Golang types.BadRequestErrorf函數代碼示例

func (ep *endpoint) Leave(sbox Sandbox, options ...EndpointOption) error {
	ep.joinLeaveStart()
	defer ep.joinLeaveEnd()

	if sbox == nil || sbox.ID() == "" || sbox.Key() == "" {
		return types.BadRequestErrorf("invalid Sandbox passed to enpoint leave: %v", sbox)
	}

	sb, ok := sbox.(*sandbox)
	if !ok {
		return types.BadRequestErrorf("not a valid Sandbox interface")
	}

	ep.Lock()
	sid := ep.sandboxID
	ep.Unlock()

	if sid == "" {
		return types.ForbiddenErrorf("cannot leave endpoint with no attached sandbox")
	}
	if sid != sbox.ID() {
		return types.ForbiddenErrorf("unexpected sandbox ID in leave request. Expected %s. Got %s", ep.sandboxID, sbox.ID())
	}

	ep.processOptions(options...)

	ep.Lock()
	ep.sandboxID = ""
	n := ep.network
	ep.Unlock()

	n.Lock()
	c := n.ctrlr
	d := n.driver
	n.Unlock()

	if err := c.updateEndpointToStore(ep); err != nil {
		ep.Lock()
		ep.sandboxID = sid
		ep.Unlock()
		return err
	}

	if err := d.Leave(n.id, ep.id); err != nil {
		return err
	}

	if err := sb.clearNetworkResources(ep); err != nil {
		return err
	}

	if sb.needDefaultGW() {
		ep := sb.getEPwithoutGateway()
		if ep == nil {
			return fmt.Errorf("endpoint without GW expected, but not found")
		}
		return sb.setupDefaultGW(ep)
	}
	return sb.clearDefaultGW()
}

func parseConnectivityOptions(cOptions map[string]interface{}) (*connectivityConfiguration, error) {
	if cOptions == nil {
		return nil, nil
	}

	cc := &connectivityConfiguration{}

	if opt, ok := cOptions[netlabel.PortMap]; ok {
		if pb, ok := opt.([]types.PortBinding); ok {
			cc.PortBindings = pb
		} else {
			return nil, types.BadRequestErrorf("Invalid port mapping data in connectivity configuration: %v", opt)
		}
	}

	if opt, ok := cOptions[netlabel.ExposedPorts]; ok {
		if ports, ok := opt.([]types.TransportPort); ok {
			cc.ExposedPorts = ports
		} else {
			return nil, types.BadRequestErrorf("Invalid exposed ports data in connectivity configuration: %v", opt)
		}
	}

	return cc, nil
}

// ReleaseAddress releases the address from the specified pool ID
func (a *Allocator) ReleaseAddress(poolID string, address net.IP) error {
	logrus.Debugf("ReleaseAddress(%s, %v)", poolID, address)
	k := SubnetKey{}
	if err := k.FromString(poolID); err != nil {
		return types.BadRequestErrorf("invalid pool id: %s", poolID)
	}

	if err := a.refresh(k.AddressSpace); err != nil {
		return err
	}

	aSpace, err := a.getAddrSpace(k.AddressSpace)
	if err != nil {
		return err
	}

	aSpace.Lock()
	p, ok := aSpace.subnets[k]
	if !ok {
		aSpace.Unlock()
		return types.NotFoundErrorf("cannot find address pool for poolID:%s", poolID)
	}

	if address == nil {
		aSpace.Unlock()
		return types.BadRequestErrorf("invalid address: nil")
	}

	if !p.Pool.Contains(address) {
		aSpace.Unlock()
		return ipamapi.ErrIPOutOfRange
	}

	c := p
	for c.Range != nil {
		k = c.ParentKey
		c = aSpace.subnets[k]
	}
	aSpace.Unlock()

	mask := p.Pool.Mask

	h, err := types.GetHostPartIP(address, mask)
	if err != nil {
		return types.InternalErrorf("failed to release address %s: %v", address.String(), err)
	}

	bm, err := a.retrieveBitmask(k, c.Pool)
	if err != nil {
		return types.InternalErrorf("could not find bitmask in datastore for %s on address %v release from pool %s: %v",
			k.String(), address, poolID, err)
	}

	return bm.Unset(ipToUint64(h))
}

// PutObjectAtomic adds a new Record based on an object into the datastore
func (ds *datastore) PutObjectAtomic(kvObject KVObject) error {
	var (
		previous *store.KVPair
		pair     *store.KVPair
		err      error
	)
	if ds.sequential {
		ds.Lock()
		defer ds.Unlock()
	}

	if kvObject == nil {
		return types.BadRequestErrorf("invalid KV Object : nil")
	}

	kvObjValue := kvObject.Value()

	if kvObjValue == nil {
		return types.BadRequestErrorf("invalid KV Object with a nil Value for key %s", Key(kvObject.Key()...))
	}

	if kvObject.Skip() {
		goto add_cache
	}

	if kvObject.Exists() {
		previous = &store.KVPair{Key: Key(kvObject.Key()...), LastIndex: kvObject.Index()}
	} else {
		previous = nil
	}

	_, pair, err = ds.store.AtomicPut(Key(kvObject.Key()...), kvObjValue, previous, nil)
	if err != nil {
		if err == store.ErrKeyExists {
			return ErrKeyModified
		}
		return err
	}

	kvObject.SetIndex(pair.LastIndex)

add_cache:
	if ds.cache != nil {
		// If persistent store is skipped, sequencing needs to
		// happen in cache.
		return ds.cache.add(kvObject, kvObject.Skip())
	}

	return nil
}

// NewSandbox creates a new sandbox for the passed container id
func (c *controller) NewSandbox(containerID string, options ...SandboxOption) (Sandbox, error) {
	var err error

	if containerID == "" {
		return nil, types.BadRequestErrorf("invalid container ID")
	}

	var existing Sandbox
	look := SandboxContainerWalker(&existing, containerID)
	c.WalkSandboxes(look)
	if existing != nil {
		return nil, types.BadRequestErrorf("container %s is already present: %v", containerID, existing)
	}

	// Create sandbox and process options first. Key generation depends on an option
	sb := &sandbox{
		id:          stringid.GenerateRandomID(),
		containerID: containerID,
		endpoints:   epHeap{},
		epPriority:  map[string]int{},
		config:      containerConfig{},
		controller:  c,
	}
	// This sandbox may be using an existing osl sandbox, sharing it with another sandbox
	var peerSb Sandbox
	c.WalkSandboxes(SandboxKeyWalker(&peerSb, sb.Key()))
	if peerSb != nil {
		sb.osSbox = peerSb.(*sandbox).osSbox
	}

	heap.Init(&sb.endpoints)

	sb.processOptions(options...)

	if err = sb.setupResolutionFiles(); err != nil {
		return nil, err
	}

	if sb.osSbox == nil && !sb.config.useExternalKey {
		if sb.osSbox, err = osl.NewSandbox(sb.Key(), !sb.config.useDefaultSandBox); err != nil {
			return nil, fmt.Errorf("failed to create new osl sandbox: %v", err)
		}
	}

	c.Lock()
	c.sandboxes[sb.id] = sb
	c.Unlock()

	return sb, nil
}

func (ep *endpoint) Join(sbox Sandbox, options ...EndpointOption) error {
	if sbox == nil {
		return types.BadRequestErrorf("endpoint cannot be joined by nil container")
	}

	sb, ok := sbox.(*sandbox)
	if !ok {
		return types.BadRequestErrorf("not a valid Sandbox interface")
	}

	sb.joinLeaveStart()
	defer sb.joinLeaveEnd()

	return ep.sbJoin(sb, options...)
}

func (ep *endpoint) Leave(sbox Sandbox, options ...EndpointOption) error {
	if sbox == nil || sbox.ID() == "" || sbox.Key() == "" {
		return types.BadRequestErrorf("invalid Sandbox passed to enpoint leave: %v", sbox)
	}

	sb, ok := sbox.(*sandbox)
	if !ok {
		return types.BadRequestErrorf("not a valid Sandbox interface")
	}

	sb.joinLeaveStart()
	defer sb.joinLeaveEnd()

	return ep.sbLeave(sb, false, options...)
}

func (a *allocator) RequestPool(addressSpace, pool, subPool string, options map[string]string, v6 bool) (string, *net.IPNet, map[string]string, error) {
	if addressSpace != defaultAS {
		return "", nil, nil, types.BadRequestErrorf("unknown address space: %s", addressSpace)
	}
	if pool != "" {
		return "", nil, nil, types.BadRequestErrorf("null ipam driver does not handle specific address pool requests")
	}
	if subPool != "" {
		return "", nil, nil, types.BadRequestErrorf("null ipam driver does not handle specific address subpool requests")
	}
	if v6 {
		return "", nil, nil, types.BadRequestErrorf("null ipam driver does not handle IPv6 address pool pool requests")
	}
	return defaultPoolID, defaultPool, nil, nil
}

// NewDataStore creates a new instance of LibKV data store
func NewDataStore(cfg *config.DatastoreCfg) (DataStore, error) {
	if cfg == nil {
		return nil, types.BadRequestErrorf("invalid configuration passed to datastore")
	}
	// TODO : cfg.Embedded case
	return newClient(cfg.Client.Provider, cfg.Client.Address)
}

// DeleteObjectAtomic performs atomic delete on a record
func (ds *datastore) DeleteObjectAtomic(kvObject KVObject) error {
	ds.Lock()
	defer ds.Unlock()

	if kvObject == nil {
		return types.BadRequestErrorf("invalid KV Object : nil")
	}

	previous := &store.KVPair{Key: Key(kvObject.Key()...), LastIndex: kvObject.Index()}

	if kvObject.Skip() {
		goto del_cache
	}

	if _, err := ds.store.AtomicDelete(Key(kvObject.Key()...), previous); err != nil {
		return err
	}

del_cache:
	// cleanup the cache only if AtomicDelete went through successfully
	if ds.cache != nil {
		return ds.cache.del(kvObject)
	}

	return nil
}

// AtomicDelete deletes a value at "key" if the key has not
// been modified in the meantime, throws an error if this is the case
func (s *MockStore) AtomicDelete(key string, previous *store.KVPair) (bool, error) {
	mData := s.db[key]
	if mData != nil && mData.Index != previous.LastIndex {
		return false, types.BadRequestErrorf("atomic delete failed due to mismatched Index")
	}
	return true, s.Delete(key)
}

func parseNetworkGenericOptions(data interface{}) (*networkConfiguration, error) {
	var (
		err    error
		config *networkConfiguration
	)

	switch opt := data.(type) {
	case *networkConfiguration:
		config = opt
	case map[string]interface{}:
		config = &networkConfiguration{
			EnableICC:          true,
			EnableIPTables:     true,
			EnableIPMasquerade: true,
		}
		err = config.fromMap(opt)
	case options.Generic:
		var opaqueConfig interface{}
		if opaqueConfig, err = options.GenerateFromModel(opt, config); err == nil {
			config = opaqueConfig.(*networkConfiguration)
		}
	default:
		err = types.BadRequestErrorf("do not recognize network configuration format: %T", opt)
	}

	return config, err
}

// DeleteObjectAtomic performs atomic delete on a record
func (ds *datastore) DeleteObjectAtomic(kvObject KVObject) error {
	if ds.sequential {
		ds.Lock()
		defer ds.Unlock()
	}

	if kvObject == nil {
		return types.BadRequestErrorf("invalid KV Object : nil")
	}

	previous := &store.KVPair{Key: Key(kvObject.Key()...), LastIndex: kvObject.Index()}

	if kvObject.Skip() {
		goto del_cache
	}

	if _, err := ds.store.AtomicDelete(Key(kvObject.Key()...), previous); err != nil {
		if err == store.ErrKeyExists {
			return ErrKeyModified
		}
		return err
	}

del_cache:
	// cleanup the cache only if AtomicDelete went through successfully
	if ds.cache != nil {
		// If persistent store is skipped, sequencing needs to
		// happen in cache.
		return ds.cache.del(kvObject, kvObject.Skip())
	}

	return nil
}

// PutObject adds a new Record based on an object into the datastore
func (ds *datastore) PutObject(kvObject KVObject) error {
	if ds.sequential {
		ds.Lock()
		defer ds.Unlock()
	}

	if kvObject == nil {
		return types.BadRequestErrorf("invalid KV Object : nil")
	}

	if kvObject.Skip() {
		goto add_cache
	}

	if err := ds.putObjectWithKey(kvObject, kvObject.Key()...); err != nil {
		return err
	}

add_cache:
	if ds.cache != nil {
		// If persistent store is skipped, sequencing needs to
		// happen in cache.
		return ds.cache.add(kvObject, kvObject.Skip())
	}

	return nil
}

func (c *networkConfiguration) processIPAM(id string, ipamV4Data, ipamV6Data []driverapi.IPAMData) error {
	if len(ipamV4Data) > 1 || len(ipamV6Data) > 1 {
		return types.ForbiddenErrorf("bridge driver doesn't support multiple subnets")
	}

	if len(ipamV4Data) == 0 {
		return types.BadRequestErrorf("bridge network %s requires ipv4 configuration", id)
	}

	if ipamV4Data[0].Gateway != nil {
		c.AddressIPv4 = types.GetIPNetCopy(ipamV4Data[0].Gateway)
	}

	if gw, ok := ipamV4Data[0].AuxAddresses[DefaultGatewayV4AuxKey]; ok {
		c.DefaultGatewayIPv4 = gw.IP
	}

	if len(ipamV6Data) > 0 {
		c.AddressIPv6 = ipamV6Data[0].Pool

		if ipamV6Data[0].Gateway != nil {
			c.AddressIPv6 = types.GetIPNetCopy(ipamV6Data[0].Gateway)
		}

		if gw, ok := ipamV6Data[0].AuxAddresses[DefaultGatewayV6AuxKey]; ok {
			c.DefaultGatewayIPv6 = gw.IP
		}
	}

	return nil
}