diff --git a/Makefile b/Makefile index 1b841d7..79444d3 100644 --- a/Makefile +++ b/Makefile @@ -1,145 +1,81 @@ -CXX = g++ +CXX = clang++ CXX_FLAGS = -std=c++20 WARN_FLAGS = -Wall -Wextra -pedantic -OPT_FLAGS = -O3 -march=native -mtune=native -IFLAGS = -I ./include +OPT_FLAGS = -O3 -march=native +LINK_FLAGS = -flto +I_FLAGS = -I ./include DEP_IFLAGS = -I ./subtle/include PERF_DEFS = -DCYCLES_PER_BYTE -DINSTRUCTIONS_PER_CYCLE -all: test - -tests/test_ascon_perm.o: tests/test_ascon_perm.cpp include/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ - -tests/test_ascon128_aead.o: tests/test_ascon128_aead.cpp include/*.hpp include/aead/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ - -tests/test_ascon128a_aead.o: tests/test_ascon128a_aead.cpp include/*.hpp include/aead/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ +SRC_DIR = include +ASCON_SOURCES := $(wildcard $(SRC_DIR)/*.hpp) +BUILD_DIR = build + +TEST_DIR = tests +TEST_SOURCES := $(wildcard $(TEST_DIR)/*.cpp) +TEST_BUILD_DIR := $(BUILD_DIR)/$(TEST_DIR) +TEST_OBJECTS := $(addprefix $(TEST_BUILD_DIR)/, $(notdir $(patsubst %.cpp,%.o,$(TEST_SOURCES)))) +TEST_LINK_FLAGS = -lgtest -lgtest_main +TEST_BINARY = $(TEST_BUILD_DIR)/test.out + +BENCHMARK_DIR = benchmarks +BENCHMARK_SOURCES := $(wildcard $(BENCHMARK_DIR)/*.cpp) +BENCHMARK_BUILD_DIR := $(BUILD_DIR)/$(BENCHMARK_DIR) +PERF_BUILD_DIR := $(BUILD_DIR)/perfs +BENCHMARK_OBJECTS := $(addprefix $(BENCHMARK_BUILD_DIR)/, $(notdir $(patsubst %.cpp,%.o,$(BENCHMARK_SOURCES)))) +PERF_OBJECTS := $(addprefix $(PERF_BUILD_DIR)/, $(notdir $(patsubst %.cpp,%.o,$(BENCHMARK_SOURCES)))) +BENCHMARK_LINK_FLAGS = -lbenchmark -lbenchmark_main +BENCHMARK_BINARY = $(BENCHMARK_BUILD_DIR)/bench.out +PERF_LINK_FLAGS = -lbenchmark -lbenchmark_main -lpthread -lpfm +PERF_BINARY = $(PERF_BUILD_DIR)/perf.out -tests/test_ascon80pq_aead.o: tests/test_ascon80pq_aead.cpp include/*.hpp include/aead/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ - -tests/test_ascon_hash.o: tests/test_ascon_hash.cpp include/*.hpp include/hashing/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ - -tests/test_ascon_hasha.o: tests/test_ascon_hasha.cpp include/*.hpp include/hashing/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ +all: test -tests/test_ascon_xof.o: tests/test_ascon_xof.cpp include/*.hpp include/hashing/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ +$(BUILD_DIR): + mkdir -p $@ -tests/test_ascon_xofa.o: tests/test_ascon_xofa.cpp include/*.hpp include/hashing/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ +$(TEST_BUILD_DIR): $(BUILD_DIR) + mkdir -p $@ -tests/test_ascon_prf.o: tests/test_ascon_prf.cpp include/*.hpp include/auth/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ +$(BENCHMARK_BUILD_DIR): $(BUILD_DIR) + mkdir -p $@ -tests/test_ascon_mac.o: tests/test_ascon_mac.cpp include/*.hpp include/auth/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ +$(PERF_BUILD_DIR): $(BUILD_DIR) + mkdir -p $@ -tests/test_ascon_prfs.o: tests/test_ascon_prfs.cpp include/*.hpp include/auth/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ +$(TEST_BUILD_DIR)/%.o: $(TEST_DIR)/%.cpp $(TEST_BUILD_DIR) + $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(I_FLAGS) $(DEP_IFLAGS) -c $< -o $@ -tests/a.out: tests/test_ascon_perm.o \ - tests/test_ascon128_aead.o tests/test_ascon128a_aead.o tests/test_ascon80pq_aead.o \ - tests/test_ascon_hash.o tests/test_ascon_hasha.o tests/test_ascon_xof.o tests/test_ascon_xofa.o \ - tests/test_ascon_prf.o tests/test_ascon_mac.o tests/test_ascon_prfs.o - $(CXX) $(OPT_FLAGS) $^ -lgtest -lgtest_main -o $@ +$(TEST_BINARY): $(TEST_OBJECTS) + $(CXX) $(OPT_FLAGS) $(LINK_FLAGS) $^ $(TEST_LINK_FLAGS) -o $@ -test: tests/a.out +test: $(TEST_BINARY) ./$< -benchmarks/bench_ascon_perm.o: benchmarks/bench_ascon_perm.cpp include/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ - -benchmarks/perf_ascon_perm.o: benchmarks/bench_ascon_perm.cpp include/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) $(PERF_DEFS) -c $< -o $@ - -benchmarks/bench_ascon128_aead.o: benchmarks/bench_ascon128_aead.cpp include/*.hpp include/aead/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ - -benchmarks/perf_ascon128_aead.o: benchmarks/bench_ascon128_aead.cpp include/*.hpp include/aead/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) $(PERF_DEFS) -c $< -o $@ - -benchmarks/bench_ascon128a_aead.o: benchmarks/bench_ascon128a_aead.cpp include/*.hpp include/aead/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ - -benchmarks/perf_ascon128a_aead.o: benchmarks/bench_ascon128a_aead.cpp include/*.hpp include/aead/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) $(PERF_DEFS) -c $< -o $@ - -benchmarks/bench_ascon80pq_aead.o: benchmarks/bench_ascon80pq_aead.cpp include/*.hpp include/aead/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ - -benchmarks/perf_ascon80pq_aead.o: benchmarks/bench_ascon80pq_aead.cpp include/*.hpp include/aead/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) $(PERF_DEFS) -c $< -o $@ - -benchmarks/bench_ascon_hash.o: benchmarks/bench_ascon_hash.cpp include/*.hpp include/hashing/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ - -benchmarks/perf_ascon_hash.o: benchmarks/bench_ascon_hash.cpp include/*.hpp include/hashing/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) $(PERF_DEFS) -c $< -o $@ - -benchmarks/bench_ascon_hasha.o: benchmarks/bench_ascon_hasha.cpp include/*.hpp include/hashing/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ - -benchmarks/perf_ascon_hasha.o: benchmarks/bench_ascon_hasha.cpp include/*.hpp include/hashing/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) $(PERF_DEFS) -c $< -o $@ - -benchmarks/bench_ascon_xof.o: benchmarks/bench_ascon_xof.cpp include/*.hpp include/hashing/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ - -benchmarks/perf_ascon_xof.o: benchmarks/bench_ascon_xof.cpp include/*.hpp include/hashing/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) $(PERF_DEFS) -c $< -o $@ - -benchmarks/bench_ascon_xofa.o: benchmarks/bench_ascon_xofa.cpp include/*.hpp include/hashing/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ - -benchmarks/perf_ascon_xofa.o: benchmarks/bench_ascon_xofa.cpp include/*.hpp include/hashing/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) $(PERF_DEFS) -c $< -o $@ - -benchmarks/bench_ascon_prf.o: benchmarks/bench_ascon_prf.cpp include/*.hpp include/auth/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ - -benchmarks/perf_ascon_prf.o: benchmarks/bench_ascon_prf.cpp include/*.hpp include/auth/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) $(PERF_DEFS) -c $< -o $@ - -benchmarks/bench_ascon_mac.o: benchmarks/bench_ascon_mac.cpp include/*.hpp include/auth/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ - -benchmarks/perf_ascon_mac.o: benchmarks/bench_ascon_mac.cpp include/*.hpp include/auth/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) $(PERF_DEFS) -c $< -o $@ +$(BENCHMARK_BUILD_DIR)/%.o: $(BENCHMARK_DIR)/%.cpp $(BENCHMARK_BUILD_DIR) + $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(I_FLAGS) $(DEP_IFLAGS) -c $< -o $@ -benchmarks/bench_ascon_prfs.o: benchmarks/bench_ascon_prfs.cpp include/*.hpp include/auth/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) -c $< -o $@ +$(PERF_BUILD_DIR)/%.o: $(BENCHMARK_DIR)/%.cpp $(PERF_BUILD_DIR) + $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(PERF_DEFS) $(I_FLAGS) $(DEP_IFLAGS) -c $< -o $@ -benchmarks/perf_ascon_prfs.o: benchmarks/bench_ascon_prfs.cpp include/*.hpp include/auth/*.hpp - $(CXX) $(CXX_FLAGS) $(WARN_FLAGS) $(OPT_FLAGS) $(IFLAGS) $(DEP_IFLAGS) $(PERF_DEFS) -c $< -o $@ +$(BENCHMARK_BINARY): $(BENCHMARK_OBJECTS) + $(CXX) $(OPT_FLAGS) $(LINK_FLAGS) $^ $(BENCHMARK_LINK_FLAGS) -o $@ -benchmarks/bench.out: benchmarks/bench_ascon_perm.o \ - benchmarks/bench_ascon128_aead.o benchmarks/bench_ascon128a_aead.o benchmarks/bench_ascon80pq_aead.o \ - benchmarks/bench_ascon_hash.o benchmarks/bench_ascon_hasha.o benchmarks/bench_ascon_xof.o benchmarks/bench_ascon_xofa.o \ - benchmarks/bench_ascon_prf.o benchmarks/bench_ascon_mac.o benchmarks/bench_ascon_prfs.o - # In case you haven't built google-benchmark with libPFM support. - # More @ https://gist.github.com/itzmeanjan/05dc3e946f635d00c5e0b21aae6203a7 - $(CXX) $(OPT_FLAGS) $^ -lbenchmark -lbenchmark_main -lpthread -o $@ +benchmark: $(BENCHMARK_BINARY) + # Must *not* build google-benchmark with libPFM + ./$< --benchmark_min_warmup_time=.1 --benchmark_enable_random_interleaving=true --benchmark_repetitions=8 --benchmark_min_time=0.1s --benchmark_counters_tabular=true --benchmark_display_aggregates_only=true -benchmarks/perf.out: benchmarks/perf_ascon_perm.o \ - benchmarks/perf_ascon128_aead.o benchmarks/perf_ascon128a_aead.o benchmarks/perf_ascon80pq_aead.o \ - benchmarks/perf_ascon_hash.o benchmarks/perf_ascon_hasha.o benchmarks/perf_ascon_xof.o benchmarks/perf_ascon_xofa.o \ - benchmarks/perf_ascon_prf.o benchmarks/perf_ascon_mac.o benchmarks/perf_ascon_prfs.o - # In case you've built google-benchmark with libPFM support. - # More @ https://gist.github.com/itzmeanjan/05dc3e946f635d00c5e0b21aae6203a7 - $(CXX) $(OPT_FLAGS) $^ -lbenchmark -lbenchmark_main -lpthread -lpfm -o $@ +$(PERF_BINARY): $(PERF_OBJECTS) + $(CXX) $(OPT_FLAGS) $(LINK_FLAGS) $^ $(PERF_LINK_FLAGS) -o $@ -bench: benchmarks/bench.out - ./$< --benchmark_counters_tabular=true --benchmark_min_warmup_time=1. +perf: $(PERF_BINARY) + # Must build google-benchmark with libPFM, follow https://gist.github.com/itzmeanjan/05dc3e946f635d00c5e0b21aae6203a7 + ./$< --benchmark_min_warmup_time=.1 --benchmark_enable_random_interleaving=true --benchmark_repetitions=8 --benchmark_min_time=0.1s --benchmark_counters_tabular=true --benchmark_display_aggregates_only=true --benchmark_perf_counters=CYCLES,INSTRUCTIONS -perf: benchmarks/perf.out - ./$< --benchmark_counters_tabular=true --benchmark_min_warmup_time=1. --benchmark_perf_counters=CYCLES,INSTRUCTIONS +.PHONY: format clean clean: - find . -name '*.out' -o -name '*.o' -o -name '*.gch' | xargs rm -rf + rm -rf $(BUILD_DIR) -format: - find include/ benchmarks/ tests/ -name '*.hpp' -o -name '*.cpp' | xargs clang-format -i +format: $(ASCON_SOURCES) $(TEST_SOURCES) $(BENCHMARK_SOURCES) + clang-format -i $^ diff --git a/README.md b/README.md index ee3a454..055823f 100644 --- a/README.md +++ b/README.md @@ -5,9 +5,9 @@ Accelerated Ascon Cipher Suite: Light Weight Cryptography ## Overview -`ascon` cipher suite is selected by NIST as winner of **L**ight **W**eight **C**ryptography standardization effort and it's being standardized at the time of writing. Find more details @ https://www.nist.gov/news-events/news/2023/02/nist-selects-lightweight-cryptography-algorithms-protect-small-devices. +`ascon` cipher suite is selected by NIST as winner of the **L**ight **W**eight **C**ryptography standardization effort and it's being standardized at the time of writing. Find more details @ https://www.nist.gov/news-events/news/2023/02/nist-selects-lightweight-cryptography-algorithms-protect-small-devices. -Following functionalities, from Ascon light weight cryptography suite, are implemented in this zero-dependency, header-only C++ library. +Following functionalities, from Ascon light weight cryptography suite, are implemented in this header-only C++ library. Scheme | What does it do ? | Comments :-- | :-: | --: @@ -24,6 +24,8 @@ Ascon-PRFShort | Given 16 -bytes key and <= 16 -bytes input message, to be authe > **Note** Ascon-{Hash, HashA, Xof, XofA} supports incremental message absorption. If all message bytes are not ready to be absorbed into hash state in a single go, one can absorb messages as they become available. One may invoke absorb routine as many times necessary, until state is finalized and ready to be squeezed. +> **Note** Ascon Permutation-based hashing schemes are all `constexpr` functions - meaning one can evaluate Ascon-{Hash, HashA, Xof, XofA} on statically defined input message, during program compilation time itself. Read more about C++ `constexpr` functions @ https://en.cppreference.com/w/cpp/language/constexpr. See [usage](#usage) section below. + > **Note** Read more about AEAD [here](https://en.wikipedia.org/wiki/Authenticated_encryption). > **Warning** Associated data is never encrypted. AEAD scheme provides secrecy only for plain text but authenticity and integrity for both associated data and cipher text. @@ -34,20 +36,20 @@ Ascon-PRFShort | Given 16 -bytes key and <= 16 -bytes input message, to be authe ## Prerequisites -- Make sure you've a C++ compiler `g++`/ `clang++` installed, along with C++20 standard library. +- C++ compiler, with C++20 standard library, `g++`/ `clang++`. ```bash -$ g++ --version -g++ (Ubuntu 13.1.0-2ubuntu2~23.04) 13.1.0 - $ clang++ --version Ubuntu clang version 16.0.0 (1~exp5ubuntu3) Target: x86_64-pc-linux-gnu Thread model: posix InstalledDir: /usr/bin + +$ g++ --version +g++ (Ubuntu 13.1.0-2ubuntu2~23.04) 13.1.0 ``` -- Build tools like `make`, `cmake` will be required for ease of building/ testing/ benchmarking. +- Build tools such as `make`, `cmake`. ```bash $ make -v @@ -57,14 +59,18 @@ $ cmake --version cmake version 3.25.1 ``` -- `subtle` is a ( git submodule -based ) dependency of this project - used for constant-time authentication tag comparison and setting memory locations of plain text to zero bytes, in case of authentication failure. Import `subtle` by issuing +- `subtle` is a ( git submodule -based ) dependency of this project - used for constant-time authentication tag comparison and setting memory locations of plain text to zero bytes, in case of authentication failure. Import `subtle` by enabling git submodule in this project. ```bash -# assuming you've already cloned `ascon` +# Assuming you've already cloned https://github.com/itzmeanjan/ascon + +pushd ascon git submodule update --init +popd ``` -- For benchmarking this library implementation, you need to have `google-benchmark` header and library installed --- ensure it's globally installed; follow [this](https://github.com/google/benchmark/#installation) guide. +- For testing this library implementation of Ascon cipher suite, you need to globally install `google-test` library and headers. Follow [this](https://github.com/google/googletest/tree/main/googletest#standalone-cmake-project) guide if you don't have it installed. +- For benchmarking this library implementation, you need to have `google-benchmark` header and library installed - ensure it's globally installed; follow [this](https://github.com/google/benchmark/#installation) guide. - **Note:** If you are on a machine running GNU/Linux kernel and you want to obtain following (see list below), for Ascon based constructions, you should consider building google-benchmark library with libPFM support, following [this](https://gist.github.com/itzmeanjan/05dc3e946f635d00c5e0b21aae6203a7) step-by-step guide. Find more about libPFM @ https://perfmon2.sourceforge.net. 1) CPU cycle count. 2) Retired instruction count. @@ -75,60 +81,57 @@ git submodule update --init For ensuring that Ascon cipher suite is implemented correctly and it's conformant with the specification. -- Ensure functional correctness of Ascon AEAD, Hash and Xof routines for various combination of inputs. +- Ensure functional correctness of Ascon AEAD, hashing and authentication schemes for various combination of inputs. - Assess whether this implementation of Ascon cipher suite is conformant with specification, using **K**nown **A**nswer **T**ests, which can be found inside [kats](./kats/) directory. These KAT files are originally taken from Ascon reference implementation repository i.e. https://github.com/ascon/ascon-c.git. ```bash -make -j $(nproc --all) +make -j ``` ```bash -[==========] Running 21 tests from 4 test suites. +[==========] Running 25 tests from 4 test suites. [----------] Global test environment set-up. -[----------] 4 tests from AsconPermutation -[ RUN ] AsconPermutation.AsconPermWithAsconHashIV -[ OK ] AsconPermutation.AsconPermWithAsconHashIV (0 ms) -[ RUN ] AsconPermutation.AsconPermWithAsconHashAIV -[ OK ] AsconPermutation.AsconPermWithAsconHashAIV (0 ms) -[ RUN ] AsconPermutation.AsconPermWithAsconXofIV -[ OK ] AsconPermutation.AsconPermWithAsconXofIV (0 ms) -[ RUN ] AsconPermutation.AsconPermWithAsconXofAIV -[ OK ] AsconPermutation.AsconPermWithAsconXofAIV (0 ms) -[----------] 4 tests from AsconPermutation (0 ms total) - [----------] 6 tests from AsconAEAD [ RUN ] AsconAEAD.CorrectnessTestAscon128AEAD -[ OK ] AsconAEAD.CorrectnessTestAscon128AEAD (69 ms) +[ OK ] AsconAEAD.CorrectnessTestAscon128AEAD (75 ms) [ RUN ] AsconAEAD.KnownAnswerTestsAscon128AEAD [ OK ] AsconAEAD.KnownAnswerTestsAscon128AEAD (0 ms) [ RUN ] AsconAEAD.CorrectnessTestAscon128aAEAD -[ OK ] AsconAEAD.CorrectnessTestAscon128aAEAD (67 ms) +[ OK ] AsconAEAD.CorrectnessTestAscon128aAEAD (72 ms) [ RUN ] AsconAEAD.KnownAnswerTestsAscon128aAEAD [ OK ] AsconAEAD.KnownAnswerTestsAscon128aAEAD (0 ms) [ RUN ] AsconAEAD.CorrectnessTestAscon80pqAEAD -[ OK ] AsconAEAD.CorrectnessTestAscon80pqAEAD (69 ms) +[ OK ] AsconAEAD.CorrectnessTestAscon80pqAEAD (75 ms) [ RUN ] AsconAEAD.KnownAnswerTestsAscon80pqAEAD [ OK ] AsconAEAD.KnownAnswerTestsAscon80pqAEAD (0 ms) -[----------] 6 tests from AsconAEAD (209 ms total) +[----------] 6 tests from AsconAEAD (226 ms total) -[----------] 8 tests from AsconHashing +[----------] 12 tests from AsconHashing +[ RUN ] AsconHashing.CompileTimeEvalAsconHash +[ OK ] AsconHashing.CompileTimeEvalAsconHash (0 ms) [ RUN ] AsconHashing.IncrementalMessageAbsorptionAsconHash -[ OK ] AsconHashing.IncrementalMessageAbsorptionAsconHash (7 ms) +[ OK ] AsconHashing.IncrementalMessageAbsorptionAsconHash (8 ms) [ RUN ] AsconHashing.KnownAnswerTestsAsconHash [ OK ] AsconHashing.KnownAnswerTestsAsconHash (3 ms) +[ RUN ] AsconHashing.CompileTimeEvalAsconHashA +[ OK ] AsconHashing.CompileTimeEvalAsconHashA (0 ms) [ RUN ] AsconHashing.IncrementalMessageAbsorptionAsconHashA [ OK ] AsconHashing.IncrementalMessageAbsorptionAsconHashA (6 ms) [ RUN ] AsconHashing.KnownAnswerTestsAsconHashA [ OK ] AsconHashing.KnownAnswerTestsAsconHashA (2 ms) +[ RUN ] AsconHashing.CompileTimeEvalAsconXof +[ OK ] AsconHashing.CompileTimeEvalAsconXof (0 ms) [ RUN ] AsconHashing.IncrementalMessageAbsorptionSqueezingAsconXof -[ OK ] AsconHashing.IncrementalMessageAbsorptionSqueezingAsconXof (2238 ms) +[ OK ] AsconHashing.IncrementalMessageAbsorptionSqueezingAsconXof (2273 ms) [ RUN ] AsconHashing.KnownAnswerTestsAsconXof [ OK ] AsconHashing.KnownAnswerTestsAsconXof (3 ms) +[ RUN ] AsconHashing.CompileTimeEvalAsconXofA +[ OK ] AsconHashing.CompileTimeEvalAsconXofA (0 ms) [ RUN ] AsconHashing.IncrementalMessageAbsorptionSqueezingAsconXofA -[ OK ] AsconHashing.IncrementalMessageAbsorptionSqueezingAsconXofA (1734 ms) +[ OK ] AsconHashing.IncrementalMessageAbsorptionSqueezingAsconXofA (1788 ms) [ RUN ] AsconHashing.KnownAnswerTestsAsconXofA [ OK ] AsconHashing.KnownAnswerTestsAsconXofA (2 ms) -[----------] 8 tests from AsconHashing (3999 ms total) +[----------] 12 tests from AsconHashing (4090 ms total) [----------] 3 tests from AsconAuth [ RUN ] AsconAuth.KnownAnswerTestsAsconMac @@ -139,18 +142,29 @@ make -j $(nproc --all) [ OK ] AsconAuth.KnownAnswerTestsAsconPRFShort (0 ms) [----------] 3 tests from AsconAuth (3 ms total) +[----------] 4 tests from AsconPermutation +[ RUN ] AsconPermutation.AsconPermWithAsconHashIV +[ OK ] AsconPermutation.AsconPermWithAsconHashIV (0 ms) +[ RUN ] AsconPermutation.AsconPermWithAsconHashAIV +[ OK ] AsconPermutation.AsconPermWithAsconHashAIV (0 ms) +[ RUN ] AsconPermutation.AsconPermWithAsconXofIV +[ OK ] AsconPermutation.AsconPermWithAsconXofIV (0 ms) +[ RUN ] AsconPermutation.AsconPermWithAsconXofAIV +[ OK ] AsconPermutation.AsconPermWithAsconXofAIV (0 ms) +[----------] 4 tests from AsconPermutation (0 ms total) + [----------] Global test environment tear-down -[==========] 21 tests from 4 test suites ran. (4212 ms total) -[ PASSED ] 21 tests. +[==========] 25 tests from 4 test suites ran. (4320 ms total) +[ PASSED ] 25 tests. ``` ## Benchmarking -For benchmarking routines of Ascon lightweight cipher suite, using `google-benchmark` library, while targeting CPU systems, with variable length input data, one may issue following commands. +For benchmarking routines of Ascon lightweight cipher suite, using `google-benchmark` library as benchmark harness, while targeting CPU systems, with variable length input data, one may issue following commands. ```bash -make benchmark -j $(nproc --all) # If you haven't built google-benchmark library with libPFM support. -make perf -j $(nproc --all) # Must do if your google-benchmark library is built with libPFM support. +make benchmark -j # If you haven't built google-benchmark library with libPFM support. +make perf -j # Must do if your google-benchmark library is built with libPFM support. ``` Following routines are benchmarked @@ -171,162 +185,560 @@ Following routines are benchmarked > **Warning** Ensure that you've disabled CPU frequency scaling, when benchmarking routines, following [this](https://github.com/google/benchmark/blob/main/docs/reducing_variance.md) guide. -> **Note** `make perf -j $(nproc --all)` - was issued when collecting following benchmarks. Notice, columns such as *cycles*, *cycles/ byte*, *instructions* and *instructions/ cycle*. Follow [this](https://github.com/google/benchmark/blob/main/docs/perf_counters.md) for more details. +> **Note** `make perf -j` - was issued when collecting following benchmark statistics. Notice, columns such as *cycles*, *cycles/ byte*, *instructions* and *instructions/ cycle*. Follow [this](https://github.com/google/benchmark/blob/main/docs/perf_counters.md) for more details. -### On 12th Gen Intel(R) Core(TM) i7-1260P ( Compiled with GCC-13.1.0 ) +### On 12th Gen Intel(R) Core(TM) i7-1260P ( Compiled with Clang-16.0.0 ) ```bash -2023-08-04T22:55:24+04:00 -Running ./benchmarks/perf.out -Run on (16 X 4606.6 MHz CPU s) -CPU Caches: +2023-10-03T15:22:08+05:30 +Running ./build/perfs/perf.out +Run on (16 X 2500 MHz CPU s) +CPU Caches: L1 Data 48 KiB (x8) L1 Instruction 32 KiB (x8) L2 Unified 1280 KiB (x8) L3 Unified 18432 KiB (x1) -Load Average: 0.40, 0.71, 0.76 -***WARNING*** There are 133 benchmarks with threads and 2 performance counters were requested. Beware counters will reflect the combined usage across all threads. ---------------------------------------------------------------------------------------------------------------------------------------------------- -Benchmark Time CPU Iterations CYCLES CYCLES/ BYTE INSTRUCTIONS INSTRUCTIONS/ CYCLE bytes_per_second ---------------------------------------------------------------------------------------------------------------------------------------------------- -ascon_permutation<1> 6.70 ns 6.69 ns 104570667 31.1741 0.779351 57 1.82844 5.56429G/s -ascon_permutation<6> 22.0 ns 22.0 ns 31981901 102.361 2.55902 265 2.58888 1.69286G/s -ascon_permutation<8> 27.7 ns 27.7 ns 25087250 129.818 3.24544 370 2.85015 1.34264G/s -ascon_permutation<12> 39.7 ns 39.7 ns 17492543 185.857 4.64643 546 2.93774 960.593M/s -ascon128_aead_encrypt/64/32 328 ns 328 ns 2139005 1.5328k 15.9667 4.745k 3.09564 278.811M/s -ascon128_aead_encrypt/128/32 478 ns 478 ns 1458932 2.23522k 13.9701 6.849k 3.06413 319.484M/s -ascon128_aead_encrypt/256/32 782 ns 782 ns 889108 3.65354k 12.6859 11.057k 3.02638 351.304M/s -ascon128_aead_encrypt/512/32 1383 ns 1383 ns 506743 6.45108k 11.8586 19.473k 3.01856 375.141M/s -ascon128_aead_encrypt/1024/32 2609 ns 2608 ns 269461 12.1853k 11.5391 36.305k 2.97941 386.094M/s -ascon128_aead_encrypt/2048/32 5001 ns 5000 ns 139844 23.3381k 11.2202 69.969k 2.99806 396.721M/s -ascon128_aead_encrypt/4096/32 9808 ns 9807 ns 71392 45.8982k 11.1187 137.297k 2.99134 401.408M/s -ascon128_aead_decrypt/64/32 339 ns 339 ns 2056330 1.58359k 16.4958 4.918k 3.1056 270.128M/s -ascon128_aead_decrypt/128/32 489 ns 489 ns 1427851 2.28701k 14.2938 7.016k 3.06777 311.851M/s -ascon128_aead_decrypt/256/32 799 ns 799 ns 878847 3.72825k 12.9453 11.212k 3.00731 343.778M/s -ascon128_aead_decrypt/512/32 1408 ns 1408 ns 499173 6.56265k 12.0637 19.604k 2.98721 368.551M/s -ascon128_aead_decrypt/1024/32 2655 ns 2651 ns 265104 12.3431k 11.6885 36.388k 2.94805 379.855M/s -ascon128_aead_decrypt/2048/32 5104 ns 5103 ns 136038 23.8266k 11.4551 69.956k 2.93605 388.685M/s -ascon128_aead_decrypt/4096/32 9997 ns 9996 ns 70287 46.5557k 11.278 137.092k 2.94469 393.824M/s -ascon128a_aead_encrypt/64/32 248 ns 248 ns 2788076 1.16139k 12.0978 3.973k 3.4209 368.698M/s -ascon128a_aead_encrypt/128/32 345 ns 345 ns 2030790 1.6113k 10.0706 5.557k 3.44877 441.692M/s -ascon128a_aead_encrypt/256/32 542 ns 542 ns 1293288 2.53k 8.78473 8.725k 3.44861 507.013M/s -ascon128a_aead_encrypt/512/32 928 ns 928 ns 755520 4.33203k 7.96329 15.061k 3.47666 559.275M/s -ascon128a_aead_encrypt/1024/32 1698 ns 1698 ns 412989 7.93491k 7.51412 27.733k 3.49506 592.982M/s -ascon128a_aead_encrypt/2048/32 3239 ns 3239 ns 214732 15.1426k 7.28008 53.077k 3.50515 612.516M/s -ascon128a_aead_encrypt/4096/32 6326 ns 6325 ns 109787 29.5779k 7.16519 103.765k 3.50819 622.389M/s -ascon128a_aead_decrypt/64/32 261 ns 261 ns 2685111 1.21835k 12.6912 4.206k 3.45221 350.754M/s -ascon128a_aead_decrypt/128/32 356 ns 356 ns 1970177 1.6613k 10.3831 5.824k 3.50569 428.089M/s -ascon128a_aead_decrypt/256/32 548 ns 548 ns 1281800 2.55972k 8.88792 9.06k 3.53945 500.983M/s -ascon128a_aead_decrypt/512/32 930 ns 930 ns 751833 4.34359k 7.98454 15.532k 3.57584 557.614M/s -ascon128a_aead_decrypt/1024/32 1690 ns 1690 ns 408059 7.90347k 7.48435 28.476k 3.60297 596.073M/s -ascon128a_aead_decrypt/2048/32 3231 ns 3231 ns 217195 15.0761k 7.24814 54.364k 3.60597 613.906M/s -ascon128a_aead_decrypt/4096/32 6279 ns 6278 ns 111764 29.3399k 7.10754 106.14k 3.6176 627.069M/s -ascon80pq_aead_encrypt/64/32 336 ns 336 ns 2087283 1.56873k 16.341 4.762k 3.03557 272.287M/s -ascon80pq_aead_encrypt/128/32 490 ns 490 ns 1432389 2.28824k 14.3015 6.874k 3.00406 311.208M/s -ascon80pq_aead_encrypt/256/32 801 ns 801 ns 874705 3.73183k 12.9578 11.098k 2.97387 343.08M/s -ascon80pq_aead_encrypt/512/32 1416 ns 1416 ns 494198 6.61593k 12.1616 19.546k 2.95439 366.33M/s -ascon80pq_aead_encrypt/1024/32 2655 ns 2655 ns 263978 12.3812k 11.7246 36.442k 2.94333 379.353M/s -ascon80pq_aead_encrypt/2048/32 5138 ns 5138 ns 136854 23.9306k 11.5051 70.234k 2.93491 386.086M/s -ascon80pq_aead_encrypt/4096/32 10056 ns 10055 ns 68577 47.0301k 11.393 137.818k 2.93042 391.538M/s -ascon80pq_aead_decrypt/64/32 340 ns 340 ns 2062984 1.58351k 16.4949 4.966k 3.13608 269.631M/s -ascon80pq_aead_decrypt/128/32 494 ns 494 ns 1410364 2.31222k 14.4514 7.064k 3.05507 308.818M/s -ascon80pq_aead_decrypt/256/32 795 ns 795 ns 877799 3.71848k 12.9114 11.26k 3.02812 345.534M/s -ascon80pq_aead_decrypt/512/32 1415 ns 1415 ns 496453 6.59731k 12.1274 19.652k 2.97879 366.646M/s -ascon80pq_aead_decrypt/1024/32 2614 ns 2614 ns 266074 12.2255k 11.5772 36.436k 2.98033 385.315M/s -ascon80pq_aead_decrypt/2048/32 5095 ns 5095 ns 137797 23.7403k 11.4136 70.004k 2.94874 389.334M/s -ascon80pq_aead_decrypt/4096/32 9995 ns 9994 ns 70154 46.7366k 11.3219 137.14k 2.93432 393.906M/s -ascon_hash/64 477 ns 477 ns 1466982 2.22683k 23.1961 7.099k 3.18794 191.824M/s -ascon_hash/128 759 ns 759 ns 920462 3.53929k 22.1206 11.379k 3.21505 201.114M/s -ascon_hash/256 1324 ns 1324 ns 528793 6.17414k 21.438 19.939k 3.22944 207.467M/s -ascon_hash/512 2451 ns 2450 ns 286770 11.4237k 20.9995 37.059k 3.24404 211.713M/s -ascon_hash/1024 4700 ns 4700 ns 149161 21.9303k 20.7673 71.299k 3.25116 214.266M/s -ascon_hash/2048 9260 ns 9259 ns 76100 42.9522k 20.6501 139.779k 3.25429 214.238M/s -ascon_hash/4096 18361 ns 18359 ns 38405 84.9936k 20.5895 276.739k 3.256 214.431M/s -ascon_hasha/64 343 ns 343 ns 2035744 1.59948k 16.6612 5.019k 3.1379 267.154M/s -ascon_hasha/128 540 ns 540 ns 1300165 2.51798k 15.7374 7.899k 3.13704 282.741M/s -ascon_hasha/256 930 ns 930 ns 754292 4.34982k 15.1035 13.659k 3.14013 295.249M/s -ascon_hasha/512 1718 ns 1718 ns 408278 8.01645k 14.7361 25.179k 3.14092 301.943M/s -ascon_hasha/1024 3285 ns 3285 ns 213711 15.3411k 14.5276 48.219k 3.14312 306.568M/s -ascon_hasha/2048 6426 ns 6425 ns 109228 29.9758k 14.4114 94.299k 3.14584 308.72M/s -ascon_hasha/4096 12699 ns 12698 ns 55327 59.2744k 14.3591 186.459k 3.14569 310.037M/s -ascon_xof/64/32 479 ns 479 ns 1465132 2.23575k 23.289 7.105k 3.17791 191.146M/s -ascon_xof/128/32 766 ns 766 ns 910750 3.57323k 22.3327 11.361k 3.17947 199.215M/s -ascon_xof/256/32 1341 ns 1341 ns 523133 6.26062k 21.7383 19.873k 3.17429 204.84M/s -ascon_xof/512/32 2485 ns 2484 ns 280096 11.6122k 21.346 36.897k 3.17742 208.819M/s -ascon_xof/1024/32 4775 ns 4775 ns 145664 22.3199k 21.1362 70.945k 3.17856 210.909M/s -ascon_xof/2048/32 9396 ns 9395 ns 74478 43.7807k 21.0484 139.041k 3.17585 211.138M/s -ascon_xof/4096/32 18581 ns 18579 ns 37762 86.676k 20.9971 275.233k 3.17542 211.894M/s -ascon_xof/64/64 636 ns 636 ns 1101014 2.96552k 23.1681 9.345k 3.15122 192.034M/s -ascon_xof/128/64 921 ns 921 ns 747247 4.30414k 22.4174 13.601k 3.15998 198.821M/s -ascon_xof/256/64 1497 ns 1497 ns 468946 6.98602k 21.8313 22.113k 3.16532 203.918M/s -ascon_xof/512/64 2644 ns 2644 ns 263277 12.2898k 21.3364 38.9635k 3.17041 207.777M/s -ascon_xof/1024/64 4941 ns 4940 ns 141592 23.063k 21.1976 73.185k 3.17327 210.035M/s -ascon_xof/2048/64 9548 ns 9547 ns 73626 44.5199k 21.0795 141.281k 3.17344 210.968M/s -ascon_xof/4096/64 18693 ns 18691 ns 37156 87.3863k 21.0063 277.473k 3.17525 212.253M/s -ascon_xofa/64/32 339 ns 339 ns 2074048 1.57871k 16.4449 5.058k 3.20389 269.864M/s -ascon_xofa/128/32 532 ns 532 ns 1322055 2.47966k 15.4979 7.938k 3.20125 286.966M/s -ascon_xofa/256/32 920 ns 919 ns 761865 4.29111k 14.8997 13.698k 3.19218 298.71M/s -ascon_xofa/512/32 1699 ns 1698 ns 414409 7.90326k 14.528 25.218k 3.19084 305.469M/s -ascon_xofa/1024/32 3235 ns 3234 ns 215134 15.1193k 14.3176 48.258k 3.1918 311.377M/s -ascon_xofa/2048/32 6334 ns 6334 ns 110232 29.6044k 14.2329 94.338k 3.18662 313.18M/s -ascon_xofa/4096/32 12545 ns 12544 ns 55906 58.5954k 14.1946 186.498k 3.18281 313.843M/s -ascon_xofa/64/64 448 ns 448 ns 1564940 2.08839k 16.3155 6.626k 3.17278 272.262M/s -ascon_xofa/128/64 641 ns 641 ns 1097364 2.98952k 15.5704 9.506k 3.17977 285.788M/s -ascon_xofa/256/64 1029 ns 1029 ns 679161 4.8041k 15.0128 15.266k 3.1777 296.66M/s -ascon_xofa/512/64 1801 ns 1801 ns 388396 8.41307k 14.606 26.786k 3.18385 305.052M/s -ascon_xofa/1024/64 3348 ns 3347 ns 208196 15.6431k 14.3778 49.826k 3.18518 309.968M/s -ascon_xofa/2048/64 6548 ns 6547 ns 100986 30.5249k 14.4531 95.906k 3.1419 307.65M/s -ascon_xofa/4096/64 12673 ns 12672 ns 55238 59.13k 14.2139 188.066k 3.18055 313.082M/s -ascon_prf/64/16 188 ns 188 ns 3718330 880.269 11.0034 2.822k 3.20584 404.826M/s -ascon_prf/128/16 261 ns 261 ns 2691582 1.21729k 8.45341 3.918k 3.21862 526.293M/s -ascon_prf/256/16 406 ns 406 ns 1729774 1.89441k 6.96473 6.11k 3.22529 638.781M/s -ascon_prf/512/16 696 ns 696 ns 1008529 3.24902k 6.15344 10.494k 3.2299 723.433M/s -ascon_prf/1024/16 1281 ns 1281 ns 547641 5.98409k 5.75394 19.262k 3.21887 774.03M/s -ascon_prf/2048/16 2449 ns 2449 ns 286372 11.4171k 5.53152 36.798k 3.22307 803.868M/s -ascon_prf/4096/16 4779 ns 4778 ns 146811 22.2664k 5.41497 71.87k 3.22774 820.665M/s -ascon_prf/64/32 227 ns 227 ns 3088520 1061.49 11.0571 3.381k 3.18516 402.639M/s -ascon_prf/128/32 299 ns 299 ns 2327302 1.39912k 8.74448 4.477k 3.19988 509.666M/s -ascon_prf/256/32 444 ns 444 ns 1567138 2.07608k 7.2086 6.669k 3.21231 618.31M/s -ascon_prf/512/32 735 ns 734 ns 946673 3.43256k 6.30985 11.053k 3.22004 706.356M/s -ascon_prf/1024/32 1324 ns 1324 ns 531006 6.16967k 5.84249 19.821k 3.21265 760.798M/s -ascon_prf/2048/32 2485 ns 2485 ns 280744 11.6084k 5.58097 37.357k 3.2181 798.4M/s -ascon_prf/4096/32 4821 ns 4820 ns 145157 22.4659k 5.44233 72.429k 3.22395 816.734M/s -ascon_prf/64/64 305 ns 305 ns 2285544 1.42247k 11.1131 4.499k 3.1628 400.82M/s -ascon_prf/128/64 377 ns 377 ns 1847234 1.76053k 9.16943 5.595k 3.17802 485.899M/s -ascon_prf/256/64 523 ns 523 ns 1342579 2.44042k 7.6263 7.787k 3.19085 583.24M/s -ascon_prf/512/64 815 ns 815 ns 860208 3.79393k 6.58668 12.171k 3.20802 674.172M/s -ascon_prf/1024/64 1399 ns 1399 ns 501433 6.52713k 5.9992 20.939k 3.20799 741.659M/s -ascon_prf/2048/64 2565 ns 2565 ns 273512 11.9629k 5.66426 38.475k 3.21619 785.296M/s -ascon_prf/4096/64 4891 ns 4890 ns 142812 22.8449k 5.49156 73.547k 3.21941 811.226M/s -ascon_mac_authenticate/64 191 ns 191 ns 3669734 891.396 11.1424 2.784k 3.12319 398.924M/s -ascon_mac_authenticate/128 264 ns 264 ns 2657102 1.23009k 8.5423 3.88k 3.15424 519.697M/s -ascon_mac_authenticate/256 409 ns 409 ns 1706807 1.90807k 7.01498 6.072k 3.18227 633.99M/s -ascon_mac_authenticate/512 699 ns 699 ns 1003214 3.2593k 6.17291 10.456k 3.20805 720.527M/s -ascon_mac_authenticate/1024 1275 ns 1274 ns 549446 5.94138k 5.71286 19.224k 3.23561 778.215M/s -ascon_mac_authenticate/2048 2430 ns 2430 ns 288853 11.3313k 5.48996 36.76k 3.24412 809.943M/s -ascon_mac_authenticate/4096 4760 ns 4759 ns 147637 22.1593k 5.38894 71.832k 3.24161 823.987M/s -ascon_mac_verify/64 196 ns 196 ns 3537675 914.371 9.5247 2.931k 3.20548 468.183M/s -ascon_mac_verify/128 269 ns 269 ns 2607687 1.25334k 7.83336 4.027k 3.21302 568.204M/s -ascon_mac_verify/256 415 ns 415 ns 1693760 1.93558k 6.72075 6.219k 3.213 662.306M/s -ascon_mac_verify/512 708 ns 708 ns 991215 3.29709k 6.06083 10.603k 3.21586 732.847M/s -ascon_mac_verify/1024 1289 ns 1289 ns 537867 6.01269k 5.69383 19.371k 3.22169 781.559M/s -ascon_mac_verify/2048 2457 ns 2457 ns 285412 11.4596k 5.50944 36.907k 3.22061 807.499M/s -ascon_mac_verify/4096 4795 ns 4794 ns 146771 22.3299k 5.40937 71.979k 3.22344 821.157M/s -ascon_prfs_authenticate/1 46.1 ns 46.1 ns 15216649 214.812 12.636 601 2.79779 351.793M/s -ascon_prfs_authenticate/2 46.5 ns 46.5 ns 15000672 217.195 12.0664 603 2.7763 369.51M/s -ascon_prfs_authenticate/4 46.2 ns 46.2 ns 15108560 215.898 10.7949 600 2.77909 412.681M/s -ascon_prfs_authenticate/8 36.5 ns 36.5 ns 19065986 169.252 7.05217 598 3.53319 627.625M/s -ascon_prfs_authenticate/16 36.7 ns 36.7 ns 19173931 169.118 5.28495 599 3.5419 832.2M/s -ascon_prfs_verify/1 50.3 ns 50.2 ns 10000000 234.365 13.7862 754 3.21721 322.654M/s -ascon_prfs_verify/2 50.1 ns 50.1 ns 13969327 234.228 13.0127 756 3.22762 342.711M/s -ascon_prfs_verify/4 49.8 ns 49.8 ns 14047526 232.328 11.6164 753 3.2411 383.314M/s -ascon_prfs_verify/8 45.5 ns 45.5 ns 15615859 208.597 8.69156 751 3.60024 502.646M/s -ascon_prfs_verify/16 45.4 ns 45.4 ns 15599778 206.821 6.46315 752 3.636 672.632M/s +Load Average: 0.38, 0.45, 0.46 +---------------------------------------------------------------------------------------------------------------------------------------------------------- +Benchmark Time CPU Iterations CYCLES CYCLES/ BYTE INSTRUCTIONS INSTRUCTIONS/ CYCLE bytes_per_second +---------------------------------------------------------------------------------------------------------------------------------------------------------- +ascon_mac_verify/512_mean 722 ns 722 ns 8 3.27953k 6.02855 11.18k 3.40904 718.809Mi/s +ascon_mac_verify/512_median 728 ns 728 ns 8 3.27575k 6.0216 11.18k 3.41296 712.679Mi/s +ascon_mac_verify/512_stddev 16.1 ns 16.1 ns 8 6.94449 0.0127656 226.03u 7.20528m 16.1742Mi/s +ascon_mac_verify/512_cv 2.24 % 2.24 % 8 0.21% 0.21% 0.00% 0.21% 2.25% +ascon_mac_verify/1024_mean 1333 ns 1333 ns 8 6.10774k 5.78385 20.62k 3.37617 755.768Mi/s +ascon_mac_verify/1024_median 1318 ns 1318 ns 8 6.11112k 5.78704 20.62k 3.37418 764.32Mi/s +ascon_mac_verify/1024_stddev 29.6 ns 29.6 ns 8 40.0692 0.0379443 260.997u 0.0223061 16.5787Mi/s +ascon_mac_verify/1024_cv 2.22 % 2.22 % 8 0.66% 0.66% 0.00% 0.66% 2.19% +ascon80pq_aead_encrypt/256/32_mean 1024 ns 1024 ns 8 4.78402k 16.6112 12.084k 2.52591 268.154Mi/s +ascon80pq_aead_encrypt/256/32_median 1024 ns 1024 ns 8 4.78434k 16.6123 12.084k 2.52574 268.273Mi/s +ascon80pq_aead_encrypt/256/32_stddev 1.81 ns 1.80 ns 8 0.95414 3.31299m 0 503.817u 483.559Ki/s +ascon80pq_aead_encrypt/256/32_cv 0.18 % 0.18 % 8 0.02% 0.02% 0.00% 0.02% 0.18% +ascon_xofa/512/64_mean 1867 ns 1867 ns 8 8.3434k 14.4851 29.929k 3.58715 294.496Mi/s +ascon_xofa/512/64_median 1889 ns 1889 ns 8 8.34256k 14.4836 29.929k 3.58751 290.803Mi/s +ascon_xofa/512/64_stddev 51.5 ns 51.5 ns 8 8.84461 0.0153552 0 3.80177m 8.33169Mi/s +ascon_xofa/512/64_cv 2.76 % 2.76 % 8 0.11% 0.11% 0.00% 0.11% 2.83% +ascon_prf/64/64_mean 300 ns 300 ns 8 1.36778k 10.6858 4.595k 3.35948 406.514Mi/s +ascon_prf/64/64_median 303 ns 303 ns 8 1.36891k 10.6946 4.595k 3.35668 402.957Mi/s +ascon_prf/64/64_stddev 5.71 ns 5.69 ns 8 3.74051 0.0292227 0 9.20776m 7.76252Mi/s +ascon_prf/64/64_cv 1.90 % 1.90 % 8 0.27% 0.27% 0.00% 0.27% 1.91% +ascon_prf/128/16_mean 263 ns 263 ns 8 1.20581k 8.3737 4.113k 3.41098 521.8Mi/s +ascon_prf/128/16_median 261 ns 261 ns 8 1.20539k 8.37073 4.113k 3.41219 526.118Mi/s +ascon_prf/128/16_stddev 5.90 ns 5.91 ns 8 1.28728 8.93942m 92.2765u 3.63638m 11.6103Mi/s +ascon_prf/128/16_cv 2.24 % 2.24 % 8 0.11% 0.11% 0.00% 0.11% 2.23% +ascon_mac_verify/128_mean 269 ns 269 ns 8 1.21241k 7.57758 4.1k 3.38169 567.001Mi/s +ascon_mac_verify/128_median 270 ns 270 ns 8 1.21226k 7.5766 4.1k 3.38212 564.265Mi/s +ascon_mac_verify/128_stddev 4.36 ns 4.36 ns 8 1.54156 9.63474m 0 4.29861m 9.3874Mi/s +ascon_mac_verify/128_cv 1.62 % 1.62 % 8 0.13% 0.13% 0.00% 0.13% 1.66% +ascon128_aead_encrypt/2048/32_mean 6678 ns 6677 ns 8 31.1177k 14.9604 76.558k 2.46027 297.07Mi/s +ascon128_aead_encrypt/2048/32_median 6670 ns 6669 ns 8 31.1152k 14.9592 76.558k 2.46047 297.43Mi/s +ascon128_aead_encrypt/2048/32_stddev 19.3 ns 19.3 ns 8 17.1549 8.24757m 0 1.35598m 878.462Ki/s +ascon128_aead_encrypt/2048/32_cv 0.29 % 0.29 % 8 0.06% 0.06% 0.00% 0.06% 0.29% +ascon_prf/128/32_mean 303 ns 303 ns 8 1.37505k 8.59407 4.667k 3.39406 504.255Mi/s +ascon_prf/128/32_median 305 ns 305 ns 8 1.37468k 8.59172 4.667k 3.39498 500.655Mi/s +ascon_prf/128/32_stddev 7.00 ns 7.00 ns 8 1.71264 0.010704 65.2493u 4.2228m 11.7217Mi/s +ascon_prf/128/32_cv 2.31 % 2.31 % 8 0.12% 0.12% 0.00% 0.12% 2.32% +ascon_prfs_verify/1_mean 53.6 ns 53.6 ns 8 249.322 14.666 681 2.73141 302.698Mi/s +ascon_prfs_verify/1_median 53.5 ns 53.5 ns 8 249.446 14.6733 681 2.73005 303.153Mi/s +ascon_prfs_verify/1_stddev 0.318 ns 0.318 ns 8 0.203707 0.0119828 8.15617u 2.23261m 1.79096Mi/s +ascon_prfs_verify/1_cv 0.59 % 0.59 % 8 0.08% 0.08% 0.00% 0.08% 0.59% +ascon80pq_aead_encrypt/2048/32_mean 6674 ns 6674 ns 8 31.1189k 14.961 76.596k 2.4614 297.226Mi/s +ascon80pq_aead_encrypt/2048/32_median 6671 ns 6670 ns 8 31.1195k 14.9613 76.596k 2.46135 297.396Mi/s +ascon80pq_aead_encrypt/2048/32_stddev 22.8 ns 22.7 ns 8 18.7733 9.02563m 0 1.48459m 1.00819Mi/s +ascon80pq_aead_encrypt/2048/32_cv 0.34 % 0.34 % 8 0.06% 0.06% 0.00% 0.06% 0.34% +ascon80pq_aead_decrypt/2048/32_mean 6621 ns 6621 ns 8 30.8454k 14.8295 77.409k 2.50958 299.623Mi/s +ascon80pq_aead_decrypt/2048/32_median 6615 ns 6614 ns 8 30.8351k 14.8246 77.409k 2.51042 299.914Mi/s +ascon80pq_aead_decrypt/2048/32_stddev 23.9 ns 23.9 ns 8 28.7211 0.0138082 0 2.33582m 1.0793Mi/s +ascon80pq_aead_decrypt/2048/32_cv 0.36 % 0.36 % 8 0.09% 0.09% 0.00% 0.09% 0.36% +ascon128_aead_decrypt/512/32_mean 1821 ns 1820 ns 8 8.49966k 15.6244 21.523k 2.53222 284.983Mi/s +ascon128_aead_decrypt/512/32_median 1819 ns 1819 ns 8 8.49969k 15.6244 21.523k 2.53221 285.224Mi/s +ascon128_aead_decrypt/512/32_stddev 6.00 ns 6.00 ns 8 1.14449 2.10384m 452.061u 340.966u 957.709Ki/s +ascon128_aead_decrypt/512/32_cv 0.33 % 0.33 % 8 0.01% 0.01% 0.00% 0.01% 0.33% +ascon80pq_aead_decrypt/128/32_mean 625 ns 625 ns 8 2.91583k 18.2239 7.599k 2.60612 244.152Mi/s +ascon80pq_aead_decrypt/128/32_median 625 ns 625 ns 8 2.91575k 18.2234 7.599k 2.60619 244.23Mi/s +ascon80pq_aead_decrypt/128/32_stddev 1.86 ns 1.85 ns 8 0.626848 3.9178m 0 560.185u 740.521Ki/s +ascon80pq_aead_decrypt/128/32_cv 0.30 % 0.30 % 8 0.02% 0.02% 0.00% 0.02% 0.30% +ascon128_aead_decrypt/4096/32_mean 13020 ns 13019 ns 8 60.739k 14.7139 151.835k 2.4998 302.383Mi/s +ascon128_aead_decrypt/4096/32_median 13002 ns 13001 ns 8 60.741k 14.7144 151.835k 2.49971 302.802Mi/s +ascon128_aead_decrypt/4096/32_stddev 45.3 ns 45.4 ns 8 38.7569 9.38878m 0 1.5949m 1.04772Mi/s +ascon128_aead_decrypt/4096/32_cv 0.35 % 0.35 % 8 0.06% 0.06% 0.00% 0.06% 0.35% +ascon_hash/4096_mean 19488 ns 19486 ns 8 86.3425k 20.9163 301.548k 3.49246 202.034Mi/s +ascon_hash/4096_median 19508 ns 19505 ns 8 86.5676k 20.9708 302.357k 3.49269 201.838Mi/s +ascon_hash/4096_stddev 127 ns 127 ns 8 662.374 0.160459 2.28976k 1.06385m 1.31734Mi/s +ascon_hash/4096_cv 0.65 % 0.65 % 8 0.77% 0.77% 0.76% 0.03% 0.65% +ascon_xofa/4096/32_mean 13102 ns 13101 ns 8 58.3781k 14.142 211.601k 3.62467 300.843Mi/s +ascon_xofa/4096/32_median 13372 ns 13371 ns 8 58.3483k 14.1348 211.601k 3.62652 294.431Mi/s +ascon_xofa/4096/32_stddev 476 ns 476 ns 8 73.7804 0.0178732 0 4.5722m 11.1196Mi/s +ascon_xofa/4096/32_cv 3.63 % 3.63 % 8 0.13% 0.13% 0.00% 0.13% 3.70% +ascon80pq_aead_encrypt/128/32_mean 621 ns 621 ns 8 2.89799k 18.1125 7.476k 2.57972 245.569Mi/s +ascon80pq_aead_encrypt/128/32_median 621 ns 621 ns 8 2.89791k 18.1119 7.476k 2.57979 245.771Mi/s +ascon80pq_aead_encrypt/128/32_stddev 2.17 ns 2.17 ns 8 0.506901 3.16813m 92.2765u 451.186u 874.429Ki/s +ascon80pq_aead_encrypt/128/32_cv 0.35 % 0.35 % 8 0.02% 0.02% 0.00% 0.02% 0.35% +ascon_prf/1024/32_mean 1386 ns 1386 ns 8 6.246k 5.91478 21.187k 3.39227 726.903Mi/s +ascon_prf/1024/32_median 1394 ns 1394 ns 8 6.27767k 5.94476 21.187k 3.37498 722.425Mi/s +ascon_prf/1024/32_stddev 26.3 ns 26.3 ns 8 48.8602 0.0462691 0 0.0266361 14.0187Mi/s +ascon_prf/1024/32_cv 1.90 % 1.90 % 8 0.78% 0.78% 0.00% 0.79% 1.93% +ascon_mac_verify/2048_mean 2575 ns 2575 ns 8 11.6578k 5.60472 39.5k 3.3885 770.597Mi/s +ascon_mac_verify/2048_median 2603 ns 2603 ns 8 11.6847k 5.61765 39.5k 3.38049 762.106Mi/s +ascon_mac_verify/2048_stddev 53.9 ns 53.8 ns 8 98.0834 0.0471555 904.121u 0.0287191 16.2244Mi/s +ascon_mac_verify/2048_cv 2.09 % 2.09 % 8 0.84% 0.84% 0.00% 0.85% 2.11% +ascon_xofa/64/32_mean 343 ns 343 ns 8 1.52287k 15.8632 5.465k 3.58863 267.119Mi/s +ascon_xofa/64/32_median 347 ns 347 ns 8 1.52238k 15.8581 5.465k 3.58979 263.941Mi/s +ascon_xofa/64/32_stddev 9.75 ns 9.76 ns 8 1.71194 0.0178327 0 4.03036m 7.81949Mi/s +ascon_xofa/64/32_cv 2.84 % 2.85 % 8 0.11% 0.11% 0.00% 0.11% 2.93% +ascon128a_aead_decrypt/512/32_mean 1101 ns 1101 ns 8 4.95727k 9.11263 16.501k 3.32865 471.4Mi/s +ascon128a_aead_decrypt/512/32_median 1111 ns 1110 ns 8 4.9575k 9.11306 16.501k 3.32849 467.195Mi/s +ascon128a_aead_decrypt/512/32_stddev 19.2 ns 19.2 ns 8 2.36278 4.34335m 0 1.58685m 8.36201Mi/s +ascon128a_aead_decrypt/512/32_cv 1.75 % 1.75 % 8 0.05% 0.05% 0.00% 0.05% 1.77% +ascon_prfs_authenticate/1_mean 50.8 ns 50.8 ns 8 236.022 13.8836 669 2.83449 319.071Mi/s +ascon_prfs_authenticate/1_median 50.8 ns 50.8 ns 8 236.043 13.8849 669 2.83423 319.234Mi/s +ascon_prfs_authenticate/1_stddev 0.233 ns 0.233 ns 8 0.159863 9.40368m 8.15617u 1.91948m 1.45598Mi/s +ascon_prfs_authenticate/1_cv 0.46 % 0.46 % 8 0.07% 0.07% 0.00% 0.07% 0.46% +ascon_xof/2048/64_mean 9825 ns 9824 ns 8 44.4241k 21.0341 154.857k 3.48589 205.138Mi/s +ascon_xof/2048/64_median 9914 ns 9914 ns 8 44.4265k 21.0353 154.857k 3.48569 203.164Mi/s +ascon_xof/2048/64_stddev 256 ns 256 ns 8 56.3647 0.0266878 2.08798m 4.41934m 5.39797Mi/s +ascon_xof/2048/64_cv 2.61 % 2.61 % 8 0.13% 0.13% 0.00% 0.13% 2.63% +ascon_xof/1024/32_mean 4902 ns 4902 ns 8 22.2551k 21.0749 77.745k 3.49335 205.614Mi/s +ascon_xof/1024/32_median 4877 ns 4876 ns 8 22.2528k 21.0727 77.745k 3.49372 206.618Mi/s +ascon_xof/1024/32_stddev 147 ns 147 ns 8 8.13577 7.70433m 1.04399m 1.2764m 6.12224Mi/s +ascon_xof/1024/32_cv 2.99 % 2.99 % 8 0.04% 0.04% 0.00% 0.04% 2.98% +ascon_prf/4096/64_mean 5121 ns 5121 ns 8 23.1433k 5.5633 78.935k 3.41087 775.212Mi/s +ascon_prf/4096/64_median 5174 ns 5174 ns 8 23.0335k 5.53689 78.935k 3.42697 766.834Mi/s +ascon_prf/4096/64_stddev 132 ns 132 ns 8 173.538 0.0417159 1.04399m 0.0254849 20.1371Mi/s +ascon_prf/4096/64_cv 2.57 % 2.57 % 8 0.75% 0.75% 0.00% 0.75% 2.60% +ascon_prf/4096/16_mean 5068 ns 5068 ns 8 22.6969k 5.51968 77.273k 3.40478 774.133Mi/s +ascon_prf/4096/16_median 5080 ns 5080 ns 8 22.6996k 5.52033 77.273k 3.40431 771.986Mi/s +ascon_prf/4096/16_stddev 103 ns 103 ns 8 195.126 0.0474527 0 0.0292683 15.8498Mi/s +ascon_prf/4096/16_cv 2.02 % 2.02 % 8 0.86% 0.86% 0.00% 0.86% 2.05% +ascon_prfs_verify/8_mean 43.8 ns 43.8 ns 8 195.963 8.16511 678 3.45987 523.07Mi/s +ascon_prfs_verify/8_median 44.3 ns 44.3 ns 8 195.931 8.16379 678 3.4604 516.83Mi/s +ascon_prfs_verify/8_stddev 1.06 ns 1.06 ns 8 0.625978 0.0260824 11.5346u 0.0110194 13.0077Mi/s +ascon_prfs_verify/8_cv 2.42 % 2.42 % 8 0.32% 0.32% 0.00% 0.32% 2.49% +ascon128a_aead_encrypt/4096/32_mean 7628 ns 7627 ns 8 34.8043k 8.43128 118.048k 3.39176 516.424Mi/s +ascon128a_aead_encrypt/4096/32_median 7596 ns 7595 ns 8 34.8k 8.43024 118.048k 3.39218 518.457Mi/s +ascon128a_aead_encrypt/4096/32_stddev 195 ns 195 ns 8 16.3661 3.96466m 0 1.59445m 13.1233Mi/s +ascon128a_aead_encrypt/4096/32_cv 2.56 % 2.56 % 8 0.05% 0.05% 0.00% 0.05% 2.54% +ascon128a_aead_encrypt/2048/32_mean 3876 ns 3875 ns 8 17.7819k 8.54899 60.32k 3.39222 512.151Mi/s +ascon128a_aead_encrypt/2048/32_median 3821 ns 3821 ns 8 17.7855k 8.55072 60.32k 3.39153 519.118Mi/s +ascon128a_aead_encrypt/2048/32_stddev 97.3 ns 97.3 ns 8 9.08792 4.36919m 738.212u 1.73448m 12.5846Mi/s +ascon128a_aead_encrypt/2048/32_cv 2.51 % 2.51 % 8 0.05% 0.05% 0.00% 0.05% 2.46% +ascon_mac_authenticate/512_mean 726 ns 726 ns 8 3.27389k 6.20054 11.164k 3.41003 694.099Mi/s +ascon_mac_authenticate/512_median 733 ns 733 ns 8 3.26984k 6.19288 11.164k 3.41423 687.021Mi/s +ascon_mac_authenticate/512_stddev 19.4 ns 19.4 ns 8 7.46874 0.0141453 184.553u 7.77193m 18.7357Mi/s +ascon_mac_authenticate/512_cv 2.68 % 2.67 % 8 0.23% 0.23% 0.00% 0.23% 2.70% +ascon_prf/1024/16_mean 1363 ns 1363 ns 8 6.06848k 5.83508 20.633k 3.40024 727.706Mi/s +ascon_prf/1024/16_median 1363 ns 1363 ns 8 6.06673k 5.83339 20.633k 3.40118 727.858Mi/s +ascon_prf/1024/16_stddev 7.34 ns 7.35 ns 8 50.835 0.0488798 0 0.0284804 3.91691Mi/s +ascon_prf/1024/16_cv 0.54 % 0.54 % 8 0.84% 0.84% 0.00% 0.84% 0.54% +ascon128a_aead_encrypt/1024/32_mean 2062 ns 2062 ns 8 9.27693k 8.78497 31.456k 3.39078 488.667Mi/s +ascon128a_aead_encrypt/1024/32_median 2086 ns 2086 ns 8 9.27629k 8.78437 31.456k 3.39101 482.877Mi/s +ascon128a_aead_encrypt/1024/32_stddev 45.5 ns 45.5 ns 8 5.50904 5.21689m 521.995u 2.01293m 10.9636Mi/s +ascon128a_aead_encrypt/1024/32_cv 2.21 % 2.21 % 8 0.06% 0.06% 0.00% 0.06% 2.24% +ascon_xofa/2048/32_mean 6715 ns 6715 ns 8 29.5012k 14.1833 106.897k 3.62348 295.572Mi/s +ascon_xofa/2048/32_median 6746 ns 6746 ns 8 29.4994k 14.1824 106.897k 3.6237 294.043Mi/s +ascon_xofa/2048/32_stddev 165 ns 166 ns 8 15.0961 7.25775m 0 1.85343m 7.63445Mi/s +ascon_xofa/2048/32_cv 2.46 % 2.47 % 8 0.05% 0.05% 0.00% 0.05% 2.58% +ascon_xof/512/32_mean 2572 ns 2571 ns 8 11.5474k 21.2268 40.305k 3.4904 201.882Mi/s +ascon_xof/512/32_median 2590 ns 2589 ns 8 11.5466k 21.2254 40.305k 3.49063 200.363Mi/s +ascon_xof/512/32_stddev 65.7 ns 65.7 ns 8 3.25655 5.98631m 0 983.904u 5.24932Mi/s +ascon_xof/512/32_cv 2.55 % 2.55 % 8 0.03% 0.03% 0.00% 0.03% 2.60% +ascon_prfs_verify/2_mean 53.8 ns 53.8 ns 8 249.816 13.8786 683 2.73402 319.321Mi/s +ascon_prfs_verify/2_median 53.6 ns 53.6 ns 8 249.745 13.8747 683 2.73479 320.411Mi/s +ascon_prfs_verify/2_stddev 0.395 ns 0.395 ns 8 0.222149 0.0123416 0 2.4307m 2.33111Mi/s +ascon_prfs_verify/2_cv 0.74 % 0.74 % 8 0.09% 0.09% 0.00% 0.09% 0.73% +ascon128a_aead_decrypt/4096/32_mean 7512 ns 7512 ns 8 34.047k 8.24781 113.213k 3.32521 524.418Mi/s +ascon128a_aead_decrypt/4096/32_median 7576 ns 7575 ns 8 34.0519k 8.24902 113.213k 3.32472 519.684Mi/s +ascon128a_aead_decrypt/4096/32_stddev 200 ns 200 ns 8 41.2216 9.98586m 1.47642m 4.02639m 14.0367Mi/s +ascon128a_aead_decrypt/4096/32_cv 2.66 % 2.66 % 8 0.12% 0.12% 0.00% 0.12% 2.68% +ascon80pq_aead_decrypt/1024/32_mean 3422 ns 3421 ns 8 15.9389k 15.0936 40.177k 2.52069 294.358Mi/s +ascon80pq_aead_decrypt/1024/32_median 3417 ns 3416 ns 8 15.9398k 15.0945 40.177k 2.52055 294.777Mi/s +ascon80pq_aead_decrypt/1024/32_stddev 11.6 ns 11.6 ns 8 3.15012 2.98307m 0 498.197u 1015.31Ki/s +ascon80pq_aead_decrypt/1024/32_cv 0.34 % 0.34 % 8 0.02% 0.02% 0.00% 0.02% 0.34% +ascon128_aead_encrypt/128/32_mean 624 ns 624 ns 8 2.90399k 18.1499 7.438k 2.56131 244.653Mi/s +ascon128_aead_encrypt/128/32_median 623 ns 623 ns 8 2.90386k 18.1491 7.438k 2.56142 244.864Mi/s +ascon128_aead_encrypt/128/32_stddev 2.19 ns 2.18 ns 8 0.298418 1.86511m 0 263.182u 873.678Ki/s +ascon128_aead_encrypt/128/32_cv 0.35 % 0.35 % 8 0.01% 0.01% 0.00% 0.01% 0.35% +ascon_mac_authenticate/1024_mean 1353 ns 1353 ns 8 6.07851k 5.84472 20.604k 3.38984 733.183Mi/s +ascon_mac_authenticate/1024_median 1362 ns 1362 ns 8 6.10354k 5.86879 20.604k 3.37575 728.065Mi/s +ascon_mac_authenticate/1024_stddev 23.6 ns 23.6 ns 8 48.7925 0.0469159 0 0.0273056 12.9662Mi/s +ascon_mac_authenticate/1024_cv 1.74 % 1.74 % 8 0.80% 0.80% 0.00% 0.81% 1.77% +ascon80pq_aead_encrypt/4096/32_mean 13196 ns 13195 ns 8 61.2776k 14.8444 150.324k 2.45316 298.375Mi/s +ascon80pq_aead_encrypt/4096/32_median 13155 ns 13155 ns 8 61.2902k 14.8474 150.324k 2.45266 299.271Mi/s +ascon80pq_aead_encrypt/4096/32_stddev 136 ns 136 ns 8 36.3147 8.79717m 2.08798m 1.45431m 3.01726Mi/s +ascon80pq_aead_encrypt/4096/32_cv 1.03 % 1.03 % 8 0.06% 0.06% 0.00% 0.06% 1.01% +ascon128a_aead_encrypt/128/32_mean 408 ns 408 ns 8 1.83031k 11.4395 6.2k 3.3874 374.277Mi/s +ascon128a_aead_encrypt/128/32_median 406 ns 406 ns 8 1.83027k 11.4392 6.2k 3.38748 376.041Mi/s +ascon128a_aead_encrypt/128/32_stddev 5.01 ns 5.01 ns 8 0.282304 1.7644m 92.2765u 522.443u 4.5763Mi/s +ascon128a_aead_encrypt/128/32_cv 1.23 % 1.23 % 8 0.02% 0.02% 0.00% 0.02% 1.22% +ascon_prfs_verify/4_mean 53.5 ns 53.5 ns 8 248.53 12.4265 680 2.73609 356.822Mi/s +ascon_prfs_verify/4_median 53.4 ns 53.3 ns 8 248.562 12.4281 680 2.73574 357.535Mi/s +ascon_prfs_verify/4_stddev 0.374 ns 0.375 ns 8 0.206373 0.0103187 8.15617u 2.27303m 2.48395Mi/s +ascon_prfs_verify/4_cv 0.70 % 0.70 % 8 0.08% 0.08% 0.00% 0.08% 0.70% +ascon_prf/512/64_mean 836 ns 836 ns 8 3.76658k 6.53921 12.855k 3.41291 657.432Mi/s +ascon_prf/512/64_median 843 ns 843 ns 8 3.76787k 6.54143 12.855k 3.41175 651.302Mi/s +ascon_prf/512/64_stddev 19.1 ns 19.2 ns 8 2.71807 4.71887m 0 2.46467m 15.3401Mi/s +ascon_prf/512/64_cv 2.29 % 2.29 % 8 0.07% 0.07% 0.00% 0.07% 2.33% +ascon_prf/2048/16_mean 2604 ns 2604 ns 8 11.5907k 5.61564 39.513k 3.40925 756.033Mi/s +ascon_prf/2048/16_median 2596 ns 2596 ns 8 11.5321k 5.58725 39.513k 3.42635 758.166Mi/s +ascon_prf/2048/16_stddev 38.5 ns 38.5 ns 8 99.3544 0.0481368 0 0.0291149 11.1766Mi/s +ascon_prf/2048/16_cv 1.48 % 1.48 % 8 0.86% 0.86% 0.00% 0.85% 1.48% +ascon_xofa/256/64_mean 1073 ns 1073 ns 8 4.73923k 14.8101 16.841k 3.55356 284.615Mi/s +ascon_xofa/256/64_median 1082 ns 1082 ns 8 4.73947k 14.8108 16.841k 3.55335 281.965Mi/s +ascon_xofa/256/64_stddev 28.8 ns 28.8 ns 8 14.5411 0.0454408 0 0.0109176 7.9861Mi/s +ascon_xofa/256/64_cv 2.68 % 2.68 % 8 0.31% 0.31% 0.00% 0.31% 2.81% +ascon_mac_authenticate/4096_mean 4963 ns 4962 ns 8 22.6721k 5.51364 77.244k 3.4073 790.635Mi/s +ascon_mac_authenticate/4096_median 4923 ns 4923 ns 8 22.5516k 5.48434 77.244k 3.42522 796.619Mi/s +ascon_mac_authenticate/4096_stddev 118 ns 118 ns 8 223.575 0.0543713 0 0.0334467 18.657Mi/s +ascon_mac_authenticate/4096_cv 2.38 % 2.37 % 8 0.99% 0.99% 0.00% 0.98% 2.36% +ascon80pq_aead_decrypt/64/32_mean 428 ns 428 ns 8 1.9868k 20.6959 5.296k 2.66559 214.056Mi/s +ascon80pq_aead_decrypt/64/32_median 428 ns 428 ns 8 1.98672k 20.6951 5.296k 2.66569 214.117Mi/s +ascon80pq_aead_decrypt/64/32_stddev 2.00 ns 2.00 ns 8 0.305207 3.17924m 0 409.445u 1.00065Mi/s +ascon80pq_aead_decrypt/64/32_cv 0.47 % 0.47 % 8 0.02% 0.02% 0.00% 0.02% 0.47% +ascon_prf/64/16_mean 191 ns 191 ns 8 870.567 10.8821 2.933k 3.36908 398.659Mi/s +ascon_prf/64/16_median 192 ns 192 ns 8 871.253 10.8907 2.933k 3.36642 397.431Mi/s +ascon_prf/64/16_stddev 4.23 ns 4.23 ns 8 1.99113 0.0248892 79.9138u 7.7209m 8.80118Mi/s +ascon_prf/64/16_cv 2.21 % 2.21 % 8 0.23% 0.23% 0.00% 0.23% 2.21% +ascon_mac_authenticate/256_mean 427 ns 427 ns 8 1.91817k 7.0521 6.444k 3.35945 607.514Mi/s +ascon_mac_authenticate/256_median 430 ns 430 ns 8 1.91818k 7.05213 6.444k 3.35944 603.701Mi/s +ascon_mac_authenticate/256_stddev 6.92 ns 6.92 ns 8 2.02756 7.45427m 0 3.55292m 10.1563Mi/s +ascon_mac_authenticate/256_cv 1.62 % 1.62 % 8 0.11% 0.11% 0.00% 0.11% 1.67% +ascon_permutation<6>_mean 24.1 ns 24.1 ns 8 112.185 2.80462 266 2.37109 1.54463Gi/s +ascon_permutation<6>_median 24.1 ns 24.1 ns 8 112.171 2.80428 266 2.37137 1.54692Gi/s +ascon_permutation<6>_stddev 0.112 ns 0.112 ns 8 0.0306038 765.094u 4.07808u 646.71u 7.3068Mi/s +ascon_permutation<6>_cv 0.46 % 0.46 % 8 0.03% 0.03% 0.00% 0.03% 0.46% +ascon_xofa/2048/64_mean 6798 ns 6798 ns 8 29.984k 14.197 108.457k 3.61717 296.625Mi/s +ascon_xofa/2048/64_median 6932 ns 6931 ns 8 29.9927k 14.2011 108.457k 3.61611 290.588Mi/s +ascon_xofa/2048/64_stddev 238 ns 238 ns 8 26.86 0.0127178 2.08798m 3.24178m 10.77Mi/s +ascon_xofa/2048/64_cv 3.50 % 3.50 % 8 0.09% 0.09% 0.00% 0.09% 3.63% +ascon_xofa/256/32_mean 962 ns 962 ns 8 4.24244k 14.7307 15.281k 3.60195 285.897Mi/s +ascon_xofa/256/32_median 974 ns 974 ns 8 4.23959k 14.7208 15.281k 3.60436 281.991Mi/s +ascon_xofa/256/32_stddev 31.1 ns 31.0 ns 8 8.85436 0.0307443 260.997u 7.48893m 9.51515Mi/s +ascon_xofa/256/32_cv 3.23 % 3.23 % 8 0.21% 0.21% 0.00% 0.21% 3.33% +ascon_hasha/2048_mean 6735 ns 6734 ns 8 29.5053k 14.1852 106.869k 3.62203 294.74Mi/s +ascon_hasha/2048_median 6779 ns 6779 ns 8 29.5047k 14.185 106.869k 3.6221 292.63Mi/s +ascon_hasha/2048_stddev 175 ns 175 ns 8 7.30796 3.51344m 0 897.012u 8.04329Mi/s +ascon_hasha/2048_cv 2.60 % 2.60 % 8 0.02% 0.02% 0.00% 0.02% 2.73% +ascon_xof/64/32_mean 481 ns 481 ns 8 2.17118k 22.6165 7.545k 3.47507 190.438Mi/s +ascon_xof/64/32_median 483 ns 483 ns 8 2.17103k 22.6149 7.545k 3.47531 189.529Mi/s +ascon_xof/64/32_stddev 9.31 ns 9.31 ns 8 2.05001 0.0213543 0 3.28105m 3.72933Mi/s +ascon_xof/64/32_cv 1.94 % 1.94 % 8 0.09% 0.09% 0.00% 0.09% 1.96% +ascon_hasha/256_mean 949 ns 949 ns 8 4.23672k 14.7108 15.253k 3.60019 289.935Mi/s +ascon_hasha/256_median 965 ns 965 ns 8 4.2366k 14.7104 15.253k 3.60029 284.581Mi/s +ascon_hasha/256_stddev 35.9 ns 35.9 ns 8 1.88547 6.54678m 184.553u 1.60213m 11.1145Mi/s +ascon_hasha/256_cv 3.78 % 3.78 % 8 0.04% 0.04% 0.00% 0.04% 3.83% +ascon_prf/4096/32_mean 5123 ns 5122 ns 8 22.8609k 5.53801 77.827k 3.40461 768.766Mi/s +ascon_prf/4096/32_median 5155 ns 5155 ns 8 22.8555k 5.5367 77.827k 3.40533 763.74Mi/s +ascon_prf/4096/32_stddev 90.8 ns 90.7 ns 8 201.773 0.0488791 1.04399m 0.030047 13.9608Mi/s +ascon_prf/4096/32_cv 1.77 % 1.77 % 8 0.88% 0.88% 0.00% 0.88% 1.82% +ascon_mac_authenticate/128_mean 265 ns 265 ns 8 1.20715k 8.38297 4.084k 3.38319 518.877Mi/s +ascon_mac_authenticate/128_median 267 ns 267 ns 8 1.20656k 8.37891 4.084k 3.38482 514.627Mi/s +ascon_mac_authenticate/128_stddev 5.65 ns 5.64 ns 8 1.72647 0.0119894 46.1382u 4.83122m 11.0804Mi/s +ascon_mac_authenticate/128_cv 2.13 % 2.13 % 8 0.14% 0.14% 0.00% 0.14% 2.14% +ascon_xofa/1024/32_mean 3341 ns 3341 ns 8 15.0584k 14.2598 54.545k 3.62224 301.8Mi/s +ascon_xofa/1024/32_median 3319 ns 3318 ns 8 15.0554k 14.257 54.545k 3.62295 303.64Mi/s +ascon_xofa/1024/32_stddev 125 ns 125 ns 8 9.52422 9.01915m 0 2.28973m 11.2509Mi/s +ascon_xofa/1024/32_cv 3.75 % 3.75 % 8 0.06% 0.06% 0.00% 0.06% 3.73% +ascon_prfs_authenticate/2_mean 50.9 ns 50.9 ns 8 235.983 13.1102 671 2.84343 337.164Mi/s +ascon_prfs_authenticate/2_median 50.8 ns 50.8 ns 8 236.006 13.1114 671 2.84315 337.912Mi/s +ascon_prfs_authenticate/2_stddev 0.518 ns 0.519 ns 8 0.292306 0.0162392 8.15617u 3.52253m 3.42036Mi/s +ascon_prfs_authenticate/2_cv 1.02 % 1.02 % 8 0.12% 0.12% 0.00% 0.12% 1.01% +ascon128_aead_decrypt/2048/32_mean 6616 ns 6616 ns 8 30.831k 14.8226 77.371k 2.50952 299.85Mi/s +ascon128_aead_decrypt/2048/32_median 6617 ns 6617 ns 8 30.8294k 14.8218 77.371k 2.50965 299.794Mi/s +ascon128_aead_decrypt/2048/32_stddev 22.9 ns 23.0 ns 8 20.747 9.9745m 0 1.68786m 1.04231Mi/s +ascon128_aead_decrypt/2048/32_cv 0.35 % 0.35 % 8 0.07% 0.07% 0.00% 0.07% 0.35% +ascon_mac_authenticate/2048_mean 2578 ns 2577 ns 8 11.619k 5.62934 39.484k 3.39849 764.171Mi/s +ascon_mac_authenticate/2048_median 2604 ns 2604 ns 8 11.6172k 5.62851 39.484k 3.3988 755.953Mi/s +ascon_mac_authenticate/2048_stddev 67.7 ns 67.8 ns 8 105.367 0.0510498 0 0.0307871 20.3062Mi/s +ascon_mac_authenticate/2048_cv 2.63 % 2.63 % 8 0.91% 0.91% 0.00% 0.91% 2.66% +ascon_xof/4096/32_mean 19366 ns 19365 ns 8 86.5086k 20.9565 302.385k 3.49543 203.437Mi/s +ascon_xof/4096/32_median 19556 ns 19555 ns 8 86.5076k 20.9563 302.385k 3.49547 201.322Mi/s +ascon_xof/4096/32_stddev 547 ns 548 ns 8 8.0169 1.94208m 0 323.901u 5.87807Mi/s +ascon_xof/4096/32_cv 2.83 % 2.83 % 8 0.01% 0.01% 0.00% 0.01% 2.89% +ascon_hasha/1024_mean 3397 ns 3397 ns 8 15.062k 14.2633 54.517k 3.61951 296.758Mi/s +ascon_hasha/1024_median 3432 ns 3431 ns 8 15.06k 14.2613 54.517k 3.62 293.482Mi/s +ascon_hasha/1024_stddev 106 ns 106 ns 8 9.65413 9.14217m 0 2.31898m 9.51947Mi/s +ascon_hasha/1024_cv 3.12 % 3.12 % 8 0.06% 0.06% 0.00% 0.06% 3.21% +ascon_mac_verify/256_mean 427 ns 427 ns 8 1.92469k 6.68294 6.46k 3.3564 643.52Mi/s +ascon_mac_verify/256_median 428 ns 428 ns 8 1.92419k 6.68122 6.46k 3.35726 641.05Mi/s +ascon_mac_verify/256_stddev 7.90 ns 7.89 ns 8 3.20452 0.0111268 92.2765u 5.58939m 12.0249Mi/s +ascon_mac_verify/256_cv 1.85 % 1.85 % 8 0.17% 0.17% 0.00% 0.17% 1.87% +ascon_xof/4096/64_mean 19166 ns 19165 ns 8 87.2968k 20.9848 304.617k 3.48944 207.205Mi/s +ascon_xof/4096/64_median 18774 ns 18773 ns 8 87.295k 20.9844 304.617k 3.48951 211.33Mi/s +ascon_xof/4096/64_stddev 636 ns 636 ns 8 52.7204 0.0126732 0 2.10715m 6.76837Mi/s +ascon_xof/4096/64_cv 3.32 % 3.32 % 8 0.06% 0.06% 0.00% 0.06% 3.27% +ascon_prf/256/64_mean 538 ns 538 ns 8 2.42061k 7.5644 8.135k 3.36073 567.084Mi/s +ascon_prf/256/64_median 538 ns 537 ns 8 2.42143k 7.56697 8.135k 3.35958 567.824Mi/s +ascon_prf/256/64_stddev 9.50 ns 9.50 ns 8 2.70954 8.46732m 0 3.7656m 10.1923Mi/s +ascon_prf/256/64_cv 1.77 % 1.77 % 8 0.11% 0.11% 0.00% 0.11% 1.80% +ascon128a_aead_encrypt/256/32_mean 650 ns 650 ns 8 2.90155k 10.0748 9.808k 3.38027 422.972Mi/s +ascon128a_aead_encrypt/256/32_median 651 ns 651 ns 8 2.90105k 10.0731 9.808k 3.38084 421.667Mi/s +ascon128a_aead_encrypt/256/32_stddev 11.4 ns 11.4 ns 8 2.32718 8.0805m 184.553u 2.70997m 7.57184Mi/s +ascon128a_aead_encrypt/256/32_cv 1.75 % 1.75 % 8 0.08% 0.08% 0.00% 0.08% 1.79% +ascon128_aead_encrypt/64/32_mean 421 ns 421 ns 8 1.96034k 20.4202 5.134k 2.61894 217.409Mi/s +ascon128_aead_encrypt/64/32_median 421 ns 421 ns 8 1.96032k 20.42 5.134k 2.61896 217.675Mi/s +ascon128_aead_encrypt/64/32_stddev 1.57 ns 1.58 ns 8 0.230245 2.39839m 0 307.569u 832.705Ki/s +ascon128_aead_encrypt/64/32_cv 0.37 % 0.37 % 8 0.01% 0.01% 0.00% 0.01% 0.37% +ascon128_aead_encrypt/512/32_mean 1830 ns 1830 ns 8 8.54404k 15.706 21.262k 2.48852 283.496Mi/s +ascon128_aead_encrypt/512/32_median 1829 ns 1829 ns 8 8.54358k 15.7051 21.262k 2.48865 283.606Mi/s +ascon128_aead_encrypt/512/32_stddev 3.14 ns 3.21 ns 8 1.34578 2.47387m 0 391.903u 507.442Ki/s +ascon128_aead_encrypt/512/32_cv 0.17 % 0.18 % 8 0.02% 0.02% 0.00% 0.02% 0.17% +ascon80pq_aead_decrypt/4096/32_mean 13046 ns 13045 ns 8 60.6878k 14.7015 151.873k 2.50253 301.794Mi/s +ascon80pq_aead_decrypt/4096/32_median 13011 ns 13010 ns 8 60.6777k 14.6991 151.873k 2.50295 302.589Mi/s +ascon80pq_aead_decrypt/4096/32_stddev 75.6 ns 75.3 ns 8 33.1297 8.02561m 2.95285m 1.366m 1.73463Mi/s +ascon80pq_aead_decrypt/4096/32_cv 0.58 % 0.58 % 8 0.05% 0.05% 0.00% 0.05% 0.57% +ascon_prf/512/32_mean 761 ns 761 ns 8 3.4371k 6.3182 11.747k 3.41771 681.949Mi/s +ascon_prf/512/32_median 768 ns 768 ns 8 3.43669k 6.31745 11.747k 3.41811 675.239Mi/s +ascon_prf/512/32_stddev 21.4 ns 21.4 ns 8 2.61516 4.80728m 184.553u 2.59968m 19.3228Mi/s +ascon_prf/512/32_cv 2.81 % 2.81 % 8 0.08% 0.08% 0.00% 0.08% 2.83% +ascon_prf/1024/64_mean 1458 ns 1458 ns 8 6.54506k 6.01568 22.295k 3.40652 711.777Mi/s +ascon_prf/1024/64_median 1466 ns 1466 ns 8 6.5178k 5.99063 22.295k 3.42063 707.942Mi/s +ascon_prf/1024/64_stddev 30.5 ns 30.5 ns 8 43.8046 0.0402616 0 0.0227297 15.0914Mi/s +ascon_prf/1024/64_cv 2.09 % 2.09 % 8 0.67% 0.67% 0.00% 0.67% 2.12% +ascon_prfs_authenticate/16_mean 40.9 ns 40.8 ns 8 184.034 5.75105 670 3.64064 747.754Mi/s +ascon_prfs_authenticate/16_median 41.0 ns 41.0 ns 8 184.055 5.75172 670 3.64022 744.76Mi/s +ascon_prfs_authenticate/16_stddev 1.26 ns 1.26 ns 8 0.122998 3.84369m 0 2.43466m 23.1312Mi/s +ascon_prfs_authenticate/16_cv 3.09 % 3.09 % 8 0.07% 0.07% 0.00% 0.07% 3.09% +ascon_mac_authenticate/64_mean 194 ns 194 ns 8 870.523 10.8815 2.904k 3.33598 394.181Mi/s +ascon_mac_authenticate/64_median 194 ns 194 ns 8 871.655 10.8957 2.904k 3.33159 393.589Mi/s +ascon_mac_authenticate/64_stddev 2.95 ns 2.95 ns 8 3.53966 0.0442457 65.2493u 0.0136473 6.08701Mi/s +ascon_mac_authenticate/64_cv 1.53 % 1.52 % 8 0.41% 0.41% 0.00% 0.41% 1.54% +ascon_xof/128/32_mean 777 ns 777 ns 8 3.52066k 22.0041 12.225k 3.47237 196.491Mi/s +ascon_xof/128/32_median 773 ns 773 ns 8 3.51961k 21.9976 12.225k 3.4734 197.516Mi/s +ascon_xof/128/32_stddev 24.4 ns 24.4 ns 8 2.74602 0.0171626 184.553u 2.70548m 6.13398Mi/s +ascon_xof/128/32_cv 3.14 % 3.14 % 8 0.08% 0.08% 0.00% 0.08% 3.12% +ascon_xofa/128/32_mean 545 ns 545 ns 8 2.43839k 15.2399 8.737k 3.58313 280.528Mi/s +ascon_xofa/128/32_median 547 ns 547 ns 8 2.43603k 15.2252 8.737k 3.58657 279.117Mi/s +ascon_xofa/128/32_stddev 22.2 ns 22.2 ns 8 6.31779 0.0394862 0 9.24236m 11.2126Mi/s +ascon_xofa/128/32_cv 4.08 % 4.07 % 8 0.26% 0.26% 0.00% 0.26% 4.00% +ascon_xof/128/64_mean 941 ns 941 ns 8 4.25107k 22.141 14.457k 3.4008 194.677Mi/s +ascon_xof/128/64_median 950 ns 950 ns 8 4.25287k 22.1504 14.457k 3.39935 192.842Mi/s +ascon_xof/128/64_stddev 26.9 ns 27.0 ns 8 6.11097 0.031828 319.655u 4.89396m 5.61157Mi/s +ascon_xof/128/64_cv 2.86 % 2.86 % 8 0.14% 0.14% 0.00% 0.14% 2.88% +ascon128_aead_encrypt/256/32_mean 1029 ns 1029 ns 8 4.79096k 16.6353 12.046k 2.51432 266.847Mi/s +ascon128_aead_encrypt/256/32_median 1029 ns 1028 ns 8 4.79101k 16.6355 12.046k 2.51429 267.056Mi/s +ascon128_aead_encrypt/256/32_stddev 2.39 ns 2.36 ns 8 0.415767 1.44363m 260.997u 218.196u 624.474Ki/s +ascon128_aead_encrypt/256/32_cv 0.23 % 0.23 % 8 0.01% 0.01% 0.00% 0.01% 0.23% +ascon_hash/128_mean 785 ns 785 ns 8 3.51656k 21.9785 12.197k 3.46844 194.466Mi/s +ascon_hash/128_median 789 ns 788 ns 8 3.51653k 21.9783 12.197k 3.46848 193.53Mi/s +ascon_hash/128_stddev 19.7 ns 19.7 ns 8 1.29437 8.08984m 184.553u 1.27662m 4.94706Mi/s +ascon_hash/128_cv 2.51 % 2.51 % 8 0.04% 0.04% 0.00% 0.04% 2.54% +ascon128_aead_decrypt/256/32_mean 1030 ns 1030 ns 8 4.79167k 16.6377 12.215k 2.54922 266.722Mi/s +ascon128_aead_decrypt/256/32_median 1029 ns 1029 ns 8 4.79127k 16.6363 12.215k 2.54943 266.977Mi/s +ascon128_aead_decrypt/256/32_stddev 5.87 ns 5.86 ns 8 1.2139 4.21493m 0 645.596u 1.51135Mi/s +ascon128_aead_decrypt/256/32_cv 0.57 % 0.57 % 8 0.03% 0.03% 0.00% 0.03% 0.57% +ascon_mac_verify/4096_mean 5021 ns 5021 ns 8 22.6906k 5.49676 77.26k 3.40516 784.541Mi/s +ascon_mac_verify/4096_median 5053 ns 5052 ns 8 22.6445k 5.48559 77.26k 3.41187 779.185Mi/s +ascon_mac_verify/4096_stddev 129 ns 129 ns 8 198.177 0.048008 0 0.0296697 20.2398Mi/s +ascon_mac_verify/4096_cv 2.56 % 2.56 % 8 0.87% 0.87% 0.00% 0.87% 2.58% +ascon_prf/512/16_mean 734 ns 734 ns 8 3.277k 6.20643 11.193k 3.41563 685.863Mi/s +ascon_prf/512/16_median 740 ns 740 ns 8 3.2768k 6.20607 11.193k 3.41583 680.662Mi/s +ascon_prf/512/16_stddev 14.7 ns 14.7 ns 8 3.15411 5.9737m 0 3.28573m 14.1385Mi/s +ascon_prf/512/16_cv 2.00 % 2.00 % 8 0.10% 0.10% 0.00% 0.10% 2.06% +ascon_xof/256/64_mean 1543 ns 1543 ns 8 6.93626k 21.6758 23.817k 3.43371 198.005Mi/s +ascon_xof/256/64_median 1556 ns 1556 ns 8 6.93344k 21.667 23.817k 3.43509 196.173Mi/s +ascon_xof/256/64_stddev 57.8 ns 57.8 ns 8 16.804 0.0525125 521.995u 8.28707m 7.36522Mi/s +ascon_xof/256/64_cv 3.75 % 3.75 % 8 0.24% 0.24% 0.00% 0.24% 3.72% +ascon_hasha/64_mean 338 ns 338 ns 8 1.51895k 15.8224 5.437k 3.57945 271.222Mi/s +ascon_hasha/64_median 342 ns 342 ns 8 1.51883k 15.8211 5.437k 3.57973 268.018Mi/s +ascon_hasha/64_stddev 11.1 ns 11.1 ns 8 1.47948 0.0154113 92.2765u 3.48517m 9.02413Mi/s +ascon_hasha/64_cv 3.30 % 3.29 % 8 0.10% 0.10% 0.00% 0.10% 3.33% +ascon128a_aead_encrypt/512/32_mean 1118 ns 1118 ns 8 5.02661k 9.24009 17.024k 3.38678 464.255Mi/s +ascon128a_aead_encrypt/512/32_median 1127 ns 1127 ns 8 5.02658k 9.24004 17.024k 3.3868 460.51Mi/s +ascon128a_aead_encrypt/512/32_stddev 25.7 ns 25.7 ns 8 4.13583 7.60263m 0 2.78653m 10.8279Mi/s +ascon128a_aead_encrypt/512/32_cv 2.30 % 2.30 % 8 0.08% 0.08% 0.00% 0.08% 2.33% +ascon_xof/64/64_mean 639 ns 639 ns 8 2.88432k 22.5338 9.777k 3.38972 191.237Mi/s +ascon_xof/64/64_median 646 ns 646 ns 8 2.8852k 22.5406 9.777k 3.38868 189.091Mi/s +ascon_xof/64/64_stddev 12.6 ns 12.6 ns 8 6.40547 0.0500427 130.499u 7.5299m 3.84697Mi/s +ascon_xof/64/64_cv 1.98 % 1.98 % 8 0.22% 0.22% 0.00% 0.22% 2.01% +ascon_permutation<12>_mean 34.8 ns 34.8 ns 8 160.264 4.0066 520 3.24465 1.07122Gi/s +ascon_permutation<12>_median 34.8 ns 34.7 ns 8 160.139 4.00348 520 3.24718 1.07207Gi/s +ascon_permutation<12>_stddev 0.323 ns 0.323 ns 8 0.283496 7.08739m 0 5.73184m 10.1648Mi/s +ascon_permutation<12>_cv 0.93 % 0.93 % 8 0.18% 0.18% 0.00% 0.18% 0.93% +ascon_prfs_verify/16_mean 43.6 ns 43.6 ns 8 192.988 6.03088 682 3.5339 700.026Mi/s +ascon_prfs_verify/16_median 44.0 ns 44.0 ns 8 192.989 6.03089 682 3.53389 693.776Mi/s +ascon_prfs_verify/16_stddev 1.01 ns 1.01 ns 8 0.358915 0.0112161 0 6.57053m 16.7013Mi/s +ascon_prfs_verify/16_cv 2.31 % 2.31 % 8 0.19% 0.19% 0.00% 0.19% 2.39% +ascon_prfs_authenticate/4_mean 50.8 ns 50.8 ns 8 234.697 11.7348 668 2.84623 375.461Mi/s +ascon_prfs_authenticate/4_median 50.8 ns 50.8 ns 8 234.742 11.7371 668 2.84567 375.341Mi/s +ascon_prfs_authenticate/4_stddev 0.450 ns 0.451 ns 8 0.329858 0.0164929 8.15617u 4.00332m 3.32911Mi/s +ascon_prfs_authenticate/4_cv 0.89 % 0.89 % 8 0.14% 0.14% 0.00% 0.14% 0.89% +ascon_hash/64_mean 492 ns 492 ns 8 2.17168k 22.6217 7.517k 3.46138 186.258Mi/s +ascon_hash/64_median 492 ns 492 ns 8 2.1713k 22.6177 7.517k 3.46198 186.214Mi/s +ascon_hash/64_stddev 5.15 ns 5.15 ns 8 2.45693 0.025593 0 3.90898m 1.94581Mi/s +ascon_hash/64_cv 1.05 % 1.05 % 8 0.11% 0.11% 0.00% 0.11% 1.04% +ascon128a_aead_decrypt/128/32_mean 410 ns 410 ns 8 1.83758k 11.4849 6.139k 3.34081 372.147Mi/s +ascon128a_aead_decrypt/128/32_median 410 ns 410 ns 8 1.83755k 11.4847 6.139k 3.34086 371.841Mi/s +ascon128a_aead_decrypt/128/32_stddev 8.44 ns 8.44 ns 8 0.406743 2.54214m 92.2765u 739.437u 7.81308Mi/s +ascon128a_aead_decrypt/128/32_cv 2.06 % 2.06 % 8 0.02% 0.02% 0.00% 0.02% 2.10% +ascon128a_aead_decrypt/64/32_mean 299 ns 299 ns 8 1.32668k 13.8195 4.436k 3.3437 306.571Mi/s +ascon128a_aead_decrypt/64/32_median 301 ns 301 ns 8 1.32612k 13.8138 4.436k 3.3451 304.257Mi/s +ascon128a_aead_decrypt/64/32_stddev 4.98 ns 4.97 ns 8 1.47089 0.0153217 0 3.69888m 5.20923Mi/s +ascon128a_aead_decrypt/64/32_cv 1.67 % 1.66 % 8 0.11% 0.11% 0.00% 0.11% 1.70% +ascon_hash/512_mean 2626 ns 2626 ns 8 11.5501k 21.2318 40.277k 3.48716 197.667Mi/s +ascon_hash/512_median 2658 ns 2658 ns 8 11.5501k 21.2317 40.277k 3.48717 195.207Mi/s +ascon_hash/512_stddev 66.0 ns 66.0 ns 8 3.7498 6.89302m 0 1.13221m 5.19665Mi/s +ascon_hash/512_cv 2.51 % 2.51 % 8 0.03% 0.03% 0.00% 0.03% 2.63% +ascon_prf/64/32_mean 233 ns 233 ns 8 1.03858k 10.8185 3.487k 3.35752 393.378Mi/s +ascon_prf/64/32_median 233 ns 233 ns 8 1.03975k 10.8307 3.487k 3.35369 393.552Mi/s +ascon_prf/64/32_stddev 2.65 ns 2.64 ns 8 3.81962 0.0397877 0 0.0124397 4.45801Mi/s +ascon_prf/64/32_cv 1.14 % 1.13 % 8 0.37% 0.37% 0.00% 0.37% 1.13% +ascon_xof/2048/32_mean 9786 ns 9785 ns 8 43.687k 21.0034 152.625k 3.4936 202.806Mi/s +ascon_xof/2048/32_median 9793 ns 9791 ns 8 43.6855k 21.0027 152.625k 3.49372 202.589Mi/s +ascon_xof/2048/32_stddev 207 ns 207 ns 8 14.9146 7.17048m 0 1.19248m 4.37951Mi/s +ascon_xof/2048/32_cv 2.11 % 2.12 % 8 0.03% 0.03% 0.00% 0.03% 2.16% +ascon128_aead_decrypt/1024/32_mean 3409 ns 3409 ns 8 15.9264k 15.0819 40.139k 2.52027 295.422Mi/s +ascon128_aead_decrypt/1024/32_median 3409 ns 3409 ns 8 15.9266k 15.082 40.139k 2.52025 295.454Mi/s +ascon128_aead_decrypt/1024/32_stddev 5.08 ns 5.03 ns 8 2.26379 2.14374m 521.995u 358.281u 446.818Ki/s +ascon128_aead_decrypt/1024/32_cv 0.15 % 0.15 % 8 0.01% 0.01% 0.00% 0.01% 0.15% +ascon128a_aead_decrypt/1024/32_mean 2023 ns 2022 ns 8 9.1035k 8.62074 30.317k 3.33026 498.096Mi/s +ascon128a_aead_decrypt/1024/32_median 2026 ns 2026 ns 8 9.10462k 8.6218 30.317k 3.32985 497.056Mi/s +ascon128a_aead_decrypt/1024/32_stddev 36.4 ns 36.4 ns 8 5.60474 5.30752m 0 2.05025m 9.184Mi/s +ascon128a_aead_decrypt/1024/32_cv 1.80 % 1.80 % 8 0.06% 0.06% 0.00% 0.06% 1.84% +ascon_prf/128/64_mean 384 ns 384 ns 8 1.70361k 8.87295 5.775k 3.38987 477.362Mi/s +ascon_prf/128/64_median 383 ns 383 ns 8 1.70381k 8.874 5.775k 3.38947 477.922Mi/s +ascon_prf/128/64_stddev 2.84 ns 2.84 ns 8 2.14609 0.0111775 65.2493u 4.27084m 3.54499Mi/s +ascon_prf/128/64_cv 0.74 % 0.74 % 8 0.13% 0.13% 0.00% 0.13% 0.74% +ascon128a_aead_decrypt/2048/32_mean 3884 ns 3884 ns 8 17.3801k 8.35581 57.949k 3.33422 510.746Mi/s +ascon128a_aead_decrypt/2048/32_median 3875 ns 3875 ns 8 17.382k 8.35673 57.949k 3.33385 511.882Mi/s +ascon128a_aead_decrypt/2048/32_stddev 35.3 ns 35.2 ns 8 7.06645 3.39733m 0 1.35641m 4.62973Mi/s +ascon128a_aead_decrypt/2048/32_cv 0.91 % 0.91 % 8 0.04% 0.04% 0.00% 0.04% 0.91% +ascon128_aead_encrypt/1024/32_mean 3451 ns 3451 ns 8 16.064k 15.2121 39.694k 2.47099 291.874Mi/s +ascon128_aead_encrypt/1024/32_median 3446 ns 3446 ns 8 16.0596k 15.2079 39.694k 2.47167 292.271Mi/s +ascon128_aead_encrypt/1024/32_stddev 20.6 ns 20.6 ns 8 12.804 0.012125 0 1.96904m 1.73051Mi/s +ascon128_aead_encrypt/1024/32_cv 0.60 % 0.60 % 8 0.08% 0.08% 0.00% 0.08% 0.59% +ascon80pq_aead_encrypt/512/32_mean 1835 ns 1835 ns 8 8.53975k 15.6981 21.3k 2.49422 282.746Mi/s +ascon80pq_aead_encrypt/512/32_median 1830 ns 1830 ns 8 8.53979k 15.6981 21.3k 2.49421 283.515Mi/s +ascon80pq_aead_encrypt/512/32_stddev 10.6 ns 10.6 ns 8 2.03389 3.73877m 0 594.057u 1.62461Mi/s +ascon80pq_aead_encrypt/512/32_cv 0.58 % 0.58 % 8 0.02% 0.02% 0.00% 0.02% 0.57% +ascon_xofa/512/32_mean 1776 ns 1776 ns 8 7.84282k 14.4169 28.369k 3.6172 292.485Mi/s +ascon_xofa/512/32_median 1805 ns 1805 ns 8 7.84364k 14.4185 28.369k 3.61681 287.494Mi/s +ascon_xofa/512/32_stddev 61.6 ns 61.6 ns 8 2.00963 3.69417m 639.31u 926.977u 10.4761Mi/s +ascon_xofa/512/32_cv 3.47 % 3.47 % 8 0.03% 0.03% 0.00% 0.03% 3.58% +ascon_xofa/64/64_mean 448 ns 448 ns 8 2.00597k 15.6716 7.025k 3.50211 272.541Mi/s +ascon_xofa/64/64_median 455 ns 455 ns 8 2.00523k 15.6659 7.025k 3.50335 268.577Mi/s +ascon_xofa/64/64_stddev 15.7 ns 15.7 ns 8 8.92547 0.0697302 92.2765u 0.0155816 9.63116Mi/s +ascon_xofa/64/64_cv 3.49 % 3.49 % 8 0.44% 0.44% 0.00% 0.44% 3.53% +ascon_hasha/128_mean 554 ns 554 ns 8 2.43323k 15.2077 8.709k 3.5792 275.604Mi/s +ascon_hasha/128_median 554 ns 554 ns 8 2.43249k 15.2031 8.709k 3.58028 275.392Mi/s +ascon_hasha/128_stddev 11.9 ns 11.9 ns 8 3.17577 0.0198485 0 4.66874m 6.07158Mi/s +ascon_hasha/128_cv 2.14 % 2.14 % 8 0.13% 0.13% 0.00% 0.13% 2.20% +ascon_hasha/4096_mean 13292 ns 13291 ns 8 58.3977k 14.1467 211.573k 3.62297 296.357Mi/s +ascon_hasha/4096_median 13381 ns 13381 ns 8 58.3973k 14.1466 211.573k 3.623 294.219Mi/s +ascon_hasha/4096_stddev 325 ns 325 ns 8 29.265 7.08939m 2.95285m 1.81541m 7.5732Mi/s +ascon_hasha/4096_cv 2.44 % 2.44 % 8 0.05% 0.05% 0.00% 0.05% 2.56% +ascon_xof/512/64_mean 2778 ns 2778 ns 8 12.2863k 21.3304 42.537k 3.46215 197.917Mi/s +ascon_xof/512/64_median 2779 ns 2779 ns 8 12.2879k 21.3332 42.537k 3.46169 197.702Mi/s +ascon_xof/512/64_stddev 81.6 ns 81.6 ns 8 16.7749 0.0291231 0 4.72895m 5.7793Mi/s +ascon_xof/512/64_cv 2.94 % 2.94 % 8 0.14% 0.14% 0.00% 0.14% 2.92% +ascon128_aead_encrypt/4096/32_mean 13133 ns 13132 ns 8 61.2699k 14.8425 150.286k 2.45285 299.777Mi/s +ascon128_aead_encrypt/4096/32_median 13132 ns 13131 ns 8 61.2617k 14.8405 150.286k 2.45318 299.801Mi/s +ascon128_aead_encrypt/4096/32_stddev 39.6 ns 39.5 ns 8 52.8099 0.0127931 0 2.11286m 921.21Ki/s +ascon128_aead_encrypt/4096/32_cv 0.30 % 0.30 % 8 0.09% 0.09% 0.00% 0.09% 0.30% +ascon_prf/2048/64_mean 2720 ns 2720 ns 8 12.0788k 5.71915 41.175k 3.40905 740.626Mi/s +ascon_prf/2048/64_median 2728 ns 2728 ns 8 12.0174k 5.69006 41.175k 3.42628 738.339Mi/s +ascon_prf/2048/64_stddev 30.6 ns 30.6 ns 8 97.4735 0.0461522 0 0.0273837 8.38369Mi/s +ascon_prf/2048/64_cv 1.13 % 1.13 % 8 0.81% 0.81% 0.00% 0.80% 1.13% +ascon_xof/1024/64_mean 5205 ns 5205 ns 8 23.0023k 21.1418 79.977k 3.47692 199.37Mi/s +ascon_xof/1024/64_median 5195 ns 5195 ns 8 23.0023k 21.1418 79.977k 3.47692 199.743Mi/s +ascon_xof/1024/64_stddev 52.3 ns 52.2 ns 8 14.0853 0.0129461 1.47642m 2.12841m 1.98819Mi/s +ascon_xof/1024/64_cv 1.00 % 1.00 % 8 0.06% 0.06% 0.00% 0.06% 1.00% +ascon_xofa/4096/64_mean 13356 ns 13355 ns 8 58.8613k 14.1493 213.161k 3.62141 297.365Mi/s +ascon_xofa/4096/64_median 13550 ns 13549 ns 8 58.8638k 14.1499 213.161k 3.62126 292.815Mi/s +ascon_xofa/4096/64_stddev 439 ns 439 ns 8 29.228 7.02596m 2.95285m 1.79841m 10.1127Mi/s +ascon_xofa/4096/64_cv 3.29 % 3.28 % 8 0.05% 0.05% 0.00% 0.05% 3.40% +ascon_prf/256/32_mean 456 ns 456 ns 8 2.09057k 7.25893 7.027k 3.36129 602.656Mi/s +ascon_prf/256/32_median 449 ns 449 ns 8 2.0907k 7.25938 7.027k 3.36107 612.266Mi/s +ascon_prf/256/32_stddev 12.2 ns 12.2 ns 8 3.56444 0.0123765 92.2765u 5.73236m 15.7738Mi/s +ascon_prf/256/32_cv 2.67 % 2.67 % 8 0.17% 0.17% 0.00% 0.17% 2.62% +ascon80pq_aead_encrypt/1024/32_mean 3448 ns 3448 ns 8 16.0669k 15.2149 39.732k 2.47291 292.103Mi/s +ascon80pq_aead_encrypt/1024/32_median 3446 ns 3445 ns 8 16.0678k 15.2157 39.732k 2.47278 292.291Mi/s +ascon80pq_aead_encrypt/1024/32_stddev 9.12 ns 9.19 ns 8 12.2977 0.0116456 738.212u 1.89282m 795.275Ki/s +ascon80pq_aead_encrypt/1024/32_cv 0.26 % 0.27 % 8 0.08% 0.08% 0.00% 0.08% 0.27% +ascon_permutation<1>_mean 10.1 ns 10.1 ns 8 47.1595 1.17899 58 1.22987 3.67306Gi/s +ascon_permutation<1>_median 10.1 ns 10.1 ns 8 47.14 1.1785 58 1.23038 3.68159Gi/s +ascon_permutation<1>_stddev 0.065 ns 0.065 ns 8 0.0699261 1.74815m 720.91n 1.82199m 23.9124Mi/s +ascon_permutation<1>_cv 0.64 % 0.64 % 8 0.15% 0.15% 0.00% 0.15% 0.64% +ascon128_aead_decrypt/128/32_mean 636 ns 636 ns 8 2.9235k 18.2719 7.561k 2.58628 240.082Mi/s +ascon128_aead_decrypt/128/32_median 628 ns 628 ns 8 2.92353k 18.2721 7.561k 2.58625 243.015Mi/s +ascon128_aead_decrypt/128/32_stddev 24.2 ns 24.2 ns 8 0.318693 1.99183m 0 281.981u 8.46626Mi/s +ascon128_aead_decrypt/128/32_cv 3.81 % 3.80 % 8 0.01% 0.01% 0.00% 0.01% 3.53% +ascon_prf/256/16_mean 427 ns 427 ns 8 1.91752k 7.04971 6.473k 3.37571 608.251Mi/s +ascon_prf/256/16_median 428 ns 428 ns 8 1.91762k 7.05009 6.473k 3.37553 605.486Mi/s +ascon_prf/256/16_stddev 9.15 ns 9.14 ns 8 1.13256 4.16384m 92.2765u 1.99371m 13.1081Mi/s +ascon_prf/256/16_cv 2.14 % 2.14 % 8 0.06% 0.06% 0.00% 0.06% 2.16% +ascon_prfs_authenticate/8_mean 41.0 ns 41.0 ns 8 183.688 7.65368 666 3.62573 559.454Mi/s +ascon_prfs_authenticate/8_median 41.4 ns 41.4 ns 8 183.684 7.65351 666 3.62579 552.969Mi/s +ascon_prfs_authenticate/8_stddev 1.38 ns 1.38 ns 8 0.456473 0.0190197 0 9.01998m 18.9852Mi/s +ascon_prfs_authenticate/8_cv 3.37 % 3.37 % 8 0.25% 0.25% 0.00% 0.25% 3.39% +ascon_xof/256/32_mean 1392 ns 1392 ns 8 6.19459k 21.509 21.585k 3.48449 197.561Mi/s +ascon_xof/256/32_median 1405 ns 1405 ns 8 6.19517k 21.511 21.585k 3.48417 195.563Mi/s +ascon_xof/256/32_stddev 44.5 ns 44.5 ns 8 1.31044 4.55015m 0 737.21u 6.44382Mi/s +ascon_xof/256/32_cv 3.20 % 3.20 % 8 0.02% 0.02% 0.00% 0.02% 3.26% +ascon128a_aead_decrypt/256/32_mean 651 ns 651 ns 8 2.88921k 10.032 9.593k 3.32029 421.918Mi/s +ascon128a_aead_decrypt/256/32_median 653 ns 653 ns 8 2.88914k 10.0317 9.593k 3.32037 420.661Mi/s +ascon128a_aead_decrypt/256/32_stddev 8.84 ns 8.82 ns 8 1.21451 4.21705m 0 1.39568m 5.72806Mi/s +ascon128a_aead_decrypt/256/32_cv 1.36 % 1.35 % 8 0.04% 0.04% 0.00% 0.04% 1.36% +ascon_permutation<8>_mean 23.4 ns 23.4 ns 8 107.663 2.69157 352 3.2696 1.59245Gi/s +ascon_permutation<8>_median 23.4 ns 23.4 ns 8 107.559 2.68898 352 3.27262 1.5929Gi/s +ascon_permutation<8>_stddev 0.288 ns 0.288 ns 8 0.719035 0.0179759 7.06345u 0.0216974 20.2206Mi/s +ascon_permutation<8>_cv 1.23 % 1.23 % 8 0.67% 0.67% 0.00% 0.66% 1.24% +ascon_xofa/128/64_mean 664 ns 664 ns 8 2.93895k 15.307 10.297k 3.50367 276.259Mi/s +ascon_xofa/128/64_median 674 ns 674 ns 8 2.94121k 15.3188 10.297k 3.50094 271.775Mi/s +ascon_xofa/128/64_stddev 24.5 ns 24.5 ns 8 9.62136 0.0501112 184.553u 0.0115033 10.5241Mi/s +ascon_xofa/128/64_cv 3.69 % 3.69 % 8 0.33% 0.33% 0.00% 0.33% 3.81% +ascon_mac_verify/64_mean 194 ns 194 ns 8 879.254 9.1589 2.92k 3.32119 473.258Mi/s +ascon_mac_verify/64_median 195 ns 195 ns 8 878.216 9.14809 2.92k 3.32492 468.987Mi/s +ascon_mac_verify/64_stddev 5.03 ns 5.03 ns 8 7.24631 0.0754824 184.553u 0.0271311 12.2867Mi/s +ascon_mac_verify/64_cv 2.60 % 2.60 % 8 0.82% 0.82% 0.00% 0.82% 2.60% +ascon128_aead_decrypt/64/32_mean 430 ns 430 ns 8 1.99539k 20.7853 5.258k 2.63507 212.888Mi/s +ascon128_aead_decrypt/64/32_median 429 ns 429 ns 8 1.99531k 20.7844 5.258k 2.63519 213.508Mi/s +ascon128_aead_decrypt/64/32_stddev 3.97 ns 3.97 ns 8 0.173622 1.80856m 113.015u 229.251u 1.949Mi/s +ascon128_aead_decrypt/64/32_cv 0.92 % 0.92 % 8 0.01% 0.01% 0.00% 0.01% 0.92% +ascon_hash/1024_mean 5002 ns 5002 ns 8 22.2606k 21.0801 77.717k 3.49124 201.493Mi/s +ascon_hash/1024_median 5042 ns 5042 ns 8 22.2568k 21.0765 77.717k 3.49183 199.752Mi/s +ascon_hash/1024_stddev 141 ns 141 ns 8 10.5063 9.94917m 1.80824m 1.64731m 5.75308Mi/s +ascon_hash/1024_cv 2.82 % 2.82 % 8 0.05% 0.05% 0.00% 0.05% 2.86% +ascon_hash/2048_mean 9786 ns 9786 ns 8 43.7059k 21.0124 152.597k 3.49145 202.864Mi/s +ascon_hash/2048_median 9835 ns 9834 ns 8 43.7068k 21.0129 152.597k 3.49138 201.706Mi/s +ascon_hash/2048_stddev 284 ns 284 ns 8 13.5133 6.49677m 0 1.07959m 5.99614Mi/s +ascon_hash/2048_cv 2.90 % 2.90 % 8 0.03% 0.03% 0.00% 0.03% 2.96% +ascon128a_aead_encrypt/64/32_mean 286 ns 286 ns 8 1.29913k 13.5326 4.396k 3.38379 320.064Mi/s +ascon128a_aead_encrypt/64/32_median 285 ns 285 ns 8 1.2989k 13.5302 4.396k 3.38441 321.269Mi/s +ascon128a_aead_encrypt/64/32_stddev 9.13 ns 9.13 ns 8 0.476954 4.96827m 65.2493u 1.24191m 10.1731Mi/s +ascon128a_aead_encrypt/64/32_cv 3.19 % 3.19 % 8 0.04% 0.04% 0.00% 0.04% 3.18% +ascon_xofa/1024/64_mean 3555 ns 3555 ns 8 15.5598k 14.3013 56.105k 3.60576 292.061Mi/s +ascon_xofa/1024/64_median 3584 ns 3583 ns 8 15.5602k 14.3017 56.105k 3.60567 289.553Mi/s +ascon_xofa/1024/64_stddev 92.1 ns 92.1 ns 8 9.86026 9.06274m 738.212u 2.28647m 7.95552Mi/s +ascon_xofa/1024/64_cv 2.59 % 2.59 % 8 0.06% 0.06% 0.00% 0.06% 2.72% +ascon_hash/256_mean 1390 ns 1390 ns 8 6.1951k 21.5108 21.557k 3.47969 197.791Mi/s +ascon_hash/256_median 1405 ns 1404 ns 8 6.19476k 21.5096 21.557k 3.47988 195.568Mi/s +ascon_hash/256_stddev 41.2 ns 41.2 ns 8 3.12104 0.010837 260.997u 1.753m 6.01339Mi/s +ascon_hash/256_cv 2.96 % 2.96 % 8 0.05% 0.05% 0.00% 0.05% 3.04% +ascon_prf/2048/32_mean 2641 ns 2641 ns 8 11.7476k 5.64789 40.067k 3.4109 751.119Mi/s +ascon_prf/2048/32_median 2630 ns 2630 ns 8 11.6774k 5.61416 40.067k 3.43115 754.17Mi/s +ascon_prf/2048/32_stddev 33.0 ns 33.0 ns 8 107.136 0.0515078 521.995u 0.0309716 9.31663Mi/s +ascon_prf/2048/32_cv 1.25 % 1.25 % 8 0.91% 0.91% 0.00% 0.91% 1.24% +ascon80pq_aead_encrypt/64/32_mean 420 ns 420 ns 8 1.95463k 20.3607 5.172k 2.64603 218.148Mi/s +ascon80pq_aead_encrypt/64/32_median 419 ns 419 ns 8 1.95464k 20.3608 5.172k 2.64602 218.482Mi/s +ascon80pq_aead_encrypt/64/32_stddev 2.80 ns 2.79 ns 8 0.21224 2.21084m 0 287.324u 1.43529Mi/s +ascon80pq_aead_encrypt/64/32_cv 0.67 % 0.67 % 8 0.01% 0.01% 0.00% 0.01% 0.66% +ascon80pq_aead_decrypt/256/32_mean 1030 ns 1030 ns 8 4.78264k 16.6064 12.253k 2.56197 266.692Mi/s +ascon80pq_aead_decrypt/256/32_median 1025 ns 1025 ns 8 4.78271k 16.6066 12.253k 2.56194 267.952Mi/s +ascon80pq_aead_decrypt/256/32_stddev 10.6 ns 10.6 ns 8 1.01752 3.53304m 184.553u 545.105u 2.7117Mi/s +ascon80pq_aead_decrypt/256/32_cv 1.03 % 1.03 % 8 0.02% 0.02% 0.00% 0.02% 1.02% +ascon80pq_aead_decrypt/512/32_mean 1828 ns 1828 ns 8 8.5048k 15.6338 21.561k 2.53516 283.774Mi/s +ascon80pq_aead_decrypt/512/32_median 1825 ns 1825 ns 8 8.50399k 15.6323 21.561k 2.5354 284.234Mi/s +ascon80pq_aead_decrypt/512/32_stddev 10.5 ns 10.5 ns 8 2.72973 5.01789m 0 813.414u 1.60765Mi/s +ascon80pq_aead_decrypt/512/32_cv 0.58 % 0.57 % 8 0.03% 0.03% 0.00% 0.03% 0.57% +ascon_hasha/512_mean 1778 ns 1778 ns 8 7.84255k 14.4164 28.341k 3.61375 292.165Mi/s +ascon_hasha/512_median 1796 ns 1796 ns 8 7.84177k 14.415 28.341k 3.61411 288.886Mi/s +ascon_hasha/512_stddev 60.9 ns 60.9 ns 8 3.43546 6.31518m 521.995u 1.5825m 10.3311Mi/s +ascon_hasha/512_cv 3.42 % 3.42 % 8 0.04% 0.04% 0.00% 0.04% 3.54% ``` ## Usage -`ascon` is a zero-dependency, header-only C++ library, which is pretty easy to get started with. +`ascon` is a header-only C++{>=20} library, which is pretty easy to get started with. - Include proper header file(s) ( living in `include` directory ) in your header/ source file. - Use functions/ constants living under proper namespace of interest. @@ -347,6 +759,64 @@ Ascon-MAC | `include/auth/ascon_prfs.hpp` | `ascon_prfs::` | [example/ascon_prfs > **Note** Don't forget to also include path ( `-I ./subtle/include` ) to dependency library `subtle`, when compiling translation units, using this library. +Ascon permutation-based hashing schemes such as Ascon-{Hash, HashA, Xof, XofA} are all compile-time evaluable functions i.e. `constexpr`. Meaning if you've an input message, which is known at program compilation time, then it is possible to evaluate aforementioned functions on that message, during program compile-time itself. This can be useful if one needs to compute Ascon-{Hash, HashA, Xof, XofA} digests on static messages, which can be stored as part of program binary. + +> **Note** Read more about `constexpr` functions @ https://en.cppreference.com/w/cpp/language/constexpr. + +```cpp +// main.cpp +// Compile: g++ -std=c++20 -Wall -O3 -I include/ -I subtle/include/ main.cpp +// Execute: ./a.out + +#include "hashing/ascon_hash.hpp" +#include + +// Returns a statically defined input message = +// 000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f +template +constexpr std::array +prepare_msg() +{ + std::array msg{}; + std::iota(msg.begin(), msg.end(), 0); + + return msg; +} + +// Given a statically known input message, computes Ascon-Hash digest of it. +constexpr std::array +eval_ascon_hash(std::span msg) +{ + std::array md{}; + + ascon_hash::ascon_hash_t hasher; + hasher.absorb(msg); + hasher.finalize(); + hasher.digest(md); + + return md; +} + +int +main() +{ + // = 000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f + constexpr auto msg = prepare_msg(); + constexpr auto computed_md = eval_ascon_hash(msg); + + // = 2a4f6f2b6b3ec2a6c47ba08d18c8ea561b493c13ccb35803fa8b9fb00a0f1f35 + constexpr auto expected_md = std::array{ + 42, 79, 111, 43, 107, 62, 194, 166, 196, 123, 160, 141, 24, 200, 234, 86, + 27, 73, 60, 19, 204, 179, 88, 3, 250, 139, 159, 176, 10, 15, 31, 53 + }; + + constexpr auto flg = expected_md == computed_md; + static_assert(flg, "Must be able to evaluate Ascon-Hash during compile-time !"); + + return 0; +} +``` + I maintain some examples demonstrating usage of Ascon AEAD, Hash, Xof, PRF and MAC API. ```bash diff --git a/include/hashing/ascon_hash.hpp b/include/hashing/ascon_hash.hpp index 6ad0aca..92b6aff 100644 --- a/include/hashing/ascon_hash.hpp +++ b/include/hashing/ascon_hash.hpp @@ -37,7 +37,7 @@ struct ascon_hash_t public: // Constructor - constexpr inline ascon_hash_t() = default; + inline constexpr ascon_hash_t() = default; // Given N -bytes input message, this routine consumes those into // Ascon permutation state. @@ -45,7 +45,7 @@ struct ascon_hash_t // Note, this routine can be called arbitrary number of times, each time with // arbitrary bytes of input message, until Ascon permutation state is // finalized ( by calling routine with similar name ). - inline void absorb(std::span msg) + inline constexpr void absorb(std::span msg) { if (!absorbed) { sponge::absorb(state, offset, msg); @@ -60,7 +60,7 @@ struct ascon_hash_t // same Ascon-Hash object, doesn't do anything. After finalization, one would // like to read 32 -bytes of digest by squeezing sponge, which is done by // calling digest() function only once. - inline void finalize() + inline void constexpr finalize() { if (!absorbed) { sponge::finalize(state, offset); @@ -73,7 +73,7 @@ struct ascon_hash_t // function again and again doesn't have any effect. You may continue using same // hasher object for another round of absorb->finalize->digest flow, by explicitly // calling reset() function. - inline void digest(std::span out) + inline void constexpr digest(std::span out) { if (absorbed && !squeezed) { size_t readable = RATE / 8; @@ -86,7 +86,7 @@ struct ascon_hash_t // Resets internal state of Ascon-Hash object, making it ready for yet another // absorb->finalize->digest round. You must explicitly call this function if you're // interested in reusing the same object for absorbing new messages. - inline void reset() + inline void constexpr reset() { this->state = INIT_PERM_STATE; this->offset = 0; diff --git a/include/hashing/ascon_hasha.hpp b/include/hashing/ascon_hasha.hpp index 3a72671..4277126 100644 --- a/include/hashing/ascon_hasha.hpp +++ b/include/hashing/ascon_hasha.hpp @@ -37,7 +37,7 @@ struct ascon_hasha_t public: // Constructor - constexpr inline ascon_hasha_t() = default; + inline constexpr ascon_hasha_t() = default; // Given N -bytes input message, this routine consumes those into // Ascon permutation state. @@ -45,7 +45,7 @@ struct ascon_hasha_t // Note, this routine can be called arbitrary number of times, each time with // arbitrary bytes of input message, until Ascon permutation state is // finalized ( by calling routine with similar name ). - inline void absorb(std::span msg) + inline constexpr void absorb(std::span msg) { if (!absorbed) { sponge::absorb(state, offset, msg); @@ -60,7 +60,7 @@ struct ascon_hasha_t // same Ascon-HashA object, doesn't do anything. After finalization, one would // like to read 32 -bytes of digest by squeezing sponge, which is done by // calling digest() function only once. - inline void finalize() + inline constexpr void finalize() { if (!absorbed) { sponge::finalize(state, offset); @@ -73,7 +73,7 @@ struct ascon_hasha_t // function again and again doesn't have any effect. You may continue using same // hasher object for another round of absorb->finalize->digest flow, by explicitly // calling reset() function. - inline void digest(std::span out) + inline constexpr void digest(std::span out) { if (absorbed && !squeezed) { size_t readable = RATE / 8; @@ -86,7 +86,7 @@ struct ascon_hasha_t // Resets internal state of Ascon-HashA object, making it ready for yet another // absorb->finalize->digest round. You must explicitly call this function if you're // interested in reusing the same object for absorbing new messages. - inline void reset() + inline constexpr void reset() { this->state = INIT_PERM_STATE; this->offset = 0; diff --git a/include/hashing/ascon_xof.hpp b/include/hashing/ascon_xof.hpp index 586f5f5..c8f0e76 100644 --- a/include/hashing/ascon_xof.hpp +++ b/include/hashing/ascon_xof.hpp @@ -34,7 +34,7 @@ struct ascon_xof_t public: // Constructor - constexpr inline ascon_xof_t() = default; + inline constexpr ascon_xof_t() = default; // Given N -bytes input message, this routine consumes those into // Ascon permutation state. @@ -42,7 +42,7 @@ struct ascon_xof_t // Note, this routine can be called arbitrary number of times, each time with // arbitrary bytes of input message, until Ascon permutation state is // finalized ( by calling routine with similar name ). - inline void absorb(std::span msg) + inline constexpr void absorb(std::span msg) { if (!absorbed) { sponge::absorb(state, offset, msg); @@ -57,7 +57,7 @@ struct ascon_xof_t // same Ascon-XOF object, doesn't do anything. After finalization, one would // like to read arbitrary many bytes of digest by squeezing sponge, which is // done by calling squeeze() function as many times required. - inline void finalize() + inline constexpr void finalize() { if (!absorbed) { sponge::finalize(state, offset); @@ -78,7 +78,7 @@ struct ascon_xof_t // it can't squeeze out anything. Once done with squeezing, you can reuse same hasher // object for another absorb->finalize->squeeze round, by explicitly calling reset() // function. - inline void squeeze(std::span out) + inline constexpr void squeeze(std::span out) { if (!absorbed) { return; @@ -90,7 +90,7 @@ struct ascon_xof_t // Resets internal state of Ascon-Xof object, making it ready for yet another // absorb->finalize->squeeze round. You must explicitly call this function if you're // interested in reusing the same object for absorbing new messages. - inline void reset() + inline constexpr void reset() { this->state = INIT_PERM_STATE; this->offset = 0; diff --git a/include/hashing/ascon_xofa.hpp b/include/hashing/ascon_xofa.hpp index c69e745..01138a4 100644 --- a/include/hashing/ascon_xofa.hpp +++ b/include/hashing/ascon_xofa.hpp @@ -34,7 +34,7 @@ struct ascon_xofa_t public: // Constructor - constexpr inline ascon_xofa_t() = default; + inline constexpr ascon_xofa_t() = default; // Given N -bytes input message, this routine consumes those into Ascon // permutation state. @@ -42,7 +42,7 @@ struct ascon_xofa_t // Note, this routine can be called arbitrary number of times, each time with // arbitrary bytes of input message, until Ascon permutation state is // finalized ( by calling routine with similar name ). - inline void absorb(std::span msg) + inline constexpr void absorb(std::span msg) { if (!absorbed) { sponge::absorb(state, offset, msg); @@ -57,7 +57,7 @@ struct ascon_xofa_t // same Ascon-XOFA object, doesn't do anything. After finalization, one would // like to read arbitrary many bytes of digest by squeezing sponge, which is // done by calling squeeze() function as many times required. - inline void finalize() + inline constexpr void finalize() { if (!absorbed) { sponge::finalize(state, offset); @@ -78,7 +78,7 @@ struct ascon_xofa_t // it can't squeeze out anything. Once done with squeezing, you can reuse same hasher // object for another absorb->finalize->squeeze round, by explicitly calling reset() // function. - inline void squeeze(std::span out) + inline constexpr void squeeze(std::span out) { if (!absorbed) { return; @@ -90,7 +90,7 @@ struct ascon_xofa_t // Resets internal state of Ascon-XofA object, making it ready for yet another // absorb->finalize->squeeze round. You must explicitly call this function if you're // interested in reusing the same object for absorbing new messages. - inline void reset() + inline constexpr void reset() { this->state = INIT_PERM_STATE; this->offset = 0; diff --git a/include/hashing/sponge.hpp b/include/hashing/sponge.hpp index a682101..d769226 100644 --- a/include/hashing/sponge.hpp +++ b/include/hashing/sponge.hpp @@ -1,6 +1,9 @@ #pragma once #include "ascon_perm.hpp" #include "utils.hpp" +#include +#include +#include // Common functions required for implementing sponge-based hash functions. namespace sponge { @@ -29,7 +32,7 @@ compute_init_state(const uint64_t iv) // One may invoke this function arbitrary many times, for absorbing arbitrary // many message bytes, until permutation state is finalized. template -static inline void +static inline constexpr void absorb(ascon_perm::ascon_perm_t& state, size_t& offset, std::span msg) requires(rate == RATE_BITS) { @@ -45,8 +48,11 @@ absorb(ascon_perm::ascon_perm_t& state, size_t& offset, std::span for (size_t i = 0; i < blk_cnt; i++) { const size_t readable = rbytes - offset; - std::memset(_block.data(), 0x00, offset); - std::memcpy(_block.subspan(offset).data(), msg.subspan(moff).data(), readable); + auto __block = _block.subspan(0, offset); + std::fill(__block.begin(), __block.end(), 0x00); + + auto _msg = msg.subspan(moff, readable); + std::copy(_msg.begin(), _msg.end(), _block.subspan(offset, readable).begin()); const auto word = ascon_utils::from_be_bytes(_block); state[0] ^= word; @@ -58,9 +64,10 @@ absorb(ascon_perm::ascon_perm_t& state, size_t& offset, std::span } const size_t rm_bytes = mlen - moff; + auto _msg = msg.subspan(moff, rm_bytes); - std::memset(_block.data(), 0x00, rbytes); - std::memcpy(_block.subspan(offset).data(), msg.subspan(moff).data(), rm_bytes); + std::fill(_block.begin(), _block.end(), 0x00); + std::copy(_msg.begin(), _msg.end(), _block.subspan(offset, rm_bytes).begin()); const auto word = ascon_utils::from_be_bytes(_block); state[0] ^= word; @@ -78,7 +85,7 @@ absorb(ascon_perm::ascon_perm_t& state, size_t& offset, std::span // Once Ascon permutation state is finalized, it can't absorb any more message // bytes, though you can squeeze output bytes from it. template -static inline void +static inline constexpr void finalize(ascon_perm::ascon_perm_t& state, size_t& offset) requires(rate == RATE_BITS) { @@ -86,7 +93,7 @@ finalize(ascon_perm::ascon_perm_t& state, size_t& offset) const size_t pad_bytes = rbytes - offset; const size_t pad_bits = pad_bytes * 8; - const uint64_t pad_mask = 1ull << (pad_bits - 1); + const uint64_t pad_mask = 1ull << (pad_bits - 1); state[0] ^= pad_mask; state.permute(); @@ -103,11 +110,15 @@ finalize(ascon_perm::ascon_perm_t& state, size_t& offset) // - When `readable` becomes 0, sponge state needs to be permutated again, after // which `rbytes` can again be squeezed from rate portion of the state. template -static inline void +static inline constexpr void squeeze(ascon_perm::ascon_perm_t& state, size_t& readable, std::span out) requires(rate == RATE_BITS) { constexpr size_t rbytes = rate / 8; + + std::array block{}; + auto _block = std::span(block); + const size_t olen = out.size(); size_t ooff = 0; @@ -115,15 +126,11 @@ squeeze(ascon_perm::ascon_perm_t& state, size_t& readable, std::span ou const size_t elen = std::min(readable, olen - ooff); const size_t soff = rbytes - readable; - uint64_t word = state[0]; - - if constexpr (std::endian::native == std::endian::little) { - word = ascon_utils::bswap(word); - } + ascon_utils::to_be_bytes(state[0], _block); - auto _out = out.subspan(ooff); - auto _word = reinterpret_cast(&word) + soff; - std::memcpy(_out.data(), _word, elen); + auto _out = out.subspan(ooff, elen); + auto __block = _block.subspan(soff, elen); + std::copy(__block.begin(), __block.end(), _out.begin()); readable -= elen; ooff += elen; diff --git a/include/utils.hpp b/include/utils.hpp index 2721e21..f0a0613 100644 --- a/include/utils.hpp +++ b/include/utils.hpp @@ -27,7 +27,7 @@ bswap(const T a) #if defined __GNUG__ || defined __MINGW64__ return __builtin_bswap32(a); #elif defined _MSC_VER - return _byteswap_uint32(a); + return _byteswap_uint32(a); #else return ((a & 0x000000ffu) << 24) | ((a & 0x0000ff00u) << 8) | ((a & 0x00ff0000u) >> 8) | ((a & 0xff000000u) >> 24); @@ -36,7 +36,7 @@ bswap(const T a) #if defined __GNUG__ || defined __MINGW64__ return __builtin_bswap64(a); #elif defined _MSC_VER - return _byteswap_uint64(a); + return _byteswap_uint64(a); #else return ((a & 0x00000000000000fful) << 56) | ((a & 0x000000000000ff00ul) << 40) | ((a & 0x0000000000ff0000ul) << 24) | ((a & 0x00000000ff000000ul) << 0x8) | @@ -49,32 +49,54 @@ bswap(const T a) // Given big-endian byte array of length 4/ 8, this function interprets it as // 32/ 64 -bit unsigned integer. template -inline T +inline constexpr T from_be_bytes(std::span bytes) requires(std::unsigned_integral && ((sizeof(T) == 4) || (sizeof(T) == 8))) { T res = 0; - std::memcpy(&res, bytes.data(), bytes.size()); - if constexpr (std::endian::native == std::endian::little) { - return bswap(res); + if constexpr (sizeof(T) == 4) { + res = (static_cast(bytes[0]) << 24) | (static_cast(bytes[1]) << 16) | + (static_cast(bytes[2]) << 8) | static_cast(bytes[3]); } else { - return res; + static_assert(sizeof(T) == 8, "T must be either 4 or 8 -bytes !"); + + res = (static_cast(bytes[0]) << 56) | (static_cast(bytes[1]) << 48) | + (static_cast(bytes[2]) << 40) | (static_cast(bytes[3]) << 32) | + (static_cast(bytes[4]) << 24) | (static_cast(bytes[5]) << 16) | + (static_cast(bytes[6]) << 8) | static_cast(bytes[7]); } + + return res; } // Given a 32/ 64 -bit unsigned integer, this function interprets it as a // big-endian byte array of length 4/ 8. template -inline void -to_be_bytes(const T num, std::span bytes) +inline constexpr void +to_be_bytes(T num, std::span bytes) requires(std::unsigned_integral && ((sizeof(T) == 4) || (sizeof(T) == 8))) { if constexpr (std::endian::native == std::endian::little) { - const auto res = bswap(num); - std::memcpy(bytes.data(), &res, sizeof(T)); + num = bswap(num); + } + + if constexpr (sizeof(T) == 4) { + bytes[0] = static_cast(num >> 0); + bytes[1] = static_cast(num >> 8); + bytes[2] = static_cast(num >> 16); + bytes[3] = static_cast(num >> 24); } else { - std::memcpy(bytes.data(), &num, sizeof(T)); + static_assert(sizeof(T) == 8, "T must be either 4 or 8 -bytes !"); + + bytes[0] = static_cast(num >> 0); + bytes[1] = static_cast(num >> 8); + bytes[2] = static_cast(num >> 16); + bytes[3] = static_cast(num >> 24); + bytes[4] = static_cast(num >> 32); + bytes[5] = static_cast(num >> 40); + bytes[6] = static_cast(num >> 48); + bytes[7] = static_cast(num >> 56); } } @@ -87,7 +109,7 @@ to_be_bytes(const T num, std::span bytes) // take proper care of them, before using the message chunk, as it may be some garbage // bytes from previous iteration. template -inline size_t +inline constexpr size_t get_ith_msg_blk( std::span msg, // chunk(s) to be read from this message const size_t i, // index of message chunk, to be read @@ -99,18 +121,24 @@ get_ith_msg_blk( const size_t off = i * len; const size_t readable = std::min(len, msg.size() - off); - std::memcpy(msg_blk.data(), msg.subspan(off).data(), readable); + auto _msg = msg.subspan(off, readable); + std::copy(_msg.begin(), _msg.end(), msg_blk.begin()); + return readable; } // Padding a message block of `len` -bytes, following 10* rule s.t. first `used` -many -// bytes are filled and they can't be touched. +// bytes are already filled with message and they can't be touched. It's guaranteed that +// whenever this function is called `used` must be < `len` - and that's why the last +// line of this function is correct, it may not be in case this assumption changes. template -inline void +inline constexpr void pad_msg_blk(std::span msg_blk, const size_t used) { - std::memset(msg_blk.subspan(used).data(), 0x00, len - used); - std::memset(msg_blk.subspan(used).data(), 0x80, std::min(len - used, 1ul)); + auto _msg_blk0 = msg_blk.subspan(used, len - used); + std::fill(_msg_blk0.begin(), _msg_blk0.end(), 0x00); + + msg_blk[used] = 0x80; } // Converts byte array into hex string; see https://stackoverflow.com/a/14051107 diff --git a/tests/test_ascon128_aead.cpp b/tests/test_ascon128_aead.cpp index 10c1ca3..72558a8 100644 --- a/tests/test_ascon128_aead.cpp +++ b/tests/test_ascon128_aead.cpp @@ -37,8 +37,8 @@ test_ascon128_aead(const size_t dlen, // bytes; >= 0 ascon128_aead::encrypt(_key, _nonce, _data, _text, _enc, _tag); bool flag = ascon128_aead::decrypt(_key, _nonce, _data, _enc, _dec, _tag); - ASSERT_TRUE(flag); - ASSERT_EQ(text, dec); + EXPECT_TRUE(flag); + EXPECT_EQ(text, dec); } TEST(AsconAEAD, CorrectnessTestAscon128AEAD) @@ -111,9 +111,9 @@ kat_ascon128_aead() ascon128_aead::encrypt(_key, _nonce, _ad, _pt, _ctxt, _tag); bool flag = ascon128_aead::decrypt(_key, _nonce, _ad, _ctxt, _ptxt, _tag); - ASSERT_TRUE(flag); - ASSERT_TRUE(std::ranges::equal(_ct.subspan(0, pt.size()), _ctxt)); - ASSERT_TRUE(std::ranges::equal(_ct.subspan(pt.size()), _tag)); + EXPECT_TRUE(flag); + EXPECT_TRUE(std::ranges::equal(_ct.subspan(0, pt.size()), _ctxt)); + EXPECT_TRUE(std::ranges::equal(_ct.subspan(pt.size()), _tag)); std::string empty_line; std::getline(file, empty_line); diff --git a/tests/test_ascon128a_aead.cpp b/tests/test_ascon128a_aead.cpp index 638c91c..c751f97 100644 --- a/tests/test_ascon128a_aead.cpp +++ b/tests/test_ascon128a_aead.cpp @@ -37,8 +37,8 @@ test_ascon128a_aead(const size_t dlen, // bytes; >= 0 ascon128a_aead::encrypt(_key, _nonce, _data, _text, _enc, _tag); bool flag = ascon128a_aead::decrypt(_key, _nonce, _data, _enc, _dec, _tag); - ASSERT_TRUE(flag); - ASSERT_EQ(text, dec); + EXPECT_TRUE(flag); + EXPECT_EQ(text, dec); } TEST(AsconAEAD, CorrectnessTestAscon128aAEAD) @@ -111,9 +111,9 @@ kat_ascon128a_aead() ascon128a_aead::encrypt(_key, _nonce, _ad, _pt, _ctxt, _tag); bool flag = ascon128a_aead::decrypt(_key, _nonce, _ad, _ctxt, _ptxt, _tag); - ASSERT_TRUE(flag); - ASSERT_TRUE(std::ranges::equal(_ct.subspan(0, pt.size()), _ctxt)); - ASSERT_TRUE(std::ranges::equal(_ct.subspan(pt.size()), _tag)); + EXPECT_TRUE(flag); + EXPECT_TRUE(std::ranges::equal(_ct.subspan(0, pt.size()), _ctxt)); + EXPECT_TRUE(std::ranges::equal(_ct.subspan(pt.size()), _tag)); std::string empty_line; std::getline(file, empty_line); diff --git a/tests/test_ascon80pq_aead.cpp b/tests/test_ascon80pq_aead.cpp index 6bc5953..881a96c 100644 --- a/tests/test_ascon80pq_aead.cpp +++ b/tests/test_ascon80pq_aead.cpp @@ -37,8 +37,8 @@ test_ascon80pq_aead(const size_t dlen, // bytes; >= 0 ascon80pq_aead::encrypt(_key, _nonce, _data, _text, _enc, _tag); bool flag = ascon80pq_aead::decrypt(_key, _nonce, _data, _enc, _dec, _tag); - ASSERT_TRUE(flag); - ASSERT_EQ(text, dec); + EXPECT_TRUE(flag); + EXPECT_EQ(text, dec); } TEST(AsconAEAD, CorrectnessTestAscon80pqAEAD) @@ -111,9 +111,9 @@ kat_ascon80pq_aead() ascon80pq_aead::encrypt(_key, _nonce, _ad, _pt, _ctxt, _tag); bool flag = ascon80pq_aead::decrypt(_key, _nonce, _ad, _ctxt, _ptxt, _tag); - ASSERT_TRUE(flag); - ASSERT_TRUE(std::ranges::equal(_ct.subspan(0, pt.size()), _ctxt)); - ASSERT_TRUE(std::ranges::equal(_ct.subspan(pt.size()), _tag)); + EXPECT_TRUE(flag); + EXPECT_TRUE(std::ranges::equal(_ct.subspan(0, pt.size()), _ctxt)); + EXPECT_TRUE(std::ranges::equal(_ct.subspan(pt.size()), _tag)); std::string empty_line; std::getline(file, empty_line); diff --git a/tests/test_ascon_hash.cpp b/tests/test_ascon_hash.cpp index b32d586..a743c37 100644 --- a/tests/test_ascon_hash.cpp +++ b/tests/test_ascon_hash.cpp @@ -1,9 +1,50 @@ #include "hashing/ascon_hash.hpp" #include "test_common.hpp" +#include #include #include #include +// Given a statically known input message, computes Ascon-Hash digest on it, returning +// hex-encoded character array as output, during program compilation time. +constexpr std::array +eval_ascon_hash() +{ + // Statically defined input. + // Message = 000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f + std::array data{}; + std::iota(data.begin(), data.end(), 0); + + // To be computed digest. + std::array md{}; + + ascon_hash::ascon_hash_t hasher; + hasher.absorb(data); + hasher.finalize(); + hasher.digest(md); + + // Returns hex-encoded digest. + return bytes_to_hex(md); +} + +TEST(AsconHashing, CompileTimeEvalAsconHash) +{ + // AsconHash("000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f") = + // "2a4f6f2b6b3ec2a6c47ba08d18c8ea561b493c13ccb35803fa8b9fb00a0f1f35" + constexpr auto md = eval_ascon_hash(); + constexpr auto flg = md == std::array{ + '2', 'a', '4', 'f', '6', 'f', '2', 'b', '6', 'b', '3', 'e', 'c', '2', 'a', '6', + 'c', '4', '7', 'b', 'a', '0', '8', 'd', '1', '8', 'c', '8', 'e', 'a', '5', '6', + '1', 'b', '4', '9', '3', 'c', '1', '3', 'c', 'c', 'b', '3', '5', '8', '0', '3', + 'f', 'a', '8', 'b', '9', 'f', 'b', '0', '0', 'a', '0', 'f', '1', 'f', '3', '5' + }; + + static_assert( + flg, + "Must be able to evaluate Ascon-Hash during program compilation time itself !"); + EXPECT_TRUE(flg); +} + // Ensure that both oneshot and incremental way of absorbing same message produces same // digest for Ascon-Hash. inline void @@ -47,7 +88,7 @@ test_ascon_hash(const size_t mlen) hasher.digest(_dig_incremental); } - ASSERT_EQ(dig_oneshot, dig_incremental); + EXPECT_EQ(dig_oneshot, dig_incremental); } TEST(AsconHashing, IncrementalMessageAbsorptionAsconHash) @@ -96,7 +137,7 @@ kat_ascon_hash() hasher.finalize(); hasher.digest(_digest); - ASSERT_EQ(digest, md); + EXPECT_EQ(digest, md); std::string empty_line; std::getline(file, empty_line); diff --git a/tests/test_ascon_hasha.cpp b/tests/test_ascon_hasha.cpp index a88f8bd..e5ec11d 100644 --- a/tests/test_ascon_hasha.cpp +++ b/tests/test_ascon_hasha.cpp @@ -1,9 +1,50 @@ #include "hashing/ascon_hasha.hpp" #include "test_common.hpp" +#include #include #include #include +// Given a statically known input message, computes Ascon-HashA digest on it, returning +// hex-encoded character array as output, during program compilation time. +constexpr std::array +eval_ascon_hasha() +{ + // Statically defined input. + // Message = 000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f + std::array data{}; + std::iota(data.begin(), data.end(), 0); + + // To be computed digest. + std::array md{}; + + ascon_hasha::ascon_hasha_t hasher; + hasher.absorb(data); + hasher.finalize(); + hasher.digest(md); + + // Returns hex-encoded digest. + return bytes_to_hex(md); +} + +TEST(AsconHashing, CompileTimeEvalAsconHashA) +{ + // AsconHashA("000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f") = + // "3237cbcc617a2550583a50e8bad3dacda82562e06220150448c109008fa054a2" + constexpr auto md = eval_ascon_hasha(); + constexpr auto flg = md == std::array{ + '3', '2', '3', '7', 'c', 'b', 'c', 'c', '6', '1', '7', 'a', '2', '5', '5', '0', + '5', '8', '3', 'a', '5', '0', 'e', '8', 'b', 'a', 'd', '3', 'd', 'a', 'c', 'd', + 'a', '8', '2', '5', '6', '2', 'e', '0', '6', '2', '2', '0', '1', '5', '0', '4', + '4', '8', 'c', '1', '0', '9', '0', '0', '8', 'f', 'a', '0', '5', '4', 'a', '2' + }; + + static_assert( + flg, + "Must be able to evaluate Ascon-HashA during program compilation time itself !"); + EXPECT_TRUE(flg); +} + // Ensure that both oneshot and incremental way of absorbing same message produces same // digest for Ascon-HashA. inline void @@ -47,7 +88,7 @@ test_ascon_hasha(const size_t mlen) hasher.digest(_dig_incremental); } - ASSERT_EQ(dig_oneshot, dig_incremental); + EXPECT_EQ(dig_oneshot, dig_incremental); } TEST(AsconHashing, IncrementalMessageAbsorptionAsconHashA) @@ -96,7 +137,7 @@ kat_ascon_hasha() hasher.finalize(); hasher.digest(_digest); - ASSERT_EQ(digest, md); + EXPECT_EQ(digest, md); std::string empty_line; std::getline(file, empty_line); diff --git a/tests/test_ascon_mac.cpp b/tests/test_ascon_mac.cpp index 311d899..0d61b33 100644 --- a/tests/test_ascon_mac.cpp +++ b/tests/test_ascon_mac.cpp @@ -47,7 +47,7 @@ TEST(AsconAuth, KnownAnswerTestsAsconMac) mac.finalize(_computed); bool flg = mac.verify(_tag, _computed); - ASSERT_TRUE(flg); + EXPECT_TRUE(flg); std::string empty_line; std::getline(file, empty_line); diff --git a/tests/test_ascon_perm.cpp b/tests/test_ascon_perm.cpp index 4000141..35944a2 100644 --- a/tests/test_ascon_perm.cpp +++ b/tests/test_ascon_perm.cpp @@ -1,4 +1,8 @@ #include "ascon_perm.hpp" +#include "hashing/ascon_hash.hpp" +#include "hashing/ascon_hasha.hpp" +#include "hashing/ascon_xof.hpp" +#include "hashing/ascon_xofa.hpp" #include #include @@ -18,48 +22,48 @@ apply_permutation(const uint64_t row0) TEST(AsconPermutation, AsconPermWithAsconHashIV) { - constexpr bool res = apply_permutation(0x00400c0000000100ul).reveal() == + constexpr bool res = apply_permutation(ascon_hash::IV).reveal() == std::array{ 0xee9398aadb67f03dul, 0x8bb21831c60f1002ul, 0xb48a92db98d5da62ul, 0x43189921b8f8e3e8ul, 0x348fa5c9d525e140ul }; static_assert(res, "Must compute init state of Ascon-Hash, in compile-time !"); - ASSERT_TRUE(res); + EXPECT_TRUE(res); } TEST(AsconPermutation, AsconPermWithAsconHashAIV) { - constexpr bool res = apply_permutation(0x00400c0400000100ul).reveal() == + constexpr bool res = apply_permutation(ascon_hasha::IV).reveal() == std::array{ 0x01470194fc6528a6, 0x738ec38ac0adffa7, 0x2ec8e3296c76384c, 0xd6f6a54d7f52377d, 0xa13c42a223be8d87 }; static_assert(res, "Must compute init state of Ascon-HashA, in compile-time !"); - ASSERT_TRUE(res); + EXPECT_TRUE(res); } TEST(AsconPermutation, AsconPermWithAsconXofIV) { - constexpr bool res = apply_permutation(0x00400c0000000000ul).reveal() == + constexpr bool res = apply_permutation(ascon_xof::IV).reveal() == std::array{ 0xb57e273b814cd416, 0x2b51042562ae2420, 0x66a3a7768ddf2218, 0x5aad0a7a8153650c, 0x4f3e0e32539493b6 }; static_assert(res, "Must compute init state of Ascon-Xof, in compile-time !"); - ASSERT_TRUE(res); + EXPECT_TRUE(res); } TEST(AsconPermutation, AsconPermWithAsconXofAIV) { - constexpr bool res = apply_permutation(0x00400c0400000000ul).reveal() == + constexpr bool res = apply_permutation(ascon_xofa::IV).reveal() == std::array{ 0x44906568b77b9832, 0xcd8d6cae53455532, 0xf7b5212756422129, 0x246885e1de0d225b, 0xa8cb5ce33449973f }; static_assert(res, "Must compute init state of Ascon-XofA, in compile-time !"); - ASSERT_TRUE(res); + EXPECT_TRUE(res); } diff --git a/tests/test_ascon_prf.cpp b/tests/test_ascon_prf.cpp index 282dd2c..46a8b08 100644 --- a/tests/test_ascon_prf.cpp +++ b/tests/test_ascon_prf.cpp @@ -46,7 +46,7 @@ TEST(AsconAuth, KnownAnswerTestsAsconPRF) prf.finalize(); prf.squeeze(_out); - ASSERT_EQ(out, tag); + EXPECT_EQ(out, tag); std::string empty_line; std::getline(file, empty_line); diff --git a/tests/test_ascon_prfs.cpp b/tests/test_ascon_prfs.cpp index 28ad6f0..f349004 100644 --- a/tests/test_ascon_prfs.cpp +++ b/tests/test_ascon_prfs.cpp @@ -46,7 +46,7 @@ TEST(AsconAuth, KnownAnswerTestsAsconPRFShort) ascon_prfs::prfs_authenticate(_key, _msg, _computed); bool flg = ascon_prfs::prfs_verify(_key, _msg, _tag); - ASSERT_TRUE(flg); + EXPECT_TRUE(flg); std::string empty_line; std::getline(file, empty_line); diff --git a/tests/test_ascon_xof.cpp b/tests/test_ascon_xof.cpp index c779389..5654da5 100644 --- a/tests/test_ascon_xof.cpp +++ b/tests/test_ascon_xof.cpp @@ -1,9 +1,50 @@ #include "hashing/ascon_xof.hpp" #include "test_common.hpp" +#include #include #include #include +// Given a statically known input message, computes olen -bytes Ascon-Xof digest on it, +// returning hex-encoded character array as output, during program compilation time. +template +constexpr std::array +eval_ascon_xof() +{ + // Statically defined input. + // Message = 000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f + std::array data{}; + std::iota(data.begin(), data.end(), 0); + + // To be computed digest. + std::array md{}; + + ascon_xof::ascon_xof_t hasher; + hasher.absorb(data); + hasher.finalize(); + hasher.squeeze(md); + + // Returns hex-encoded digest. + return bytes_to_hex(md); +} + +TEST(AsconHashing, CompileTimeEvalAsconXof) +{ + // AsconXof("000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f") = + // "0b8e325b9bbf1bb43e77aa1eed93bee62b4ea1e4b0c5a696b2f5c5b09c968918" + constexpr auto md = eval_ascon_xof(); + constexpr auto flg = md == std::array{ + '0', 'b', '8', 'e', '3', '2', '5', 'b', '9', 'b', 'b', 'f', '1', 'b', 'b', '4', + '3', 'e', '7', '7', 'a', 'a', '1', 'e', 'e', 'd', '9', '3', 'b', 'e', 'e', '6', + '2', 'b', '4', 'e', 'a', '1', 'e', '4', 'b', '0', 'c', '5', 'a', '6', '9', '6', + 'b', '2', 'f', '5', 'c', '5', 'b', '0', '9', 'c', '9', '6', '8', '9', '1', '8' + }; + + static_assert( + flg, "Must be able to evaluate Ascon-Xof during program compilation time itself !"); + EXPECT_TRUE(flg); +} + // Ensure that both oneshot and incremental way of absorbing same message and squeezing // same length output, produces same digest for Ascon-Xof. inline void @@ -58,7 +99,7 @@ test_ascon_xof(const size_t mlen, const size_t dlen) } } - ASSERT_EQ(dig_oneshot, dig_incremental); + EXPECT_EQ(dig_oneshot, dig_incremental); } TEST(AsconHashing, IncrementalMessageAbsorptionSqueezingAsconXof) @@ -109,7 +150,7 @@ kat_ascon_xof() hasher.finalize(); hasher.squeeze(_digest); - ASSERT_EQ(digest, md); + EXPECT_EQ(digest, md); std::string empty_line; std::getline(file, empty_line); diff --git a/tests/test_ascon_xofa.cpp b/tests/test_ascon_xofa.cpp index d833a9b..19f2d9c 100644 --- a/tests/test_ascon_xofa.cpp +++ b/tests/test_ascon_xofa.cpp @@ -4,6 +4,47 @@ #include #include +// Given a statically known input message, computes olen -bytes Ascon-XofA digest on it, +// returning hex-encoded character array as output, during program compilation time. +template +constexpr std::array +eval_ascon_xofa() +{ + // Statically defined input. + // Message = 000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f + std::array data{}; + std::iota(data.begin(), data.end(), 0); + + // To be computed digest. + std::array md{}; + + ascon_xofa::ascon_xofa_t hasher; + hasher.absorb(data); + hasher.finalize(); + hasher.squeeze(md); + + // Returns hex-encoded digest. + return bytes_to_hex(md); +} + +TEST(AsconHashing, CompileTimeEvalAsconXofA) +{ + // AsconXofA("000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f") = + // "42047aea031115f8465cbfac356ac23c4d71f84bd661c8aa7971f37118e520e6" + constexpr auto md = eval_ascon_xofa(); + constexpr auto flg = md == std::array{ + '4', '2', '0', '4', '7', 'a', 'e', 'a', '0', '3', '1', '1', '1', '5', 'f', '8', + '4', '6', '5', 'c', 'b', 'f', 'a', 'c', '3', '5', '6', 'a', 'c', '2', '3', 'c', + '4', 'd', '7', '1', 'f', '8', '4', 'b', 'd', '6', '6', '1', 'c', '8', 'a', 'a', + '7', '9', '7', '1', 'f', '3', '7', '1', '1', '8', 'e', '5', '2', '0', 'e', '6' + }; + + static_assert( + flg, + "Must be able to evaluate Ascon-XofA during program compilation time itself !"); + EXPECT_TRUE(flg); +} + // Ensure that both oneshot and incremental way of absorbing same message and squeezing // same length output, produces same digest for Ascon-XofA. inline void @@ -58,7 +99,7 @@ test_ascon_xofa(const size_t mlen, const size_t dlen) } } - ASSERT_EQ(dig_oneshot, dig_incremental); + EXPECT_EQ(dig_oneshot, dig_incremental); } TEST(AsconHashing, IncrementalMessageAbsorptionSqueezingAsconXofA) @@ -109,7 +150,7 @@ kat_ascon_xofa() hasher.finalize(); hasher.squeeze(_digest); - ASSERT_EQ(digest, md); + EXPECT_EQ(digest, md); std::string empty_line; std::getline(file, empty_line); diff --git a/tests/test_common.hpp b/tests/test_common.hpp index e52c6ef..f384726 100644 --- a/tests/test_common.hpp +++ b/tests/test_common.hpp @@ -1,4 +1,5 @@ #pragma once +#include #include #include @@ -17,3 +18,22 @@ constexpr size_t MAX_MSG_LEN = 1024; // Min. and max. byte length of output to be squeezed from sponge. constexpr size_t MIN_OUT_LEN = 0; constexpr size_t MAX_OUT_LEN = 256; + +// Given a byte array of length L, this routine can be used for interpreting those bytes +// as a hex-encoded string of length 2*L. +template +constexpr std::array +bytes_to_hex(std::array bytes) +{ + constexpr std::array table{ '0', '1', '2', '3', '4', '5', '6', '7', + '8', '9', 'a', 'b', 'c', 'd', 'e', 'f' }; + + std::array hex{}; + + for (size_t i = 0; i < bytes.size(); i++) { + hex[2 * i + 0] = table[bytes[i] >> 4]; + hex[2 * i + 1] = table[bytes[i] & 0x0f]; + } + + return hex; +}