Testing

libcortlet-upgradesched includes stress-oriented validation focused on execution stability, memory correctness, and consistent behavior during concurrent workloads.

Overview

The repository references testing processes designed to validate scheduling behavior under heavy task activity and concurrent execution pressure.

Testing focuses on:

execution stability
memory correctness
concurrency consistency
failure prevention during stress workloads

Stress Workloads

The repository references validation involving workloads exceeding 50k tasks.

Stress-oriented testing is used to evaluate behavior during:

sustained concurrent activity
large task coordination workloads
high execution pressure environments

Failure Prevention

The repository references testing related to:

deadlock prevention
dropped task prevention
segmentation fault prevention

as part of its validation process.

Memory Verification

The project references Valgrind verification during testing.

Terminal

valgrind

Memory verification is used to help detect:

invalid memory access
memory misuse
execution instability during concurrent workloads

Test Execution

The repository references:

Terminal

make test

as part of its testing workflow.

Development Standards

The project uses strict compiler warning enforcement during development and testing.

Terminal

-std=c11
-Wall
-Wextra
-Werror

Validation Focus

Testing is focused on maintaining:

stable execution behavior
consistent task coordination
reduced synchronization overhead
predictable behavior during high workload conditions