spray/internal/pool/brutepool.go

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package pool
import (
"context"
"errors"
"fmt"
"github.com/chainreactors/logs"
"github.com/chainreactors/parsers"
"github.com/chainreactors/spray/internal/ihttp"
"github.com/chainreactors/spray/pkg"
"github.com/chainreactors/utils/iutils"
"github.com/chainreactors/words/rule"
"github.com/panjf2000/ants/v2"
"github.com/valyala/fasthttp"
"golang.org/x/time/rate"
"math/rand"
"net/url"
"path"
"strings"
"sync"
"sync/atomic"
"time"
)
var (
EnableAllFuzzy = false
EnableAllUnique = false
//AllowHostModSource = []parsers.SpraySource{parsers.WordSource, parsers.CheckSource, parsers.InitIndexSource, parsers.InitRandomSource}
)
func NewBrutePool(ctx context.Context, config *Config) (*BrutePool, error) {
var u *url.URL
var err error
if u, err = url.Parse(config.BaseURL); err != nil {
return nil, err
}
pctx, cancel := context.WithCancel(ctx)
pool := &BrutePool{
Baselines: NewBaselines(),
BasePool: &BasePool{
Config: config,
ctx: pctx,
Cancel: cancel,
client: ihttp.NewClient(&ihttp.ClientConfig{
Thread: config.Thread,
Type: config.ClientType,
Timeout: config.Timeout,
ProxyAddr: config.ProxyAddr,
}),
additionCh: make(chan *Unit, config.Thread),
closeCh: make(chan struct{}),
processCh: make(chan *pkg.Baseline, config.Thread),
wg: &sync.WaitGroup{},
},
base: u.Scheme + "://" + u.Host,
isDir: strings.HasSuffix(u.Path, "/"),
url: u,
scopeurls: make(map[string]struct{}),
uniques: make(map[uint16]struct{}),
checkCh: make(chan struct{}, config.Thread),
initwg: sync.WaitGroup{},
limiter: rate.NewLimiter(rate.Limit(config.RateLimit), 1),
failedCount: 1,
}
rand.Seed(time.Now().UnixNano())
// 格式化dir, 保证至少有一个"/"
if strings.HasSuffix(config.BaseURL, "/") {
pool.dir = pool.url.Path
} else if pool.url.Path == "" {
pool.dir = "/"
} else {
pool.dir = pkg.Dir(pool.url.Path)
}
pool.reqPool, _ = ants.NewPoolWithFunc(config.Thread, pool.Invoke)
pool.scopePool, _ = ants.NewPoolWithFunc(config.Thread, pool.NoScopeInvoke)
// 挂起一个异步的处理结果线程, 不干扰主线程的请求并发
go pool.Handler()
return pool, nil
}
type BrutePool struct {
*Baselines
*BasePool
base string // url的根目录, 在爬虫或者redirect时, 会需要用到根目录进行拼接
isDir bool
url *url.URL
reqPool *ants.PoolWithFunc
scopePool *ants.PoolWithFunc
checkCh chan struct{} // 独立的check管道 防止与redirect/crawl冲突
closed bool
wordOffset int
failedCount int32
IsFailed bool
urls sync.Map
scopeurls map[string]struct{}
uniques map[uint16]struct{}
analyzeDone bool
limiter *rate.Limiter
locker sync.Mutex
scopeLocker sync.Mutex
initwg sync.WaitGroup // 初始化用, 之后改成锁
}
func (pool *BrutePool) Init() error {
pool.initwg.Add(2)
if pool.Index != "/" {
logs.Log.Logf(pkg.LogVerbose, "custom index url: %s", pkg.BaseURL(pool.url)+pkg.FormatURL(pkg.BaseURL(pool.url), pool.Index))
pool.reqPool.Invoke(&Unit{path: pool.Index, source: parsers.InitIndexSource})
//pool.urls[dir(pool.Index)] = struct{}{}
} else {
pool.reqPool.Invoke(&Unit{path: pool.url.Path, source: parsers.InitIndexSource})
//pool.urls[dir(pool.url.Path)] = struct{}{}
}
if pool.Random != "" {
logs.Log.Logf(pkg.LogVerbose, "custom random url: %s", pkg.BaseURL(pool.url)+pkg.FormatURL(pkg.BaseURL(pool.url), pool.Random))
if pool.Mod == PathSpray {
pool.reqPool.Invoke(&Unit{path: pool.Random, source: parsers.InitRandomSource})
} else {
pool.reqPool.Invoke(&Unit{host: pool.Random, source: parsers.InitRandomSource})
}
} else {
if pool.Mod == PathSpray {
pool.reqPool.Invoke(&Unit{path: pool.safePath(pkg.RandPath()), source: parsers.InitRandomSource})
} else {
pool.reqPool.Invoke(&Unit{host: pkg.RandHost(), source: parsers.InitRandomSource})
}
}
pool.initwg.Wait()
if pool.index.ErrString != "" {
logs.Log.Error(pool.index.String())
return fmt.Errorf(pool.index.ErrString)
}
if pool.index.Chunked && pool.ClientType == ihttp.FAST {
logs.Log.Warn("chunk encoding! buf current client FASTHTTP not support chunk decode")
}
logs.Log.Logf(pkg.LogVerbose, "[baseline.index] "+pool.index.Format([]string{"status", "length", "spend", "title", "frame", "redirect"}))
// 检测基本访问能力
if pool.random.ErrString != "" {
logs.Log.Error(pool.index.String())
return fmt.Errorf(pool.index.ErrString)
}
logs.Log.Logf(pkg.LogVerbose, "[baseline.random] "+pool.random.Format([]string{"status", "length", "spend", "title", "frame", "redirect"}))
// 某些网站http会重定向到https, 如果发现随机目录出现这种情况, 则自定将baseurl升级为https
if pool.url.Scheme == "http" {
if pool.index.RedirectURL != "" {
if err := pool.Upgrade(pool.index); err != nil {
return err
}
} else if pool.random.RedirectURL != "" {
if err := pool.Upgrade(pool.random); err != nil {
return err
}
}
}
return nil
}
func (pool *BrutePool) Run(offset, limit int) {
pool.Worder.Run()
if pool.Active {
pool.wg.Add(1)
go pool.doActive()
}
if pool.Bak {
pool.wg.Add(1)
go pool.doBak()
}
if pool.Common {
pool.wg.Add(1)
go pool.doCommonFile()
}
var done bool
// 挂起一个监控goroutine, 每100ms判断一次done, 如果已经done, 则关闭closeCh, 然后通过Loop中的select case closeCh去break, 实现退出
go func() {
for {
if done {
pool.wg.Wait()
close(pool.closeCh)
return
}
time.Sleep(100 * time.Millisecond)
}
}()
Loop:
for {
select {
case w, ok := <-pool.Worder.Output:
if !ok {
done = true
continue
}
pool.Statistor.End++
if w == "" {
pool.Statistor.Skipped++
pool.Bar.Done()
}
pool.wordOffset++
if pool.wordOffset < offset {
continue
}
if pool.Statistor.End > limit {
done = true
continue
}
pool.wg.Add(1)
if pool.Mod == HostSpray {
pool.reqPool.Invoke(&Unit{host: w, source: parsers.WordSource, number: pool.wordOffset})
} else {
// 原样的目录拼接, 输入了几个"/"就是几个, 适配/有语义的中间件
pool.reqPool.Invoke(&Unit{path: pool.safePath(w), source: parsers.WordSource, number: pool.wordOffset})
}
case <-pool.checkCh:
pool.Statistor.CheckNumber++
if pool.Mod == HostSpray {
pool.reqPool.Invoke(&Unit{host: pkg.RandHost(), source: parsers.CheckSource, number: pool.wordOffset})
} else if pool.Mod == PathSpray {
pool.reqPool.Invoke(&Unit{path: pool.safePath(pkg.RandPath()), source: parsers.CheckSource, number: pool.wordOffset})
}
case unit, ok := <-pool.additionCh:
if !ok || pool.closed {
continue
}
if _, ok := pool.urls.Load(unit.path); ok {
logs.Log.Debugf("[%s] duplicate path: %s, skipped", unit.source.Name(), pool.base+unit.path)
pool.wg.Done()
} else {
pool.urls.Store(unit.path, nil)
unit.number = pool.wordOffset
pool.reqPool.Invoke(unit)
}
case <-pool.closeCh:
break Loop
case <-pool.ctx.Done():
break Loop
}
}
pool.closed = true
pool.Close()
}
func (pool *BrutePool) Invoke(v interface{}) {
if pool.RateLimit != 0 {
pool.limiter.Wait(pool.ctx)
}
atomic.AddInt32(&pool.Statistor.ReqTotal, 1)
unit := v.(*Unit)
var req *ihttp.Request
var err error
req, err = ihttp.BuildRequest(pool.ctx, pool.ClientType, pool.base, unit.path, unit.host, pool.Method)
if err != nil {
logs.Log.Error(err.Error())
return
}
req.SetHeaders(pool.Headers)
if pool.RandomUserAgent {
req.SetHeader("User-Agent", pkg.RandomUA())
}
start := time.Now()
resp, reqerr := pool.client.Do(req)
if pool.ClientType == ihttp.FAST {
defer fasthttp.ReleaseResponse(resp.FastResponse)
defer fasthttp.ReleaseRequest(req.FastRequest)
}
// compare与各种错误处理
var bl *pkg.Baseline
if reqerr != nil && !errors.Is(reqerr, fasthttp.ErrBodyTooLarge) {
atomic.AddInt32(&pool.failedCount, 1)
atomic.AddInt32(&pool.Statistor.FailedNumber, 1)
bl = &pkg.Baseline{
SprayResult: &parsers.SprayResult{
UrlString: pool.base + unit.path,
ErrString: reqerr.Error(),
Reason: pkg.ErrRequestFailed.Error(),
},
}
pool.FailedBaselines = append(pool.FailedBaselines, bl)
// 自动重放失败请求
pool.doRetry(bl)
} else { // 特定场景优化
if unit.source <= 3 || unit.source == parsers.CrawlSource || unit.source == parsers.CommonFileSource {
// 一些高优先级的source, 将跳过PreCompare
bl = pkg.NewBaseline(req.URI(), req.Host(), resp)
} else if pool.MatchExpr != nil {
// 如果自定义了match函数, 则所有数据送入tempch中
bl = pkg.NewBaseline(req.URI(), req.Host(), resp)
} else if err = pool.PreCompare(resp); err == nil {
// 通过预对比跳过一些无用数据, 减少性能消耗
bl = pkg.NewBaseline(req.URI(), req.Host(), resp)
} else {
bl = pkg.NewInvalidBaseline(req.URI(), req.Host(), resp, err.Error())
}
}
// 手动处理重定向
if bl.IsValid && unit.source != parsers.CheckSource && bl.RedirectURL != "" {
bl.SameRedirectDomain = pool.checkHost(bl.RedirectURL)
pool.doRedirect(bl, unit.depth)
}
if !ihttp.CheckBodySize(int64(bl.BodyLength)) {
bl.ExceedLength = true
}
unit.Update(bl)
bl.Spended = time.Since(start).Milliseconds()
switch unit.source {
case parsers.InitRandomSource:
defer pool.initwg.Done()
pool.locker.Lock()
pool.random = bl
pool.locker.Unlock()
if !bl.IsValid {
return
}
bl.Collect()
pool.addFuzzyBaseline(bl)
case parsers.InitIndexSource:
defer pool.initwg.Done()
pool.locker.Lock()
pool.index = bl
pool.locker.Unlock()
if !bl.IsValid {
return
}
bl.Collect()
pool.doCrawl(bl)
pool.doAppend(bl)
pool.putToOutput(bl)
case parsers.CheckSource:
if bl.ErrString != "" {
logs.Log.Warnf("[check.error] %s maybe ip had banned, break (%d/%d), error: %s", pool.BaseURL, pool.failedCount, pool.BreakThreshold, bl.ErrString)
} else if i := pool.random.Compare(bl); i < 1 {
if i == 0 {
if pool.Fuzzy {
logs.Log.Debug("[check.fuzzy] maybe trigger risk control, " + bl.String())
}
} else {
atomic.AddInt32(&pool.failedCount, 1) //
logs.Log.Debug("[check.failed] maybe trigger risk control, " + bl.String())
pool.FailedBaselines = append(pool.FailedBaselines, bl)
}
} else {
pool.resetFailed() // 如果后续访问正常, 重置错误次数
logs.Log.Debug("[check.pass] " + bl.String())
}
case parsers.WordSource:
// 异步进行性能消耗较大的深度对比
pool.processCh <- bl
if int(pool.Statistor.ReqTotal)%pool.CheckPeriod == 0 {
// 间歇插入check waf的探针
pool.doCheck()
} else if pool.failedCount%pool.ErrPeriod == 0 {
// 发生错误时插入探针, 如果超过阈值提前退出
atomic.AddInt32(&pool.failedCount, 1)
pool.doCheck()
}
pool.Bar.Done()
case parsers.RedirectSource:
bl.FrontURL = unit.frontUrl
pool.processCh <- bl
default:
pool.processCh <- bl
}
}
func (pool *BrutePool) NoScopeInvoke(v interface{}) {
defer pool.wg.Done()
unit := v.(*Unit)
req, err := ihttp.BuildRequest(pool.ctx, pool.ClientType, unit.path, "", "", "GET")
if err != nil {
logs.Log.Error(err.Error())
return
}
req.SetHeaders(pool.Headers)
req.SetHeader("User-Agent", pkg.RandomUA())
resp, reqerr := pool.client.Do(req)
if pool.ClientType == ihttp.FAST {
defer fasthttp.ReleaseResponse(resp.FastResponse)
defer fasthttp.ReleaseRequest(req.FastRequest)
}
if reqerr != nil {
logs.Log.Error(reqerr.Error())
return
}
if resp.StatusCode() == 200 {
bl := pkg.NewBaseline(req.URI(), req.Host(), resp)
bl.Source = unit.source
bl.ReqDepth = unit.depth
bl.Collect()
bl.CollectURL()
pool.wg.Add(1)
pool.doScopeCrawl(bl)
pool.putToOutput(bl)
}
}
func (pool *BrutePool) Handler() {
for bl := range pool.processCh {
if bl.IsValid {
pool.addFuzzyBaseline(bl)
}
if _, ok := pool.Statistor.Counts[bl.Status]; ok {
pool.Statistor.Counts[bl.Status]++
} else {
pool.Statistor.Counts[bl.Status] = 1
}
if _, ok := pool.Statistor.Sources[bl.Source]; ok {
pool.Statistor.Sources[bl.Source]++
} else {
pool.Statistor.Sources[bl.Source] = 1
}
var params map[string]interface{}
if pool.MatchExpr != nil || pool.FilterExpr != nil || pool.RecuExpr != nil {
params = map[string]interface{}{
"index": pool.index,
"random": pool.random,
"current": bl,
}
//for _, ok := range FuzzyStatus {
// if bl, ok := pool.baselines[ok]; ok {
// params["bl"+strconv.Itoa(ok)] = bl
// } else {
// params["bl"+strconv.Itoa(ok)] = nilBaseline
// }
//}
}
var ok bool
if pool.MatchExpr != nil {
if pkg.CompareWithExpr(pool.MatchExpr, params) {
ok = true
}
} else {
ok = pool.BaseCompare(bl)
}
if ok {
// unique判断
if EnableAllUnique || iutils.IntsContains(pkg.UniqueStatus, bl.Status) {
if _, ok := pool.uniques[bl.Unique]; ok {
bl.IsValid = false
bl.IsFuzzy = true
bl.Reason = pkg.ErrFuzzyNotUnique.Error()
} else {
pool.uniques[bl.Unique] = struct{}{}
}
}
// 对通过所有对比的有效数据进行再次filter
if bl.IsValid && pool.FilterExpr != nil && pkg.CompareWithExpr(pool.FilterExpr, params) {
pool.Statistor.FilteredNumber++
bl.Reason = pkg.ErrCustomFilter.Error()
bl.IsValid = false
}
} else {
bl.IsValid = false
}
if bl.IsValid || (bl.IsFuzzy && pool.Fuzzy) {
pool.doCrawl(bl)
pool.doAppend(bl)
}
// 如果要进行递归判断, 要满足 bl有效, mod为path-spray, 当前深度小于最大递归深度
if bl.IsValid {
pool.Statistor.FoundNumber++
if bl.RecuDepth < pool.MaxRecursionDepth {
if pkg.CompareWithExpr(pool.RecuExpr, params) {
bl.Recu = true
}
}
}
if !pool.closed {
// 如果任务被取消, 所有还没处理的请求结果都会被丢弃
pool.putToOutput(bl)
}
pool.wg.Done()
}
pool.analyzeDone = true
}
func (pool *BrutePool) checkRedirect(redirectURL string) bool {
if pool.random.RedirectURL == "" {
// 如果random的redirectURL为空, 忽略
return true
}
if redirectURL == pool.random.RedirectURL {
// 相同的RedirectURL将被认为是无效数据
return false
} else {
// path为3xx, 且与baseline中的RedirectURL不同时, 为有效数据
return true
}
}
func (pool *BrutePool) Upgrade(bl *pkg.Baseline) error {
rurl, err := url.Parse(bl.RedirectURL)
if err == nil && rurl.Hostname() == bl.Url.Hostname() && bl.Url.Scheme == "http" && rurl.Scheme == "https" {
logs.Log.Infof("baseurl %s upgrade http to https, reinit", pool.BaseURL)
pool.base = strings.Replace(pool.BaseURL, "http", "https", 1)
pool.url.Scheme = "https"
// 重新初始化
err = pool.Init()
if err != nil {
return err
}
}
return nil
}
func (pool *BrutePool) PreCompare(resp *ihttp.Response) error {
status := resp.StatusCode()
if iutils.IntsContains(pkg.WhiteStatus, status) {
// 如果为白名单状态码则直接返回
return nil
}
//if pool.random.Status != 200 && pool.random.Status == status {
// return pkg.ErrSameStatus
//}
if iutils.IntsContains(pkg.BlackStatus, status) {
return pkg.ErrBadStatus
}
if iutils.IntsContains(pkg.WAFStatus, status) {
return pkg.ErrWaf
}
if !pool.checkRedirect(resp.GetHeader("Location")) {
return pkg.ErrRedirect
}
return nil
}
// same host return true
// diff host return false
func (pool *BrutePool) checkHost(u string) bool {
if v, err := url.Parse(u); err == nil {
if v.Host == "" {
return true
}
if v.Host == pool.url.Host {
return true
} else {
return false
}
}
return true
}
func (pool *BrutePool) BaseCompare(bl *pkg.Baseline) bool {
if !bl.IsValid {
return false
}
var status = -1
// 30x状态码的特殊处理
if bl.RedirectURL != "" {
if bl.SameRedirectDomain && strings.HasSuffix(bl.RedirectURL, bl.Url.Path+"/") {
bl.Reason = pkg.ErrFuzzyRedirect.Error()
return false
}
}
// 使用与baseline相同状态码, 需要在fuzzystatus中提前配置
base, ok := pool.baselines[bl.Status] // 挑选对应状态码的baseline进行compare
if bl.IsBaseline {
ok = false
}
if !ok {
if pool.random.Status == bl.Status {
// 当other的状态码与base相同时, 会使用base
ok = true
base = pool.random
} else if pool.index.Status == bl.Status {
// 当other的状态码与index相同时, 会使用index
ok = true
base = pool.index
}
}
if ok {
if status = base.Compare(bl); status == 1 {
bl.Reason = pkg.ErrCompareFailed.Error()
return false
}
}
bl.Hashes = parsers.NewHashes(bl.Raw)
//if !pool.IgnoreWaf {
// // 部分情况下waf的特征可能是全局, 指定了--ignore-waf则不会进行waf的指纹检测
// for _, f := range bl.Frameworks {
// if f.HasTag("waf") {
// pool.Statistor.WafedNumber++
// bl.Reason = ErrWaf.Error()
// return false
// }
// }
//}
if ok && status == 0 && base.FuzzyCompare(bl) {
pool.Statistor.FuzzyNumber++
bl.Reason = pkg.ErrFuzzyCompareFailed.Error()
pool.putToFuzzy(bl)
return false
}
return true
}
func (pool *BrutePool) addFuzzyBaseline(bl *pkg.Baseline) {
if _, ok := pool.baselines[bl.Status]; !ok && (EnableAllFuzzy || iutils.IntsContains(pkg.FuzzyStatus, bl.Status)) {
bl.IsBaseline = true
bl.Collect()
pool.doCrawl(bl) // 非有效页面也可能存在一些特殊的url可以用来爬取
pool.baselines[bl.Status] = bl
logs.Log.Logf(pkg.LogVerbose, "[baseline.%dinit] %s", bl.Status, bl.Format([]string{"status", "length", "spend", "title", "frame", "redirect"}))
}
}
func (pool *BrutePool) fallback() {
logs.Log.Errorf("%s ,failed request exceeds the threshold , task will exit. Breakpoint %d", pool.BaseURL, pool.wordOffset)
for i, bl := range pool.FailedBaselines {
if i > 5 {
break
}
logs.Log.Errorf("[failed.%d] %s", i, bl.String())
}
}
func (pool *BrutePool) Close() {
for pool.analyzeDone {
// 等待缓存的待处理任务完成
time.Sleep(time.Duration(100) * time.Millisecond)
}
close(pool.additionCh) // 关闭addition管道
//close(pool.checkCh) // 关闭check管道
pool.Statistor.EndTime = time.Now().Unix()
pool.reqPool.Release()
pool.scopePool.Release()
}
func (pool *BrutePool) safePath(u string) string {
// 自动生成的目录将采用safepath的方式拼接到相对目录中, 避免出现//的情况. 例如init, check, common
if pool.isDir {
return pkg.SafePath(pool.dir, u)
} else {
return pkg.SafePath(pool.url.Path+"/", u)
}
}
func (pool *BrutePool) resetFailed() {
pool.failedCount = 1
pool.FailedBaselines = nil
}
func (pool *BrutePool) doCheck() {
if pool.failedCount > pool.BreakThreshold {
// 当报错次数超过上限是, 结束任务
if pool.isFallback.Load() {
return
}
pool.isFallback.Store(true)
pool.fallback()
pool.IsFailed = true
pool.Cancel()
return
}
if pool.Mod == HostSpray {
pool.checkCh <- struct{}{}
} else if pool.Mod == PathSpray {
pool.checkCh <- struct{}{}
}
}
func (pool *BrutePool) doRedirect(bl *pkg.Baseline, depth int) {
if depth >= pool.MaxRedirect {
return
}
//if !bl.SameRedirectDomain {
// return // 不同域名的重定向不处理
//}
reURL := pkg.FormatURL(bl.Url.Path, bl.RedirectURL)
pool.wg.Add(1)
go func() {
defer pool.wg.Done()
pool.addAddition(&Unit{
path: reURL,
parent: bl.Number,
host: bl.Host,
source: parsers.RedirectSource,
from: bl.Source,
frontUrl: bl.UrlString,
depth: depth + 1,
})
}()
}
func (pool *BrutePool) doCrawl(bl *pkg.Baseline) {
if !pool.Crawl || bl.ReqDepth >= pool.MaxCrawlDepth {
return
}
bl.CollectURL()
if bl.URLs == nil {
return
}
pool.wg.Add(2)
pool.doScopeCrawl(bl)
go func() {
defer pool.wg.Done()
for _, u := range bl.URLs {
if u = pkg.FormatURL(bl.Url.Path, u); u == "" {
continue
}
pool.addAddition(&Unit{
path: u,
parent: bl.Number,
host: bl.Host,
source: parsers.CrawlSource,
from: bl.Source,
depth: bl.ReqDepth + 1,
})
}
}()
}
func (pool *BrutePool) doScopeCrawl(bl *pkg.Baseline) {
if bl.ReqDepth >= pool.MaxCrawlDepth {
pool.wg.Done()
return
}
go func() {
defer pool.wg.Done()
for _, u := range bl.URLs {
if strings.HasPrefix(u, "http") {
if v, _ := url.Parse(u); v == nil || !pkg.MatchWithGlobs(v.Host, pool.Scope) {
continue
}
pool.scopeLocker.Lock()
if _, ok := pool.scopeurls[u]; !ok {
pool.urls.Store(u, nil)
pool.wg.Add(1)
pool.scopePool.Invoke(&Unit{
path: u,
parent: bl.Number,
source: parsers.CrawlSource,
from: bl.Source,
depth: bl.ReqDepth + 1,
})
}
pool.scopeLocker.Unlock()
}
}
}()
}
func (pool *BrutePool) doBak() {
defer pool.wg.Done()
if pool.Mod == HostSpray {
return
}
//for w := range NewBruteDSL(pool.Config, "{?0}.{?@bak_ext}", [][]string{pkg.BakGenerator(pool.url.Host)}).Output {
// pool.addAddition(&Unit{
// path: pool.dir + w,
// source: parsers.BakSource,
// })
//}
for w := range NewBruteDSL(pool.Config, "{?@bak_name}.{?@bak_ext}", nil).Output {
pool.addAddition(&Unit{
path: pool.dir + w,
source: parsers.BakSource,
})
}
}
func (pool *BrutePool) doAppend(bl *pkg.Baseline) {
pool.wg.Add(2)
pool.doAppendWords(bl)
pool.doAppendRule(bl)
}
func (pool *BrutePool) doAppendRule(bl *pkg.Baseline) {
if pool.AppendRule == nil || bl.Source == parsers.AppendRuleSource || bl.ReqDepth >= pool.MaxAppendDepth {
pool.wg.Done()
return
}
go func() {
defer pool.wg.Done()
for u := range rule.RunAsStream(pool.AppendRule.Expressions, path.Base(bl.Path)) {
pool.addAddition(&Unit{
path: pkg.Dir(bl.Url.Path) + u,
parent: bl.Number,
host: bl.Host,
source: parsers.AppendRuleSource,
from: bl.Source,
depth: bl.ReqDepth + 1,
})
}
}()
}
func (pool *BrutePool) doAppendWords(bl *pkg.Baseline) {
if pool.AppendWords == nil || bl.Source == parsers.AppendSource || bl.Source == parsers.RuleSource || bl.ReqDepth >= pool.MaxAppendDepth {
// 防止自身递归
pool.wg.Done()
return
}
go func() {
defer pool.wg.Done()
for u := range NewBruteWords(pool.Config, pool.AppendWords).Output {
pool.addAddition(&Unit{
path: pkg.SafePath(bl.Path, u),
parent: bl.Number,
host: bl.Host,
source: parsers.AppendSource,
from: bl.Source,
depth: bl.RecuDepth + 1,
})
}
}()
}
func (pool *BrutePool) doActive() {
defer pool.wg.Done()
if pool.Mod == HostSpray {
return
}
for _, u := range pkg.ActivePath {
pool.addAddition(&Unit{
path: pool.dir + u[1:],
source: parsers.FingerSource,
})
}
}
func (pool *BrutePool) doCommonFile() {
defer pool.wg.Done()
if pool.Mod == HostSpray {
return
}
for u := range NewBruteWords(pool.Config, append(pkg.Dicts["common"], pkg.Dicts["log"]...)).Output {
pool.addAddition(&Unit{
path: pool.dir + u,
source: parsers.CommonFileSource,
})
}
}