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Krzysztof kuhy Rudnicki
c4bdaad038
test_pacman_wrapper_security.sh (287) and test_i3blocks_efficiency.sh (345). Both keep their filenames -- shell-tests.yml runs them by name -- and both were verified by diffing a full run against the pre-split code: byte-identical output, exit 0 either side. The i3blocks setup half stays in the entry on purpose. Its five fake $BIN_DIR binaries are written with heredocs, and a seam inside a heredoc yields a lib that will not parse -- the worst failure this effort has produced so far. Only the two heredoc-free regions moved. Both i3blocks lib functions end in an explicit `return 0`. Their last statement is a `|| fail ...`, which as a function tail under set -e becomes the return value and would abort a run in which every check passed. `fail` exits on its own, so reaching the end means success. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
90 lines
4.6 KiB
Bash
Executable File
90 lines
4.6 KiB
Bash
Executable File
#!/bin/bash
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# i3blocks efficiency: the claude_usage block's output and fork count.
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# Sourced by test_i3blocks_efficiency.sh; inherits its strict mode and its
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# helpers (fail, assert_equals, assert_le, epoch_utc, count_execs) plus the
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# BIN_DIR / TMP_DIR / CONFIG_FILE / I3BLOCKS_DIR paths it sets up.
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i3_tests_claude_usage() {
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printf 'Checking Claude usage block behavior and fork count...\n'
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# claude_usage.sh parses its cache with jq and degrades to "no data" when jq is
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# missing. That is the right runtime behaviour, but it would make every
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# assertion below fail with a misleading message about percentages, so name the
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# real cause instead of letting a missing tool look like a logic bug.
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# Probe by running jq, not with `command -v`: a jq that exists but cannot
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# execute produces exactly the same "no data" output as one that is absent.
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printf '{}' | jq -e . >/dev/null 2>&1 \
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|| fail 'a working jq is required for the claude_usage tests (pacman -S jq)'
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CLAUDE_STATE_DIR="$TMP_DIR/limit-state"
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mkdir -p "$CLAUDE_STATE_DIR"
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claude_now=1786366861
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write_claude_state() {
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printf '{"five_hour_pct":%s,"five_hour_resets_at":%s,"seven_day_pct":%s,"seven_day_resets_at":%s,"updated_at":%s}\n' \
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"$1" "$2" "$3" "$4" "$5" >"$CLAUDE_STATE_DIR/state.json"
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}
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run_claude_usage() {
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LIMIT_STATE_DIR="$CLAUDE_STATE_DIR" NOW_EPOCH="$claude_now" \
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bash "$I3BLOCKS_DIR/claude_usage.sh"
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}
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# Percentages arrive as floats (e.g. 55.00000000000001) and must be truncated.
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write_claude_state 34 "$((claude_now + 3600))" 55.00000000000001 "$((claude_now + 99999))" "$claude_now"
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claude_output=$(run_claude_usage)
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assert_equals '🤖 5h 34% · 7d 55%' "$(printf '%s\n' "$claude_output" | sed -n '1p')" \
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'claude usage should show both windows as whole percentages'
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assert_equals '#50FA7B' "$(printf '%s\n' "$claude_output" | sed -n '3p')" \
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'claude usage should be green well below the limit'
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write_claude_state 70 "$((claude_now + 3600))" 12 "$((claude_now + 99999))" "$claude_now"
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assert_equals '#F1FA8C' "$(run_claude_usage | sed -n '3p')" \
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'claude usage should warn when a window passes 60%'
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write_claude_state 91 "$((claude_now + 3600))" 12 "$((claude_now + 99999))" "$claude_now"
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assert_equals '#FF5555' "$(run_claude_usage | sed -n '3p')" \
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'claude usage should go critical when a window passes 85%'
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# The writer only runs while a Claude session is open, so old data must be
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# labelled rather than presented as the current figure.
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write_claude_state 34 "$((claude_now + 3600))" 55 "$((claude_now + 99999))" "$((claude_now - 5000))"
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assert_equals '🤖 5h 34% · 7d 55% (stale)' "$(run_claude_usage | sed -n '1p')" \
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'claude usage should mark stale cache data'
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# A window whose reset time has passed has rolled over: its cached percentage is
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# meaningless, so it must read as unknown rather than a misleading value.
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write_claude_state 99 "$((claude_now - 10))" 55 "$((claude_now + 99999))" "$claude_now"
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assert_equals '🤖 5h ?% · 7d 55%' "$(run_claude_usage | sed -n '1p')" \
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'claude usage should not report a rolled-over window as current'
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write_claude_state 34 "$((claude_now + 3600))" 55 null "$claude_now"
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assert_equals '🤖 5h 34% · 7d 55%' "$(run_claude_usage | sed -n '1p')" \
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'claude usage should tolerate a null seven_day reset time'
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printf 'not json\n' >"$CLAUDE_STATE_DIR/state.json"
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assert_equals '🤖 no data' "$(run_claude_usage | sed -n '1p')" \
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'claude usage should degrade gracefully on unparsable cache data'
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claude_missing_output=$(LIMIT_STATE_DIR="$TMP_DIR/no-such-dir" NOW_EPOCH="$claude_now" \
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bash "$I3BLOCKS_DIR/claude_usage.sh")
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assert_equals '🤖 no data' "$(printf '%s\n' "$claude_missing_output" | sed -n '1p')" \
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'claude usage should degrade gracefully when the cache directory is absent'
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write_claude_state 34 "$((claude_now + 3600))" 55 "$((claude_now + 99999))" "$claude_now"
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assert_le "$(LIMIT_STATE_DIR="$CLAUDE_STATE_DIR" NOW_EPOCH="$claude_now" \
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count_execs "$I3BLOCKS_DIR/claude_usage.sh")" 3 \
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'claude usage should stay within bash plus jq'
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# The real cache holds one file per project (~170 on this machine), so the
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# fork budget has to be measured against a populated directory. Measuring it
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# against a single-file dir hid a `stat` call sitting inside the scan loop.
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for filler in $(seq 1 200); do
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cp "$CLAUDE_STATE_DIR/state.json" "$CLAUDE_STATE_DIR/filler-$filler.json"
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done
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assert_le "$(LIMIT_STATE_DIR="$CLAUDE_STATE_DIR" NOW_EPOCH="$claude_now" \
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count_execs "$I3BLOCKS_DIR/claude_usage.sh")" 3 \
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'claude usage fork count must not scale with the number of cached projects'
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rm -f "$CLAUDE_STATE_DIR"/filler-*.json
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return 0
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}
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