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That the Matillion ETL job creates at runtime. One would typically use this feature to assign values to Matillion variables during a job's execution.Python2 and Python3 run outside of Java and thus do not have this capability and would require the Python script to additionally create a connection to the CDW. Matillion ETL now has a Query Result To Scalar component, and a Query Result To Grid component, which provide a simpler way to populate variables within a Matillion ETL job, and remove the need for using Jython for this particular use case.Python2 was sunset on 1st January 2020 and is no longer being maintained. As of version 1.61.6, Matillion ETL comes with Python 2.7.5 installed.For the above reasons, we recommend using Python3 for any new Python Script development. Matillion ETL continues to support the Jython and Python2 interpreters, primarily to support users who have existing Jython or Python2 dependencies in their jobs. However, it is possible for support of the Jython or Python2 interpreters to be removed in a future release of Matillion ETL.For any users who do have dependencies on Jython or Python2 in their jobs, we recommend transitioning those over to Python3, so as to best future-proof your Matillion ETL jobs. As of version 1.61.6, Matillion ETL comes with Python 3.6.8 installed.We do not recommend changing the version of Python that is installed on your Matillion ETL instance. When needed, updates to the version of Python will be bundled along with new versions of Matillion ETL. Updating or changing the version of Python2 or Python3 on a Matillion ETL instance can result in issues or instability with the Matillion ETL application itself.In addition to the above recommendation, please also note that Python should not be uninstalled from the Matillion ETL instance. Prior to version 1.60, the Matillion ETL application has dependencies on Python, and removing Python from a Matillion ETL instance can result in uninstalling the Matillion ETL application as well. As an alternative to uninstalling Python from a Matillion ETL instance, consider disabling the Python Script component instead.PIP VersionsPython installations will by default have a set

``TRANSFER`` or ``ALL``. | OFF | Transfer is done using SFTP only. This is the default value | | TRANSFER | Directory listings (needed for logging) will be done using SFTP. Actual file transfer is done with SCP. | | ALL | Only SCP is used for file transfer. No logging available. | There are some limitations to the current SCP implementation:: - When using SCP, files cannot be altered during transfer and ``newline`` argument does not work. - If ``scp=ALL`` only ``source`` and ``destination`` arguments will work on the keywords. The directories are transferred recursively. Also, when running with Jython `Put Directory` and `Get Directory` won't work due to current Trilead implementation. - If running with Jython you can encounter some encoding issues when transferring files with non-ascii characters. SCP transfer was introduced in SSHLibrary 3.3.0.== Preserving original times ==SCP allows some configuration when transferring files and directories. One of this configuration is whether topreserve the original modify time and access time of transferred files and directories. This is done using the``scp_preserve_times`` argument. This argument works only when ``scp`` argument is set to ``TRANSFER`` or ``ALL``.When moving directory with ``scp`` set to ``TRANSFER`` and ``scp_preserve_times`` is enabled only the files insidethe director will keep their original timestamps. Also, when running with Jython ``scp_preserve_times`` won't workdue to current current Trilead implementation.``scp_preserve_times`` was introduced in SSHLibrary 3.6.0.= Aliases =SSHLibrary allows the use of an alias when opening a new connection using the parameter ``alias``.| `Open Connection` | alias=connection1 |These aliases can

IntroductionYou can download jzmq-3.1.0.jar in this page.LicenseLGPLv3+Type Listjzmq-3.1.0.jar file has the following types.META-INF/MANIFEST.MFMETA-INF/maven/org.zeromq/jzmq/pom.propertiesMETA-INF/maven/org.zeromq/jzmq/pom.xmlorg.zeromq.App.classorg.zeromq.EmbeddedLibraryTools.classorg.zeromq.ZAuth.classorg.zeromq.ZContext.classorg.zeromq.ZDispatcher.classorg.zeromq.ZFrame.classorg.zeromq.ZLoop.classorg.zeromq.ZMQ.classorg.zeromq.ZMQException.classorg.zeromq.ZMQForwarder.classorg.zeromq.ZMQQueue.classorg.zeromq.ZMQStreamer.classorg.zeromq.ZMsg.classorg.zeromq.ZThread.classPomjzmq-3.1.0.pom file content. 4.0.0 org.sonatype.oss oss-parent 7 org.zeromq jzmq 3.1.0 jar jzmq The 0MQ lightweight messaging kernel is a library which extends the standard socket interfaces with features traditionally provided by specialised messaging middleware products. 0MQ sockets provide an abstraction of asynchronous message queues, multiple messaging patterns, message filtering (subscriptions), seamless access to multiple transport protocols and more. This package contains the Java Bindings for ZeroMQ. scm:git:git://github.com/zeromq/jzmq.git scm:git:ssh://[email protected]/zeromq/jzmq.git v3.1.0 LGPLv3+ zeromq The ?MQ project UTF-8 1.6 1.6 2.3 1.0 2.6 2.3.1 2.7 2.5 1.7 1.4 2.1.2 4.8.2 ${os.arch} ${native.path} ${native.library-path} Linux os.name Linux ${os.name} src/main/c++/.libs/libjzmq.so src/main/c++/.libs/ Windows windows Windows lib/jzmq.dll lib Mac mac ${os.name} src/main/c++/.libs/libjzmq.dylib src/main/c++/.libs/ os-distro os.distro -${os.distro} zmq-version zmq.version -${zmq.version} release ..${file.separator}..${file.separator}${native.path} ..${file.separator}..${file.separator}${native.library-path} deploy-local-maven maven.releases ${env.RELEASE_REPO} maven.snapshots ${env.SNAPSHOT_REPO} junit junit ${junit.version} test org.apache.maven.plugins maven-gpg-plugin 1.4 sign-artifacts verify sign maven-assembly-plugin ${maven-assembly-plugin.version} nativejar.xml make-assembly package single org.codehaus.mojo buildnumber-maven-plugin ${maven-buildnumber-plugin.version} validate create false false buildTimestamp {0,date,yyyy-MM-dd HH:mm Z} org.apache.maven.plugins maven-release-plugin ${maven-release-plugin.version} true false release v@{project.version} org.apache.maven.plugins maven-scm-plugin ${maven-scm-plugin.version} org.apache.maven.plugins maven-jar-plugin ${maven-jar-plugin.version} true true ${buildNumber} ${buildTimestamp} org.apache.maven.plugins maven-surefire-plugin 2.16 once -Djava.library.path=${native.library-path.resolved} org.apache.maven.plugins maven-shade-plugin ${maven-shade-plugin.version} package shade org.zeromq.App org.apache.maven.plugins maven-deploy-plugin ${maven-deploy-plugin.version} org.apache.maven.plugins maven-source-plugin ${maven-source-plugin.version} attach-sources jar org.apache.maven.plugins maven-javadoc-plugin ${maven-javadoc-plugin.version} attach-javadoc jar POM Entry org.zeromq jzmq 3.1.0DownloadIf you think the following jzmq-3.1.0.jar downloaded from Maven central repository is inappropriate, such as containing malicious code/tools or violating the copyright, please email , thanks.Download jzmq-3.1.0.jar filePreviousNextRelatedDownload jython-2.7.jar fileDownload jython-2.7.0.jar fileDownload jzlib-1.1.3.jar fileDownload k3po.junit-2.0.0.jar fileDownload k3po.junit-3.0.0.jar file

Managing Python on a Matillion ETL virtual machine (VM)This guide was provided by Matillion's solution architect team.Python is a popular programming language for data engineers. Recognizing this, Matillion ETL offers a Python Script component, which allows Matillion users to integrate their own Python scripts into their Matillion ETL jobs. When using Python scripts in Matillion ETL jobs, an important consideration is if the nature of the Python is appropriate to run on a Matillion ETL instance, which is typically sized for an ELT workload. Read Executing Python Scripts Outside of Matillion for more insights into that topic.When Matillion ETL users reach out to Matillion Support related to their use of Python, we've found that, often, the issues raised relate to the management of Python on their Matillion ETL instances. The aim of this guide is to highlight some best practices around managing your Python environment on a Matillion ETL instance.Best PracticesDo not uninstall Python on a Matillion ETL instance. An alternative is to disable the availability of the Python Script component.Do not change the version of Python installed on a Matillion ETL instance.Maintain an inventory of any manually installed Python libraries, including the version of the Python library.When automating the deployment of new Matillion ETL VMs, account for any Python library dependencies as part of the automated deployment.When using the Python Script component, use the Python3 interpreter.Do not change the version of pip installed on a Matillion ETL VM unless there is a Python library dependency. If required to update the version of pip, ensure you have a current backup of the Matillion ETL VM.Python Interpreters and VersionsThe Python Script component in Matillion ETL allows a user to run a Python script against different Python interpreters: Jython, Python2, and Python3.The Jython interpreter is a Java interpreter, based on Python2, for running Python scripts within a Java application. Matillion ETL is written in Java, which is where the support for this interpreter comes from. Historically, the main benefit of using the Jython interpreter is that it allows the Python script execution to use the connection to the cloud data warehouse (CDW)

QF-Test that this batch run serves to create test documentation from test suites. -genreport (batch mode only) Tell QF-Test that this batch run serves to create a report from run logs. -groovydir This argument overrides the default location of the directory for additional Groovy modules. The default directory called groovy is located under QF-Test's system directory. -help Show help about available command line arguments. -import (batch mode only) Import a given test suite into another one. This mode can be used to merge two test suites. -import-from (batch mode only) The source test suite, which should be imported into another one. -import-into (batch mode only) The target tests-suite for importing. -import-components (batch mode only) Switch for merging components of two given test suites. -import-procedures (batch mode only) Switch for merging packages and procedures of two given test suites. -import-tests (batch mode only) Switch for merging test cases and test sets of two given test suites. -interrupt-running-instances (batch mode only) Interrupt a test run on the current system and brings up a dialog which allows to pause or to interrupt the current test run. -ipv6 QF-Test uses only IPv4 communication, so by default IPv6 support is disabled at Java level which can reduce startup time significantly. In case you need to enable IPv6 support in QF-Test, for example for use within a plugin, you can use this argument. -javascriptdir This argument overrides the default location of the directory for additional JavaScript modules. The default directory called javascript is located under QF-Test's system directory. -jythondir This argument overrides the default location of the directory for additional Jython modules. The default directory called jython is located under QF-Test's system directory. -jythonport Tell the embedded Jython interpreter to listen for TCP connections at the specified port. You can then use telnet to connect to that port and get an interactive Jython command line. -keybindings (interactive mode only) Currently used only for macOS to switch between the new default Mac bindings (value system) or the old, Windows oriented QF-Test bindings (value classic). -keystore An alternative keystore file to use for securing daemon communication with SSL. See section 55.3 for details. To disable SSL by specifying no keystore, use this argument in the form -keystore=. -keypass The password for the keystore file used for securing daemon communication with SSL. See section 55.3 for details. -kill-kunning-instances Deprecated, use -shutdown all instead. -libpath Override the library path option (Directories holding test suite libraries). The directories of the library path should be separated by the standard path separator character for the system, i.e. ';' for Windows and ':' for Linux. QF-Test's include directory will automatically be appended to the path. -license Set the location of the license file (see section 1.5). -license-waitfor ; Specify an interval in seconds to wait during QF-Test startup in case a license is not immediately available. This timeout is also in effect when renewing a lease from the QF-Test license server and the server is temporarily unavailable. -logdir This argument overrides the default location

Channel will then be directly connected to the requested subsystem. ``forward_agent`` determines whether to forward the local SSH Agent process to the process being executed. This assumes that there is an agent in use (i.e. `eval $(ssh-agent)`). Setting ``forward_agent`` does not work with Jython. | `Execute Command` | ssh-add -L | forward_agent=True | ``invoke_subsystem`` and ``forward_agent`` are new in SSHLibrary 3.4.0. ``output_during_execution`` enable logging the output of the command as it is generated, into the console. ``output_if_timeout`` if the executed command doesn't end before reaching timeout, the parameter will log the output of the command at the moment of timeout. ``output_during_execution`` and ``output_if_timeout`` are not working with Jython. New in SSHLibrary 3.5.0. Definition at line 1198 of file library.py.◆ file_should_exist() def SSHLibrary.library.SSHLibrary.file_should_exist ( self, path ) Fails if the given path does NOT point to an existing file. Supports wildcard expansions described in `glob patterns`. Example: | `File Should Exist` | /boot/initrd.img | | `File Should Exist` | /boot/*.img | Note that symlinks are followed: | `File Should Exist` | /initrd.img | # Points to /boot/initrd.img | Definition at line 1846 of file library.py.◆ file_should_not_exist() def SSHLibrary.library.SSHLibrary.file_should_not_exist ( self, path ) Fails if the given path points to an existing file. Supports wildcard expansions described in `glob patterns`. Example: | `File Should Not Exist` | /non/existing | | `File Should Not Exist` | /non/* | Note that this keyword follows symlinks. Thus the example fails if ``/non/existing`` is a link that points an existing file. Definition at line 1861 of