27 Jul 2026
Log Source Profiling: Which Log Statement Is Responsible?
How log source profiling traces CPU and file I/O back to individual C and C++ call sites without disabling production diagnostics Log source profiling starts where a normal CPU profiler stops. A system profiler can tell you that a logging thread is consuming CPU and show write(), a file-backend worker, queue synchronization, memory copies, and
13 Jul 2026
Migrating from spdlog to logme: From Loggers and Sinks to Channels and Backends
Migrating from spdlog to logme should not be a mechanical replacement of function names. On the surface, both libraries perform similar work: an application calls a logging API, the message gets a severity level, is formatted, and is sent to a file, console, or another output. However, there is little reason to migrate just to
11 Jul 2026
Migrating from glog to logme: LOG, CHECK, PLOG, and VLOG in a New Logging Model
Migrating from glog to logme does not have to start with a full rewrite of every logging call. In large C++ projects, that is usually the wrong first step. Logging statements are spread across the codebase, and they often sit next to checks, conditions, diagnostic messages, CHECK, PLOG, VLOG, and debug-only calls. Replacing everything at
09 Jul 2026
logme channels are more than named loggers
At first, logme channels can look like ordinary logger names. You may have channels such as HTTP, DB, TLS, or UI. At first glance, each log call seems to add nothing more than the corresponding label. A channel is a full runtime object. It decides whether a record is accepted, how it is formatted. Where