nuclei/pkg/core/workpool.go
Tarun Koyalwar 3e54ca54b0
feat: fix utils and add goroutine leak unit tests (#5112)
* feat: fixed leak

* add go leak unit test in sdk

* added goleak unit tests

* bugfix: add random user agents to fuzzing requests

* misc

* misc

* fix lint + use utils pr + misc

* fix ratelimit memleak in sdk

* close protocolstate shared resources in nuclei sdk/lib

* add missing close references

* ignore read/write loop of intransit connections

* close unnecessary idle conns

* add ignore method

* using fixed utils

* dep update

---------

Co-authored-by: Ice3man <nizamulrana@gmail.com>
Co-authored-by: mzack <marco.rivoli.nvh@gmail.com>
Co-authored-by: sandeep <8293321+ehsandeep@users.noreply.github.com>
2024-05-01 00:28:11 +05:30

92 lines
2.9 KiB
Go

package core
import (
"context"
"github.com/projectdiscovery/gologger"
"github.com/projectdiscovery/nuclei/v3/pkg/templates/types"
syncutil "github.com/projectdiscovery/utils/sync"
)
// WorkPool implements an execution pool for executing different
// types of task with different concurrency requirements.
//
// It also allows Configuration of such requirements. This is used
// for per-module like separate headless concurrency etc.
type WorkPool struct {
Headless *syncutil.AdaptiveWaitGroup
Default *syncutil.AdaptiveWaitGroup
config WorkPoolConfig
}
// WorkPoolConfig is the configuration for work pool
type WorkPoolConfig struct {
// InputConcurrency is the concurrency for inputs values.
InputConcurrency int
// TypeConcurrency is the concurrency for the request type templates.
TypeConcurrency int
// HeadlessInputConcurrency is the concurrency for headless inputs values.
HeadlessInputConcurrency int
// TypeConcurrency is the concurrency for the headless request type templates.
HeadlessTypeConcurrency int
}
// NewWorkPool returns a new WorkPool instance
func NewWorkPool(config WorkPoolConfig) *WorkPool {
headlessWg, _ := syncutil.New(syncutil.WithSize(config.HeadlessTypeConcurrency))
defaultWg, _ := syncutil.New(syncutil.WithSize(config.TypeConcurrency))
return &WorkPool{
config: config,
Headless: headlessWg,
Default: defaultWg,
}
}
// Wait waits for all the work pool wait groups to finish
func (w *WorkPool) Wait() {
w.Default.Wait()
w.Headless.Wait()
}
// InputPool returns a work pool for an input type
func (w *WorkPool) InputPool(templateType types.ProtocolType) *syncutil.AdaptiveWaitGroup {
var count int
if templateType == types.HeadlessProtocol {
count = w.config.HeadlessInputConcurrency
} else {
count = w.config.InputConcurrency
}
swg, _ := syncutil.New(syncutil.WithSize(count))
return swg
}
func (w *WorkPool) RefreshWithConfig(config WorkPoolConfig) {
if w.config.TypeConcurrency != config.TypeConcurrency {
w.config.TypeConcurrency = config.TypeConcurrency
}
if w.config.HeadlessTypeConcurrency != config.HeadlessTypeConcurrency {
w.config.HeadlessTypeConcurrency = config.HeadlessTypeConcurrency
}
if w.config.InputConcurrency != config.InputConcurrency {
w.config.InputConcurrency = config.InputConcurrency
}
if w.config.HeadlessInputConcurrency != config.HeadlessInputConcurrency {
w.config.HeadlessInputConcurrency = config.HeadlessInputConcurrency
}
w.Refresh(context.Background())
}
func (w *WorkPool) Refresh(ctx context.Context) {
if w.Default.Size != w.config.TypeConcurrency {
if err := w.Default.Resize(ctx, w.config.TypeConcurrency); err != nil {
gologger.Warning().Msgf("Could not resize workpool: %s\n", err)
}
}
if w.Headless.Size != w.config.HeadlessTypeConcurrency {
if err := w.Headless.Resize(ctx, w.config.HeadlessTypeConcurrency); err != nil {
gologger.Warning().Msgf("Could not resize workpool: %s\n", err)
}
}
}