Film Director Writer(s) Producer(s) Puppet Master (1989) David Schmoeller Charles Band & Kenneth J. Hall Hope Perello & Charles Band Puppet Master II: His Unholy Creation (1991) Dave Allen David Pabian Charles Band Puppet Master III: Toulon's Revenge (1991). Title: Retro Puppet Master (Video 1999) 4.1 /10 Want to share IMDb's rating on your own site? You must be a registered user to use the IMDb rating plugin. Login Show HTML View more styles Getting Started Robot Check. Enter the characters you see below. Sorry, we just need to make sure you're not a robot. For best results, please make sure your browser is accepting cookies. Overview of Puppet's architecture — Documentation — Puppet. This version is not included in Puppet Enterprise. It can also run in a self- contained architecture with the Puppet apply application. Note: Two Stages for Configuration Management. Puppet configures systems in two main stages: Compile a catalog. Explore how Puppet works in 7 simple screens Capabilities Automate the delivery & operation of your software Platform Make security & scale inherent & automatic Managed technology If it has an IP address, manage it with Puppet. See all results for Puppet Master 7. The Puppet Masters 1994 R DVD $7.99 Prime Get it by Tuesday, Sep 6 More Buying Choices $0.01 used & new (115 offers) See All Formats Donald Sutherland. Retro Puppet Master (also known as Retro Puppetmaster) is a 1999 direct-to-video horror film written by Charles Band, Benjamin Carr and David Schmoeller, and directed by David DeCoteau. It is the seventh film in the Puppet Master franchise, a prequel to 1991's Puppet Master III: Toulon's Revenge. Puppet-Master.com is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to. Apply the catalog. What is a Catalog? A catalog is a document that describes the desired system state for one specific computer. It lists all of the resources that need to be managed, as well as any dependencies between those resources. To compile a catalog, Puppet uses several sources of information. For more info, see the pages on basics of the Puppet language and catalog compilation.
The agent/master architecture. Puppet usually runs in an agent/master architecture, where a Puppet master server controls important configuration info and managed agent nodes request only their own configuration catalogs. Basics. In this architecture, managed nodes run the Puppet agent application, usually as a background service. One or more servers run the Puppet master application, usually in the form of Puppet Server. Periodically, Puppet agent sends facts to the Puppet master and request a catalog. The master compiles and returns that node’s catalog, using several sources of information it has access to. Once it receives a catalog, Puppet agent applies it by checking each resource the catalog describes. If it finds any resources that are not in their desired state, it makes any changes necessary to correct them. When requesting or submitting anything to the master, the agent makes an HTTPS request to one of those endpoints. For details, see: Client- verified HTTPS means each master or agent must have an identifying SSL certificate, and examines their counterpart’s certificate to decide whether to allow an exchange of information. Puppet includes a built- in certificate authority (CA) for managing certificates. Agents can automatically request certificates via the master’s HTTP API, users can use the puppet cert command to inspect requests and sign new certificates, and agents can then download the signed certificates. For general info about SSL, see our background reference on SSL and HTTPS. The stand- alone architecture. Puppet can run in a stand- alone architecture, where each managed server has its own complete copy of your configuration info and compiles its own catalog. Basics. In this architecture, managed nodes run the Puppet apply application, usually as a scheduled task or cron job. If it finds any resources that are not in their desired state, it makes any changes necessary to correct them. It can also be configured to send reports to a central service. About the Puppet apply application. Note: Differences between agent/master and puppet apply. In general, Puppet apply can do the same things as the combination of Puppet agent and Puppet master, but there are several trade- offs around security and the ease of certain tasks. If you don’t have a preference, you should default to an agent/master architecture. If you have questions, considering these trade- offs helps you make your decision. Principle of least privilege. In agent/master Puppet, each agent only gets its own configuration, and is unable to see how other nodes are configured. With Puppet apply, it’s impractical to do this, so every node has access to complete knowledge about how your site is configured. Depending on how you’re configuring your systems, this can potentially raise the risks of horizontal privilege escalation. Ease of centralized reporting and inventory. Agents send reports to the Puppet master by default, and the master can be configured with any number of report handlers to pass these on to other services. You can also connect the master to Puppet. DB, a powerful tool for querying inventory and activity data. Puppet apply nodes handle their own information, so if you’re using Puppet. DB or sending reports to another service, each node needs to be configured and authorized to connect to it. Ease of updating configurations. Only the Puppet master server(s) have the Puppet modules, main manifests, and other data necessary for compiling catalogs. This means that when you need to update your systems’ configurations, you only need to update content on one (or a few) servers. In a decentralized Puppet apply deployment, you’ll need to sync new configuration code and data to every node. CPU and memory usage on managed machines. Since Puppet agent doesn’t compile its own catalogs, it uses fewer resources on the machines it manages, leaving them with more capacity for their designated tasks. Need for a dedicated master server. The Puppet master takes on the performance load of compiling all catalogs, and it should usually be a dedicated machine with a fast processor, lots of RAM, and a fast disk. Not everybody wants to (or is able to) allocate that, and Puppet apply can get around the need for it. Need for good network connectivity. Agents need to be able to reach the Puppet master at a reliable hostname in order to configure themselves. If a system lives in a degraded or isolated network environment, you may want it to be more self- sufficient. Security overhead. Agents and masters use HTTPS to secure their communications and authenticate each other, and every system involved needs an SSL certificate. Puppet includes a built- in CA to easily manage certificates, but it’s even easier to not manage them at all.
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