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Authoring-assist: suppressor signals, prose mining, applicability + keyword checks
Expand Suggest-ArticleSignals.ps1 from signals-only to the full routing-relevant head-matter: - Suppressor detection: 'not-a-violation' articles (by title/prose, excluding prohibitions) propose effect: suppress mapping-form signals. - Prose mining: extract AL constructs from inline code + fenced al blocks so the ~17% of sample-less articles are covered (marked proseOnly); -NoProse opts out. - Applicability cross-check: flag JS/control-add-in use when technologies omits javascript. - Keyword suggestions: strong proposed tokens missing from keywords. Generated suppress blocks pass validate_frontmatter R24. Suggest-only, offline. Co-authored-by: Copilot <223556219+Copilot@users.noreply.github.com>
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@ -1,17 +1,27 @@
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<#
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.SYNOPSIS
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Authoring-assist (PROTOTYPE): suggests routing `signals:` front-matter for
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BCQuality knowledge articles, and flags articles whose declared `domain`
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disagrees with what their code samples actually contain.
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Authoring-assist (PROTOTYPE): reviews the routing-relevant front-matter of
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BCQuality knowledge articles. It proposes `signals:` (trigger AND suppressor),
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flags declared-`domain` vs sample-content mismatches, cross-checks
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`technologies`, and suggests `keywords` — all suggestion-only.
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.DESCRIPTION
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Routing quality is capped by how well each article's front-matter describes
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the code it catches. Today 0 of ~207 articles declare an explicit `signals:`
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block and 5 review domains have zero detection signals, so ~22% of knowledge
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is only reachable via the catch-all pass. This tool lowers the authoring cost
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of closing that gap: it reads an article's own `good`/`bad` `.al` samples plus
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its prose, extracts candidate AL constructs, and proposes a `signals:` block —
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then leaves the decision to a human.
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the code it catches. Today most articles declare no explicit `signals:` block
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and several review domains have zero detection signals, so a large slice of
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knowledge is only reachable via the catch-all pass. This tool lowers the
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authoring cost of closing that gap. For each article it reads the co-located
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`good`/`bad` `.al` samples AND the article prose (inline code + fenced `al`
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blocks), extracts candidate AL constructs, and emits:
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* A proposed `signals:` block. For a normal article these are RAISE
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triggers. For a "this-is-not-a-violation" article (detected from the
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title/prose) they are `effect: suppress` entries, which DAMPEN the
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domain score instead of raising it.
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* A domain-mismatch flag when the samples look like another domain.
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* An applicability note when the samples use a technology (e.g. JavaScript
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control add-ins) not declared in `technologies`.
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* Keyword suggestions for strong constructs missing from `keywords`.
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It is OFFLINE and OPEN: no feedback data, deterministic, ships in the repo so
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the community can run it. It SUGGESTS ONLY — it never edits an article. The
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@ -33,8 +43,12 @@
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.PARAMETER OnlyGaps
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Only report articles that either have NO existing signal coverage for their
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domain or trigger a domain-mismatch flag — i.e. where the suggestion adds the
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most value. Off = report every article that yields a suggestion.
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domain, are a suppressor candidate, or trigger a domain-mismatch/applicability
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flag — i.e. where the suggestion adds the most value. Off = report every
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article that yields a suggestion.
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.PARAMETER NoProse
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Ignore article prose; use only the `.al` samples as the construct source.
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.PARAMETER AsJson
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Emit a machine-readable JSON report instead of Markdown (for a future
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@ -53,6 +67,7 @@ param(
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[string] $Path,
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[int] $Top = 3,
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[switch] $OnlyGaps,
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[switch] $NoProse,
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[switch] $AsJson,
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[string] $SeedPath
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)
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@ -112,20 +127,69 @@ $stop = @{}
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function Get-ArticleFrontmatter {
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param([string[]] $Lines)
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if ($Lines.Count -lt 1 -or $Lines[0].Trim() -ne '---') { return $null }
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if (-not $Lines -or @($Lines).Count -lt 1 -or $Lines[0].Trim() -ne '---') { return $null }
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$fmEnd = -1
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for ($i = 1; $i -lt $Lines.Count; $i++) { if ($Lines[$i].Trim() -eq '---') { $fmEnd = $i; break } }
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if ($fmEnd -lt 0) { return $null }
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$domain = ''; $keywords = @(); $hasSignals = $false
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$domain = ''; $keywords = @(); $technologies = @(); $hasSignals = $false
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for ($i = 1; $i -lt $fmEnd; $i++) {
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if ($Lines[$i] -match '^\s*domain\s*:\s*(.+?)\s*$') { $domain = $Matches[1].Trim() }
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elseif ($Lines[$i] -match '^\s*keywords\s*:\s*\[(.*)\]\s*$') {
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$inner = $Matches[1].Trim()
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if ($inner) { $keywords = @($inner -split '\s*,\s*' | ForEach-Object { $_.Trim() }) }
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}
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elseif ($Lines[$i] -match '^\s*technologies\s*:\s*\[(.*)\]\s*$') {
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$inner = $Matches[1].Trim()
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if ($inner) { $technologies = @($inner -split '\s*,\s*' | ForEach-Object { $_.Trim().ToLowerInvariant() }) }
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}
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elseif ($Lines[$i] -match '^\s*signals\s*:') { $hasSignals = $true }
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}
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return [pscustomobject]@{ domain = $domain; keywords = $keywords; hasSignals = $hasSignals; fmEnd = $fmEnd }
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return [pscustomobject]@{ domain = $domain; keywords = $keywords; technologies = $technologies; hasSignals = $hasSignals; fmEnd = $fmEnd }
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}
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# A "suppressor" article exists to say a construct is NOT a violation of its
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# domain (e.g. page-display-is-not-a-privacy-concern). Its constructs should be
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# proposed as effect: suppress, not raise. Detected from the title/basename and
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# prose — but NOT prohibitions ("do-not-add-X" means X *is* a violation).
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function Test-SuppressorArticle {
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param([string] $BaseName, [string] $Body)
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$bn = $BaseName.ToLowerInvariant()
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if ($bn -match '^(do-not|dont|do-nt|avoid|never|no-inline|prevent|disallow|must-not)') { return $false }
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$suppressName = $bn -match '(is-not-a|is-not-an|not-a-violation|not-a-[a-z-]*concern|not-an-[a-z-]*issue|need-no|need-not|-allowed(-|$)|allowed-on|is-fine|is-acceptable|no-[a-z-]*concern|exempt)'
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if ($suppressName) { return $true }
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# Prose phrasing as a weaker secondary signal (first ~40 lines of body).
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$head = ($Body -split "`n" | Select-Object -First 40) -join "`n"
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if ($head -match '(?i)\b(is not a (violation|concern|problem|privacy)|not a violation|no .{0,20}concern|need no |perfectly (fine|acceptable)|is acceptable here|not flagged)\b') {
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# Guard against prohibition prose.
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if ($head -notmatch '(?i)\b(do not|don''t|avoid|never|must not|should not)\b') { return $true }
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}
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return $false
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}
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# Extract candidate AL constructs from ARTICLE PROSE: fenced ```al code blocks
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# (same shape as samples) and inline `code` spans that look like AL constructs.
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# Prose is a weaker source than a .al sample — used to reach the articles that
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# ship no samples, and to corroborate sample constructs.
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function Get-ProseConstructs {
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param([string] $Body)
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$out = @{}
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if (-not $Body) { return $out }
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# Fenced al/pascal code blocks.
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foreach ($m in [regex]::Matches($Body, '(?s)```(?:al|pascal)?\s*(.*?)```')) {
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foreach ($kv in (Get-SampleConstructs -Text $m.Groups[1].Value -IsBad:$false).GetEnumerator()) {
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if (-not $out.ContainsKey($kv.Key)) { $out[$kv.Key] = 0 }
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$out[$kv.Key] += $kv.Value.count
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}
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}
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# Inline code spans that are a single AL-construct-shaped token.
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foreach ($m in [regex]::Matches($Body, '`([A-Za-z][A-Za-z0-9]*)\s*(?:\(\))?`')) {
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$tok = $m.Groups[1].Value
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if ($tok -notmatch '^[A-Z][A-Za-z0-9]{2,}$') { continue }
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if ($stop.ContainsKey($tok.ToLowerInvariant())) { continue }
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if (-not $out.ContainsKey($tok)) { $out[$tok] = 0 }
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$out[$tok] += 1
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}
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return $out
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}
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# Extract candidate AL constructs from sample text: method calls (Foo(),
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@ -177,19 +241,42 @@ foreach ($layerDir in @('microsoft', 'community', 'custom')) {
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$fm = Get-ArticleFrontmatter -Lines $lines
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if (-not $fm) { return }
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$canonDomain = ConvertTo-CanonicalDomain $fm.domain
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$body = ($lines | Select-Object -Skip ($fm.fmEnd + 1)) -join "`n"
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$isSuppressor = Test-SuppressorArticle -BaseName $_.BaseName -Body $body
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# Collect constructs from co-located samples (good + bad).
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$constructs = @{}
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$sampleCount = 0
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foreach ($sample in Get-ChildItem -LiteralPath $_.DirectoryName -Filter "$($_.BaseName)*.al" -ErrorAction SilentlyContinue) {
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$sampleCount++
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$isBad = $sample.Name -match '\.bad\.al$'
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$text = Get-Content -LiteralPath $sample.FullName -Raw -ErrorAction SilentlyContinue
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foreach ($kv in (Get-SampleConstructs -Text $text -IsBad:$isBad).GetEnumerator()) {
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if (-not $constructs.ContainsKey($kv.Key)) { $constructs[$kv.Key] = @{ count = 0; inBad = $false } }
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if (-not $constructs.ContainsKey($kv.Key)) { $constructs[$kv.Key] = @{ count = 0; inBad = $false; prose = $false; sample = $false } }
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$constructs[$kv.Key].count += $kv.Value.count
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$constructs[$kv.Key].sample = $true
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if ($kv.Value.inBad) { $constructs[$kv.Key].inBad = $true }
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}
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}
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# Corroborate / fill gaps from prose (fenced al + inline code spans).
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if (-not $NoProse) {
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foreach ($kv in (Get-ProseConstructs -Body $body).GetEnumerator()) {
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if (-not $constructs.ContainsKey($kv.Key)) { $constructs[$kv.Key] = @{ count = 0; inBad = $false; prose = $false; sample = $false } }
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$constructs[$kv.Key].count += $kv.Value
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$constructs[$kv.Key].prose = $true
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}
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}
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# Applicability cross-check: samples/prose that use JavaScript / control
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# add-ins but `technologies` omits javascript (small but concrete).
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$applicability = $null
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$jsUse = @($constructs.Keys | Where-Object { $_ -in @('ControlAddIn','StartupScript','RecreateControls','Scripts') }).Count -gt 0
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if (-not $jsUse -and ($body -match '(?i)\bcontrol\s*add-?in\b|\.js\b|javascript')) { $jsUse = $true }
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if ($jsUse -and ($fm.technologies -notcontains 'javascript')) {
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$applicability = "samples/prose reference a JavaScript control add-in but 'technologies' does not list 'javascript'"
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}
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# Keyword set (normalized) for relatedness scoring.
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$kwset = @{}
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foreach ($k in $fm.keywords) { $kwset[($k -replace '-', '').ToLowerInvariant()] = $true }
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$score = [double]$constructs[$c].count
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if ($constructs[$c].inBad) { $score += 2 } # anti-pattern construct
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if ($kwset.ContainsKey($lc)) { $score += 3 } # backed by a declared keyword
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if ($constructs[$c].sample) { $score += 1 } # seen in an actual sample
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[pscustomobject]@{
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token = $c; score = $score; inBad = $constructs[$c].inBad
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keywordBacked = $kwset.ContainsKey($lc)
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proseOnly = ($constructs[$c].prose -and -not $constructs[$c].sample)
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seedDomain = $seedDomain
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alreadyRoutes = ($seedDomain -eq $canonDomain)
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}
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# Domain-mismatch flag: among candidates already known to the seed,
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# what domain dominates? If it disagrees with the declared domain,
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# the article's code looks like it belongs elsewhere.
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# the article's code looks like it belongs elsewhere. Skipped for
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# suppressor articles, which deliberately reference other domains.
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$seedMatched = @($cands | Where-Object { $_.seedDomain })
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$mismatch = $null
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if ($seedMatched.Count -ge 2) {
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if (-not $isSuppressor -and $seedMatched.Count -ge 2) {
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$byDom = $seedMatched | Group-Object seedDomain | Sort-Object Count -Descending
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$dominant = $byDom[0]
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if ($dominant.Name -ne $canonDomain -and $dominant.Count -ge 2) {
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}
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}
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# Proposals: the highest-value NEW triggers = not already routed to
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# this domain by the seed. Prefer keyword-backed / anti-pattern ones.
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$proposals = @($cands | Where-Object { -not $_.alreadyRoutes } | Select-Object -First $Top)
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# Proposals: for a suppressor, the highest-value constructs (they say
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# "seeing this here is fine") become effect: suppress. For a normal
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# article, the highest-value NEW triggers = not already routed here.
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$effect = if ($isSuppressor) { 'suppress' } else { 'raise' }
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$proposals = @(if ($isSuppressor) {
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@($cands | Select-Object -First $Top)
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} else {
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@($cands | Where-Object { -not $_.alreadyRoutes } | Select-Object -First $Top)
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})
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# Keyword suggestions: strong proposed tokens not already a keyword.
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$keywordSuggestions = @($proposals | Where-Object { -not $_.keywordBacked } | ForEach-Object { $_.token } | Select-Object -First 3)
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$domainHasSeed = ($seedByToken.Values -contains $canonDomain)
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$isGap = (-not $domainHasSeed) -or ($mismatch) -or (-not $fm.hasSignals -and $proposals.Count -gt 0)
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$isGap = (-not $domainHasSeed) -or ($mismatch) -or ($applicability) -or ($isSuppressor) -or (-not $fm.hasSignals -and $proposals.Count -gt 0)
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if ($proposals.Count -eq 0 -and -not $mismatch) { return }
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if ($proposals.Count -eq 0 -and -not $mismatch -and -not $applicability) { return }
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if ($OnlyGaps -and -not $isGap) { return }
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$reports.Add([pscustomobject]@{
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path = $rel; layer = $layerDir; domain = $canonDomain; rawDomain = $fm.domain
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hasSignals = $fm.hasSignals; domainHasSeed = $domainHasSeed
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suppressor = $isSuppressor; effect = $effect
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sampleCount = $sampleCount
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mismatch = $mismatch
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applicability = $applicability
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keywordSuggestions = $keywordSuggestions
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proposals = @($proposals | ForEach-Object {
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[pscustomobject]@{
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token = $_.token
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pattern = '\b' + [regex]::Escape($_.token) + '\b'
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effect = $effect
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keywordBacked = $_.keywordBacked
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inBad = $_.inBad
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proseOnly = $_.proseOnly
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note = if ($_.seedDomain) { "also seen in seed domain '$($_.seedDomain)'" } else { 'new construct' }
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}
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})
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$flagged = @($reports | Where-Object { $_.mismatch }).Count
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$zeroDomain = @($reports | Where-Object { -not $_.domainHasSeed }).Count
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$suppressors = @($reports | Where-Object { $_.suppressor }).Count
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$applic = @($reports | Where-Object { $_.applicability }).Count
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Write-Host ""
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Write-Host "BCQuality authoring-assist (prototype) — SUGGESTIONS ONLY, nothing written." -ForegroundColor Cyan
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Write-Host ("Articles with suggestions: {0} Domain-mismatch flags: {1} In zero-signal domains: {2}" -f $reports.Count, $flagged, $zeroDomain)
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Write-Host ("Articles with suggestions: {0} Suppressor articles: {1} Domain-mismatch: {2} Applicability: {3} Zero-signal domain: {4}" -f $reports.Count, $suppressors, $flagged, $applic, $zeroDomain)
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if ($Path) { Write-Host ("Filter: *{0}*" -f $Path) }
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Write-Host ("-" * 78)
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foreach ($r in ($reports | Sort-Object domain, path)) {
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Write-Host ""
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Write-Host $r.path -ForegroundColor White
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$title = if ($r.suppressor) { "$($r.path) [SUPPRESSOR]" } else { $r.path }
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Write-Host $title -ForegroundColor White
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$domNote = if (-not $r.domainHasSeed) { " [zero-signal domain]" } else { "" }
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Write-Host (" domain: {0}{1} existing signals: {2}" -f $r.domain, $domNote, $(if ($r.hasSignals) { 'yes' } else { 'none' }))
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Write-Host (" domain: {0}{1} existing signals: {2} samples: {3}" -f $r.domain, $domNote, $(if ($r.hasSignals) { 'yes' } else { 'none' }), $r.sampleCount)
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if ($r.mismatch) { Write-Host (" ⚠ domain check: {0}" -f $r.mismatch) -ForegroundColor Yellow }
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if ($r.applicability) { Write-Host (" ⚠ applicability: {0}" -f $r.applicability) -ForegroundColor Yellow }
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if ($r.proposals.Count -gt 0) {
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Write-Host " proposed signals: front-matter block ->" -ForegroundColor Green
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$kind = if ($r.suppressor) { "SUPPRESS (this construct is NOT a violation here)" } else { "RAISE" }
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Write-Host (" proposed signals [{0}]: front-matter block ->" -f $kind) -ForegroundColor Green
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Write-Host " signals:"
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foreach ($p in $r.proposals) {
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$why = @(); if ($p.keywordBacked) { $why += 'keyword-backed' }; if ($p.inBad) { $why += 'anti-pattern sample' }
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$why = @()
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if ($p.keywordBacked) { $why += 'keyword-backed' }
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if ($p.inBad) { $why += 'anti-pattern sample' }
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if ($p.proseOnly) { $why += 'from prose' }
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$whyStr = if ($why) { " # " + ($why -join ', ') } else { "" }
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Write-Host (" - {0}{1}" -f $p.token, $whyStr)
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if ($r.suppressor) {
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Write-Host (" - token: {0}{1}" -f $p.token, $whyStr)
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Write-Host " effect: suppress"
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} else {
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Write-Host (" - {0}{1}" -f $p.token, $whyStr)
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}
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}
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}
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if ($r.keywordSuggestions.Count -gt 0) {
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Write-Host (" keyword idea: consider adding to 'keywords': {0}" -f ([string]::Join(', ', @($r.keywordSuggestions | ForEach-Object { ($_ -creplace '(?<!^)(?=[A-Z])', '-').ToLowerInvariant() })))) -ForegroundColor DarkCyan
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}
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}
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Write-Host ""
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Write-Host "Review each suggestion; add the ones that fit via a normal PR. R24 + CI validate the shape." -ForegroundColor DarkGray
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@ -20,17 +20,37 @@ critical work we don't want to guess at. This tool lowers that authoring cost.
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## What it does
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For each article it reads the article's own co-located `good`/`bad` `.al` samples
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plus its front-matter, extracts candidate AL constructs, and emits:
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**and its prose** (inline `` `code` `` spans + fenced ```` ```al ```` blocks), plus
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its front-matter, extracts candidate AL constructs, and emits:
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1. **Proposed `signals:` block** — the highest-value constructs that are *not*
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already routed to the article's domain by `routing-seed.json`. Constructs are
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ranked by: keyword-backed (+3), appears in the `.bad.al` anti-pattern sample
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(+2), frequency. Sample-local scaffolding (procedure/object names) and
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structural AL vocabulary (types, control-flow, object kinds) are filtered out.
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2. **Domain-mismatch flag** — when ≥2 of an article's sample constructs are known
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(+2), seen in an actual sample (+1), frequency. Sample-local scaffolding
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(procedure/object names) and structural AL vocabulary (types, control-flow,
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object kinds) are filtered out.
|
||||
2. **Suppressor (`effect: suppress`) proposals** — when an article exists to say a
|
||||
construct is **not** a violation of its domain (detected from the title/basename
|
||||
and prose, e.g. `page-display-is-not-a-privacy-concern`), its constructs are
|
||||
proposed as `effect: suppress` (mapping form) instead of raise. A suppress hit
|
||||
*dampens* the domain score in the orchestrator rather than raising it, directly
|
||||
attacking the over-firing (precision) problem. Prohibitions (`do-not-…`,
|
||||
`avoid-…`) are explicitly **excluded** — those describe a real violation.
|
||||
3. **Domain-mismatch flag** — when ≥2 of an article's sample constructs are known
|
||||
to the seed and they route to a *different* domain than the article declares
|
||||
(e.g. an `events/` article whose sample is all `TryFunction`/`Error`). A soft
|
||||
advisory prompting the author to confirm the domain or add a cross-domain signal.
|
||||
Skipped for suppressor articles, which deliberately reference other domains.
|
||||
4. **Applicability note** — flags samples/prose that use a JavaScript control add-in
|
||||
when `technologies` omits `javascript`. Small but concrete; kept minimal because
|
||||
the technologies vocabulary is tiny (`al`/`javascript`).
|
||||
5. **Keyword suggestions** — strong proposed constructs not already present in the
|
||||
article's `keywords` list, surfaced as an advisory "consider adding".
|
||||
|
||||
**Prose mining** matters for the ~17% of articles that ship no `.al` samples at all
|
||||
(including most suppressor articles): their constructs are recovered from the prose
|
||||
and marked `proseOnly` so a reviewer knows the weaker provenance. Use `-NoProse` to
|
||||
restrict the source to samples only.
|
||||
|
||||
It is **deterministic, offline, and open**: no feedback/telemetry data, so the
|
||||
community can run it against `community/` and `custom/` layers too.
|
||||
|
|
@ -45,15 +65,18 @@ tools/Suggest-ArticleSignals.ps1
|
|||
tools/Suggest-ArticleSignals.ps1 -Path knowledge/style
|
||||
tools/Suggest-ArticleSignals.ps1 -Path avoid-commit-inside-loops
|
||||
|
||||
# Only the high-value cases (zero-signal domains + mismatch flags)
|
||||
# Only the high-value cases (zero-signal domains, suppressors, mismatch/applicability)
|
||||
tools/Suggest-ArticleSignals.ps1 -OnlyGaps
|
||||
|
||||
# Samples-only (ignore article prose)
|
||||
tools/Suggest-ArticleSignals.ps1 -NoProse
|
||||
|
||||
# Machine-readable (for a future automated PR advisory to consume)
|
||||
tools/Suggest-ArticleSignals.ps1 -AsJson
|
||||
```
|
||||
|
||||
Key parameters: `-Top <n>` (max signals per article, default 3), `-BCQualityRoot`,
|
||||
`-SeedPath`.
|
||||
Key parameters: `-Top <n>` (max signals per article, default 3), `-NoProse`,
|
||||
`-BCQualityRoot`, `-SeedPath`.
|
||||
|
||||
## Guardrails (why it only suggests)
|
||||
|
||||
|
|
@ -61,7 +84,8 @@ Key parameters: `-Top <n>` (max signals per article, default 3), `-BCQualityRoot
|
|||
would inject the same noise we're trying to remove and would bypass CODEOWNERS
|
||||
review. So the tool emits a proposal an author eyeballs and adds via a normal PR;
|
||||
[`validate_frontmatter.py` R24](../.github/scripts/validate_frontmatter.py) + CI +
|
||||
human review remain the gate. Proposed bare-token blocks satisfy R24 as-is.
|
||||
human review remain the gate. Both proposed bare-token (raise) and mapping-form
|
||||
(`effect: suppress`) blocks satisfy R24 as-is.
|
||||
|
||||
## Relationship to the feedback-driven engine (later, Tier-2)
|
||||
|
||||
|
|
|
|||
Loading…
Add table
Add a link
Reference in a new issue