Modified items

All recently modified items, latest first.

rubygem-inspec-reporter-honeycomb-0.1.7-1.lbn36.noarch: InSpec Reporter plugin to report Otel formatted traces to Honeycomb.

rubygem-inspec-reporter-flex-0.1.3-1.lbn36.noarch: Plugin for templated reports.

rubygem-inspec-pdf-0.1.6-1.lbn36.noarch: InSpec plugin for PDF generation.

rubygem-inspec-objects-0.1.0-1.lbn36.noarch: Library that provides an API for programmatically creating InSpec profiles.

rubygem-inspec-iggy-0.8.0-1.lbn36.noarch: InSpec plugin to generate InSpec profiles from Terraform and CloudFormation to ensure automatic compliance coverage.

rubygem-inspec-core-6.8.24-2.lbn36.noarch: InSpec provides a framework for creating end-to-end infrastructure tests. You can use it for integration or even compliance testing. Create fully portable test profiles and use them in your workflow to ensure stability and security. Integrate InSpec in your change lifecycle for local testing, CI/CD, and deployment verification. This has local support only. See the `inspec` gem for full support.

rubygem-inspec-cloudformation-0.0.5-1.lbn36.noarch: This plugin allows InSpec 'inputs' to be provided by CloudFormation Outputs.

rubygem-inspec-chef-0.3.4-1.lbn36.noarch: This plugin allows InSpec 'inputs' to be provided by Chef Server.

rubygem-inspec-bin-6.8.24-1.lbn36.noarch: InSpec executable for inspec gem. Use of this executable may require accepting a license agreement.

rubygem-inspec-6.8.24-1.lbn36.noarch: Validate Inspec compliance checks.

inspec-alicloud-0.10.24-1.lbn36.noarch: This InSpec resource pack uses the AliCloud SDK and provides the required resources to write tests for resources in AliCloud. depends: - name: inspec-alicloud path: /usr/share/inspec-alicloud supports: - platform: alicloud

rubygem-browserstack-local-1.4.3-1.lbn36.noarch: Ruby bindings for BrowserStack Local.

python3-pytest-browserstack-local-0.5.0-1.lbn36.noarch: May be useful for Continuous Integration. Read more <

python3-browserstack-sdk-1.27.0-1.lbn36.noarch: Python SDK for browserstack selenium-webdriver tests

python3-browserstack-local-1.2.10-1.lbn36.noarch

python-selenium-browserstack-0.0.1-1.lbn36.noarch: New Project =========== Copy /usr/share/browserstack-selenium/browserstack.yml into your project. Set BrowserStack Credentials ============================ Add your BrowserStack username and access key in the browserstack.yml config fle. You can also export them as environment variables, BROWSERSTACK_USERNAME and BROWSERSTACK_ACCESS_KEY: export BROWSERSTACK_USERNAME=<browserstack-username> export BROWSERSTACK_ACCESS_KEY=<browserstack-access-key> Running tests ============= Run sample test: To run the sample test across platforms defined in the project's browserstack.yml file, run: browserstack-sdk /usr/share/browserstack-selenium/test.py Run tests on locally hosted website: To run the local test across platforms defined in the project's browserstack.yml file, run: browserstack-sdk /usr/share/browserstack-selenium/local-test.py

python-robot-browserstack-0.0.2-1.lbn36.noarch: New Project =========== Copy /usr/share/browserstack-robot/browserstack.yml into your project. Set BrowserStack Credentials ============================ Add your BrowserStack username and access key in the browserstack.yml config fle. You can also export them as environment variables, BROWSERSTACK_USERNAME and BROWSERSTACK_ACCESS_KEY: export BROWSERSTACK_USERNAME=<browserstack-username> export BROWSERSTACK_ACCESS_KEY=<browserstack-access-key> Running tests ============= Run sample test: To run the sample test across platforms defined in the project's browserstack.yml file, run: - To run the sample tests in parallel across the platforms defined in the `browserstack.yml` file, run: browserstack-sdk robot ./tests/test-*.robot

browserstack-local-8.9-2.lbn36.x86_64: BrowserStack cross-browser testing

virt-who-1.31.19-1.lbn36.noarch: Agent that collects information about virtual guests present in the system and report them to the subscription manager.

virt-what-1.25-1.lbn36.x86_64: virt-what is a shell script which can be used to detect if the program is running in a virtual machine. The program prints out a list of "facts" about the virtual machine, derived from heuristics. One fact is printed per line. If nothing is printed and the script exits with code 0 (no error), then it can mean either that the program is running on bare-metal or the program is running inside a type of virtual machine which we don't know about or can't detect. Current types of virtualization detected: - alibaba_cloud Alibaba cloud - alibaba_cloud-ebm - aws Amazon Web Services - bhyve FreeBSD hypervisor - docker Docker container - google_cloud Google cloud - hyperv Microsoft Hyper-V - ibm_power-kvm IBM POWER KVM - ibm_power-lpar_shared IBM POWER LPAR (hardware partition) - ibm_power-lpar_dedicated - ibm_systemz-* IBM SystemZ Direct / LPAR / z/VM / KVM - illumos-lx Illumos with Linux syscall emulation - ldoms Oracle VM Server for SPARC Logical Domains - linux_vserver Linux VServer container - lxc Linux LXC container - kvm Linux Kernel Virtual Machine (KVM) - lkvm LKVM / kvmtool - nutanix_ahv Nutanix Acropolis Hypervisor (AHV) - openvz OpenVZ or Virtuozzo - ovirt oVirt node - parallels Parallels Virtual Platform - podman Podman container - powervm_lx86 IBM PowerVM Lx86 Linux/x86 emulator - qemu QEMU (unaccelerated) - redhat Red Hat hypervisor - rhev Red Hat Enterprise Virtualization - uml User-Mode Linux (UML) - virtage Hitachi Virtualization Manager (HVM) Virtage LPAR - virtualbox VirtualBox - virtualpc Microsoft VirtualPC - vmm vmm OpenBSD hypervisor - vmware VMware - xen Xen - xen-dom0 Xen dom0 (privileged domain) - xen-domU Xen domU (paravirtualized guest domain) - xen-hvm Xen guest fully virtualized (HVM)

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