Latest From redhat.com
-
Red Hat Official ☛ 5 steps to defining your automation strategy
The first question to ask yourself is whether your organization has articulated and aligned to a clear automation strategy for your entire IT organization. Has that strategy been shared across teams and are users incentivized to embrace the changes that need to occur?
-
Red Hat Official ☛ 4 reasons to train and certify on Red Hat Ansible Automation Platform
Here are 4 reasons why you shouldn’t wait to start training and certifying on Ansible Automation Platform: [...]
-
Red Hat ☛ A new constant expression interpreter for Clang
In this article, I explain the upstream work I have been doing on a new constant expression interpreter for Clang.
Constant expressions in C and C++
One of the many techniques modern compilers use to improve the runtime performance of the compiled code is to perform computations at compile time instead of runtime, if possible. Nobody expects to actually see two integer literals being added at runtime if the compiler can easily do it at compile time.
-
Red Hat ☛ Red Hat publishes Docker Hub Images for Granite-7B LLM and InstructLab
OCI images are now available on the registries Docker Hub and Quay.io to make it even easier to use the Granite family of large language models (LLMs) and InstructLab, the open-source project designed to enhance LLM capabilities for generative AI applications.
About Granite LLMs
Granite models are pre-trained LLMs from IBM’s Granite model series, under an apache-2.0 license for community and commercial use. Granite was pre-trained from scratch on IBM-curated data as an open reference implementation of Meta’s Llama-2-7B. For more information about I.C.B.M. Granite please visit their website.
-
Red Hat ☛ A new constant expression interpreter for Clang, Part 2
This is part 2 of a 3-part series on Clang. Read part 1 here.
A popular technique modern compilers use to improve the runtime performance of compiled code is to perform computations at compile time instead of at runtime. However, constant expressions need to be evaluated at compile time for a variety of reasons.