Cloud services provided by the VAEC, which are listed in the VAEC Service Catalog, and those controlled and managed by an external Cloud Service Provider (i.e. This includes technologies deployed as software installations on VMs within VA-controlled cloud environments (e.g. The TRM decisions in this entry only apply to technologies and versions owned, operated, managed, patched, and version-controlled by VA. Please note that the implementation of mobile technology applications that operate on Mobile Operating Systems must be reviewed and approved by the Mobile Technology and Endpoint Security Engineering Team: This entry covers the Desktop Edition of this technology and not any mobile versions. GIS applications enable users to create interactive queries (user-created searches), analyze spatial information, edit data in maps, and present the results of all these operations. Quantum Geographic Information System (QGIS) is a cross-platform open source Geographic Information System (GIS) that integrates, stores, edits, analyzes, shares, and displays geographic information. More information on the proper use of the TRM can be found on the Ii qgis-providers-common 1.9.Technologies must be operated and maintained in accordance with Federal and Department security and Ii qgis-providers 1.9.90+git20120531+cd97d82~precise1 collection of data providers to Quantum GIS Ii qgis-plugin-grass-common 1.9.90+git20120531+cd97d82~precise1 GRASS plugin for Quantum GIS - architecture-independent data Ii qgis-plugin-grass 1.9.90+git20120531+cd97d82~precise1 GRASS plugin for Quantum GIS Ii qgis-plugin-globe-common 1.9.90+git20120531+cd97d82~precise1 OSG GLOBE plugin for Quantum GIS - architecture-independent data Ii qgis-plugin-globe 1.9.90+git20120531+cd97d82~precise1 OSG globe plugin for Quantum GIS Ii qgis-common 1.9.90+git20120531+cd97d82~precise1 Quantum GIS - architecture-independent data Ii qgis 1.9.90+git20120531+cd97d82~precise1 Geographic Information System (GIS) Ii python-qgis-common 1.9.90+git20120531+cd97d82~precise1 Python bindings to Quantum GIS - architecture-independent files Ii python-qgis 1.9.90+git20120531+cd97d82~precise1 Python bindings to Quantum GIS Now the qgis and the library are from the same compilation, and no more undefined symbols. Ii osmosis 0.40.1+ds1-3 Command line OpenStreetMap data processorįor some reason the package manager updated the libqgis without updating the rest. Ii qgis-providers-common 1.9.90+git20120522+c367a35~precise1 collection of data providers to Quantum GIS - architecture-independent files Ii qgis-providers 1.9.90+git20120522+c367a35~precise1 collection of data providers to Quantum GIS Ii qgis-plugin-grass-common 1.9.90+git20120522+c367a35~precise1 GRASS plugin for Quantum GIS - architecture-independent data Ii qgis-plugin-grass 1.9.90+git20120522+c367a35~precise1 GRASS plugin for Quantum GIS Ii qgis-plugin-globe-common 1.9.90+git20120522+c367a35~precise1 OSG GLOBE plugin for Quantum GIS - architecture-independent data Ii qgis-plugin-globe 1.9.90+git20120522+c367a35~precise1 OSG globe plugin for Quantum GIS Ii qgis-common 1.9.90+git20120522+c367a35~precise1 Quantum GIS - architecture-independent data Ii python-qgis-common 1.9.90+git20120530+056300f~precise1 Python bindings to Quantum GIS - architecture-independent files Ii python-qgis 1.9.90+git20120530+056300f~precise1 Python bindings to Quantum GIS I'm reporting this issue, just in case someone else also find this problem. I don't know what this is, but it really crashes qgis an it became completely unusable. Today I've installed osmosis, from the repositories, in the same machine. usr/bin/qgis.bin: symbol lookup error: /usr/bin/qgis.bin: undefined symbol: _ZN11QgsMapLayer3crsEv I need to investigate this issue further, but write now qgis crashes after adding a layer (tested with postgis layer and shapefile layer).
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