mirror of
https://github.com/SagerNet/sing-box.git
synced 2024-11-22 08:31:30 +00:00
285 lines
9 KiB
Go
285 lines
9 KiB
Go
package rule
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import (
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"context"
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"github.com/sagernet/sing-box/adapter"
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C "github.com/sagernet/sing-box/constant"
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"github.com/sagernet/sing-box/experimental/deprecated"
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"github.com/sagernet/sing-box/log"
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"github.com/sagernet/sing-box/option"
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E "github.com/sagernet/sing/common/exceptions"
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)
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func NewRule(ctx context.Context, router adapter.Router, logger log.ContextLogger, options option.Rule, checkOutbound bool) (adapter.Rule, error) {
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switch options.Type {
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case "", C.RuleTypeDefault:
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if !options.DefaultOptions.IsValid() {
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return nil, E.New("missing conditions")
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}
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switch options.DefaultOptions.Action {
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case "", C.RuleActionTypeRoute:
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if options.DefaultOptions.RouteOptions.Outbound == "" && checkOutbound {
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return nil, E.New("missing outbound field")
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}
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}
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return NewDefaultRule(ctx, router, logger, options.DefaultOptions)
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case C.RuleTypeLogical:
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if !options.LogicalOptions.IsValid() {
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return nil, E.New("missing conditions")
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}
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switch options.LogicalOptions.Action {
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case "", C.RuleActionTypeRoute:
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if options.LogicalOptions.RouteOptions.Outbound == "" && checkOutbound {
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return nil, E.New("missing outbound field")
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}
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}
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return NewLogicalRule(ctx, router, logger, options.LogicalOptions)
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default:
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return nil, E.New("unknown rule type: ", options.Type)
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}
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}
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var _ adapter.Rule = (*DefaultRule)(nil)
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type DefaultRule struct {
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abstractDefaultRule
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}
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type RuleItem interface {
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Match(metadata *adapter.InboundContext) bool
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String() string
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}
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func NewDefaultRule(ctx context.Context, router adapter.Router, logger log.ContextLogger, options option.DefaultRule) (*DefaultRule, error) {
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action, err := NewRuleAction(options.RuleAction)
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if err != nil {
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return nil, E.Cause(err, "action")
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}
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rule := &DefaultRule{
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abstractDefaultRule{
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invert: options.Invert,
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action: action,
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},
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}
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if len(options.Inbound) > 0 {
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item := NewInboundRule(options.Inbound)
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rule.items = append(rule.items, item)
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rule.allItems = append(rule.allItems, item)
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}
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if options.IPVersion > 0 {
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switch options.IPVersion {
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case 4, 6:
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item := NewIPVersionItem(options.IPVersion == 6)
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rule.items = append(rule.items, item)
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rule.allItems = append(rule.allItems, item)
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default:
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return nil, E.New("invalid ip version: ", options.IPVersion)
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}
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}
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if len(options.Network) > 0 {
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item := NewNetworkItem(options.Network)
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rule.items = append(rule.items, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.AuthUser) > 0 {
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item := NewAuthUserItem(options.AuthUser)
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rule.items = append(rule.items, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.Protocol) > 0 {
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item := NewProtocolItem(options.Protocol)
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rule.items = append(rule.items, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.Client) > 0 {
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item := NewClientItem(options.Client)
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rule.items = append(rule.items, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.Domain) > 0 || len(options.DomainSuffix) > 0 {
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item := NewDomainItem(options.Domain, options.DomainSuffix)
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rule.destinationAddressItems = append(rule.destinationAddressItems, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.DomainKeyword) > 0 {
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item := NewDomainKeywordItem(options.DomainKeyword)
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rule.destinationAddressItems = append(rule.destinationAddressItems, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.DomainRegex) > 0 {
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item, err := NewDomainRegexItem(options.DomainRegex)
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if err != nil {
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return nil, E.Cause(err, "domain_regex")
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}
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rule.destinationAddressItems = append(rule.destinationAddressItems, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.Geosite) > 0 {
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item := NewGeositeItem(router, logger, options.Geosite)
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rule.destinationAddressItems = append(rule.destinationAddressItems, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.SourceGeoIP) > 0 {
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item := NewGeoIPItem(router, logger, true, options.SourceGeoIP)
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rule.sourceAddressItems = append(rule.sourceAddressItems, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.GeoIP) > 0 {
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item := NewGeoIPItem(router, logger, false, options.GeoIP)
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rule.destinationIPCIDRItems = append(rule.destinationIPCIDRItems, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.SourceIPCIDR) > 0 {
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item, err := NewIPCIDRItem(true, options.SourceIPCIDR)
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if err != nil {
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return nil, E.Cause(err, "source_ip_cidr")
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}
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rule.sourceAddressItems = append(rule.sourceAddressItems, item)
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rule.allItems = append(rule.allItems, item)
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}
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if options.SourceIPIsPrivate {
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item := NewIPIsPrivateItem(true)
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rule.sourceAddressItems = append(rule.sourceAddressItems, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.IPCIDR) > 0 {
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item, err := NewIPCIDRItem(false, options.IPCIDR)
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if err != nil {
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return nil, E.Cause(err, "ipcidr")
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}
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rule.destinationIPCIDRItems = append(rule.destinationIPCIDRItems, item)
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rule.allItems = append(rule.allItems, item)
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}
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if options.IPIsPrivate {
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item := NewIPIsPrivateItem(false)
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rule.destinationIPCIDRItems = append(rule.destinationIPCIDRItems, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.SourcePort) > 0 {
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item := NewPortItem(true, options.SourcePort)
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rule.sourcePortItems = append(rule.sourcePortItems, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.SourcePortRange) > 0 {
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item, err := NewPortRangeItem(true, options.SourcePortRange)
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if err != nil {
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return nil, E.Cause(err, "source_port_range")
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}
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rule.sourcePortItems = append(rule.sourcePortItems, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.Port) > 0 {
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item := NewPortItem(false, options.Port)
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rule.destinationPortItems = append(rule.destinationPortItems, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.PortRange) > 0 {
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item, err := NewPortRangeItem(false, options.PortRange)
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if err != nil {
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return nil, E.Cause(err, "port_range")
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}
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rule.destinationPortItems = append(rule.destinationPortItems, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.ProcessName) > 0 {
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item := NewProcessItem(options.ProcessName)
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rule.items = append(rule.items, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.ProcessPath) > 0 {
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item := NewProcessPathItem(options.ProcessPath)
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rule.items = append(rule.items, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.ProcessPathRegex) > 0 {
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item, err := NewProcessPathRegexItem(options.ProcessPathRegex)
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if err != nil {
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return nil, E.Cause(err, "process_path_regex")
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}
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rule.items = append(rule.items, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.PackageName) > 0 {
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item := NewPackageNameItem(options.PackageName)
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rule.items = append(rule.items, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.User) > 0 {
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item := NewUserItem(options.User)
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rule.items = append(rule.items, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.UserID) > 0 {
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item := NewUserIDItem(options.UserID)
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rule.items = append(rule.items, item)
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rule.allItems = append(rule.allItems, item)
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}
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if options.ClashMode != "" {
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item := NewClashModeItem(router, options.ClashMode)
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rule.items = append(rule.items, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.WIFISSID) > 0 {
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item := NewWIFISSIDItem(router, options.WIFISSID)
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rule.items = append(rule.items, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.WIFIBSSID) > 0 {
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item := NewWIFIBSSIDItem(router, options.WIFIBSSID)
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rule.items = append(rule.items, item)
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rule.allItems = append(rule.allItems, item)
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}
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if len(options.RuleSet) > 0 {
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var matchSource bool
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if options.RuleSetIPCIDRMatchSource {
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matchSource = true
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} else
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//nolint:staticcheck
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if options.Deprecated_RulesetIPCIDRMatchSource {
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matchSource = true
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deprecated.Report(ctx, deprecated.OptionBadMatchSource)
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}
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item := NewRuleSetItem(router, options.RuleSet, matchSource, false)
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rule.items = append(rule.items, item)
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rule.allItems = append(rule.allItems, item)
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}
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return rule, nil
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}
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var _ adapter.Rule = (*LogicalRule)(nil)
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type LogicalRule struct {
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abstractLogicalRule
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}
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func NewLogicalRule(ctx context.Context, router adapter.Router, logger log.ContextLogger, options option.LogicalRule) (*LogicalRule, error) {
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action, err := NewRuleAction(options.RuleAction)
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if err != nil {
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return nil, E.Cause(err, "action")
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}
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rule := &LogicalRule{
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abstractLogicalRule{
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rules: make([]adapter.HeadlessRule, len(options.Rules)),
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invert: options.Invert,
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action: action,
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},
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}
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switch options.Mode {
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case C.LogicalTypeAnd:
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rule.mode = C.LogicalTypeAnd
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case C.LogicalTypeOr:
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rule.mode = C.LogicalTypeOr
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default:
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return nil, E.New("unknown logical mode: ", options.Mode)
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}
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for i, subOptions := range options.Rules {
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subRule, err := NewRule(ctx, router, logger, subOptions, false)
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if err != nil {
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return nil, E.Cause(err, "sub rule[", i, "]")
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}
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rule.rules[i] = subRule
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}
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return rule, nil
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}
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