network

package
v1.4.3-rc2 Latest Latest
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 Go to latest Published: Sep 12, 2018 License: Apache-2.0 Imports: 29 Imported by: 0

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Index

Constants

View Source 
const (
	DefaultBridgeName = "bridge"
)
View Source 
const NilPort = Port("")

Variables

This section is empty.

Functions

func Init 

func Init(ctx context.Context, sess *session.Session, source extraconfig.DataSource, sink extraconfig.DataSink) error

func ScopedAliasName 

func ScopedAliasName(scope string, container string, alias string) string

ScopedAliasName returns the fully qualified name of an alias, scoped to the scope and optionally a container

Types

type AddContainerOptions 

type AddContainerOptions struct {
	Scope   string
	IP      net.IP
	Aliases []string
	Ports   []string
}

type AddressSpace 

type AddressSpace struct {
	Parent  *AddressSpace
	Network *net.IPNet
	Pool    *ip.Range
	// contains filtered or unexported fields
}

An AddressSpace is a collection of IP address ranges

func NewAddressSpaceFromNetwork 

func NewAddressSpaceFromNetwork(ipRange *net.IPNet) *AddressSpace

NewAddressSpaceFromNetwork creates a new AddressSpace from a network specification.

func NewAddressSpaceFromRange 

func NewAddressSpaceFromRange(firstIP net.IP, lastIP net.IP) *AddressSpace

NewAddressSpaceFromRange creates a new AddressSpace from a range of IP addresses.

func (*AddressSpace) Defragment 

func (s *AddressSpace) Defragment() error

func (*AddressSpace) Equal 

func (s *AddressSpace) Equal(other *AddressSpace) bool

Equal compares two address spaces for equality.

func (*AddressSpace) NextIP4Net 

func (s *AddressSpace) NextIP4Net(mask net.IPMask) (*net.IPNet, error)

func (*AddressSpace) ReleaseIP4 

func (s *AddressSpace) ReleaseIP4(ip net.IP) error

ReleaseIP4 releases the given IPv4 address.

func (*AddressSpace) ReleaseIP4Range 

func (s *AddressSpace) ReleaseIP4Range(space *AddressSpace) error

ReleaseIP4Range releases a sub address space into the parent address space. Sub address space has to have only a single available range.

func (*AddressSpace) ReserveIP4 

func (s *AddressSpace) ReserveIP4(ip net.IP) error

ReserveIP4 reserves the given IPv4 address.

func (*AddressSpace) ReserveIP4Net 

func (s *AddressSpace) ReserveIP4Net(ipNet *net.IPNet) (*AddressSpace, error)

ReserveIP4Net reserves a new sub address space given an IP and mask. Mask is required. If IP is nil or "0.0.0.0", same as calling ReserveNextIP4Net with the mask.

func (*AddressSpace) ReserveIP4Range 

func (s *AddressSpace) ReserveIP4Range(firstIP net.IP, lastIP net.IP) (*AddressSpace, error)

ReserveIP4Range reserves a sub address space given a first and last IP.

func (*AddressSpace) ReserveNextIP4 

func (s *AddressSpace) ReserveNextIP4() (net.IP, error)

ReserveNextIP4 reserves the next available IPv4 address.

func (*AddressSpace) ReserveNextIP4Net 

func (s *AddressSpace) ReserveNextIP4Net(mask net.IPMask) (*AddressSpace, error)

ReserveNextIP4Net reserves a new sub address space within the given address space, given a bitmask specifying the "width" of the requested space.

type Configuration 

type Configuration struct {

	// Turn on debug logging
	DebugLevel int `vic:"0.1" scope:"read-only" key:"init/diagnostics/debug"`

	// Port Layer - network
	config.Network `vic:"0.1" scope:"read-only" key:"network"`

	// The bridge link
	BridgeLink Link `vic:"0.1" scope:"read-only" recurse:"depth=0"`

	// the vsphere portgroups corresponding to container network configuration
	PortGroups map[string]object.NetworkReference `vic:"0.1" scope:"read-only" recurse:"depth=0"`
	// contains filtered or unexported fields
}

func (*Configuration) Decode 

func (c *Configuration) Decode()

func (*Configuration) Encode 

func (c *Configuration) Encode()

type Container 

type Container struct {
	sync.Mutex
	// contains filtered or unexported fields
}

func (*Container) Endpoint 

func (c *Container) Endpoint(s *Scope) *Endpoint

func (*Container) Endpoints 

func (c *Container) Endpoints() []*Endpoint

func (*Container) ID 

func (c *Container) ID() uid.UID

func (*Container) Name 

func (c *Container) Name() string

func (*Container) Refresh 

func (c *Container) Refresh(ctx context.Context) error

func (*Container) Scopes 

func (c *Container) Scopes() []*Scope

type Context 

type Context struct {
	sync.Mutex
	// contains filtered or unexported fields
}

Context denotes a network context that represents a set of scopes, endpoints, and containers. Each context has its own separate IPAM. 

var (
	DefaultContext *Context
)

func NewContext 

func NewContext(config *Configuration, kv kvstore.KeyValueStore) (*Context, error)

func (*Context) AddContainer 

func (c *Context) AddContainer(h *exec.Handle, options *AddContainerOptions) error

AddContainer add a container to the specified scope, optionally specifying an ip address for the container in the scope

func (*Context) BindContainer 

func (c *Context) BindContainer(op trace.Operation, h *exec.Handle) ([]*Endpoint, error)

func (*Context) Container 

func (c *Context) Container(key string) *Container

func (*Context) ContainerByAddr 

func (c *Context) ContainerByAddr(addr net.IP) *Endpoint

func (*Context) ContainersByAlias 

func (c *Context) ContainersByAlias(alias string) []*Container

func (*Context) DefaultScope 

func (c *Context) DefaultScope() *Scope

func (*Context) DeleteScope 

func (c *Context) DeleteScope(ctx context.Context, name string) error

func (*Context) NewScope 

func (c *Context) NewScope(ctx context.Context, scopeData *ScopeData) (*Scope, error)

func (*Context) RemoveContainer 

func (c *Context) RemoveContainer(h *exec.Handle, scope string) error

func (*Context) RemoveIDFromScopes 

func (c *Context) RemoveIDFromScopes(op trace.Operation, id string) ([]*Endpoint, error)

RemoveIDFromScopes removes the container from the scopes but doesn't touch the runtime state Because of that it requires an id

func (*Context) Scopes 

func (c *Context) Scopes(ctx context.Context, idName *string) ([]*Scope, error)

func (*Context) UnbindContainer 

func (c *Context) UnbindContainer(op trace.Operation, h *exec.Handle) ([]*Endpoint, error)

UnbindContainer removes the container from the scopes and clears out the assigned IP Because of that, it requires a handle

type DuplicateResourceError 

type DuplicateResourceError struct {
	// contains filtered or unexported fields
}

func (DuplicateResourceError) Error 

func (e DuplicateResourceError) Error() string

type Endpoint 

type Endpoint struct {
	// contains filtered or unexported fields
}

func (*Endpoint) Container 

func (e *Endpoint) Container() *Container

func (*Endpoint) Gateway 

func (e *Endpoint) Gateway() net.IP

func (*Endpoint) ID 

func (e *Endpoint) ID() uid.UID

func (*Endpoint) IP 

func (e *Endpoint) IP() net.IP

func (*Endpoint) Name 

func (e *Endpoint) Name() string

func (*Endpoint) Ports 

func (e *Endpoint) Ports() []Port

func (*Endpoint) Scope 

func (e *Endpoint) Scope() *Scope

func (*Endpoint) Subnet 

func (e *Endpoint) Subnet() *net.IPNet
type Link interface {
	AddrAdd(net.IPNet) error
	AddrDel(net.IPNet) error
	Attrs() *LinkAttrs
}

func LinkByAlias 

func LinkByAlias(alias string) (Link, error)

func LinkByName 

func LinkByName(name string) (Link, error)

type LinkAttrs 

type LinkAttrs struct {
	Name string
}

type Port 

type Port string

func ParsePort 

func ParsePort(p string) (Port, error)

func PortFromMapping 

func PortFromMapping(mapping nat.PortMapping) Port

PortFromMapping constructs the full form of a port mapping This has been added to help migrate towards consistent data returns for Endpoint structures

func (Port) FullString 

func (p Port) FullString() string

func (Port) Port 

func (p Port) Port() (uint16, error)

func (Port) Proto 

func (p Port) Proto() string

func (Port) String 

func (p Port) String() string

type ResourceNotFoundError 

type ResourceNotFoundError struct {
	// contains filtered or unexported fields
}

type Scope 

type Scope struct {
	sync.RWMutex
	// contains filtered or unexported fields
}

func (*Scope) AddContainer 

func (s *Scope) AddContainer(con *Container, e *Endpoint) error

func (*Scope) Annotations 

func (s *Scope) Annotations() map[string]string

func (*Scope) Container 

func (s *Scope) Container(id uid.UID) *Container

func (*Scope) ContainerByAddr 

func (s *Scope) ContainerByAddr(addr net.IP) *Endpoint

func (*Scope) Containers 

func (s *Scope) Containers() []*Container

func (*Scope) DNS 

func (s *Scope) DNS() []net.IP

func (*Scope) Endpoints 

func (s *Scope) Endpoints() []*Endpoint

func (*Scope) Gateway 

func (s *Scope) Gateway() net.IP

func (*Scope) ID 

func (s *Scope) ID() uid.UID

func (*Scope) Internal 

func (s *Scope) Internal() bool

func (*Scope) MarshalJSON 

func (s *Scope) MarshalJSON() ([]byte, error)

func (*Scope) Name 

func (s *Scope) Name() string

func (*Scope) Network 

func (s *Scope) Network() object.NetworkReference

func (*Scope) Pools 

func (s *Scope) Pools() []*ip.Range

func (*Scope) RemoveContainer 

func (s *Scope) RemoveContainer(con *Container) error

func (*Scope) Subnet 

func (s *Scope) Subnet() *net.IPNet

func (*Scope) TrustLevel 

func (s *Scope) TrustLevel() executor.TrustLevel

func (*Scope) Type 

func (s *Scope) Type() string

func (*Scope) UnmarshalJSON 

func (s *Scope) UnmarshalJSON(data []byte) error

type ScopeData 

type ScopeData struct {
	ScopeType   string
	Name        string
	Subnet      *net.IPNet
	Gateway     net.IP
	DNS         []net.IP
	TrustLevel  executor.TrustLevel
	Pools       []string
	Annotations map[string]string
	Internal    bool
}

ScopeData holds fields used to create a new scope

Source Files

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