Documentation
¶
Index ¶
- type Argument
- type ID
- func (id *ID) Append(ret *ast.Type, field string, mod *Module, tainted bool, nth int, ...) *ID
- func (id *ID) Args() []*Argument
- func (id *ID) Base() *ID
- func (id *ID) Decode(str string) error
- func (id *ID) Digest() digest.Digest
- func (id *ID) Display() string
- func (id *ID) DisplaySelf() string
- func (id *ID) Encode() (string, error)
- func (id *ID) Field() string
- func (id *ID) FromAnyPB(data *anypb.Any) error
- func (id *ID) Inputs() ([]digest.Digest, error)
- func (id *ID) IsTainted() bool
- func (id *ID) Module() *Module
- func (id *ID) Modules() []*Module
- func (id *ID) Nth() int64
- func (id *ID) Path() string
- func (id *ID) SelectNth(nth int) *ID
- func (id *ID) ToProto() (*callpbv1.DAG, error)
- func (id *ID) Type() *Type
- type Literal
- type LiteralBool
- type LiteralEnum
- type LiteralFloat
- type LiteralID
- type LiteralInt
- type LiteralList
- func (lit *LiteralList) Display() string
- func (lit *LiteralList) Inputs() ([]digest.Digest, error)
- func (lit *LiteralList) Modules() []*Module
- func (lit *LiteralList) Range(fn func(int, Literal) error) error
- func (lit *LiteralList) Tainted() bool
- func (lit *LiteralList) ToAST() *ast.Value
- func (lit *LiteralList) ToInput() any
- type LiteralNull
- type LiteralObject
- func (lit *LiteralObject) Display() string
- func (lit *LiteralObject) Inputs() ([]digest.Digest, error)
- func (lit *LiteralObject) Modules() []*Module
- func (lit *LiteralObject) Range(fn func(int, string, Literal) error) error
- func (lit *LiteralObject) Tainted() bool
- func (lit *LiteralObject) ToAST() *ast.Value
- func (lit *LiteralObject) ToInput() any
- type LiteralPrimitiveType
- func (lit *LiteralPrimitiveType[T, V]) Display() string
- func (lit *LiteralPrimitiveType[T, V]) Inputs() ([]digest.Digest, error)
- func (lit *LiteralPrimitiveType[T, V]) Modules() []*Module
- func (lit *LiteralPrimitiveType[T, V]) Tainted() bool
- func (lit *LiteralPrimitiveType[T, V]) ToAST() *ast.Value
- func (lit *LiteralPrimitiveType[T, V]) ToInput() any
- func (lit *LiteralPrimitiveType[T, V]) Value() T
- type LiteralString
- type Literate
- type Module
- type Type
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
This section is empty.
Types ¶
type Argument ¶
type Argument struct {
// contains filtered or unexported fields
}
func NewArgument ¶
type ID ¶
type ID struct {
// contains filtered or unexported fields
}
ID represents a GraphQL value of a certain type, constructed by evaluating its contained pipeline. In other words, it represents a constructor-addressed value, which may be an object, an array, or a scalar value.
It may be binary=>base64-encoded to be used as a GraphQL ID value for objects. Alternatively it may be stored in a database and referred to via an RFC-6920 ni://sha-256;... URI.
This type wraps the underlying proto DAG+Call types in order to enforce immutability of its fields and give it a name more appropriate for how it's used in the context of dagql + the engine.
IDs are immutable from the consumer's perspective. Rather than mutating an ID, methods on ID can be used to create a new ID on top of an existing (immutable) Base ID (e.g. Append, SelectNth, etc.).
func (*ID) Args ¶
GraphQL field arguments, always in alphabetical order. NOTE: use with caution, any inplace writes to elements of the returned slice can corrupt the ID
func (*ID) Base ¶
The ID of the object that the field selection will be evaluated against.
If nil, the root Query object is implied.
func (*ID) Digest ¶
func (id *ID) Digest() digest.Digest
Digest returns the digest of the encoded ID. It does NOT canonicalize the ID first.
func (*ID) DisplaySelf ¶
func (*ID) IsTainted ¶
Tainted returns true if the ID contains any tainted selectors. If true, this Selector is not reproducible.
func (*ID) Nth ¶
If the field returns a list, this is the index of the element to select. Note that this defaults to zero, which means there is no selection of an element in the list. Non-zero indexes are 1-based.
type LiteralBool ¶
type LiteralBool = LiteralPrimitiveType[bool, *callpbv1.Literal_Bool]
func NewLiteralBool ¶
func NewLiteralBool(val bool) *LiteralBool
type LiteralEnum ¶
type LiteralEnum = LiteralPrimitiveType[string, *callpbv1.Literal_Enum]
func NewLiteralEnum ¶
func NewLiteralEnum(val string) *LiteralEnum
type LiteralFloat ¶
type LiteralFloat = LiteralPrimitiveType[float64, *callpbv1.Literal_Float]
func NewLiteralFloat ¶
func NewLiteralFloat(val float64) *LiteralFloat
type LiteralID ¶
type LiteralID struct {
// contains filtered or unexported fields
}
func NewLiteralID ¶
type LiteralInt ¶
type LiteralInt = LiteralPrimitiveType[int64, *callpbv1.Literal_Int]
func NewLiteralInt ¶
func NewLiteralInt(val int64) *LiteralInt
type LiteralList ¶
type LiteralList struct {
// contains filtered or unexported fields
}
func NewLiteralList ¶
func NewLiteralList(values ...Literal) *LiteralList
func (*LiteralList) Display ¶
func (lit *LiteralList) Display() string
func (*LiteralList) Inputs ¶
func (lit *LiteralList) Inputs() ([]digest.Digest, error)
func (*LiteralList) Modules ¶
func (lit *LiteralList) Modules() []*Module
func (*LiteralList) Tainted ¶
func (lit *LiteralList) Tainted() bool
func (*LiteralList) ToAST ¶
func (lit *LiteralList) ToAST() *ast.Value
func (*LiteralList) ToInput ¶
func (lit *LiteralList) ToInput() any
type LiteralNull ¶
type LiteralNull = LiteralPrimitiveType[any, *callpbv1.Literal_Null]
func NewLiteralNull ¶
func NewLiteralNull() *LiteralNull
type LiteralObject ¶
type LiteralObject struct {
// contains filtered or unexported fields
}
func NewLiteralObject ¶
func NewLiteralObject(values ...*Argument) *LiteralObject
func (*LiteralObject) Display ¶
func (lit *LiteralObject) Display() string
func (*LiteralObject) Inputs ¶
func (lit *LiteralObject) Inputs() ([]digest.Digest, error)
func (*LiteralObject) Modules ¶
func (lit *LiteralObject) Modules() []*Module
func (*LiteralObject) Tainted ¶
func (lit *LiteralObject) Tainted() bool
func (*LiteralObject) ToAST ¶
func (lit *LiteralObject) ToAST() *ast.Value
func (*LiteralObject) ToInput ¶
func (lit *LiteralObject) ToInput() any
type LiteralPrimitiveType ¶
type LiteralPrimitiveType[T comparable, V callpbv1.LiteralValue[T]] struct { // contains filtered or unexported fields }
func (*LiteralPrimitiveType[T, V]) Display ¶
func (lit *LiteralPrimitiveType[T, V]) Display() string
func (*LiteralPrimitiveType[T, V]) Inputs ¶
func (lit *LiteralPrimitiveType[T, V]) Inputs() ([]digest.Digest, error)
func (*LiteralPrimitiveType[T, V]) Modules ¶
func (lit *LiteralPrimitiveType[T, V]) Modules() []*Module
func (*LiteralPrimitiveType[T, V]) Tainted ¶
func (lit *LiteralPrimitiveType[T, V]) Tainted() bool
func (*LiteralPrimitiveType[T, V]) ToAST ¶
func (lit *LiteralPrimitiveType[T, V]) ToAST() *ast.Value
func (*LiteralPrimitiveType[T, V]) ToInput ¶
func (lit *LiteralPrimitiveType[T, V]) ToInput() any
func (*LiteralPrimitiveType[T, V]) Value ¶
func (lit *LiteralPrimitiveType[T, V]) Value() T
type LiteralString ¶
type LiteralString = LiteralPrimitiveType[string, *callpbv1.Literal_String_]
func NewLiteralString ¶
func NewLiteralString(val string) *LiteralString