genproto

package
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 Go to latest Published: Nov 5, 2024 License: UNKNOWN, Apache-2.0, UNKNOWN not legal advice Imports: 0 Imported by: 0

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Constants

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Variables

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Functions

func CamelCase 

func CamelCase(s string) string

From https://github.com/golang/protobuf/blob/master/protoc-gen-go/generator/generator.go#L2648: This is needed to get the P3Go name for a given type.

func GenerateProtoBindingsForTypes 

func GenerateProtoBindingsForTypes(pkg *amino.Package, rtz ...reflect.Type) (file *ast.File, err error)

Given genproto generated schema files for Go objects, generate mappers to and from pb messages. The purpose of this is to let Amino use already-optimized probuf logic for serialization.

func MakeProtoFolder 

func MakeProtoFolder(pkg *amino.Package, dirName string)

Symlinks .proto files from pkg info to dirname, keeping the go path structure as expected, <dirName>/path/to/gopkg/<gopkgName>.proto. If Pkg.DirName is empty, the package is considered "well known", and the mapping is not made.

func RunProtoc 

func RunProtoc(pkg *amino.Package, protosDir string)

Uses pkg.P3GoPkgPath to determine where the compiled file goes. If pkg.P3GoPkgPath is a subpath of pkg.GoPkgPath, then it will be written in the relevant subpath in pkg.DirName. `protosDir`: folder where .proto files for all dependencies live.

func WriteProto3Schema 

func WriteProto3Schema(pkg *amino.Package)

Writes in the same directory as the origin package.

func WriteProtoBindings 

func WriteProtoBindings(pkg *amino.Package)

Writes in the same directory as the origin package. Assumes pb imports in origGoPkgPath+"/pb".

func WriteProtoBindingsForTypes 

func WriteProtoBindingsForTypes(filename string, pkg *amino.Package, rtz ...reflect.Type) (err error)

Types

type NList 

type NList struct {
	// Define dimension as followes:
	// []struct{} has dimension 1, as well as [][]byte.
	// [][]struct{} has dimension 2, as well as [][][]byte.
	// When dimension is 2 or greater, we need implicit structs.
	// The NestedType is meant to represent these types,
	// so Dimensions is usually 2 or greater.
	Dimensions int

	// UltiElem.ReprType might not be UltiElem.
	// Could be []byte.
	UltiElem *amino.TypeInfo

	// Optional Package, where this nested list was used.
	// NOTE: two packages can't (yet?) share nested lists.
	Package *amino.Package

	// If embedded in a struct.
	// Should be sanitized to uniq properly.
	FieldOptions amino.FieldOptions
}

This exists as a workaround due to Proto deficiencies, namely how fields can only be repeated, not nestedly-repeated.

func (NList) Elem 

func (nl NList) Elem() NList

func (NList) ElemP3Type 

func (nl NList) ElemP3Type() P3Type

func (NList) Key 

func (nl NList) Key() string

For uniq'ing.

func (NList) Name 

func (nl NList) Name() string

func (NList) P3GoExprString 

func (nl NList) P3GoExprString(imports *ast.GenDecl, scope *ast.Scope) string

func (NList) P3Type 

func (nl NList) P3Type() P3Type

NOTE: requires nl.Package.

type P3Context 

type P3Context struct {
	// contains filtered or unexported fields
}

P3Context holds contextual information beyond the P3Doc.

It holds all the package infos needed to derive the full P3doc, including p3 import paths, as well as where to write them, because all of that information is encapsulated in amino.Package.

It also holds a local amino.Codec instance, with package registrations passed through.

func NewP3Context 

func NewP3Context() *P3Context

func (*P3Context) GenerateProto3ListPartial 

func (p3c *P3Context) GenerateProto3ListPartial(p3doc *P3Doc, nl NList) (p3msg P3Message)

Generate the Proto3 message (partial) schema for an implist list. Imports are added to p3doc.

func (*P3Context) GenerateProto3MessagePartial 

func (p3c *P3Context) GenerateProto3MessagePartial(p3doc *P3Doc, rt reflect.Type) (p3msg P3Message)

Given a codec and some reflection type, generate the Proto3 message (partial) schema. Imports are added to p3doc.

func (*P3Context) GenerateProto3SchemaForTypes 

func (p3c *P3Context) GenerateProto3SchemaForTypes(pkg *amino.Package, rtz ...reflect.Type) (p3doc P3Doc)

Given the arguments, create a new P3Doc. pkg is optional.

func (*P3Context) GetAllPackages 

func (p3c *P3Context) GetAllPackages() (res []*amino.Package)

Crawls the packages and flattens all dependencies. Includes

func (*P3Context) GetP3ImportPath 

func (p3c *P3Context) GetP3ImportPath(p3type P3Type, implicit bool) string

TODO: This could live as a method of the package, and only crawl the dependencies of that package. But a method implemented on P3Context should function like this and print an intelligent error. Set implicit to false to assert-that name matches in package. Set implicit to true for implicit structures like nested lists.

func (*P3Context) GetPackage 

func (p3c *P3Context) GetPackage(gopkg string) *amino.Package

func (*P3Context) RegisterPackage 

func (p3c *P3Context) RegisterPackage(pkg *amino.Package)

func (*P3Context) ValidateBasic 

func (p3c *P3Context) ValidateBasic()

func (*P3Context) WriteProto3SchemaForTypes 

func (p3c *P3Context) WriteProto3SchemaForTypes(filename string, pkg *amino.Package, rtz ...reflect.Type)

Convenience.

type P3Doc 

type P3Doc struct {
	PackageName string
	GoPackage   string // TODO replace with general options
	Comment     string
	Imports     []P3Import
	Messages    []P3Message
}

NOTE: P3Doc and its fields are meant to hold basic AST-like information. No validity checking happens here... it should happen before these values are set. Convenience functions that require much more context like P3Context are OK.

func (*P3Doc) AddImport 

func (doc *P3Doc) AddImport(path string)

func (P3Doc) Print 

func (doc P3Doc) Print() string

NOTE: P3Doc imports must be set correctly.

func (P3Doc) PrintCode 

func (doc P3Doc) PrintCode(p *press.Press) *press.Press

type P3Field 

type P3Field struct {
	Comment  string
	Repeated bool
	Type     P3Type
	Name     string
	JSONName string
	Number   uint32
}

func (P3Field) PrintCode 

func (fld P3Field) PrintCode(p *press.Press) *press.Press

type P3Import 

type P3Import struct {
	Path string
}

func (P3Import) PrintCode 

func (imp P3Import) PrintCode(p *press.Press) *press.Press

type P3Message 

type P3Message struct {
	Comment string
	Name    string
	Fields  []P3Field
}

func (P3Message) Print 

func (msg P3Message) Print() string

func (P3Message) PrintCode 

func (msg P3Message) PrintCode(p *press.Press) *press.Press

type P3MessageType 

type P3MessageType struct {
	PackageName string // proto3 package name, optional.
	Name        string // message name.
	OmitPackage bool   // if true, PackageName is not printed.
}
var P3AnyType P3MessageType = NewP3MessageType("google.protobuf", "Any")

func NewP3MessageType 

func NewP3MessageType(pkg string, name string) P3MessageType

func (P3MessageType) AssertIsP3Type 

func (P3MessageType) AssertIsP3Type()

func (P3MessageType) GetFullName 

func (p3mt P3MessageType) GetFullName() string

func (P3MessageType) GetName 

func (p3mt P3MessageType) GetName() string

func (P3MessageType) GetPackageName 

func (p3mt P3MessageType) GetPackageName() string

May be empty if it isn't set (for locally declared messages).

func (*P3MessageType) SetOmitPackage 

func (p3mt *P3MessageType) SetOmitPackage()

func (P3MessageType) String 

func (p3mt P3MessageType) String() string

type P3ScalarType 

type P3ScalarType string
const (
	P3ScalarTypeDouble   P3ScalarType = "double"
	P3ScalarTypeFloat    P3ScalarType = "float"
	P3ScalarTypeInt32    P3ScalarType = "int32"
	P3ScalarTypeInt64    P3ScalarType = "int64"
	P3ScalarTypeUint32   P3ScalarType = "uint32"
	P3ScalarTypeUint64   P3ScalarType = "uint64"
	P3ScalarTypeSint32   P3ScalarType = "sint32"
	P3ScalarTypeSint64   P3ScalarType = "sint64"
	P3ScalarTypeFixed32  P3ScalarType = "fixed32"
	P3ScalarTypeFixed64  P3ScalarType = "fixed64"
	P3ScalarTypeSfixed32 P3ScalarType = "sfixed32"
	P3ScalarTypeSfixed64 P3ScalarType = "sfixed64"
	P3ScalarTypeBool     P3ScalarType = "bool"
	P3ScalarTypeString   P3ScalarType = "string"
	P3ScalarTypeBytes    P3ScalarType = "bytes"
)

func (P3ScalarType) AssertIsP3Type 

func (P3ScalarType) AssertIsP3Type()

func (P3ScalarType) GetFullName 

func (st P3ScalarType) GetFullName() string

func (P3ScalarType) GetName 

func (st P3ScalarType) GetName() string

func (P3ScalarType) GetPackageName 

func (P3ScalarType) GetPackageName() string

type P3Type 

type P3Type interface {
	AssertIsP3Type()
	GetPackageName() string // proto3 package prefix
	GetName() string        // proto3 name
	GetFullName() string    // proto3 full name
}

Source Files

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Directories

Path Synopsis
submodule
submodule2

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