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cc committed 2026-04-11 17:14:34 +08:00
1 parent 9d3d38fa7e
commit ff33242887
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@@ -232,6 +232,99 @@ interface SessionDetailExtra {
type SessionDetail = SessionDetailFast & SessionDetailExtra
interface MyFootprintSummary {
private_inbound_people: number
private_replied_people: number
private_outbound_people: number
private_reply_rate: number
mention_count: number
mention_group_count: number
}
interface MyFootprintPrivateSession {
session_id: string
incoming_count: number
outgoing_count: number
replied: boolean
first_incoming_ts: number
first_reply_ts: number
latest_ts: number
anchor_local_id: number
anchor_create_time: number
displayName?: string
avatarUrl?: string
}
interface MyFootprintPrivateSegment {
session_id: string
segment_index: number
start_ts: number
end_ts: number
duration_sec: number
incoming_count: number
outgoing_count: number
message_count: number
replied: boolean
first_incoming_ts: number
first_reply_ts: number
latest_ts: number
anchor_local_id: number
anchor_create_time: number
displayName?: string
avatarUrl?: string
}
interface MyFootprintMentionItem {
session_id: string
local_id: number
create_time: number
sender_username: string
message_content: string
source: string
sessionDisplayName?: string
senderDisplayName?: string
senderAvatarUrl?: string
}
interface MyFootprintMentionGroup {
session_id: string
count: number
latest_ts: number
displayName?: string
avatarUrl?: string
}
interface MyFootprintDiagnostics {
truncated: boolean
scanned_dbs: number
elapsed_ms: number
mention_truncated?: boolean
private_truncated?: boolean
native_ms?: number
source_filter_ms?: number
fallback_ms?: number
enrich_ms?: number
pipeline_ms?: number
fallback_used?: boolean
private_limit_effective?: number
mention_candidate_limit?: number
native_mention_candidates?: number
source_filtered_mentions?: number
private_session_count?: number
group_session_count?: number
native_passes?: number
native_group_chunks?: number
}
interface MyFootprintData {
summary: MyFootprintSummary
private_sessions: MyFootprintPrivateSession[]
private_segments: MyFootprintPrivateSegment[]
mentions: MyFootprintMentionItem[]
mention_groups: MyFootprintMentionGroup[]
diagnostics: MyFootprintDiagnostics
}
// 表情包缓存
const emojiCache: Map<string, string> = new Map()
const emojiDownloading: Map<string, Promise<string | null>> = new Map()
@@ -5719,12 +5812,13 @@ class ChatService {
// 如果是字符串
if (typeof raw === 'string') {
if (raw.length === 0) return ''
const compactRaw = this.compactEncodedPayload(raw)
// 检查是否是 hex 编码
// 只有当字符串足够长(超过16字符)且看起来像 hex 时才尝试解码
// 短字符串(如 "123456" 等纯数字)容易被误判为 hex
if (raw.length > 16 && this.looksLikeHex(raw)) {
const bytes = Buffer.from(raw, 'hex')
if (compactRaw.length > 16 && this.looksLikeHex(compactRaw)) {
const bytes = Buffer.from(compactRaw, 'hex')
if (bytes.length > 0) {
const result = this.decodeBinaryContent(bytes, raw)
//
@@ -5735,9 +5829,9 @@ class ChatService {
// 检查是否是 base64 编码
// 只有当字符串足够长(超过16字符)且看起来像 base64 时才尝试解码
// 短字符串(如 "test", "home" 等)容易被误判为 base64
if (raw.length > 16 && this.looksLikeBase64(raw)) {
if (compactRaw.length > 16 && this.looksLikeBase64(compactRaw)) {
try {
const bytes = Buffer.from(raw, 'base64')
const bytes = Buffer.from(compactRaw, 'base64')
return this.decodeBinaryContent(bytes, raw)
} catch { }
}
@@ -5796,16 +5890,22 @@ class ChatService {
* 检查是否像 hex 编码
*/
private looksLikeHex(s: string): boolean {
if (s.length % 2 !== 0) return false
return /^[0-9a-fA-F]+$/.test(s)
const compact = this.compactEncodedPayload(s)
if (compact.length % 2 !== 0) return false
return /^[0-9a-fA-F]+$/.test(compact)
}
/**
* 检查是否像 base64 编码
*/
private looksLikeBase64(s: string): boolean {
if (s.length % 4 !== 0) return false
return /^[A-Za-z0-9+/=]+$/.test(s)
const compact = this.compactEncodedPayload(s)
if (compact.length % 4 !== 0) return false
return /^[A-Za-z0-9+/=]+$/.test(compact)
}
private compactEncodedPayload(raw: string): string {
return String(raw || '').replace(/\s+/g, '').trim()
}
private shouldKeepSession(username: string): boolean {
@@ -7828,6 +7928,552 @@ class ChatService {
}
}
async getMyFootprintStats(
beginTimestamp: number,
endTimestamp: number,
options?: {
myWxid?: string
privateSessionIds?: string[]
groupSessionIds?: string[]
mentionLimit?: number
privateLimit?: number
mentionMode?: 'text_at_me' | string
}
): Promise<{ success: boolean; data?: MyFootprintData; error?: string }> {
try {
const connectResult = await this.ensureConnected()
if (!connectResult.success) {
return { success: false, error: connectResult.error || '数据库未连接' }
}
const begin = this.normalizeTimestampSeconds(beginTimestamp)
const end = this.normalizeTimestampSeconds(endTimestamp)
const normalizedEnd = begin > 0 && end > 0 && end < begin ? begin : end
const mentionLimitRaw = Number(options?.mentionLimit ?? 0)
const privateLimitRaw = Number(options?.privateLimit ?? 0)
const mentionLimit = Number.isFinite(mentionLimitRaw) && mentionLimitRaw >= 0
? Math.floor(mentionLimitRaw)
: 0
const privateLimit = Number.isFinite(privateLimitRaw) && privateLimitRaw >= 0
? Math.floor(privateLimitRaw)
: 0
let myWxid = String(options?.myWxid || '').trim()
if (!myWxid) {
myWxid = String(this.configService.get('myWxid') || '').trim()
}
if (!myWxid) {
return { success: false, error: '未识别当前账号 wxid' }
}
let privateSessionIds = Array.isArray(options?.privateSessionIds)
? options!.privateSessionIds!.map((value) => String(value || '').trim()).filter(Boolean)
: []
let groupSessionIds = Array.isArray(options?.groupSessionIds)
? options!.groupSessionIds!.map((value) => String(value || '').trim()).filter(Boolean)
: []
const hasExplicitGroupScope = Array.isArray(options?.groupSessionIds)
&& options!.groupSessionIds!.some((value) => String(value || '').trim().length > 0)
if (privateSessionIds.length === 0 && groupSessionIds.length === 0) {
const sessionsResult = await wcdbService.getSessions()
if (!sessionsResult.success || !Array.isArray(sessionsResult.sessions)) {
return { success: false, error: sessionsResult.error || '读取会话列表失败' }
}
for (const session of sessionsResult.sessions as Array<Record<string, any>>) {
const sessionId = String(session.username || session.user_name || '').trim()
if (!sessionId) continue
const sessionLastTs = this.normalizeTimestampSeconds(
Number(session.lastTimestamp || session.sortTimestamp || 0)
)
if (sessionId.endsWith('@chatroom')) {
groupSessionIds.push(sessionId)
} else {
if (!this.shouldKeepSession(sessionId)) continue
if (begin > 0 && sessionLastTs > 0 && sessionLastTs < begin) continue
privateSessionIds.push(sessionId)
}
}
}
privateSessionIds = Array.from(new Set(
privateSessionIds
.map((value) => String(value || '').trim())
.filter((value) => value && !value.endsWith('@chatroom') && this.shouldKeepSession(value))
))
groupSessionIds = Array.from(new Set(
groupSessionIds
.map((value) => String(value || '').trim())
.filter((value) => value && value.endsWith('@chatroom'))
))
if (!hasExplicitGroupScope) {
groupSessionIds = await this.resolveMyFootprintGroupSessionIds(groupSessionIds, begin, normalizedEnd)
}
privateSessionIds = await this.filterMyFootprintPrivateSessions(privateSessionIds)
let data: MyFootprintData | null = null
const effectivePrivateLimit = privateLimit
// native 候选上限:0 表示不截断候选,确保前端 source 二次过滤有完整输入
const nativeMentionCandidateLimit = 0
let nativePasses = 0
const candidateLimitUsed = nativeMentionCandidateLimit
let nativeGroupChunks = 0
const runNativePass = async (passOptions: {
label: string
passPrivateSessionIds: string[]
passGroupSessionIds: string[]
candidateLimit: number
passPrivateLimit: number
}): Promise<MyFootprintData> => {
nativePasses += 1
const nativeResult = await wcdbService.getMyFootprintStats({
beginTimestamp: begin,
endTimestamp: normalizedEnd,
myWxid,
privateSessionIds: passOptions.passPrivateSessionIds,
groupSessionIds: passOptions.passGroupSessionIds,
mentionLimit: passOptions.candidateLimit,
privateLimit: passOptions.passPrivateLimit,
mentionMode: options?.mentionMode || 'text_at_me'
})
if (!nativeResult.success || !nativeResult.data) {
throw new Error(nativeResult.error || '获取我的足迹统计失败')
}
const normalized = this.normalizeMyFootprintData(nativeResult.data)
return normalized
}
const runGroupPasses = async (targetGroupSessionIds: string[]): Promise<{ raw: MyFootprintData | null; chunks: number }> => {
if (!Array.isArray(targetGroupSessionIds) || targetGroupSessionIds.length === 0) {
return { raw: null, chunks: 0 }
}
const singleGroupThresholdRaw = Number(process.env.WEFLOW_MY_FOOTPRINT_SINGLE_GROUP_THRESHOLD || 40)
const singleGroupThreshold = Number.isFinite(singleGroupThresholdRaw) && singleGroupThresholdRaw >= 1
? Math.floor(singleGroupThresholdRaw)
: 40
let aggregated: MyFootprintData | null = null
let chunks = 0
if (targetGroupSessionIds.length <= singleGroupThreshold) {
chunks = targetGroupSessionIds.length
for (const sessionId of targetGroupSessionIds) {
const chunkRaw = await runNativePass({
label: `group-single:${sessionId}`,
passPrivateSessionIds: [],
passGroupSessionIds: [sessionId],
candidateLimit: candidateLimitUsed,
passPrivateLimit: 0
})
aggregated = aggregated
? this.mergeMyFootprintMentionResult(aggregated, chunkRaw)
: chunkRaw
}
} else {
const groupChunks = splitGroupSessionsForNative(targetGroupSessionIds)
chunks = groupChunks.length
for (const chunk of groupChunks) {
const chunkRaw = await runNativePass({
label: `group-chunk:${chunk[0] || ''}..(${chunk.length})`,
passPrivateSessionIds: [],
passGroupSessionIds: chunk,
candidateLimit: candidateLimitUsed,
passPrivateLimit: 0
})
aggregated = aggregated
? this.mergeMyFootprintMentionResult(aggregated, chunkRaw)
: chunkRaw
}
}
return { raw: aggregated, chunks }
}
const splitGroupSessionsForNative = (sessionIds: string[]): string[][] => {
const normalized = Array.from(new Set(
(sessionIds || [])
.map((value) => String(value || '').trim())
.filter((value) => value.endsWith('@chatroom'))
))
if (normalized.length === 0) return []
// 规避 native options_json 可能存在的固定缓冲上限:按 payload 字节安全分块。
// 这不是降级或裁剪范围,而是完整遍历所有群并做结果合并。
const maxBytesRaw = Number(process.env.WEFLOW_MY_FOOTPRINT_GROUP_OPTIONS_MAX_BYTES || 900)
const maxBytes = Number.isFinite(maxBytesRaw) && maxBytesRaw >= 512
? Math.floor(maxBytesRaw)
: 900
const estimateBytes = (groups: string[]): number => Buffer.byteLength(JSON.stringify({
begin,
end: normalizedEnd,
my_wxid: myWxid,
private_session_ids: [],
group_session_ids: groups,
mention_limit: candidateLimitUsed,
private_limit: 0,
mention_mode: options?.mentionMode || 'text_at_me'
}), 'utf8')
const chunks: string[][] = []
let current: string[] = []
for (const sessionId of normalized) {
if (current.length === 0) {
current.push(sessionId)
continue
}
const next = [...current, sessionId]
if (estimateBytes(next) > maxBytes) {
chunks.push(current)
current = [sessionId]
} else {
current = next
}
}
if (current.length > 0) chunks.push(current)
return chunks
}
let privateNativeRaw: MyFootprintData | null = null
let mentionNativeRaw: MyFootprintData | null = null
if (privateSessionIds.length > 0) {
privateNativeRaw = await runNativePass({
label: 'private',
passPrivateSessionIds: privateSessionIds,
passGroupSessionIds: [],
candidateLimit: 0,
passPrivateLimit: effectivePrivateLimit
})
}
if (groupSessionIds.length > 0) {
const firstPass = await runGroupPasses(groupSessionIds)
mentionNativeRaw = firstPass.raw
nativeGroupChunks = firstPass.chunks
if ((mentionNativeRaw?.mentions.length || 0) === 0) {
const probeIndexes = Array.from(new Set([
0,
Math.floor(groupSessionIds.length / 2),
groupSessionIds.length - 1
])).filter((index) => index >= 0 && index < groupSessionIds.length)
let probeHit = false
for (const index of probeIndexes) {
const sessionId = groupSessionIds[index]
const probeRaw = await runNativePass({
label: `group-probe:${sessionId}`,
passPrivateSessionIds: [],
passGroupSessionIds: [sessionId],
candidateLimit: candidateLimitUsed,
passPrivateLimit: 0
})
if (probeRaw.mentions.length > 0 || probeRaw.summary.mention_count > 0) {
probeHit = true
break
}
}
if (probeHit) {
await wcdbService.getSessions().catch(() => ({ success: false }))
const retryPass = await runGroupPasses(groupSessionIds)
mentionNativeRaw = retryPass.raw
nativeGroupChunks = retryPass.chunks
}
}
}
let nativeRaw = privateNativeRaw || mentionNativeRaw || this.normalizeMyFootprintData({})
if (privateNativeRaw && mentionNativeRaw) {
nativeRaw = this.mergeMyFootprintMentionResult(privateNativeRaw, mentionNativeRaw)
}
data = this.filterMyFootprintMentionsBySource(nativeRaw, myWxid, mentionLimit)
if (privateSessionIds.length > 0 && data.private_segments.length === 0) {
const privateSegments = await this.rebuildMyFootprintPrivateSegments({
begin,
end: normalizedEnd,
myWxid,
privateSessionIds
})
if (privateSegments.length > 0) {
data = {
...data,
private_segments: privateSegments
}
}
}
if (data.mentions.length === 0) {
if (this.shouldRunMyFootprintHeavyDebug()) {
const privatePassRawMentions = privateNativeRaw?.mentions.length || 0
const mentionPassRawMentions = mentionNativeRaw?.mentions.length || 0
console.warn(
`[MyFootprint][diag] zero filtered mentions begin=${begin} end=${normalizedEnd} groups=${groupSessionIds.length} raw=${nativeRaw.mentions.length} splitRaw(private=${privatePassRawMentions},group=${mentionPassRawMentions}) passes=${nativePasses} groupChunks=${nativeGroupChunks}`
)
await this.printMyFootprintNativeLogs('zero_filtered_mentions')
await this.logMyFootprintNativeQuickProbe({
begin,
end: normalizedEnd,
myWxid,
groupSessionIds,
mentionMode: options?.mentionMode || 'text_at_me'
})
await this.logMyFootprintZeroMentionDebug({
begin,
end: normalizedEnd,
myWxid,
groupSessionIds,
nativeData: nativeRaw
})
}
}
const enriched = await this.enrichMyFootprintData(data)
return { success: true, data: enriched }
} catch (error) {
console.error('[ChatService] 获取我的足迹统计失败:', error)
return { success: false, error: String(error) }
}
}
private async logMyFootprintNativeQuickProbe(params: {
begin: number
end: number
myWxid: string
groupSessionIds: string[]
mentionMode: string
}): Promise<void> {
try {
const groups = Array.from(new Set(
(params.groupSessionIds || [])
.map((value) => String(value || '').trim())
.filter((value) => value.endsWith('@chatroom'))
))
if (groups.length === 0) {
console.warn('[MyFootprint][native-quick] skipped: no groups')
return
}
const indices = Array.from(new Set([
0,
Math.floor(groups.length / 2),
groups.length - 1
])).filter((index) => index >= 0 && index < groups.length)
for (const index of indices) {
const sessionId = groups[index]
const result = await wcdbService.getMyFootprintStats({
beginTimestamp: params.begin,
endTimestamp: params.end,
myWxid: params.myWxid,
privateSessionIds: [],
groupSessionIds: [sessionId],
mentionLimit: 0,
privateLimit: 0,
mentionMode: params.mentionMode
})
if (!result.success || !result.data) {
console.warn(
`[MyFootprint][native-quick][${index + 1}/${groups.length}][${sessionId}] fail err=${result.error || 'unknown'}`
)
continue
}
const raw = this.normalizeMyFootprintData(result.data)
console.warn(
`[MyFootprint][native-quick][${index + 1}/${groups.length}][${sessionId}] mentions=${raw.mentions.length} mentionGroups=${raw.mention_groups.length} summaryMention=${raw.summary.mention_count} diagScanned=${raw.diagnostics.scanned_dbs} diagElapsed=${raw.diagnostics.elapsed_ms}`
)
}
} catch (error) {
console.warn('[MyFootprint][native-quick] exception:', error)
}
}
private async rebuildMyFootprintPrivateSegments(params: {
begin: number
end: number
myWxid: string
privateSessionIds: string[]
}): Promise<MyFootprintPrivateSegment[]> {
const sessionGapSeconds = 10 * 60
const segments: MyFootprintPrivateSegment[] = []
type WorkingSegment = {
segment_index: number
start_ts: number
end_ts: number
incoming_count: number
outgoing_count: number
first_incoming_ts: number
first_reply_ts: number
anchor_local_id: number
anchor_create_time: number
latest_local_id: number
latest_create_time: number
}
for (const sessionId of params.privateSessionIds) {
const cursorResult = await wcdbService.openMessageCursorLite(
sessionId,
360,
true,
params.begin,
params.end
)
if (!cursorResult.success || !cursorResult.cursor) continue
let segmentCursor = 0
let active: WorkingSegment | null = null
let lastMessageTs = 0
const commit = () => {
if (!active) return
const startTs = active.start_ts > 0 ? active.start_ts : active.anchor_create_time
const endTs = active.end_ts > 0 ? active.end_ts : startTs
const incoming = Math.max(0, active.incoming_count)
const outgoing = Math.max(0, active.outgoing_count)
const messageCount = incoming + outgoing
if (startTs > 0 && messageCount > 0) {
segments.push({
session_id: sessionId,
segment_index: active.segment_index,
start_ts: startTs,
end_ts: endTs,
duration_sec: Math.max(0, endTs - startTs),
incoming_count: incoming,
outgoing_count: outgoing,
message_count: messageCount,
replied: incoming > 0 && outgoing > 0,
first_incoming_ts: active.first_incoming_ts,
first_reply_ts: active.first_reply_ts,
latest_ts: endTs,
anchor_local_id: active.anchor_local_id,
anchor_create_time: startTs
})
}
active = null
}
let hasMore = true
try {
while (hasMore) {
const batchResult = await wcdbService.fetchMessageBatch(cursorResult.cursor)
if (!batchResult.success || !Array.isArray(batchResult.rows)) break
hasMore = Boolean(batchResult.hasMore)
for (const row of batchResult.rows as Array<Record<string, any>>) {
const createTime = this.toSafeInt(row.create_time, 0)
const localId = this.toSafeInt(row.local_id, 0)
const isSend = this.resolveFootprintRowIsSend(row, params.myWxid)
if (createTime > 0) {
const needNew = !active || (lastMessageTs > 0 && createTime - lastMessageTs > sessionGapSeconds)
if (needNew) {
commit()
segmentCursor += 1
active = {
segment_index: segmentCursor,
start_ts: createTime,
end_ts: createTime,
incoming_count: 0,
outgoing_count: 0,
first_incoming_ts: 0,
first_reply_ts: 0,
anchor_local_id: localId,
anchor_create_time: createTime,
latest_local_id: localId,
latest_create_time: createTime
}
}
} else if (!active) {
segmentCursor += 1
active = {
segment_index: segmentCursor,
start_ts: 0,
end_ts: 0,
incoming_count: 0,
outgoing_count: 0,
first_incoming_ts: 0,
first_reply_ts: 0,
anchor_local_id: localId,
anchor_create_time: 0,
latest_local_id: localId,
latest_create_time: 0
}
}
if (isSend) {
if (active) {
active.outgoing_count += 1
if (
createTime > 0
&& active.first_incoming_ts > 0
&& createTime >= active.first_incoming_ts
&& active.first_reply_ts <= 0
) {
active.first_reply_ts = createTime
}
}
} else if (active) {
active.incoming_count += 1
if (active.first_incoming_ts <= 0 || (createTime > 0 && createTime < active.first_incoming_ts)) {
active.first_incoming_ts = createTime
}
}
if (active && createTime > 0) {
active.end_ts = createTime
active.latest_create_time = createTime
active.latest_local_id = localId
lastMessageTs = createTime
}
}
}
} finally {
await wcdbService.closeMessageCursor(cursorResult.cursor).catch(() => {})
}
commit()
}
return segments.sort((a, b) => {
if (a.start_ts !== b.start_ts) return a.start_ts - b.start_ts
if (a.session_id !== b.session_id) return a.session_id.localeCompare(b.session_id)
return a.segment_index - b.segment_index
})
}
async exportMyFootprint(
beginTimestamp: number,
endTimestamp: number,
format: 'csv' | 'json',
filePath: string
): Promise<{ success: boolean; filePath?: string; error?: string }> {
try {
const normalizedFormat = String(format || '').toLowerCase() === 'csv' ? 'csv' : 'json'
const targetPath = String(filePath || '').trim()
if (!targetPath) {
return { success: false, error: '导出路径不能为空' }
}
const statsResult = await this.getMyFootprintStats(beginTimestamp, endTimestamp)
if (!statsResult.success || !statsResult.data) {
return { success: false, error: statsResult.error || '导出前获取统计失败' }
}
mkdirSync(dirname(targetPath), { recursive: true })
if (normalizedFormat === 'json') {
writeFileSync(targetPath, JSON.stringify(statsResult.data, null, 2), 'utf-8')
} else {
const csv = this.buildMyFootprintCsv(statsResult.data)
writeFileSync(targetPath, `\uFEFF${csv}`, 'utf-8')
}
return { success: true, filePath: targetPath }
} catch (error) {
console.error('[ChatService] 导出我的足迹失败:', error)
return { success: false, error: String(error) }
}
}
async getMessageById(sessionId: string, localId: number): Promise<{ success: boolean; message?: Message; error?: string }> {
try {
const nativeResult = await wcdbService.getMessageById(sessionId, localId)
@@ -7885,6 +8531,1637 @@ class ChatService {
}
}
private normalizeTimestampSeconds(value: number): number {
const numeric = Number(value || 0)
if (!Number.isFinite(numeric) || numeric <= 0) return 0
return numeric > 1e12 ? Math.floor(numeric / 1000) : Math.floor(numeric)
}
private toSafeInt(value: unknown, fallback = 0): number {
const parsed = Number.parseInt(String(value ?? '').trim(), 10)
return Number.isFinite(parsed) ? parsed : fallback
}
private toSafeNumber(value: unknown, fallback = 0): number {
const parsed = Number(value)
return Number.isFinite(parsed) ? parsed : fallback
}
private resolveFootprintRowIsSend(row: Record<string, any>, myWxid: string): boolean {
const raw = row.computed_is_send ?? row.is_send
if (raw === 1 || raw === '1' || raw === true || raw === 'true') return true
if (raw === 0 || raw === '0' || raw === false || raw === 'false') return false
const senderUsername = String(row.sender_username || row.senderUsername || '').trim()
return Boolean(senderUsername && myWxid && senderUsername === myWxid)
}
private splitAtUserList(raw: string): string[] {
const tokens = String(raw || '')
.split(/[,\s;|]+/g)
.map((token) => token.trim().replace(/^@+/, '').replace(/^["']+|["']+$/g, ''))
.filter(Boolean)
return Array.from(new Set(tokens))
}
private containsAtSign(text: string): boolean {
if (!text) return false
return text.includes('@') || text.includes('@')
}
private footprintMessageLikelyContainsAt(rawContent: unknown): boolean {
if (rawContent === null || rawContent === undefined) return false
const text = typeof rawContent === 'string' ? rawContent : String(rawContent || '')
return this.containsAtSign(text)
}
private matchesMyFootprintIdentity(rawToken: string, identitySet: Set<string>): boolean {
const token = String(rawToken || '').trim().replace(/^@+/, '')
if (!token) return false
const normalizedCandidates = new Set<string>()
const addCandidate = (value: string) => {
const normalized = String(value || '').trim().toLowerCase()
if (!normalized) return
normalizedCandidates.add(normalized)
}
addCandidate(token)
addCandidate(token.replace(/@chatroom$/i, ''))
addCandidate(token.replace(/@openim$/i, ''))
for (const candidate of normalizedCandidates) {
if (!candidate) continue
for (const selfId of identitySet) {
if (!selfId) continue
if (candidate === selfId) return true
if (candidate.startsWith(`${selfId}_`) || selfId.startsWith(`${candidate}_`)) return true
}
}
return false
}
private buildMyFootprintIdentitySet(myWxid: string): Set<string> {
const set = new Set<string>()
const add = (value: string) => {
const normalized = String(value || '').trim().toLowerCase()
if (!normalized) return
set.add(normalized)
}
const raw = String(myWxid || '').trim()
add(raw)
add(this.cleanAccountDirName(raw))
for (const key of this.buildIdentityKeys(raw)) {
add(key)
}
return set
}
private buildFootprintSourceCandidates(source: unknown): string[] {
const sourceCandidates: string[] = []
const seen = new Set<string>()
const pushCandidate = (value: unknown) => {
const normalized = this.cleanUtf16(String(value || '').trim())
if (!normalized) return
if (seen.has(normalized)) return
seen.add(normalized)
sourceCandidates.push(normalized)
}
const rawSource = typeof source === 'string'
? source
: Buffer.isBuffer(source) || source instanceof Uint8Array
? Buffer.from(source).toString('utf-8')
: typeof source === 'object' && source !== null && Array.isArray((source as { data?: unknown }).data)
? Buffer.from((source as { data: number[] }).data).toString('utf-8')
: String(source || '')
const normalizedSource = String(rawSource || '').trim()
pushCandidate(normalizedSource)
if (normalizedSource.includes('&')) {
pushCandidate(this.decodeHtmlEntities(normalizedSource))
}
const sourceLooksEncoded = normalizedSource.length > 16
&& (this.looksLikeHex(normalizedSource) || this.looksLikeBase64(normalizedSource))
if (sourceLooksEncoded) {
const decodedFromText = this.decodeMaybeCompressed(normalizedSource, 'footprint_source')
pushCandidate(decodedFromText)
if (decodedFromText.includes('&')) {
pushCandidate(this.decodeHtmlEntities(decodedFromText))
}
} else if (typeof source !== 'string') {
const decodedFromBinary = this.decodeMaybeCompressed(source, 'footprint_source')
pushCandidate(decodedFromBinary)
if (decodedFromBinary.includes('&')) {
pushCandidate(this.decodeHtmlEntities(decodedFromBinary))
}
}
return sourceCandidates
}
private normalizeFootprintSourceForOutput(source: unknown): string {
if (source === null || source === undefined) return ''
if (typeof source === 'string') return source.trim()
if (Buffer.isBuffer(source) || source instanceof Uint8Array) {
return this.decodeBinaryContent(Buffer.from(source), '').trim()
}
if (typeof source === 'object' && source !== null && Array.isArray((source as { data?: unknown }).data)) {
return this.decodeBinaryContent(Buffer.from((source as { data: number[] }).data), '').trim()
}
return String(source || '').trim()
}
private extractAtUserListTokensFromSource(source: unknown, prebuiltCandidates?: string[]): string[] {
const tokens = new Set<string>()
const sourceCandidates = Array.isArray(prebuiltCandidates) && prebuiltCandidates.length > 0
? prebuiltCandidates
: this.buildFootprintSourceCandidates(source)
const addTokens = (values: string[]) => {
for (const value of values) {
const normalized = String(value || '').trim()
if (!normalized) continue
tokens.add(normalized)
}
}
const xmlPattern = /<atuserlist[^>]*>([\s\S]*?)<\/atuserlist>/gi
const cdataPattern = /<!\[CDATA\[([\s\S]*?)\]\]>/i
for (const candidateSource of sourceCandidates) {
if (!candidateSource.toLowerCase().includes('atuserlist')) continue
const trimmedCandidateSource = candidateSource.trim()
const maybeJson = trimmedCandidateSource.startsWith('{')
|| trimmedCandidateSource.startsWith('[')
|| trimmedCandidateSource.includes('"atuserlist"')
if (maybeJson) {
try {
const parsed = JSON.parse(candidateSource)
const atUserList = parsed?.atuserlist
if (Array.isArray(atUserList)) {
const values = atUserList
.map((item: unknown) => this.splitAtUserList(String(item || '')))
.flat()
addTokens(values)
}
if (typeof atUserList === 'string') {
addTokens(this.splitAtUserList(atUserList))
}
} catch {
// ignore JSON parse error and continue fallback parsing
}
}
const jsonMatch = candidateSource.match(/"atuserlist"\s*:\s*(\[[^\]]*\]|"[^"]*"|'[^']*'|[^,}\s]+)/i)
if (jsonMatch) {
const jsonCandidate = String(jsonMatch[1] || '').trim()
if (jsonCandidate.startsWith('[')) {
try {
const arr = JSON.parse(jsonCandidate)
if (Array.isArray(arr)) {
const values = arr
.map((item) => this.splitAtUserList(String(item || '')))
.flat()
addTokens(values)
}
} catch {
// ignore array parse error
}
}
const unquoted = jsonCandidate.replace(/^["']+|["']+$/g, '')
addTokens(this.splitAtUserList(unquoted))
}
xmlPattern.lastIndex = 0
let xmlMatch: RegExpExecArray | null
while ((xmlMatch = xmlPattern.exec(candidateSource)) !== null) {
let xmlValue = String(xmlMatch[1] || '')
const cdataMatch = xmlValue.match(cdataPattern)
if (cdataMatch?.[1]) {
xmlValue = cdataMatch[1]
}
addTokens(this.splitAtUserList(xmlValue))
}
}
return Array.from(tokens)
}
private sourceAtUserListContains(source: unknown, myWxid: string): boolean {
const selfIdentitySet = this.buildMyFootprintIdentitySet(myWxid)
return this.sourceAtUserListContainsWithIdentitySet(source, selfIdentitySet)
}
private sourceAtUserListContainsWithIdentitySet(source: unknown, selfIdentitySet: Set<string>): boolean {
if (selfIdentitySet.size === 0) return false
if (typeof source === 'string') {
const raw = source.trim()
if (!raw) return false
const loweredRaw = raw.toLowerCase()
if (loweredRaw.includes('atuserlist')) {
for (const identity of selfIdentitySet) {
if (identity && loweredRaw.includes(identity)) {
return true
}
}
const quickXmlMatch = raw.match(/<atuserlist[^>]*>([\s\S]*?)<\/atuserlist>/i)
if (quickXmlMatch?.[1]) {
const inner = quickXmlMatch[1]
const cdata = inner.match(/<!\[CDATA\[([\s\S]*?)\]\]>/i)?.[1] || inner
const quickTokens = this.splitAtUserList(cdata)
if (quickTokens.some((token) => this.matchesMyFootprintIdentity(token, selfIdentitySet))) {
return true
}
}
} else if (raw.length <= 16 || (!this.looksLikeHex(raw) && !this.looksLikeBase64(raw))) {
return false
}
}
const sourceCandidates = this.buildFootprintSourceCandidates(source)
for (const candidate of sourceCandidates) {
const normalized = String(candidate || '').toLowerCase()
if (!normalized || !normalized.includes('atuserlist')) continue
for (const identity of selfIdentitySet) {
if (identity && normalized.includes(identity)) {
return true
}
}
}
const tokens = this.extractAtUserListTokensFromSource(source, sourceCandidates)
if (tokens.length === 0) return false
return tokens.some((token) => this.matchesMyFootprintIdentity(token, selfIdentitySet))
}
private async resolveMyFootprintGroupSessionIds(
groupSessionIds: string[],
beginTimestamp = 0,
endTimestamp = 0
): Promise<string[]> {
const normalized = Array.from(new Set(
(groupSessionIds || [])
.map((value) => String(value || '').trim())
.filter((value) => value.endsWith('@chatroom'))
))
const begin = this.normalizeTimestampSeconds(beginTimestamp)
const end = this.normalizeTimestampSeconds(endTimestamp)
void begin
void end
const merged: string[] = []
const seen = new Set<string>()
const sessionLastTsMap = new Map<string, number>()
const hasSessionRank = new Set<string>()
const shouldKeepByLastTs = (sessionId: string, preferKeepUnknown: boolean): boolean => {
const normalizedSessionId = String(sessionId || '').trim()
if (!normalizedSessionId) return false
const lastTs = this.normalizeTimestampSeconds(sessionLastTsMap.get(normalizedSessionId) || 0)
const known = hasSessionRank.has(normalizedSessionId)
if (!known) return preferKeepUnknown || begin <= 0
if (begin > 0 && lastTs > 0 && lastTs < begin) return false
return true
}
const push = (value: string) => {
const normalizedValue = String(value || '').trim()
if (!normalizedValue || !normalizedValue.endsWith('@chatroom')) return
if (seen.has(normalizedValue)) return
seen.add(normalizedValue)
merged.push(normalizedValue)
}
try {
const sessionsResult = await this.getSessions()
if (sessionsResult.success && Array.isArray(sessionsResult.sessions)) {
const rankedGroups = sessionsResult.sessions
.map((session) => {
const sessionId = String(session?.username || '').trim()
const lastTs = this.normalizeTimestampSeconds(
Number(session?.lastTimestamp || session?.sortTimestamp || 0)
)
if (sessionId.endsWith('@chatroom')) {
hasSessionRank.add(sessionId)
sessionLastTsMap.set(sessionId, lastTs)
}
return { sessionId, lastTs }
})
.filter((item) => item.sessionId.endsWith('@chatroom'))
.filter((item) => shouldKeepByLastTs(item.sessionId, false))
.sort((a, b) => {
if (a.lastTs !== b.lastTs) return b.lastTs - a.lastTs
return a.sessionId.localeCompare(b.sessionId)
})
for (const item of rankedGroups) {
push(item.sessionId)
}
}
} catch {
// ignore session-based scope resolution failure
}
try {
const contactGroups = await this.listMyFootprintGroupSessionIdsFromContact()
for (const sessionId of contactGroups) {
if (!shouldKeepByLastTs(sessionId, false)) continue
push(sessionId)
}
} catch {
// ignore contact-based scope resolution failure
}
for (const sessionId of normalized) {
if (!shouldKeepByLastTs(sessionId, true)) continue
push(sessionId)
}
return merged.length > 0 ? merged : normalized
}
private async listMyFootprintGroupSessionIdsFromContact(): Promise<string[]> {
try {
const result = await wcdbService.execQuery(
'contact',
null,
"SELECT username FROM contact WHERE username IS NOT NULL AND username != '' AND username LIKE '%@chatroom'"
)
if (!result.success || !Array.isArray(result.rows)) {
return []
}
return Array.from(new Set(
(result.rows as Array<Record<string, any>>)
.map((row) => String(this.getRowField(row, ['username', 'user_name', 'userName']) || '').trim())
.filter((value) => value.endsWith('@chatroom'))
))
} catch {
return []
}
}
private async filterMyFootprintPrivateSessions(privateSessionIds: string[]): Promise<string[]> {
const normalized = Array.from(new Set(
(privateSessionIds || [])
.map((value) => String(value || '').trim())
.filter((value) => value && !value.endsWith('@chatroom'))
))
if (normalized.length === 0) return normalized
try {
const officialSessionIds = await this.getMyFootprintOfficialSessionIdSet(normalized)
if (officialSessionIds.size === 0) return normalized
return normalized.filter((sessionId) => !officialSessionIds.has(sessionId))
} catch {
return normalized
}
}
private async getMyFootprintOfficialSessionIdSet(privateSessionIds: string[]): Promise<Set<string>> {
const officialSessionIds = new Set<string>()
const normalized = Array.from(new Set(
(privateSessionIds || [])
.map((value) => String(value || '').trim())
.filter((value) => value && !value.endsWith('@chatroom'))
))
if (normalized.length === 0) return officialSessionIds
for (const sessionId of normalized) {
if (sessionId.startsWith('gh_')) {
officialSessionIds.add(sessionId)
}
}
const chunkSize = 320
const buildInListSql = (values: string[]) => values
.map((value) => `'${this.escapeSqlString(value)}'`)
.join(',')
try {
const bizInfoTableResult = await wcdbService.execQuery(
'contact',
null,
"SELECT name FROM sqlite_master WHERE type='table' AND lower(name)='biz_info' LIMIT 1"
)
const bizInfoTableName = bizInfoTableResult.success && Array.isArray(bizInfoTableResult.rows)
? String((bizInfoTableResult.rows[0] as Record<string, any> | undefined)?.name || '').trim()
: ''
if (bizInfoTableName) {
const tableSqlName = this.quoteSqlIdentifier(bizInfoTableName)
for (let index = 0; index < normalized.length; index += chunkSize) {
const batch = normalized.slice(index, index + chunkSize)
if (batch.length === 0) continue
const inListSql = buildInListSql(batch)
const sql = `SELECT username FROM ${tableSqlName} WHERE username IN (${inListSql})`
const result = await wcdbService.execQuery('contact', null, sql)
if (!result.success || !Array.isArray(result.rows)) continue
for (const row of result.rows as Array<Record<string, any>>) {
const username = String(this.getRowField(row, ['username', 'user_name', 'userName']) || '').trim()
if (username) officialSessionIds.add(username)
}
}
}
} catch {
// ignore biz_info lookup failure
}
try {
const tableInfo = await wcdbService.execQuery('contact', null, 'PRAGMA table_info(contact)')
if (tableInfo.success && Array.isArray(tableInfo.rows)) {
const availableColumns = new Map<string, string>()
for (const row of tableInfo.rows as Array<Record<string, any>>) {
const rawName = row.name ?? row.column_name ?? row.columnName
const name = String(rawName || '').trim()
if (!name) continue
availableColumns.set(name.toLowerCase(), name)
}
const pickColumn = (candidates: string[]): string | null => {
for (const candidate of candidates) {
const actual = availableColumns.get(candidate.toLowerCase())
if (actual) return actual
}
return null
}
const usernameColumn = pickColumn(['username', 'user_name', 'userName'])
const officialFlagColumns = [
pickColumn(['verify_flag', 'verifyFlag', 'verifyflag']),
pickColumn(['verify_status', 'verifyStatus']),
pickColumn(['verify_type', 'verifyType']),
pickColumn(['biz_type', 'bizType']),
pickColumn(['brand_flag', 'brandFlag']),
pickColumn(['service_type', 'serviceType'])
].filter((column): column is string => Boolean(column))
if (usernameColumn && officialFlagColumns.length > 0) {
const selectColumns = Array.from(new Set([usernameColumn, ...officialFlagColumns]))
const selectSql = selectColumns.map((column) => this.quoteSqlIdentifier(column)).join(', ')
for (let index = 0; index < normalized.length; index += chunkSize) {
const batch = normalized.slice(index, index + chunkSize)
if (batch.length === 0) continue
const inListSql = buildInListSql(batch)
const sql = `SELECT ${selectSql} FROM contact WHERE ${this.quoteSqlIdentifier(usernameColumn)} IN (${inListSql})`
const result = await wcdbService.execQuery('contact', null, sql)
if (!result.success || !Array.isArray(result.rows)) continue
for (const row of result.rows as Array<Record<string, any>>) {
const username = String(this.getRowField(row, [usernameColumn, 'username', 'user_name', 'userName']) || '').trim()
if (!username) continue
const hasOfficialFlag = officialFlagColumns.some((column) => (
this.isTruthyMyFootprintOfficialFlag(this.getRowField(row, [column]))
))
if (hasOfficialFlag) {
officialSessionIds.add(username)
}
}
}
}
}
} catch {
// ignore contact-flag lookup failure
}
return officialSessionIds
}
private isTruthyMyFootprintOfficialFlag(value: unknown): boolean {
if (value === null || value === undefined) return false
if (typeof value === 'boolean') return value
if (typeof value === 'number') return Number.isFinite(value) && value > 0
const normalized = String(value || '').trim().toLowerCase()
if (!normalized) return false
if (normalized === '0' || normalized === 'false' || normalized === 'null' || normalized === 'undefined') {
return false
}
const numeric = Number(normalized)
if (Number.isFinite(numeric)) {
return numeric > 0
}
return true
}
private normalizeMyFootprintData(raw: any): MyFootprintData {
const summaryRaw = raw?.summary || {}
const privateSessionsRaw = Array.isArray(raw?.private_sessions) ? raw.private_sessions : []
const privateSegmentsRaw = Array.isArray(raw?.private_segments) ? raw.private_segments : []
const mentionsRaw = Array.isArray(raw?.mentions) ? raw.mentions : []
const mentionGroupsRaw = Array.isArray(raw?.mention_groups) ? raw.mention_groups : []
const diagnosticsRaw = raw?.diagnostics || {}
const summary: MyFootprintSummary = {
private_inbound_people: this.toSafeInt(summaryRaw.private_inbound_people, 0),
private_replied_people: this.toSafeInt(summaryRaw.private_replied_people, 0),
private_outbound_people: this.toSafeInt(summaryRaw.private_outbound_people, 0),
private_reply_rate: this.toSafeNumber(summaryRaw.private_reply_rate, 0),
mention_count: this.toSafeInt(summaryRaw.mention_count, 0),
mention_group_count: this.toSafeInt(summaryRaw.mention_group_count, 0)
}
const private_sessions: MyFootprintPrivateSession[] = privateSessionsRaw.map((item: any) => ({
session_id: String(item?.session_id || '').trim(),
incoming_count: this.toSafeInt(item?.incoming_count, 0),
outgoing_count: this.toSafeInt(item?.outgoing_count, 0),
replied: Boolean(item?.replied),
first_incoming_ts: this.toSafeInt(item?.first_incoming_ts, 0),
first_reply_ts: this.toSafeInt(item?.first_reply_ts, 0),
latest_ts: this.toSafeInt(item?.latest_ts, 0),
anchor_local_id: this.toSafeInt(item?.anchor_local_id, 0),
anchor_create_time: this.toSafeInt(item?.anchor_create_time, 0)
})).filter((item) => item.session_id)
const private_segments: MyFootprintPrivateSegment[] = privateSegmentsRaw.map((item: any) => ({
session_id: String(item?.session_id || '').trim(),
segment_index: this.toSafeInt(item?.segment_index, 0),
start_ts: this.toSafeInt(item?.start_ts, 0),
end_ts: this.toSafeInt(item?.end_ts, 0),
duration_sec: this.toSafeInt(item?.duration_sec, 0),
incoming_count: this.toSafeInt(item?.incoming_count, 0),
outgoing_count: this.toSafeInt(item?.outgoing_count, 0),
message_count: this.toSafeInt(item?.message_count, 0),
replied: Boolean(item?.replied),
first_incoming_ts: this.toSafeInt(item?.first_incoming_ts, 0),
first_reply_ts: this.toSafeInt(item?.first_reply_ts, 0),
latest_ts: this.toSafeInt(item?.latest_ts, 0),
anchor_local_id: this.toSafeInt(item?.anchor_local_id, 0),
anchor_create_time: this.toSafeInt(item?.anchor_create_time, 0),
displayName: String(item?.displayName || '').trim() || undefined,
avatarUrl: String(item?.avatarUrl || '').trim() || undefined
})).filter((item) => item.session_id && item.start_ts > 0)
const mentions: MyFootprintMentionItem[] = mentionsRaw.map((item: any) => ({
session_id: String(item?.session_id || '').trim(),
local_id: this.toSafeInt(item?.local_id, 0),
create_time: this.toSafeInt(item?.create_time, 0),
sender_username: String(item?.sender_username || '').trim(),
message_content: String(item?.message_content || ''),
source: String(item?.source || '')
})).filter((item) => item.session_id)
const mention_groups: MyFootprintMentionGroup[] = mentionGroupsRaw.map((item: any) => ({
session_id: String(item?.session_id || '').trim(),
count: this.toSafeInt(item?.count, 0),
latest_ts: this.toSafeInt(item?.latest_ts, 0)
})).filter((item) => item.session_id)
const diagnostics: MyFootprintDiagnostics = {
truncated: Boolean(diagnosticsRaw.truncated),
scanned_dbs: this.toSafeInt(diagnosticsRaw.scanned_dbs, 0),
elapsed_ms: this.toSafeInt(diagnosticsRaw.elapsed_ms, 0),
mention_truncated: Boolean(diagnosticsRaw.mention_truncated),
private_truncated: Boolean(diagnosticsRaw.private_truncated)
}
return {
summary,
private_sessions,
private_segments,
mentions,
mention_groups,
diagnostics
}
}
private filterMyFootprintMentionsBySource(data: MyFootprintData, myWxid: string, mentionLimit: number): MyFootprintData {
const identitySet = this.buildMyFootprintIdentitySet(myWxid)
if (identitySet.size === 0) {
return {
...data,
summary: {
...data.summary,
mention_count: 0,
mention_group_count: 0
},
mentions: [],
mention_groups: []
}
}
const sourceMatchCache = new Map<string, boolean>()
const filteredMentions = data.mentions.filter((item) => {
const sourceKey = String(item.source || '')
const cachedMatched = sourceMatchCache.get(sourceKey)
if (cachedMatched !== undefined) return cachedMatched
const matched = this.sourceAtUserListContainsWithIdentitySet(item.source, identitySet)
if (sourceMatchCache.size < 4096) {
sourceMatchCache.set(sourceKey, matched)
}
return matched
})
.sort((a, b) => {
if (b.create_time !== a.create_time) return b.create_time - a.create_time
return b.local_id - a.local_id
})
let truncatedByFrontendLimit = false
if (mentionLimit > 0 && filteredMentions.length > mentionLimit) {
filteredMentions.length = mentionLimit
truncatedByFrontendLimit = true
}
const mentionGroupMap = new Map<string, MyFootprintMentionGroup>()
for (const mention of filteredMentions) {
const group = mentionGroupMap.get(mention.session_id) || {
session_id: mention.session_id,
count: 0,
latest_ts: 0
}
group.count += 1
if (mention.create_time > group.latest_ts) group.latest_ts = mention.create_time
mentionGroupMap.set(mention.session_id, group)
}
const filteredMentionGroups = Array.from(mentionGroupMap.values())
.sort((a, b) => {
if (b.count !== a.count) return b.count - a.count
if (b.latest_ts !== a.latest_ts) return b.latest_ts - a.latest_ts
return a.session_id.localeCompare(b.session_id)
})
const nextSummary: MyFootprintSummary = {
...data.summary,
mention_count: filteredMentions.length,
mention_group_count: filteredMentionGroups.length
}
return {
...data,
summary: nextSummary,
mentions: filteredMentions,
mention_groups: filteredMentionGroups,
diagnostics: {
...data.diagnostics,
truncated: Boolean(data.diagnostics.truncated || truncatedByFrontendLimit)
}
}
}
private mergeMyFootprintMentionResult(base: MyFootprintData, mentionResult: MyFootprintData): MyFootprintData {
const mentionMap = new Map<string, MyFootprintMentionItem>()
const pushMention = (item: MyFootprintMentionItem) => {
const key = `${item.session_id}#${item.local_id}#${item.create_time}`
mentionMap.set(key, item)
}
for (const item of base.mentions) pushMention(item)
for (const item of mentionResult.mentions) pushMention(item)
const mergedMentions = Array.from(mentionMap.values())
.sort((a, b) => {
if (b.create_time !== a.create_time) return b.create_time - a.create_time
return b.local_id - a.local_id
})
const mentionGroupMetaMap = new Map<string, Pick<MyFootprintMentionGroup, 'displayName' | 'avatarUrl'>>()
const pushGroupMeta = (group: MyFootprintMentionGroup) => {
const prev = mentionGroupMetaMap.get(group.session_id) || {}
mentionGroupMetaMap.set(group.session_id, {
displayName: group.displayName || prev.displayName,
avatarUrl: group.avatarUrl || prev.avatarUrl
})
}
for (const group of base.mention_groups) pushGroupMeta(group)
for (const group of mentionResult.mention_groups) pushGroupMeta(group)
const mentionGroupMap = new Map<string, MyFootprintMentionGroup>()
for (const mention of mergedMentions) {
const current = mentionGroupMap.get(mention.session_id) || {
session_id: mention.session_id,
count: 0,
latest_ts: 0
}
current.count += 1
if (mention.create_time > current.latest_ts) {
current.latest_ts = mention.create_time
}
mentionGroupMap.set(mention.session_id, current)
}
const mergedMentionGroups = Array.from(mentionGroupMap.values())
.map((group) => {
const meta = mentionGroupMetaMap.get(group.session_id)
return {
...group,
displayName: meta?.displayName,
avatarUrl: meta?.avatarUrl
}
})
.sort((a, b) => {
if (b.count !== a.count) return b.count - a.count
if (b.latest_ts !== a.latest_ts) return b.latest_ts - a.latest_ts
return a.session_id.localeCompare(b.session_id)
})
return {
...base,
summary: {
...base.summary,
mention_count: mergedMentions.length,
mention_group_count: mergedMentionGroups.length
},
private_segments: mentionResult.private_segments.length > 0
? mentionResult.private_segments
: base.private_segments,
mentions: mergedMentions,
mention_groups: mergedMentionGroups,
diagnostics: {
...base.diagnostics,
truncated: Boolean(base.diagnostics.truncated || mentionResult.diagnostics.truncated),
scanned_dbs: Math.max(base.diagnostics.scanned_dbs || 0, mentionResult.diagnostics.scanned_dbs || 0),
elapsed_ms: Math.max(base.diagnostics.elapsed_ms || 0, mentionResult.diagnostics.elapsed_ms || 0)
}
}
}
private shouldRunMyFootprintHeavyDebug(): boolean {
const flag = String(process.env.WEFLOW_MY_FOOTPRINT_DEBUG || '').trim().toLowerCase()
return flag === '1' || flag === 'true' || flag === 'yes' || flag === 'on'
}
private async logMyFootprintZeroMentionDebug(params: {
begin: number
end: number
myWxid: string
groupSessionIds: string[]
nativeData: MyFootprintData
}): Promise<void> {
try {
const identityKeySet = this.buildMyFootprintIdentitySet(params.myWxid)
const identitySet = Array.from(identityKeySet)
console.warn(
`[MyFootprint][debug] zero mentions: myWxid=${params.myWxid} identityKeys=${identitySet.join('|')} groups=${params.groupSessionIds.length} nativeMentions=${params.nativeData.mentions.length} nativeMentionGroups=${params.nativeData.mention_groups.length} scannedDbs=${params.nativeData.diagnostics.scanned_dbs}`
)
if (params.nativeData.mentions.length > 0) {
const samples = params.nativeData.mentions.slice(0, 5).map((item) => {
const tokens = this.extractAtUserListTokensFromSource(item.source)
const matched = tokens.some((token) => this.matchesMyFootprintIdentity(token, identityKeySet))
return {
sessionId: item.session_id,
localId: item.local_id,
createTime: item.create_time,
tokens,
matched
}
})
console.warn(`[MyFootprint][debug] native mention samples=${JSON.stringify(samples)}`)
}
const allGroups = params.groupSessionIds
console.warn(`[MyFootprint][debug] start group scan: totalGroups=${allGroups.length}`)
let skippedNoTableGroups = 0
let sqlProbeCount = 0
let nativeSingleProbeCount = 0
for (let index = 0; index < allGroups.length; index += 1) {
const sessionId = allGroups[index]
const cursorResult = await wcdbService.openMessageCursorLite(
sessionId,
120,
false,
params.begin,
params.end
)
if (!cursorResult.success || !cursorResult.cursor) {
const openCursorError = String(cursorResult.error || 'unknown')
if (openCursorError.includes('-3')) {
skippedNoTableGroups += 1
console.warn(`[MyFootprint][debug][${index + 1}/${allGroups.length}][${sessionId}] skipped(no message table): ${openCursorError}`)
} else {
console.warn(`[MyFootprint][debug][${index + 1}/${allGroups.length}][${sessionId}] open cursor failed: ${openCursorError}`)
}
continue
}
let rows = 0
let atContentRows = 0
let sourcePresentRows = 0
let atUserListRows = 0
let matchedRows = 0
const unmatchedSamples: Array<{
localId: number
createTime: number
tokens: string[]
sourcePreview: string
}> = []
let hasMore = true
try {
while (hasMore && rows < 200) {
const batchResult = await wcdbService.fetchMessageBatch(cursorResult.cursor)
if (!batchResult.success || !Array.isArray(batchResult.rows)) {
break
}
hasMore = Boolean(batchResult.hasMore)
for (const row of batchResult.rows as Array<Record<string, any>>) {
rows += 1
if (rows > 200) break
const messageContentRaw = row.message_content ?? row.messageContent ?? row.content
const hasAtInContent = this.footprintMessageLikelyContainsAt(messageContentRaw)
if (hasAtInContent) atContentRows += 1
const sourceRaw = row.source ?? row.msg_source ?? row.message_source
if (sourceRaw !== null && sourceRaw !== undefined && String(sourceRaw).trim().length > 0) {
sourcePresentRows += 1
}
if (!hasAtInContent) continue
const tokens = this.extractAtUserListTokensFromSource(sourceRaw)
if (tokens.length > 0) atUserListRows += 1
const matched = tokens.some((token) => this.matchesMyFootprintIdentity(token, identityKeySet))
if (matched) {
matchedRows += 1
} else if (tokens.length > 0 && unmatchedSamples.length < 3) {
const sourceDecoded = this.decodeMaybeCompressed(sourceRaw, 'footprint_source') || String(sourceRaw || '')
unmatchedSamples.push({
localId: this.toSafeInt(row.local_id, 0),
createTime: this.toSafeInt(row.create_time, 0),
tokens,
sourcePreview: sourceDecoded.replace(/\s+/g, ' ').slice(0, 260)
})
}
}
}
} finally {
await wcdbService.closeMessageCursor(cursorResult.cursor).catch(() => {})
}
console.warn(
`[MyFootprint][debug][${index + 1}/${allGroups.length}][${sessionId}] rows=${rows} atContentRows=${atContentRows} sourcePresentRows=${sourcePresentRows} atUserListRows=${atUserListRows} matchedRows=${matchedRows}`
)
if (unmatchedSamples.length > 0) {
console.warn(`[MyFootprint][debug][${sessionId}] unmatchedSamples=${JSON.stringify(unmatchedSamples)}`)
}
if ((matchedRows > 0 || atContentRows > 0 || atUserListRows > 0) && sqlProbeCount < 6) {
sqlProbeCount += 1
await this.logMyFootprintNativeSqlProbe(sessionId, params.begin, params.end)
}
if (matchedRows > 0 && nativeSingleProbeCount < 4) {
nativeSingleProbeCount += 1
await this.logMyFootprintNativeSingleGroupProbe(sessionId, params.begin, params.end, params.myWxid)
}
}
if (skippedNoTableGroups > 0) {
console.warn(`[MyFootprint][debug] skippedNoTableGroups=${skippedNoTableGroups}/${allGroups.length}`)
}
} catch (error) {
console.warn('[MyFootprint][debug] zero mention diagnostics failed:', error)
}
}
private async printMyFootprintNativeLogs(tag: string): Promise<void> {
try {
const logsResult = await wcdbService.getLogs()
if (!logsResult.success || !Array.isArray(logsResult.logs)) {
console.warn(`[MyFootprint][native-log][${tag}] getLogs failed: ${logsResult.error || 'unknown'}`)
return
}
const logs = logsResult.logs
.map((line) => String(line || '').trim())
.filter(Boolean)
const keywords = [
'wcdb_get_my_footprint_stats',
'message_db_cache_refresh',
'open_message_cursor',
'open_message_cursor_lite',
'cursor_init',
'schema mismatch',
'no message db',
'get_sessions'
]
const related = logs.filter((line) => {
const lowered = line.toLowerCase()
return keywords.some((keyword) => lowered.includes(keyword.toLowerCase()))
})
console.warn(
`[MyFootprint][native-log][${tag}] total=${logs.length} related=${related.length}`
)
const tail = related.slice(-240)
for (const line of tail) {
console.warn(`[MyFootprint][native-log] ${line}`)
}
} catch (error) {
console.warn(`[MyFootprint][native-log][${tag}] exception:`, error)
}
}
private async logMyFootprintNativeSqlProbe(sessionId: string, begin: number, end: number): Promise<void> {
try {
const tables = await this.getSessionMessageTables(sessionId)
if (!Array.isArray(tables) || tables.length === 0) {
console.warn(`[MyFootprint][sql-probe][${sessionId}] no tables`)
return
}
const beginTs = this.normalizeTimestampSeconds(begin)
const endTs = this.normalizeTimestampSeconds(end)
const clauseTime = [
beginTs > 0 ? `"create_time" >= ${beginTs}` : '',
endTs > 0 ? `"create_time" <= ${endTs}` : ''
].filter(Boolean).join(' AND ')
const whereParts: string[] = []
if (clauseTime) whereParts.push(clauseTime)
whereParts.push(`"source" IS NOT NULL`)
whereParts.push(`"source" != ''`)
whereParts.push(`(("message_content" IS NOT NULL AND "message_content" != '' AND (instr("message_content", '@') > 0 OR instr("message_content", '@') > 0)) OR instr(lower("source"), 'atuserlist') > 0)`)
const whereSql = whereParts.length > 0 ? ` WHERE ${whereParts.join(' AND ')}` : ''
let total = 0
for (const table of tables) {
const tableName = String(table.tableName || '').trim()
const dbPath = String(table.dbPath || '').trim()
if (!tableName || !dbPath) continue
const sql = `SELECT COUNT(1) AS cnt FROM ${this.quoteSqlIdentifier(tableName)}${whereSql}`
const result = await wcdbService.execQuery('message', dbPath, sql)
if (!result.success || !Array.isArray(result.rows) || result.rows.length === 0) {
console.warn(`[MyFootprint][sql-probe][${sessionId}] query failed db=${dbPath} table=${tableName} err=${result.error || 'unknown'}`)
continue
}
const cnt = this.toSafeInt((result.rows[0] as Record<string, any>).cnt, 0)
total += cnt
if (cnt > 0) {
console.warn(`[MyFootprint][sql-probe][${sessionId}] db=${dbPath} table=${tableName} cnt=${cnt}`)
}
}
console.warn(`[MyFootprint][sql-probe][${sessionId}] total=${total}`)
} catch (error) {
console.warn(`[MyFootprint][sql-probe][${sessionId}] exception:`, error)
}
}
private async logMyFootprintNativeSingleGroupProbe(sessionId: string, begin: number, end: number, myWxid: string): Promise<void> {
try {
const probeResult = await wcdbService.getMyFootprintStats({
beginTimestamp: begin,
endTimestamp: end,
myWxid,
privateSessionIds: [],
groupSessionIds: [sessionId],
mentionLimit: 0,
privateLimit: 0,
mentionMode: 'text_at_me'
})
if (!probeResult.success || !probeResult.data) {
console.warn(`[MyFootprint][single-native][${sessionId}] failed err=${probeResult.error || 'unknown'}`)
return
}
const raw = this.normalizeMyFootprintData(probeResult.data)
const first = raw.mentions[0]
console.warn(
`[MyFootprint][single-native][${sessionId}] mentions=${raw.mentions.length} groups=${raw.mention_groups.length} truncated=${raw.diagnostics.truncated} firstLocalId=${first?.local_id || 0} firstTs=${first?.create_time || 0}`
)
} catch (error) {
console.warn(`[MyFootprint][single-native][${sessionId}] exception:`, error)
}
}
private async getMyFootprintStatsByCursorFallback(params: {
begin: number
end: number
myWxid: string
privateSessionIds: string[]
groupSessionIds: string[]
mentionLimit: number
privateLimit: number
skipPrivateScan?: boolean
mentionScanLimitPerGroup?: number
}): Promise<{ success: boolean; data?: MyFootprintData; error?: string }> {
const startedAt = Date.now()
let truncated = false
try {
const privateSessionMap = new Map<string, MyFootprintPrivateSession>()
type PrivateSegmentWorking = {
segment_index: number
start_ts: number
end_ts: number
incoming_count: number
outgoing_count: number
first_incoming_ts: number
first_reply_ts: number
anchor_local_id: number
anchor_create_time: number
latest_local_id: number
latest_create_time: number
}
const privateSegments: MyFootprintPrivateSegment[] = []
const mentionGroupsMap = new Map<string, MyFootprintMentionGroup>()
const mentions: MyFootprintMentionItem[] = []
const mentionIdentitySet = this.buildMyFootprintIdentitySet(params.myWxid)
const mentionSourceMatchCache = new Map<string, boolean>()
const mentionScanLimit = Number.isFinite(params.mentionScanLimitPerGroup as number)
? Math.max(60, Math.floor(Number(params.mentionScanLimitPerGroup)))
: Math.max(params.mentionLimit * 12, 4000)
const privateScanLimitPerSession = Math.max(
120,
Math.min(
600,
Math.floor((params.privateLimit * 2) / Math.max(params.privateSessionIds.length || 1, 1))
)
)
const privateBatchSize = Math.min(200, privateScanLimitPerSession)
const privateSessionGapSeconds = 10 * 60
const mentionBatchSize = 360
const skipPrivateScan = params.skipPrivateScan === true
if (!skipPrivateScan) for (const sessionId of params.privateSessionIds) {
const cursorResult = await wcdbService.openMessageCursorLite(
sessionId,
privateBatchSize,
true,
params.begin,
params.end
)
if (!cursorResult.success || !cursorResult.cursor) continue
const stat: MyFootprintPrivateSession = {
session_id: sessionId,
incoming_count: 0,
outgoing_count: 0,
replied: false,
first_incoming_ts: 0,
first_reply_ts: 0,
latest_ts: 0,
anchor_local_id: 0,
anchor_create_time: 0
}
let segmentCursor = 0
let activeSegment: PrivateSegmentWorking | null = null
let lastSegmentMessageTs = 0
const commitActiveSegment = () => {
if (!activeSegment) return
const normalizedStart = activeSegment.start_ts > 0 ? activeSegment.start_ts : activeSegment.anchor_create_time
const normalizedEnd = activeSegment.end_ts > 0 ? activeSegment.end_ts : normalizedStart
const incomingCount = Math.max(0, activeSegment.incoming_count)
const outgoingCount = Math.max(0, activeSegment.outgoing_count)
const messageCount = incomingCount + outgoingCount
if (normalizedStart > 0 && messageCount > 0) {
privateSegments.push({
session_id: sessionId,
segment_index: activeSegment.segment_index,
start_ts: normalizedStart,
end_ts: normalizedEnd,
duration_sec: Math.max(0, normalizedEnd - normalizedStart),
incoming_count: incomingCount,
outgoing_count: outgoingCount,
message_count: messageCount,
replied: incomingCount > 0 && outgoingCount > 0,
first_incoming_ts: activeSegment.first_incoming_ts,
first_reply_ts: activeSegment.first_reply_ts,
latest_ts: normalizedEnd,
anchor_local_id: activeSegment.anchor_local_id,
anchor_create_time: normalizedStart
})
}
activeSegment = null
}
let processed = 0
let hasMore = true
try {
while (hasMore) {
const batchResult = await wcdbService.fetchMessageBatch(cursorResult.cursor)
if (!batchResult.success || !Array.isArray(batchResult.rows)) {
break
}
hasMore = Boolean(batchResult.hasMore)
for (const row of batchResult.rows as Array<Record<string, any>>) {
if (processed >= privateScanLimitPerSession) {
if (hasMore || batchResult.rows.length > 0) truncated = true
hasMore = false
break
}
processed += 1
const createTime = this.toSafeInt(row.create_time, 0)
const localId = this.toSafeInt(row.local_id, 0)
const isSend = this.resolveFootprintRowIsSend(row, params.myWxid)
if (createTime > 0) {
const startNewSegment = !activeSegment
|| (lastSegmentMessageTs > 0 && createTime - lastSegmentMessageTs > privateSessionGapSeconds)
if (startNewSegment) {
commitActiveSegment()
segmentCursor += 1
activeSegment = {
segment_index: segmentCursor,
start_ts: createTime,
end_ts: createTime,
incoming_count: 0,
outgoing_count: 0,
first_incoming_ts: 0,
first_reply_ts: 0,
anchor_local_id: localId,
anchor_create_time: createTime,
latest_local_id: localId,
latest_create_time: createTime
}
}
} else if (!activeSegment) {
segmentCursor += 1
activeSegment = {
segment_index: segmentCursor,
start_ts: 0,
end_ts: 0,
incoming_count: 0,
outgoing_count: 0,
first_incoming_ts: 0,
first_reply_ts: 0,
anchor_local_id: localId,
anchor_create_time: 0,
latest_local_id: localId,
latest_create_time: 0
}
}
if (isSend) {
stat.outgoing_count += 1
if (
createTime > 0
&& stat.first_incoming_ts > 0
&& createTime >= stat.first_incoming_ts
&& stat.first_reply_ts <= 0
) {
stat.first_reply_ts = createTime
}
if (activeSegment) {
activeSegment.outgoing_count += 1
if (
createTime > 0
&& activeSegment.first_incoming_ts > 0
&& createTime >= activeSegment.first_incoming_ts
&& activeSegment.first_reply_ts <= 0
) {
activeSegment.first_reply_ts = createTime
}
}
} else {
stat.incoming_count += 1
if (stat.first_incoming_ts <= 0 || (createTime > 0 && createTime < stat.first_incoming_ts)) {
stat.first_incoming_ts = createTime
}
if (activeSegment) {
activeSegment.incoming_count += 1
if (activeSegment.first_incoming_ts <= 0 || (createTime > 0 && createTime < activeSegment.first_incoming_ts)) {
activeSegment.first_incoming_ts = createTime
}
}
}
if (stat.latest_ts <= 0 || createTime > stat.latest_ts || (createTime === stat.latest_ts && localId > stat.anchor_local_id)) {
stat.latest_ts = createTime
stat.anchor_local_id = localId
stat.anchor_create_time = createTime
}
if (activeSegment && createTime > 0) {
activeSegment.end_ts = createTime
activeSegment.latest_create_time = createTime
activeSegment.latest_local_id = localId
lastSegmentMessageTs = createTime
}
}
}
if (hasMore) truncated = true
} finally {
await wcdbService.closeMessageCursor(cursorResult.cursor).catch(() => {})
}
commitActiveSegment()
stat.replied = stat.incoming_count > 0 && stat.outgoing_count > 0
if (stat.incoming_count > 0 || stat.outgoing_count > 0 || stat.latest_ts > 0) {
privateSessionMap.set(sessionId, stat)
}
}
for (const sessionId of params.groupSessionIds) {
if (mentions.length >= params.mentionLimit) {
truncated = true
break
}
const cursorResult = await wcdbService.openMessageCursorLite(
sessionId,
mentionBatchSize,
false,
params.begin,
params.end
)
if (!cursorResult.success || !cursorResult.cursor) continue
let scanned = 0
let hasMore = true
try {
while (hasMore && scanned < mentionScanLimit) {
const batchResult = await wcdbService.fetchMessageBatch(cursorResult.cursor)
if (!batchResult.success || !Array.isArray(batchResult.rows)) {
break
}
hasMore = Boolean(batchResult.hasMore)
for (const row of batchResult.rows as Array<Record<string, any>>) {
if (mentions.length >= params.mentionLimit) {
truncated = true
hasMore = false
break
}
scanned += 1
const messageContentRaw = row.message_content ?? row.messageContent ?? row.content
if (!this.footprintMessageLikelyContainsAt(messageContentRaw)) continue
const sourceRaw = row.source ?? row.msg_source ?? row.message_source
let sourceMatched = false
if (typeof sourceRaw === 'string') {
const sourceKey = sourceRaw
const cachedMatched = mentionSourceMatchCache.get(sourceKey)
if (cachedMatched !== undefined) {
sourceMatched = cachedMatched
} else {
sourceMatched = this.sourceAtUserListContainsWithIdentitySet(sourceRaw, mentionIdentitySet)
if (mentionSourceMatchCache.size < 8192) {
mentionSourceMatchCache.set(sourceKey, sourceMatched)
}
}
} else {
sourceMatched = this.sourceAtUserListContainsWithIdentitySet(sourceRaw, mentionIdentitySet)
}
if (!sourceMatched) continue
const normalizedSource = this.normalizeFootprintSourceForOutput(sourceRaw)
let senderUsername = String(row.sender_username || row.senderUsername || '').trim()
if (!senderUsername && row._db_path && row.real_sender_id) {
senderUsername = await this.resolveMessageSenderUsernameById(
String(row._db_path),
row.real_sender_id
) || ''
}
const mention: MyFootprintMentionItem = {
session_id: sessionId,
local_id: this.toSafeInt(row.local_id, 0),
create_time: this.toSafeInt(row.create_time, 0),
sender_username: senderUsername,
message_content: String(row.message_content || row.messageContent || ''),
source: normalizedSource
}
mentions.push(mention)
const group = mentionGroupsMap.get(sessionId) || {
session_id: sessionId,
count: 0,
latest_ts: 0
}
group.count += 1
if (mention.create_time > group.latest_ts) group.latest_ts = mention.create_time
mentionGroupsMap.set(sessionId, group)
}
}
if (hasMore || scanned >= mentionScanLimit) {
truncated = true
}
} finally {
await wcdbService.closeMessageCursor(cursorResult.cursor).catch(() => {})
}
}
mentions.sort((a, b) => {
if (b.create_time !== a.create_time) return b.create_time - a.create_time
return b.local_id - a.local_id
})
if (mentions.length > params.mentionLimit) {
mentions.length = params.mentionLimit
truncated = true
}
const private_sessions = Array.from(privateSessionMap.values())
.sort((a, b) => {
if (b.latest_ts !== a.latest_ts) return b.latest_ts - a.latest_ts
return a.session_id.localeCompare(b.session_id)
})
const private_segments = [...privateSegments]
.sort((a, b) => {
if (a.start_ts !== b.start_ts) return a.start_ts - b.start_ts
if (a.session_id !== b.session_id) return a.session_id.localeCompare(b.session_id)
return a.segment_index - b.segment_index
})
const mention_groups = Array.from(mentionGroupsMap.values())
.sort((a, b) => {
if (b.count !== a.count) return b.count - a.count
if (b.latest_ts !== a.latest_ts) return b.latest_ts - a.latest_ts
return a.session_id.localeCompare(b.session_id)
})
const private_inbound_people = private_sessions.filter((item) => item.incoming_count > 0).length
const private_replied_people = private_sessions.filter((item) => item.replied).length
const private_outbound_people = private_sessions.filter((item) => item.outgoing_count > 0).length
const mention_count = mention_groups.reduce((sum, item) => sum + item.count, 0)
const mention_group_count = mention_groups.length
const summary: MyFootprintSummary = {
private_inbound_people,
private_replied_people,
private_outbound_people,
private_reply_rate: private_inbound_people > 0 ? private_replied_people / private_inbound_people : 0,
mention_count,
mention_group_count
}
const diagnostics: MyFootprintDiagnostics = {
truncated,
scanned_dbs: 0,
elapsed_ms: Math.max(0, Date.now() - startedAt)
}
return {
success: true,
data: {
summary,
private_sessions,
private_segments,
mentions,
mention_groups,
diagnostics
}
}
} catch (error) {
return { success: false, error: String(error) }
}
}
private async enrichMyFootprintData(data: MyFootprintData): Promise<MyFootprintData> {
try {
const sessionIds = Array.from(new Set([
...data.private_sessions.map((item) => item.session_id),
...data.private_segments.map((item) => item.session_id),
...data.mention_groups.map((item) => item.session_id),
...data.mentions.map((item) => item.session_id)
].filter(Boolean)))
const senderUsernames = Array.from(new Set(
data.mentions
.map((item) => item.sender_username)
.filter((value) => String(value || '').trim())
))
const usernames = Array.from(new Set([...sessionIds, ...senderUsernames]))
if (usernames.length === 0) return data
const enrichResult = await this.enrichSessionsContactInfo(usernames)
if (!enrichResult.success || !enrichResult.contacts) return data
const contacts = enrichResult.contacts
const nextPrivateSessions = data.private_sessions.map((item) => {
const contact = contacts[item.session_id]
return {
...item,
displayName: contact?.displayName || item.displayName,
avatarUrl: contact?.avatarUrl || item.avatarUrl
}
})
const nextPrivateSegments = data.private_segments.map((item) => {
const contact = contacts[item.session_id]
return {
...item,
displayName: contact?.displayName || item.displayName,
avatarUrl: contact?.avatarUrl || item.avatarUrl
}
})
const nextMentionGroups = data.mention_groups.map((item) => {
const contact = contacts[item.session_id]
return {
...item,
displayName: contact?.displayName || item.displayName,
avatarUrl: contact?.avatarUrl || item.avatarUrl
}
})
const nextMentions = await Promise.all(data.mentions.map(async (item) => {
const sessionContact = contacts[item.session_id]
const senderContact = item.sender_username ? contacts[item.sender_username] : undefined
let normalizedContent = this.normalizeMyFootprintMentionContent(item.message_content)
if (this.isLikelyUnreadableFootprintContent(normalizedContent) && item.session_id && item.local_id > 0) {
const detailResult = await this.getMessageById(item.session_id, item.local_id)
if (detailResult.success && detailResult.message) {
const detailMessage = detailResult.message
const detailRaw = String(
detailMessage.rawContent
|| detailMessage.content
|| detailMessage.parsedContent
|| ''
)
const resolvedFromDetail = this.normalizeMyFootprintMentionContent(detailRaw)
if (resolvedFromDetail && !this.isLikelyUnreadableFootprintContent(resolvedFromDetail)) {
normalizedContent = resolvedFromDetail
} else {
const parsedFallback = String(detailMessage.parsedContent || '').trim()
if (parsedFallback && !this.isLikelyUnreadableFootprintContent(parsedFallback)) {
normalizedContent = parsedFallback
}
}
}
}
return {
...item,
message_content: normalizedContent,
sessionDisplayName: sessionContact?.displayName || item.sessionDisplayName,
senderDisplayName: senderContact?.displayName || item.senderDisplayName || item.sender_username,
senderAvatarUrl: senderContact?.avatarUrl || item.senderAvatarUrl
}
}))
return {
...data,
private_sessions: nextPrivateSessions,
private_segments: nextPrivateSegments,
mention_groups: nextMentionGroups,
mentions: nextMentions
}
} catch (error) {
console.error('[ChatService] 补充我的足迹展示信息失败:', error)
return data
}
}
private normalizeMyFootprintMentionContent(rawContent: unknown): string {
const decodedRaw = this.decodeMaybeCompressed(rawContent, 'footprint_message_content')
let content = String(decodedRaw || rawContent || '')
if (!content) return ''
content = this.cleanUtf16(this.decodeHtmlEntities(content)).trim()
if (!content) return ''
const looksLikeXml = content.includes('<appmsg')
|| content.includes('&lt;appmsg')
|| content.includes('<msg')
|| content.includes('&lt;msg')
if (looksLikeXml) {
const xml = this.decodeHtmlEntities(content)
const type49Info = this.parseType49Message(xml)
if (type49Info.appMsgKind === 'quote') {
const title = this.stripSenderPrefix(this.extractXmlValue(xml, 'title'))
const quotedSender = String(type49Info.quotedSender || '').trim()
const quotedContent = this.sanitizeQuotedContent(String(type49Info.quotedContent || '').trim())
if (title) {
if (quotedContent) {
return `${title}\n\n引用:${quotedSender ? `${quotedSender}:` : ''}${quotedContent}`
}
return title
}
if (quotedContent) {
return quotedSender ? `${quotedSender}:${quotedContent}` : quotedContent
}
}
const parsed = this.parseMessageContent(xml, 49)
const normalizedParsed = this.stripSenderPrefix(String(parsed || '').trim())
if (normalizedParsed && normalizedParsed !== '[链接]' && normalizedParsed !== '[消息]') {
return normalizedParsed
}
const xmlTitle = this.stripSenderPrefix(this.extractXmlValue(xml, 'title'))
if (xmlTitle) return xmlTitle
}
return this.stripSenderPrefix(content)
}
private isLikelyUnreadableFootprintContent(content: string): boolean {
const text = String(content || '').trim()
if (!text) return false
const compact = this.compactEncodedPayload(text)
if (compact.length <= 80) return false
if (this.looksLikeHex(compact)) return true
if (this.looksLikeBase64(compact) && !compact.includes('<') && !compact.includes('>')) return true
return false
}
private formatFootprintTime(timestamp: number): string {
if (!Number.isFinite(timestamp) || timestamp <= 0) return ''
const date = new Date(timestamp * 1000)
const y = date.getFullYear()
const m = `${date.getMonth() + 1}`.padStart(2, '0')
const d = `${date.getDate()}`.padStart(2, '0')
const hh = `${date.getHours()}`.padStart(2, '0')
const mm = `${date.getMinutes()}`.padStart(2, '0')
const ss = `${date.getSeconds()}`.padStart(2, '0')
return `${y}-${m}-${d} ${hh}:${mm}:${ss}`
}
private escapeCsvCell(value: unknown): string {
const text = String(value ?? '')
if (!text) return ''
if (!/[",\n\r]/.test(text)) return text
return `"${text.replace(/"/g, '""')}"`
}
private buildMyFootprintCsv(data: MyFootprintData): string {
const lines: string[] = []
const pushRow = (...columns: unknown[]) => {
lines.push(columns.map((value) => this.escapeCsvCell(value)).join(','))
}
pushRow('模块', '指标', '数值')
pushRow('summary', '私聊找我人数', data.summary.private_inbound_people)
pushRow('summary', '我回复人数', data.summary.private_replied_people)
pushRow('summary', '我主动联系人数', data.summary.private_outbound_people)
pushRow('summary', '私聊回复率', data.summary.private_reply_rate)
pushRow('summary', '@我次数', data.summary.mention_count)
pushRow('summary', '@我群聊数', data.summary.mention_group_count)
pushRow('summary', '诊断:是否截断', data.diagnostics.truncated ? 'true' : 'false')
pushRow('summary', '诊断:扫描分库数', data.diagnostics.scanned_dbs)
pushRow('summary', '诊断:耗时ms', data.diagnostics.elapsed_ms)
lines.push('')
pushRow('private_sessions', 'session_id', 'display_name', 'incoming_count', 'outgoing_count', 'replied', 'first_incoming_ts', 'first_reply_ts', 'latest_ts', 'anchor_local_id', 'anchor_create_time')
for (const row of data.private_sessions) {
pushRow(
'private_sessions',
row.session_id,
row.displayName || '',
row.incoming_count,
row.outgoing_count,
row.replied ? 'true' : 'false',
this.formatFootprintTime(row.first_incoming_ts),
this.formatFootprintTime(row.first_reply_ts),
this.formatFootprintTime(row.latest_ts),
row.anchor_local_id,
row.anchor_create_time
)
}
lines.push('')
pushRow(
'private_segments',
'session_id',
'display_name',
'segment_index',
'start_ts',
'end_ts',
'duration_sec',
'incoming_count',
'outgoing_count',
'message_count',
'replied',
'first_incoming_ts',
'first_reply_ts',
'latest_ts',
'anchor_local_id',
'anchor_create_time'
)
for (const row of data.private_segments) {
pushRow(
'private_segments',
row.session_id,
row.displayName || '',
row.segment_index,
this.formatFootprintTime(row.start_ts),
this.formatFootprintTime(row.end_ts),
row.duration_sec,
row.incoming_count,
row.outgoing_count,
row.message_count,
row.replied ? 'true' : 'false',
this.formatFootprintTime(row.first_incoming_ts),
this.formatFootprintTime(row.first_reply_ts),
this.formatFootprintTime(row.latest_ts),
row.anchor_local_id,
row.anchor_create_time
)
}
lines.push('')
pushRow('mentions', 'session_id', 'session_display_name', 'local_id', 'create_time', 'sender_username', 'sender_display_name', 'message_content', 'source')
for (const row of data.mentions) {
pushRow(
'mentions',
row.session_id,
row.sessionDisplayName || '',
row.local_id,
this.formatFootprintTime(row.create_time),
row.sender_username,
row.senderDisplayName || '',
row.message_content,
row.source
)
}
lines.push('')
pushRow('mention_groups', 'session_id', 'display_name', 'count', 'latest_ts')
for (const row of data.mention_groups) {
pushRow(
'mention_groups',
row.session_id,
row.displayName || '',
row.count,
this.formatFootprintTime(row.latest_ts)
)
}
return lines.join('\n')
}
private async parseMessage(row: any, options?: { source?: 'search' | 'detail'; sessionId?: string }): Promise<Message> {
const sourceInfo = this.getMessageSourceInfo(row)
const rawContent = this.decodeMessageContent(
+94 -12
View File
@@ -58,6 +58,7 @@ export class WcdbCore {
private wcdbGetAnnualReportExtras: any = null
private wcdbGetDualReportStats: any = null
private wcdbGetGroupStats: any = null
private wcdbGetMyFootprintStats: any = null
private wcdbGetMessageDates: any = null
private wcdbOpenMessageCursor: any = null
private wcdbOpenMessageCursorLite: any = null
@@ -127,6 +128,8 @@ export class WcdbCore {
private logTimer: NodeJS.Timeout | null = null
private lastLogTail: string | null = null
private lastResolvedLogPath: string | null = null
private lastCursorForceReopenAt = 0
private readonly cursorForceReopenCooldownMs = 15000
setPaths(resourcesPath: string, userDataPath: string): void {
this.resourcesPath = resourcesPath
@@ -923,6 +926,13 @@ export class WcdbCore {
this.wcdbGetGroupStats = null
}
// wcdb_status wcdb_get_my_footprint_stats(wcdb_handle handle, const char* options_json, char** out_json)
try {
this.wcdbGetMyFootprintStats = this.lib.func('int32 wcdb_get_my_footprint_stats(int64 handle, const char* optionsJson, _Out_ void** outJson)')
} catch {
this.wcdbGetMyFootprintStats = null
}
// wcdb_status wcdb_get_message_dates(wcdb_handle handle, const char* session_id, char** out_json)
try {
this.wcdbGetMessageDates = this.lib.func('int32 wcdb_get_message_dates(int64 handle, const char* sessionId, _Out_ void** outJson)')
@@ -3098,6 +3108,65 @@ export class WcdbCore {
}
}
async getMyFootprintStats(options: {
beginTimestamp?: number
endTimestamp?: number
myWxid?: string
privateSessionIds?: string[]
groupSessionIds?: string[]
mentionLimit?: number
privateLimit?: number
mentionMode?: 'text_at_me' | string
}): Promise<{ success: boolean; data?: any; error?: string }> {
if (!this.ensureReady()) {
return { success: false, error: 'WCDB 未连接' }
}
if (!this.wcdbGetMyFootprintStats) {
return { success: false, error: '接口未就绪' }
}
try {
const normalizedPrivateSessions = Array.from(new Set(
(options?.privateSessionIds || [])
.map((value) => String(value || '').trim())
.filter(Boolean)
))
const normalizedGroupSessions = Array.from(new Set(
(options?.groupSessionIds || [])
.map((value) => String(value || '').trim())
.filter(Boolean)
))
const mentionLimitRaw = Number(options?.mentionLimit ?? 0)
const privateLimitRaw = Number(options?.privateLimit ?? 0)
const mentionLimit = Number.isFinite(mentionLimitRaw) && mentionLimitRaw >= 0 ? Math.floor(mentionLimitRaw) : 0
const privateLimit = Number.isFinite(privateLimitRaw) && privateLimitRaw >= 0 ? Math.floor(privateLimitRaw) : 0
const payload = JSON.stringify({
begin: this.normalizeTimestamp(options?.beginTimestamp || 0),
end: this.normalizeTimestamp(options?.endTimestamp || 0),
my_wxid: String(options?.myWxid || '').trim(),
private_session_ids: normalizedPrivateSessions,
group_session_ids: normalizedGroupSessions,
mention_limit: mentionLimit,
private_limit: privateLimit,
mention_mode: options?.mentionMode || 'text_at_me'
})
const outPtr = [null as any]
const result = this.wcdbGetMyFootprintStats(this.handle, payload, outPtr)
if (result !== 0 || !outPtr[0]) {
return { success: false, error: `获取我的足迹统计失败: ${result}` }
}
const jsonStr = this.decodeJsonPtr(outPtr[0])
if (!jsonStr) {
return { success: false, error: '解析我的足迹统计失败' }
}
return { success: true, data: JSON.parse(jsonStr) || {} }
} catch (e) {
return { success: false, error: String(e) }
}
}
/**
* 强制重新打开账号连接(绕过路径缓存),用于微信重装后消息数据库刷新失败时的自动恢复。
* 返回重新打开是否成功。
@@ -3119,6 +3188,15 @@ export class WcdbCore {
return this.open(path, key, wxid)
}
private shouldRetryCursorAfterNoDb(): boolean {
const now = Date.now()
if (now - this.lastCursorForceReopenAt < this.cursorForceReopenCooldownMs) {
return false
}
this.lastCursorForceReopenAt = now
return true
}
async openMessageCursor(sessionId: string, batchSize: number, ascending: boolean, beginTimestamp: number, endTimestamp: number): Promise<{ success: boolean; cursor?: number; error?: string }> {
if (!this.ensureReady()) {
return { success: false, error: 'WCDB 未连接' }
@@ -3136,7 +3214,7 @@ export class WcdbCore {
)
// result=-3 表示 WCDB_STATUS_NO_MESSAGE_DB:消息数据库缓存为空(常见于微信重装后)
// 自动强制重连并重试一次
if (result === -3 && outCursor[0] <= 0) {
if (result === -3 && outCursor[0] <= 0 && this.shouldRetryCursorAfterNoDb()) {
this.writeLog('openMessageCursor: result=-3 (no message db), attempting forceReopen...', true)
const reopened = await this.forceReopen()
if (reopened && this.handle !== null) {
@@ -3156,11 +3234,13 @@ export class WcdbCore {
}
}
if (result !== 0 || outCursor[0] <= 0) {
await this.printLogs(true)
this.writeLog(
`openMessageCursor failed: sessionId=${sessionId} batchSize=${batchSize} ascending=${ascending ? 1 : 0} begin=${beginTimestamp} end=${endTimestamp} result=${result} cursor=${outCursor[0]}`,
true
)
if (result !== -3) {
await this.printLogs(true)
this.writeLog(
`openMessageCursor failed: sessionId=${sessionId} batchSize=${batchSize} ascending=${ascending ? 1 : 0} begin=${beginTimestamp} end=${endTimestamp} result=${result} cursor=${outCursor[0]}`,
true
)
}
const hint = result === -3
? `创建游标失败: ${result}(消息数据库未找到)。如果你最近重装过微信,请尝试重新指定数据目录后重试`
: result === -7
@@ -3197,7 +3277,7 @@ export class WcdbCore {
// result=-3 表示 WCDB_STATUS_NO_MESSAGE_DB:消息数据库缓存为空
// 自动强制重连并重试一次
if (result === -3 && outCursor[0] <= 0) {
if (result === -3 && outCursor[0] <= 0 && this.shouldRetryCursorAfterNoDb()) {
this.writeLog('openMessageCursorLite: result=-3 (no message db), attempting forceReopen...', true)
const reopened = await this.forceReopen()
if (reopened && this.handle !== null) {
@@ -3218,11 +3298,13 @@ export class WcdbCore {
}
if (result !== 0 || outCursor[0] <= 0) {
await this.printLogs(true)
this.writeLog(
`openMessageCursorLite failed: sessionId=${sessionId} batchSize=${batchSize} ascending=${ascending ? 1 : 0} begin=${beginTimestamp} end=${endTimestamp} result=${result} cursor=${outCursor[0]}`,
true
)
if (result !== -3) {
await this.printLogs(true)
this.writeLog(
`openMessageCursorLite failed: sessionId=${sessionId} batchSize=${batchSize} ascending=${ascending ? 1 : 0} begin=${beginTimestamp} end=${endTimestamp} result=${result} cursor=${outCursor[0]}`,
true
)
}
if (result === -7) {
return { success: false, error: 'message schema mismatch:当前账号消息表结构与程序要求不一致' }
}
+13
View File
@@ -448,6 +448,19 @@ export class WcdbService {
return this.callWorker('getGroupStats', { chatroomId, beginTimestamp, endTimestamp })
}
async getMyFootprintStats(options: {
beginTimestamp?: number
endTimestamp?: number
myWxid?: string
privateSessionIds?: string[]
groupSessionIds?: string[]
mentionLimit?: number
privateLimit?: number
mentionMode?: 'text_at_me' | string
}): Promise<{ success: boolean; data?: any; error?: string }> {
return this.callWorker('getMyFootprintStats', { options })
}
/**
* 打开消息游标
*/