#!/usr/bin/env bats # generated on load bats-extra load bats-jq @test 'single bit one to decimal' { #[[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 2, "digits": [1], "outputBase": 10 } END_INPUT assert_success expected='[1]' assert_equal "$output" "$expected" } @test 'binary to single decimal' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 2, "digits": [1, 0, 1], "outputBase": 10 } END_INPUT assert_success expected='[5]' assert_equal "$output" "$expected" } @test 'single decimal to binary' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 10, "digits": [5], "outputBase": 2 } END_INPUT assert_success expected='[1,0,1]' assert_equal "$output" "$expected" } @test 'binary to multiple decimal' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 2, "digits": [1, 0, 1, 0, 1, 0], "outputBase": 10 } END_INPUT assert_success expected='[4,2]' assert_equal "$output" "$expected" } @test 'decimal to binary' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 10, "digits": [4, 2], "outputBase": 2 } END_INPUT assert_success expected='[1,0,1,0,1,0]' assert_equal "$output" "$expected" } @test 'trinary to hexadecimal' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 3, "digits": [1, 1, 2, 0], "outputBase": 16 } END_INPUT assert_success expected='[2,10]' assert_equal "$output" "$expected" } @test 'hexadecimal to trinary' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 16, "digits": [2, 10], "outputBase": 3 } END_INPUT assert_success expected='[1,1,2,0]' assert_equal "$output" "$expected" } @test '15-bit integer' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 97, "digits": [3, 46, 60], "outputBase": 73 } END_INPUT assert_success expected='[6,10,45]' assert_equal "$output" "$expected" } @test 'empty list' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 2, "digits": [], "outputBase": 10 } END_INPUT assert_success expected='[0]' assert_equal "$output" "$expected" } @test 'single zero' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 10, "digits": [0], "outputBase": 2 } END_INPUT assert_success expected='[0]' assert_equal "$output" "$expected" } @test 'multiple zeros' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 10, "digits": [0, 0, 0], "outputBase": 2 } END_INPUT assert_success expected='[0]' assert_equal "$output" "$expected" } @test 'leading zeros' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 7, "digits": [0, 6, 0], "outputBase": 10 } END_INPUT assert_success expected='[4,2]' assert_equal "$output" "$expected" } @test 'input base is one' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 1, "digits": [0], "outputBase": 10 } END_INPUT assert_failure expected='input base must be >= 2' assert_equal "$output" "$expected" } @test 'input base is zero' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 0, "digits": [], "outputBase": 10 } END_INPUT assert_failure expected='input base must be >= 2' assert_equal "$output" "$expected" } @test 'input base is negative' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": -2, "digits": [1], "outputBase": 10 } END_INPUT assert_failure expected='input base must be >= 2' assert_equal "$output" "$expected" } @test 'negative digit' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 2, "digits": [1, -1, 1, 0, 1, 0], "outputBase": 10 } END_INPUT assert_failure expected='all digits must satisfy 0 <= d < input base' assert_equal "$output" "$expected" } @test 'invalid positive digit' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 2, "digits": [1, 2, 1, 0, 1, 0], "outputBase": 10 } END_INPUT assert_failure expected='all digits must satisfy 0 <= d < input base' assert_equal "$output" "$expected" } @test 'output base is one' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 2, "digits": [1, 0, 1, 0, 1, 0], "outputBase": 1 } END_INPUT assert_failure expected='output base must be >= 2' assert_equal "$output" "$expected" } @test 'output base is zero' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 10, "digits": [7], "outputBase": 0 } END_INPUT assert_failure expected='output base must be >= 2' assert_equal "$output" "$expected" } @test 'output base is negative' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": 2, "digits": [1], "outputBase": -7 } END_INPUT assert_failure expected='output base must be >= 2' assert_equal "$output" "$expected" } @test 'both bases are negative' { [[ $BATS_RUN_SKIPPED == "true" ]] || skip run jq -c -f all-your-base.jq << 'END_INPUT' { "inputBase": -2, "digits": [1], "outputBase": -7 } END_INPUT assert_failure expected='input base must be >= 2' assert_equal "$output" "$expected" }