
Deepak Upadhyay enhanced memory reporting in the uutils/procps repository by adding the SReclaimable metric to the vmstat output, addressing a gap in Linux memory visibility. He updated the Meminfo struct and revised cache calculations to accurately reflect SReclaimable, ensuring that memory statistics now provide a more complete picture for operators and engineers. Working exclusively in Rust, Deepak applied system programming and memory management expertise to update data structures, metrics calculations, and targeted tests. This focused contribution improved the accuracy of memory metrics, supporting better capacity planning and performance tuning, and reduced the risk of misinterpreting memory pressure in production environments.
Monthly summary for 2026-03 focusing on key accomplishments in uutils/procps. Delivered Memory Stats Enhancement by adding SReclaimable to vmstat output, updating Meminfo struct and cache calculation for accurate memory reporting. Fixed vmstat cache column to include SReclaimable (closes #389) via commit 0f2c9edec4b003fd06b14cde489f974df18609cb. Result: improved memory visibility, enabling better capacity planning, performance tuning, and reduced risk of misinterpretation of memory pressure. Technologies demonstrated: Rust-based implementation in a Linux userland util, data structure updates, metrics calculations, and targeted tests. Business value: clearer, reliable memory metrics for operators and engineers, enhancing decision-making around memory usage and optimization.
Monthly summary for 2026-03 focusing on key accomplishments in uutils/procps. Delivered Memory Stats Enhancement by adding SReclaimable to vmstat output, updating Meminfo struct and cache calculation for accurate memory reporting. Fixed vmstat cache column to include SReclaimable (closes #389) via commit 0f2c9edec4b003fd06b14cde489f974df18609cb. Result: improved memory visibility, enabling better capacity planning, performance tuning, and reduced risk of misinterpretation of memory pressure. Technologies demonstrated: Rust-based implementation in a Linux userland util, data structure updates, metrics calculations, and targeted tests. Business value: clearer, reliable memory metrics for operators and engineers, enhancing decision-making around memory usage and optimization.

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