Geoserver 2 11 2

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GeoServer 2 Manager REST Based 1.7.0 GeoServer Manager is a library to interact with GeoServer 2.x. The scope of this library is to have a simple API, and use as few

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For Vendors Help Create Join Login Business Software Open Source Software SourceForge Podcast Resources Articles Case Studies Blog Menu Help Create Join Login Home Browse GeoServer Mailing Lists Brought to you by: aaime, gtbuilder, hai-etlik, ianturton, and 3 others Summary Files Reviews Support Wiki Mailing Lists Tickets ▾ Patches Feature Requests News CVS Menu ▾ ▴ geoserver-builds geoserver-devel geoserver-users geoserver-devel [Geoserver-devel] GeoServer 2.14.2 released From: Torben B. - 2019-01-19 00:11:32 We are happy to announce the release of GeoServer 2.14.2 Downloads are provided (zip with docs (html extensions is a stable release of the GeoServer 2.14 series and is recommendedfor all production systems. Users of prior releases of GeoServer areencouraged to upgrade.This release is made in conjunction with GeoTools 20.2 and GeoWebCache1.14.2. Thanks to all who contributed to this release.For more information please see our release notes (2.14.2 2.14.1 and FixesThis release includes a number of new features and improvements: - gs:DownloadEstimator (almost always) returns true when estimating full raster downloads at native resolution - Cannot create jp2k coverage through rest (IndexOutOfBounds) - KML ignores sortBy parameter when querying records - NullPointerException when using env() function with LIKE operator in CSS filters - Can't modify existing GWC blobstore via UI without renaming - NPE if a Jiffle Rendering Transformation is used with Channel Selection - OpenLayers2 preview does not trigger automatically on IE8 - Bad rendering with JAI-EXT and Input/Output TransparentColor options - Complex MongoDB generated properties are not correctly handlded in SLDs - Move the GeoServer ENV Parametrization documentation

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GeoServer 2, in some configurations, allows remote attackers to execute arbitrary code via java.lang.Runtime.getRuntime().exec in wps:LiteralData within a wps:Execute request, as exploited in the wild in June 2023.RCE in JiffleThe Jiffle map algebra language, provided by jai-ext, allows efficiently execute map algebra over large images. A vulnerability CVE-2022-24816 has been recently found in Jiffle, that allows a Code Injection to be performed by properly crafting a Jiffle invocation.In the case of GeoServer, the injection can be performed from a remote request.AssessmentGeoTools includes the Jiffle language as part of the gt-process-raster- module, applications using it should check whether it’s possible to provide a Jiffle script from remote, and if so, upgrade or remove the functionality (see also the GeoServer mitigation, below).The issue is of particular interest for GeoServer users, as GeoServer embeds Jiffle in the base WAR package. Jiffle is available as a OGC function, for usage in SLD rendering transformations.This allows for a Remote Code Execution in properly crafted OGC requests, as well as from the administration console, when editing SLD files.MitigationsIn case you cannot upgrade at once, then the following mitigation is strongly recommended:Stop GeoServerOpen the war file, get into WEB-INF/lib and remove the janino-.jarRestart GeoServer.This effectively removes the Jiffle ability to compile scripts in Java code, from any of the potential attack vectors (Janino is the library used to turn the Java code generated from the Jiffle script, into executable bytecode).GeoServer should still work properly after the removal, but any attempt to use Jiffle will result in an exception.References

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50 Total Observations Bitsight's Groma scanning engine maintains a continuous global survey of the public-facing Internet. Here you’ll find daily updates to an aggregated view of the Internet’s vendors, products, and vulnerabilities observed over the prior 30 days. These software observations are identified by an address, port, and domain name. GeoSolutions Geoserver 2.16.2 Global Footprint Top 10 Identified Countries Country Observations Percentage IE 20 40.00% US 6 12.00% ID 5 10.00% DE 3 6.00% IN 2 4.00% IT 2 4.00% FI 2 4.00% FR 2 4.00% ZA 1 2.00% CN 1 2.00% GeoSolutions Geoserver 2.16.2 Industry Footprint Top 10 Identified Industries*Service provider organizations (typically Technology and Telecommunications) are disproportionally represented in the results given their upstream ownership of end-user infrastructure. See our FAQs. Industry* Observations Percentage Technology 34 91.89% Telecommunications 3 8.11% Bitsight Data Discovery and Continuous Threat Scanning Bitsight, the leading provider in Cyber Risk Management, introduced the next-generation internet scanner Bitsight Groma in May 2024. This technology continuously scans the entire internet to discover assets, collect asset attribution evidence, and identify an ever-growing set of security observations, such as vulnerabilities and misconfigurations. Groma’s scanning activities presently encompass: 40 million-plus monitored organizations 250 million-plus host names 4 billion-plus routable IPv4 and IPv6 addressesGreynoise’s recent study testifies the speed of Bitsight Groma. How we use Bitsight Groma data Empower Security Research Feed Bitsight Products See Your External Attack Surface See what you’re up against across the expanding attack surface. Prioritize what matters most. And mitigate where you’re most vulnerable.External Attack Surface Management Your attack surface is expanding—know exactly how it looks Reducing exposure starts with knowing exactly how your external attack surface stands—from your overall standing to each digital and cloud asset around the world. Bitsight's custom report gives you the insights you need to see your entire external attack surface.. GeoServer 2 Manager REST Based 1.7.0 GeoServer Manager is a library to interact with GeoServer 2.x. The scope of this library is to have a simple API, and use as few

geoserver/geoserver: GeoServer 2.22.3 - Zenodo

A remote. Many submodules link to a specific branch, so make sure you get the right one (ask a developer if you are unsure)! % cd geoserver/externals/geoserver % git pull origin 2.7.xIn order for this update to be reflected in the server project, it must be commited like any other change: % cd ../ % git add geoserver % git commit -m "update geoserver submodule"You can then push this change to your fork and create a pull request, like any other commit.Release BranchesDuring regular development, server changes are commited to the master branch. Prior to a release, a release branch (of the form r4.7) is created. Any changes should be made against that branch instead, and backported to master if necessary.When commiting a change to the release branch, note the commit id: [r4.7 0c66de5] update geoserver submoduleTo backport this commit to master, switch to the master branch and use cherry-pick to copy the commit. Remember to push your change up to the server repository: % git checkout master % git cherry-pick 0c66de5 % git push upstream masterCertain submodules (mainly geoserver) will also have release specific branches. If you are updating a submodule on the release branch, first check if it has its own branch for this release (usually of the form server-4.7). Ask a developer if you are unsure.What's nextTo build Boundless Server, go to step 2 of the Quickstart.For more information about the build system, see the Build System Overview.For information on the individual components that comprise server, follow the links in the Modules section.If you are preparing for a new release of Boundless Server, refer to the Release Procedure section.QuickstartClone the repository: % git clone git://github.com/boundlessgeo/server.git server % cd serverInitialize submodule dependencies: % git submodule update --init --recursiveDo a full build:Or build the module of your choice:Build System

geoserver/geoserver: GeoServer 2.21.2 - Zenodo

To a specific branch, so make sure you get the right one (ask a developer if you are unsure)! % cd geoserver/externals/geoserver % git pull origin 2.7.xIn order for this update to be reflected in the suite project, it must be commited like any other change: % cd ../ % git add geoserver % git commit -m "update geoserver submodule"You can then push this change to your fork and create a pull request, like any other commit.Release BranchesDuring regular development, suite changes are commited to the master branch. Prior to a release, a release branch (of the form r4.7) is created. Any changes should be made against that branch instead, and backported to master if necessary.When commiting a change to the release branch, note the commit id: [r4.7 0c66de5] update geoserver submoduleTo backport this commit to master, switch to the master branch and use cherry-pick to copy the commit. Remember to push your change up to the suite repository: % git checkout master % git cherry-pick 0c66de5 % git push upstream masterCertain submodules (mainly geoserver) will also have release specific branches. If you are updating a submodule on the release branch, first check if it has its own branch for this release (usually of the form suite-4.7). Ask a developer if you are unsure.What's nextTo build suite, go to step 2 of the Quickstart.For more information about the build system, see the Build System Overview.For information on the individual components that comprise suite, follow the links in the Modules section.QuickstartClone the repository: % git clone git://github.com/boundlessgeo/suite.git suite % cd suiteInitialize submodule dependencies: % git submodule update --init --recursiveDo a full build:Or build the module of your choice:Build System OverviewThe suite repository is made up a number of modules (ie projects). During developmenttypically modules are built individually as opposed to all

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The latest release, while the maintenance version, though an earlier release, is maintained and officially supported for a specific duration. For this installation, we'll opt for the stable version.Upon clicking the stable version link, you'll be redirected to Right-click on the Web Archive under the Packages section and copy the link.Now, open your Linux terminal and navigate to the temporary folder by typing cd /tmp. In this directory, use wget to download the GeoServer .war file by pasting the previously copied link.Step 4.1: Download GeoServercd /tmpwget unzip the downloaded file into the Tomcat webapps directory using the following commands:sudo apt-get install unzipsudo unzip geoserver-2.24.1-war.zipStep 4.2: Install GeoServer in TomcatTo integrate GeoServer with Tomcat, execute the following command to move GeoServer inside the Tomcat webapps directory:mv geoserver.war /opt/tomcat/webapps/This action concludes the installation process.Open in web browser opening this link, you'll arrive at the GeoServer welcome page. The default login credentials for GeoServer are admin as the username and geoserver as the password. Utilize these credentials to access the GeoServer admin panel for further configurations and operations.Step 5: Configuring Nginx Proxy for Tomcat with SSLStep 5.1: Install NginxBegin by installing Nginx on your VPS:sudo apt-get install nginxsudo systemctl start nginxsudo systemctl status nginxNext, install Certbot, a tool used for managing Let’s Encrypt certificates:sudo apt-get install python3-certbot-nginxTo obtain a Let’s Encrypt SSL certificate, use the following Certbot commands:For Subdomainsudo certbot certonly --nginx -d subdomain.example.comFor Domainsudo certbot certonly --nginx -d example.comUpon successful certificate acquisition, Certbot automatically stores the certificate files. Note the certificate and key locations:Certificate is saved at: /etc/letsencrypt/live/subdomain.example.com/fullchain.pemKey is saved at: /etc/letsencrypt/live/subdomain.example.com/privkey.pemAllow both HTTP (80) and HTTPS (443) traffic through the firewall using Nginx Full:sudo ufw allow 'Nginx Full'Step 5.2: Create a new virtual host configuration file for TomcatCreate and edit a new virtual host configuration file for Nginx:sudo nano /etc/nginx/sites-available/geoserverInsert the following configuration:upstream tomcat { server 127.0.0.1:8080 fail_timeout=0;}server { listen 80; listen [::]:80; server_name subdomain.example.com; access_log /var/log/nginx/tomcat-access.log; error_log /var/log/nginx/tomcat-error.log; return 301 { listen 443 ssl; listen [::]:443 ssl ipv6only=on; server_name subdomain.example.com; ssl_certificate /etc/letsencrypt/live/subdomain.example.com/fullchain.pem; ssl_certificate_key /etc/letsencrypt/live/subdomain.example.com/privkey.pem; location / { proxy_set_header X-Forwarded-Host $host; proxy_set_header X-Forwarded-Server $host; proxy_set_header X-Forwarded-For $proxy_add_x_forwarded_for; proxy_pass }}Step 5.3: Auto renewal SSL CertificateConfigure automatic SSL certificate renewal by editing the crontab:Add the following line to the crontab file to perform a renewal check monthly:0 0 1 * * certbot renew --nginx --quietStep 6: Configure Cross-Origin Filter and Proxy Settings for Tomcat in GeoServerAccess the 'web.xml' file within the GeoServer application

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Version assigned to geotools, geowebcache, and geoserver (instead of -SNAPSHOT), use the build/versions.xml ant script to set a custom version. For example, to build server 4.9-beta1: % ant -f build/versions.xml set-versions -Dserver.minor_version=-beta1 % ant all -Dserver.minor_version=-beta1To undo this action and reset te versions back to -SNAPSHOT: % git reset --hard HEAD % git submodule foreach --recursive git reset --hardCustom-building a GeoServer extension for SupportOccasionally, we will have to build (or re-build) an extension or jar after a server release has gone out.I will be using Server 4.9.1 as the server version for the purposes of this example.Checkout the correct server branch and update submodules: % git checkout r4.9.1 % git submodule update --init --recursiveSet the server version for the geoserver artifacts: % ant -f build/versions.xml set-versions -Dserver.minor_version=-server-4.9.1If you are building an extension that does not normally ship with server, modify build/build.properties and add that module to gs.exts_core or gs.exts_comm (depending upon whether or not it is a community module).Change to the geoserver directory and run a build. % cd geoserver % ant clean build assemble -Dserver.minor_version=-server-4.9.1The geoserver artifacts will be in geoserver/geoserver/src/target/release. The server war will be in webapp/target.ModulesThe server repository is composed of the following modules:composerdashboarddocsgeoservergeowebcachewpsbuilderConsult the module README files for module specific information.. GeoServer 2 Manager REST Based 1.7.0 GeoServer Manager is a library to interact with GeoServer 2.x. The scope of this library is to have a simple API, and use as few

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The global level or at the module level. The global local.properties is located in the build directory next tobuild.properties. Module specific local.properties files are located next to the module build.xml file. Naturally the module specific local properties file overrides properties from its global counterpart.Using any combination of the above method it should never be necessary to modify the build.properties file directly.The build.properties file should be modified when development begins on a new suite version, in order to update the appropriate version numbers and geosserver extensions.Versioned buildTo build suite with a specific minor version assigned to geotools, geowebcache, and geoserver (instead of -SNAPSHOT), use the build/versions.xml ant script to set a custom version. For example, to build suite 4.9-beta1: % ant -f build/versions.xml set-versions -Dsuite.minor_version=-beta1 % ant all -Dsuite.minor_version=-beta1To undo this action and reset te versions back to -SNAPSHOT: % git reset --hard HEAD % git submodule foreach --recursive git reset --hardCustom-building a GeoServer extension for SupportOccasionally, we will have to build (or re-build) an extension or jar after a suite release has gone out.I will be using Suite 4.9.1 as the suite version for the purposes of this example.Checkout the correct suite branch and update submodules: % git checkout r4.9.1 % git submodule update --init --recursiveSet the suite version for the geoserver artifacts: % ant -f build/versions.xml set-versions -Dsuite.minor_version=-suite-4.9.1If you are building an extension that does not normally ship with suite, modify build/build.properties and add that module to gs.exts_core or gs.exts_comm (depending upon whether or not it is a community module).Change to the geoserver directory and run a build. % cd geoserver % ant clean build assemble -Dsuite.minor_version=-suite-4.9.1The geoserver artifacts will be in geoserver/geoserver/src/target/release. The suite war will be in webapp/target.ModulesThe suite repository is composed of the following modules:composerdashboarddocsgeoservergeowebcachewpsbuilderConsult the module README files for module specific information.

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Ant build command with the Java system property (-D) syntax. For example: % ant -Dserver.build_cat=release buildCreating a file named local.properties either at the global level or at the module level. The global local.properties is located in the build directory next tobuild.properties. Module specific local.properties files are located next to the module build.xml file. Naturally the module specific local properties file overrides properties from its global counterpart.Using any combination of the above method it should never be necessary to modify the build.properties file directly.The build.properties file should be modified when development begins on a new server version, in order to update the appropriate version numbers and geoserver extensions.Release ProcedureWhen performing a new Server release, there are several changes that should be made in this repo to prepare for the release.Update VersionsIn build.properties, update the following properties:server.version - This controls the version that is displayed on the Dashboard and in the Docs, and should be updated for every release.If this release includes a change to the geoserver major version (For example, from 2.12 to 2.13), you also need to update the following properties:gt.major_versiongwc.major_versiongs.major_versionAdditionally, you will need to update the GeoTools, GeoWebcache, and GeoServer versions in the following files:geoserver/webapp/pom.xmlgeowebcache/pom.xmlUpdate SubmodulesUpdate any submodules that have changed since the last release. For a minor release, this is usually just geotools, geowebcache, and geoserver. This should typically be updated to the latest commit in the stable branch.For a major release, also be sure to update geomesa and geoserver-exts to a version that supports the new geotools/geoserver major versions.Update DocsUpdate the What's new page with a short, user-friendly list of the highlights of the current release.If there have been any changes in the packaging or install procedures, update the installation instructions accordingly. This is usually only necessary for major releases.Versioned buildTo build server with a specific minor. GeoServer 2 Manager REST Based 1.7.0 GeoServer Manager is a library to interact with GeoServer 2.x. The scope of this library is to have a simple API, and use as few GeoServer 2 Manager REST Based 1.7.0 GeoServer Manager is a library to interact with GeoServer 2.x. The scope of this library is to have a simple API, and use as few external libs as possible.

geoserver/geoserver: Official GeoServer repository - GitHub

Geoserver Installation GuideDeploying on Ubuntu 22.04 LTS with Tomcat 9.0.83, GeoServer 2.24.1 and PostgreSQL 14.10 with PostGIS 3.2GeoServer serves as an open-source server, facilitating the sharing of geospatial data. Notably designed for interoperability, it enables seamless publication of data from diverse data sources using open standards.Author InformationAuthor: Daniel Pinto SalazarTested Platform: Ubuntu 22.04 LTSSoftware Versions: Tomcat 9.0.83, GeoServer 2.24.1, PostgreSQL 14.10, PostGIS 3.2Tested Date: December 2023Software VersionsSoftwareVersionUbuntu22.04 LTSJava17.0.9Tomcat9.0.83GeoServer2.24.1PostgreSQL14.10PostGIS3.2Installation StepsStep 1: Create a Droplet (Ubuntu 22.04 LTS)First, update the packages list on Ubuntu:Set the Firewall to allow traffic from SSH, HTTP, and HTTPS:sudo ufw allow 22sudo ufw enableStep 2: Install Java 17 dependenciesInstall OpenJDK 17:sudo apt install openjdk-17-jdk openjdk-17-jreOnce installed, verify the Java version:Step 3: Install Servlet Container for Java code (Tomcat)Step 3.1: Create a Tomcat group and usersudo groupadd tomcatsudo useradd -s /bin/false -g tomcat -d /opt/tomcat tomcatStep 3.2: Install TomcatNavigate to the temporary folder to download and extract Tomcat 9.0.83:cd /tmpcurl -O mkdir /opt/tomcat/sudo tar xzvf apache-tomcat-9.0.83.tar.gz -C /opt/tomcat/ --strip-components=1Step 3.3: Update Tomcat PermissionsAdjust permissions for Tomcat directories:cd /opt/tomcat/sudo chgrp -R tomcat /opt/tomcat/sudo chmod -R g+r confsudo chmod g+x confsudo chown -R tomcat webapps/ work/ temp/ logs/Step 3.4: Create a systemd Service FileTo enable running Tomcat as a service, we'll create a systemd service file. To ensure Tomcat functions properly, it requires knowledge of the Java installation directory, often denoted as 'JAVA_HOME.' The most convenient method to find this location is by executing the following command:sudo update-java-alternatives -lTo create the accurate JAVA_HOME variable, you can build it by extracting the output found in the final column the suitable JAVA_HOME for this server would be:JAVA_HOME/usr/lib/jvm/java-1.17.0-openjdk-amd64Using this data, we're ready to generate the systemd service file. Access the /etc/systemd/system directory and create a file named tomcat.service by executing the following command:"sudo nano /etc/systemd/system/tomcat.serviceCopy and insert the below content into your service file. Adjust the JAVA_HOME value, if needed, to correspond with the value you discovered on your system. Additionally, consider adjusting the memory allocation settings specified in CATALINA_OPTS. In previous Tomcat versions, remember to append the '/jre' extension to JAVA_HOME.[Unit]Description=Apache Tomcat Web Application ContainerAfter=network.target[Service]Type=forkingEnvironment=JAVA_HOME=/usr/lib/jvm/java-1.17.0-openjdk-amd64Environment=CATALINA_PID=/opt/tomcat/temp/tomcat.pidEnvironment=CATALINA_HOME=/opt/tomcatEnvironment=CATALINA_BASE=/opt/tomcatEnvironment='CATALINA_OPTS=-Xms512M -Xmx1024M -server -XX:+UseParallelGC'Environment='JAVA_OPTS=-Djava.awt.headless=true -Djava.security.egd=file:/dev/./urandom'ExecStart=/opt/tomcat/bin/startup.shExecStop=/opt/tomcat/bin/shutdown.shUser=tomcatGroup=tomcatUMask=0007RestartSec=10Restart=always[Install]WantedBy=multi-user.targetUpon completion, save and close the file.Subsequently, refresh the systemd daemon to ensure recognition of our service file:sudo systemctl daemon-reloadInitiate the Tomcat service using the command:sudo systemctl start tomcatVerify its startup without any errors by executing:sudo systemctl status tomcatStep 3.5: Adjust the Firewall and Test the Tomcat ServerHaving initiated the Tomcat service, it's essential