The highest tagged major version is
Documentation
¶
Index ¶
Constants ¶
const ( Client = "luxd" // RPCChainVMProtocol should be bumped anytime changes are made which // require the plugin vm to upgrade to latest node release to be // compatible. RPCChainVMProtocol uint = 42 )
Variables ¶
var ( VersionMajor = "" VersionMinor = "" VersionPatch = "" )
These variables are set at build time via ldflags from git tag:
go build -ldflags "-X github.com/luxfi/node/version.VersionMajor=1 \
-X github.com/luxfi/node/version.VersionMinor=22 \
-X github.com/luxfi/node/version.VersionPatch=19"
Build with scripts/build.sh to automatically inject version from git tags.
var ( Current *Semantic CurrentApp *Application MinimumCompatibleVersion = &Application{ Name: Client, Major: 1, Minor: 13, Patch: 0, } PrevMinimumCompatibleVersion = &Application{ Name: Client, Major: 1, Minor: 12, Patch: 0, } CurrentDatabase = DatabaseVersion1_4_5 PrevDatabase = DatabaseVersion1_0_0 DatabaseVersion1_4_5 = &Semantic{ Major: 1, Minor: 4, Patch: 5, } DatabaseVersion1_0_0 = &Semantic{ Major: 1, Minor: 0, Patch: 0, } // RPCChainVMProtocolCompatibility maps RPCChainVMProtocol versions to the // set of node versions that supported that version. This is not used // by node, but is useful for downstream libraries. RPCChainVMProtocolCompatibility map[uint][]*Semantic )
These are globals that describe network upgrades and node versions
var GitCommit string
GitCommit is set in the build script at compile time
var ( // V1_0_0 is a useful version to use in tests Semantic1_0_0 = &Semantic{ Major: 1, Minor: 0, Patch: 0, } )
Functions ¶
This section is empty.
Types ¶
type Application ¶
type Application struct {
Name string `json:"name" yaml:"name"`
Major int `json:"major" yaml:"major"`
Minor int `json:"minor" yaml:"minor"`
Patch int `json:"patch" yaml:"patch"`
// contains filtered or unexported fields
}
func (*Application) Before ¶
func (a *Application) Before(o *Application) bool
func (*Application) Compare ¶
func (a *Application) Compare(o *Application) int
Compare returns a positive number if s > o, 0 if s == o, or a negative number if s < o.
func (*Application) Compatible ¶
func (a *Application) Compatible(o *Application) error
func (*Application) String ¶
func (a *Application) String() string
The only difference here between Application and Semantic is that Application prepends the client name rather than "v".
type Compatibility ¶
type Compatibility interface {
// Returns the local version
Version() *Application
// Returns nil if the provided version is compatible with the local version.
// This means that the version is connectable and that consensus messages
// can be made to them.
Compatible(*Application) error
}
Compatibility a utility for checking the compatibility of peer versions
func GetCompatibility ¶
func GetCompatibility(minCompatibleTime time.Time) Compatibility
func NewCompatibility ¶
func NewCompatibility( version *Application, minCompatible *Application, minCompatibleTime time.Time, prevMinCompatible *Application, ) Compatibility
NewCompatibility returns a compatibility checker with the provided options
type Semantic ¶
type Semantic struct {
Major int `json:"major" yaml:"major"`
Minor int `json:"minor" yaml:"minor"`
Patch int `json:"patch" yaml:"patch"`
// contains filtered or unexported fields
}
type Versions ¶
type Versions struct {
Application string `json:"application"`
Database string `json:"database"`
RPCChainVM uint64 `json:"rpcchainvm"`
// Commit may be empty if GitCommit was not set at compile time
Commit string `json:"commit"`
Go string `json:"go"`
}
Versions contains the versions relevant to a build of node. In addition to supporting construction of the string displayed by --version, it is used to produce the output of --version-json and can be used to unmarshal that output.
func GetVersions ¶
func GetVersions() *Versions
Source Files