bug-bounty529
xss291
rce159
google131
account-takeover121
bragging-post118
privilege-escalation101
exploit96
facebook95
authentication-bypass94
open-source94
csrf88
microsoft87
malware80
stored-xss75
access-control75
cve70
ai-agents66
web-security65
reflected-xss63
writeup57
phishing57
sql-injection52
input-validation52
ssrf51
information-disclosure51
cross-site-scripting49
smart-contract49
reverse-engineering48
defi48
api-security48
tool47
privacy47
ethereum45
vulnerability-disclosure42
apple42
web-application40
ai-security39
opinion38
llm37
burp-suite37
responsible-disclosure37
automation36
web336
remote-code-execution35
race-condition34
credential-theft34
oauth34
dos34
smart-contract-vulnerability33
0
6/10
Benchmark analysis of C++26 reflection compile-time overhead on GCC 16, showing that including <meta> adds ~155ms overhead but the reflection logic itself scales reasonably (~1-2ms per type). Demonstrates that Standard Library headers are the primary bottleneck and precompiled headers are essential for practical compile-time performance in reflection-heavy code.
c++
c++26
reflection
compile-time-performance
benchmarking
metaprogramming
standard-library
precompiled-headers
gcc
optimization
Vittorio Romeo
Jonathan Müller
Barry Revzin
Jonathan Wakely
GCC 16
C++26
Fedora 44
SFML
hyperfine