But the Super Boost extender fell short of the mark on just about every performance indicator, lacks the ability to extend a homes 802.11ac network and can block the use of an adjacent AC outlet
Forgotten Framing Device: The movies tend to start with narration, but unlike episodes of the show, the narrator doesn't come back at the end
15 Magic: The Gathering cards per booster 11-13 Traditional Foil cards 5 cards of rarity Rare or higher 4 Uncommon cards 5 Common cards 1 Land card
For those living in studio apartments, heritage homes, or minimalist spaces, the design is a welcomed detail
$ time ninja test/algorithms/crosses/boost_geometry_algorithms_crosses [1/4] Building CXX object test/algorithm...try_algorithms_crosses.dir/crosses.cpp.[4/4] Linking CXX executable test/algor...osses/boost_geometry_algorithms_crosses ninja test/algorithms/crosses/boost_geometry_algorithms_crosses 31.76s user 1.80s system 120% cpu 27.950 total Results# It takes the test crosses.cpp around a second and a half to fully build, less than a second to compile ~30x improvement over the original build, granted the boost dependencies were already built: $ hyperfine --runs 5 --prepare "rm -f test/algorithms/crosses/boost_geometry_algorithms_crosses test/algorithms/crosses/CMakeFiles/boost_geometry_algorithms_crosses.dir/crosses.cpp.o" "ninja test/algorithms/crosses/boost_geometry_algorithms_crosses" Benchmark 1: ninja test/algorithms/crosses/boost_geometry_algorithms_crosses Time (mean ): 1.427 s 0.015 s [User: 1.100 s, System: 0.322 s] Range (min max): 1.415 s 1.453 s 5 runs Needless to say, building all 3 tests together now takes longer, because all of them wait for the test_crosses_instantiation library to finish building first, in comparison to building all 3 tests in parallel
