87890: Potential request forgery via spatial lookup byte values ¶ Spatial lookups accepted raster values provided as bytes without requiring them to be explicitly wrap ... le preparing the lookup. This issue could be exploited by applications that passed attacker-controlled bytes directly to a spatial lookup. It was overlooked in the fix for CVE-2026-15307. To mitigate this issue, raster values provided as bytes must now ... be wrapped in GDALRaster before being used in spatial lookups. Byte values representing valid hexadecimal geometries remain accepted. This is a backward incompatible change. As ...
https://man.mtool.work/django/6.1/releases/5.2.18.html
Django 6.0.9 release notes — Django 6.1 ドキュメント 9002
Django 6.1 ドキュメント Home | Table of contents | Index | Modules « previous | up | next » Django 6.0.9 release notes ¶ October 6, 2026 Django 6.0.9 fixes one security issue with severity "low", three security issues with severity "moderat ... This issue has severity "moderate" according to the Django security policy . CVE-2026-87890: Potential request forgery via spatial lookup byte values ¶ Spatial lookups accepted raster values provided as bytes without requiring them to be explicitly wrap ... le preparing the lookup. This issue could be exploited by applications that passed attacker-controlled bytes directly to a spatial lookup. It was overlooked in the fix for CVE-2026-15307. To mitigate this issue, raster values provided as bytes must now ... be wrapped in GDALRaster before being used in spatial lookups. Byte values representing valid hexadecimal geometries remain accepted. This is a backward incompatible change. As ...
https://man.mtool.work/django/6.1/releases/6.0.9.html
Django 6.1.2 release notes — Django 6.1 ドキュメント 8510
Django 6.1 ドキュメント Home | Table of contents | Index | Modules « previous | up | next » Django 6.1.2 release notes ¶ October 6, 2026 Django 6.1.2 fixes one security issue with severity "low", three security issues with severity "moderat ... This issue has severity "moderate" according to the Django security policy . CVE-2026-87890: Potential request forgery via spatial lookup byte values ¶ Spatial lookups accepted raster values provided as bytes without requiring them to be explicitly wrap ... le preparing the lookup. This issue could be exploited by applications that passed attacker-controlled bytes directly to a spatial lookup. It was overlooked in the fix for CVE-2026-15307. To mitigate this issue, raster values provided as bytes must now ... be wrapped in GDALRaster before being used in spatial lookups. Byte values representing valid hexadecimal geometries remain accepted. This is a backward incompatible change. As ...
https://man.mtool.work/django/6.1/releases/6.1.2.html
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