视觉画布设计
canvas-design
基于设计原则创作静态视觉作品,用于海报与品牌图形。
sweep-flag-namespace【文档与办公】Bulk-extract every candidate flag from a binary namespace, build an extraction inventory with occurrence counts and call-type tags, cross- reference against a documented set, and track completeness across probe campaigns until the undocumented remainder reaches zero. Covers namespace prefix harvesting, gate-vs-telemetry disambiguation at the call-sit…
独立 GitHub 快照 · 自动分类 · 以原作者文档为准
盡取命名空間之旗→錄→對照已記者→驗其全。probe-feature-flag-state 取樣,此則盡掃,且驗其終。
acme_*)gate(...)、flag(...)、isEnabled(...))→助步二盡取合前綴之字串,不論其用。此步求廣,非分。
BUNDLE=/path/to/cli/bundle.js
PREFIX=acme_ # synthetic placeholder
# Pull every quoted string starting with the prefix
grep -oE "\"${PREFIX}[a-zA-Z0-9_]+\"" "$BUNDLE" | sort -u > /tmp/sweep-candidates.txt
wc -l /tmp/sweep-candidates.txt # unique candidate count
# Per-string occurrence count (gives a first hint at gate-call density)
grep -oE "\"${PREFIX}[a-zA-Z0-9_]+\"" "$BUNDLE" | sort | uniq -c | sort -rn > /tmp/sweep-occurrences.txt
head /tmp/sweep-occurrences.txt
得:去重之候選單與按頻排序之出現檔。頻甚高(≥10)→疑為閘;單見者→多為遙測事件名或靜態標籤。
敗:唯一數為 0→前綴誤(typo、邊界錯、harness 慣不符)。逾 5000→前綴過廣,宜縮之,否則錄不可治。
同字異用。於 call-site 別其用乃錄之可行所在。沿 probe-feature-flag-state 步二之分辨之法。
各候選,分其每出現:
gate("$FLAG", default)、flag("$FLAG", ...)、isEnabled("$FLAG") 等)。process.env.X 或同類。# Count gate-call occurrences for the candidate set, using a synthetic
# reader-name pattern. Adapt the regex to the actual reader names found.
GATE_PATTERN='(gate|flag|isEnabled)\(\s*"acme_'
grep -coE "$GATE_PATTERN" "$BUNDLE"
# Per-flag gate-call count
while read -r flag; do
flag_no_quotes="${flag//\"/}"
count=$(grep -coE "(gate|flag|isEnabled)\(\s*\"${flag_no_quotes}\"" "$BUNDLE")
echo -e "${flag_no_quotes}\t${count}"
done < /tmp/sweep-candidates.txt > /tmp/sweep-gate-counts.tsv
得:每唯一字串一錄,形如 {flag, total_occurrences, gate_call_count, telemetry_count, static_label_count, env_var_count}。閘調數乃可行之列;餘為噪濾。
敗:諸候選皆無閘調→閘讀函式之 pattern 誤。或 binary 用此 regex 不及之讀函;或此空間純為遙測(非旗也)。先以 decode-minified-js-gates 試數候選,識真讀函名,再復此步。
合各字串之錄為一錄物。CSV 或 JSONL——擇一而守,以利波間 diff。
# JSONL inventory
{
while IFS=#x27;\t' read -r flag gate_count; do
[ "$gate_count" -gt 0 ] || continue # skip strings with no gate-call evidence
total=$(grep -c "\"${flag}\"" "$BUNDLE")
telem=$((total - gate_count)) # rough; refine if other call types matter
printf '{"flag":"%s","total":%d,"gate_calls":%d,"telemetry":%d,"documented":false}\n' \
"$flag" "$total" "$gate_count" "$telem"
done < /tmp/sweep-gate-counts.tsv
} > /tmp/sweep-inventory.jsonl
wc -l /tmp/sweep-inventory.jsonl # gate-bearing flag count
二派生數要:
total_unique:前綴所中之全字串(未濾閘前)gate_calls:至少一閘調者之子集——campaign 之工作集得:每閘旗一錄之檔。閘數常為 total_unique 之分(5–20%),二數宜顯異。
敗:錄空或 gate_calls ≈ total_unique→步二之分辨無義。重審讀函 regex。
完備之度依已記之集——campaign 既書之研究之物中所載之旗。對照→報所餘。
DOCUMENTED=/path/to/research/documented-flags.txt # one flag name per line
# Extract gate-bearing flag names from the inventory
jq -r '.flag' /tmp/sweep-inventory.jsonl | sort -u > /tmp/sweep-extracted.txt
# Compute the documented and remaining sets
sort -u "$DOCUMENTED" > /tmp/sweep-documented.txt
comm -23 /tmp/sweep-extracted.txt /tmp/sweep-documented.txt > /tmp/sweep-remaining.txt
echo "Extracted (gate-bearing): $(wc -l < /tmp/sweep-extracted.txt)"
echo "Documented: $(wc -l < /tmp/sweep-documented.txt)"
echo "Remaining (undocumented): $(wc -l < /tmp/sweep-remaining.txt)"
完備之度乃 remaining——歸 0 時,已記之集盡覆此空間之閘旗。
得:三數。campaign 初,remaining 應為 extracted 之大分。每波減 remaining 至 0。察其軌跡以識停滯(重議已記之旗者)。
敗:documented 逾 extracted→已記者含舊跡(此版已除之旗)。改用 comm -13 以見廢名;archive 為 REMOVED 於下波。
於閘旗集中,分 binary 默 true 者與默 false(或非布爾)者。DEFAULT-TRUE 旗乃無 server 覆寫即開於諸用者,乃最高信號之子集。
# Heuristic: gate-call shape `gate("flag_name", true)` indicates DEFAULT-TRUE
DEFAULT_TRUE_PATTERN='(gate|flag|isEnabled)\(\s*"acme_[a-zA-Z0-9_]+",\s*!?true\b'
grep -oE "$DEFAULT_TRUE_PATTERN" "$BUNDLE" | grep -oE '"acme_[a-zA-Z0-9_]+"' | sort -u > /tmp/sweep-default-true.txt
DEFAULT_FALSE_PATTERN='(gate|flag|isEnabled)\(\s*"acme_[a-zA-Z0-9_]+",\s*false\b'
grep -oE "$DEFAULT_FALSE_PATTERN" "$BUNDLE" | grep -oE '"acme_[a-zA-Z0-9_]+"' | sort -u > /tmp/sweep-default-false.txt
echo "DEFAULT-TRUE: $(wc -l < /tmp/sweep-default-true.txt)"
echo "DEFAULT-FALSE: $(wc -l < /tmp/sweep-default-false.txt)"
非布爾默之旗(config 物、TTL 讀者、async 讀者),用 decode-minified-js-gates 分讀者變體——其默形不同,宜入別桶。
得:常分為 10–20% DEFAULT-TRUE,80–90% DEFAULT-FALSE。極端者(90%+ TRUE 或 90%+ FALSE)罕,宜察——或為發布期之慣(盡開以試、盡閉以漸推)。
敗:DEFAULT-TRUE 與 DEFAULT-FALSE 合不覆閘旗錄→餘者用非布爾讀者。對缺口運 decode-minified-js-gates 以分用之變體。
步四得 remaining = 0 時,行末掃:覓合命名空間而不在已記者之閘調。此捕步一所漏(如串接所隱字面)。
# Search for gate-call shapes containing the namespace prefix, not constrained
# to literal-string occurrences. Loosens Step 1's grep to catch dynamic forms.
DYNAMIC_PATTERN='(gate|flag|isEnabled)\(\s*[^"]*"acme_'
grep -nE "$DYNAMIC_PATTERN" "$BUNDLE" | head -50
# Alternative: ripgrep with multiline for split-string concatenation
rg -U "(gate|flag|isEnabled)\(\s*\"acme_(\\\\\"|[a-zA-Z0-9_])+\"" "$BUNDLE"
對閘調之中與 /tmp/sweep-documented.txt 對。若有指未記者→返步一精化(如治動構之例)。空→campaign 畢。
得:末掃返空(campaign 畢)或小餘(常 <5,多為動構或別讀者)。
敗:步四言 remaining = 0 而末掃返大餘→步一系統性少取。察所漏之 pattern(動字串、別引號、別讀函)→以緊 regex 自步一復行。
total_unique, gate_calls, documented, remaining — and the metric reaches 0 by end of campaignacme_*, gate(...), etc.); no real flag names or reader names leaked into the artifactremaining 者,乃取樣,非掃。此技之要在可驗終止之據。total_unique 為分母→誇工而貶完備之顯率。當以 gate_calls 為分母。remaining = 0 即宣畢而略動掃→失串接所構之旗。末掃廉而捕辱。acme_* 之佔位之律存焉——存方法異於發現。probe-feature-flag-state — per-flag classification (downstream of this skill's inventory)decode-minified-js-gates — when reader-variant classification is needed mid-sweepmonitor-binary-version-baselines — longitudinal tracking across binary versions; sweeps can be re-run against each baselineredact-for-public-disclosure — how to publish methodology from a sweep without leaking the inventory itselfconduct-empirical-wire-capture — empirical validation of flags surfaced by the sweep