BlackMarkandClaude Opus 5.5
f9bc2cd8e2
Both alarms' registers come from one encoder that derives DY/DT and the mask bits from the rate, and the battery checks the bytes each Table 2 row writes instead of restating the enum values. Register addresses and bits are named, the year register is the year less 2000 rather than a division, and an alarm day reads back with one decode for both forms. Over the whole API the image is 10 B smaller on both parts; a rate only known at run time costs set_alarm1 6 B more. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
26 lines
997 B
CMake
26 lines
997 B
CMake
libavr_format_test()
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# The example's size is stated in the README, per chip, and a library advance
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# that moves it silently is what this catches.
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if(LIBAVR_MCU STREQUAL "atmega328p")
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libavr_size_claim_test(clock 1468)
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elseif(LIBAVR_MCU STREQUAL "attiny85")
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libavr_size_claim_test(clock 1256)
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endif()
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# The README says the two modes emit the same image, and only a tree with
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# both built can say whether they do.
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libavr_mode_identity_test(clock)
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# The battery is a compile: a static_assert that fails is the failure. It is a
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# target rather than only a ctest so a plain build catches a regression too.
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add_library(consteval_tests OBJECT consteval.cpp)
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target_link_libraries(consteval_tests PRIVATE ds3231)
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add_test(NAME ds3231.consteval
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COMMAND ${CMAKE_COMMAND} --build ${CMAKE_BINARY_DIR} --target consteval_tests)
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# A check this host cannot run reads as Skipped rather than Failed: the marker
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# a stubbed launcher prints, over every test registered here.
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libavr_skip_unverified()
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