Documentation
¶
Index ¶
- func IsPrintable(e Elem) bool
- type Array
- type BaseElem
- func (s *BaseElem) Alias(typ string)
- func (s *BaseElem) BaseName() string
- func (s *BaseElem) BaseType() string
- func (s *BaseElem) Complexity() int
- func (s *BaseElem) Copy() Elem
- func (s *BaseElem) FromBase() string
- func (s *BaseElem) Needsref(b bool)
- func (s *BaseElem) Printable() bool
- func (s *BaseElem) Resolved() bool
- func (s *BaseElem) SetVarname(a string)
- func (s *BaseElem) ToBase() string
- func (s *BaseElem) TypeName() string
- func (c *BaseElem) Varname() string
- type Elem
- type Map
- type Method
- type Primitive
- type Printer
- type Ptr
- type Slice
- type Struct
- type StructField
- type TransformPass
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
func IsPrintable ¶
Types ¶
type Array ¶
type Array struct {
Index string // index variable name
Size string // array size
Els Elem // child
// contains filtered or unexported fields
}
func (*Array) Complexity ¶
func (*Array) SetVarname ¶
type BaseElem ¶
type BaseElem struct {
ShimToBase string // shim to base type, or empty
ShimFromBase string // shim from base type, or empty
Value Primitive // Type of element
Convert bool // should we do an explicit conversion?
// contains filtered or unexported fields
}
BaseElem is an element that can be represented by a primitive MessagePack type.
func (*BaseElem) BaseName ¶
BaseName returns the string form of the base type (e.g. Float64, Ident, etc)
func (*BaseElem) Complexity ¶
func (*BaseElem) FromBase ¶
FromBase, used if Convert==true, is used as {{Varname}} = {{FromBase}}(tmp)
func (*BaseElem) Resolved ¶
Resolved returns whether or not the type of the element is a primitive or a builtin provided by the package.
func (*BaseElem) SetVarname ¶
type Elem ¶
type Elem interface {
// SetVarname sets this nodes
// variable name and recursively
// sets the names of all its children.
// In general, this should only be
// called on the parent of the tree.
SetVarname(s string)
// Varname returns the variable
// name of the element.
Varname() string
// TypeName is the canonical
// go type name of the node
// e.g. "string", "int", "map[string]float64"
// OR the alias name, if it has been set.
TypeName() string
// Alias sets a type (alias) name
Alias(typ string)
// Copy should perform a deep copy of the object
Copy() Elem
// Complexity returns a measure of the
// complexity of element (greater than
// or equal to 1.)
Complexity() int
// contains filtered or unexported methods
}
Elem is a go type capable of being serialized into MessagePack. It is implemented by *Ptr, *Struct, *Array, *Slice, *Map, and *BaseElem.
type Map ¶
type Map struct {
Keyidx string // key variable name
Validx string // value variable name
Value Elem // value element
// contains filtered or unexported fields
}
Map is a map[string]Elem
func (*Map) Complexity ¶
func (*Map) SetVarname ¶
type Method ¶
type Method uint8
Method is a bitfield representing something that the generator knows how to print.
type Primitive ¶
type Primitive uint8
Base is one of the base types
const ( Invalid Primitive = iota Bytes String Float32 Float64 Complex64 Complex128 Uint Uint8 Uint16 Uint32 Uint64 Byte Int Int8 Int16 Int32 Int64 Bool Intf // interface{} Time // time.Time Ext // extension IDENT // IDENT means an unrecognized identifier )
this is effectively the list of currently available ReadXxxx / WriteXxxx methods.
type Printer ¶
type Printer struct {
// contains filtered or unexported fields
}
func (*Printer) ApplyDirective ¶
func (p *Printer) ApplyDirective(pass Method, t TransformPass)
ApplyDirective applies a directive to a named pass and all of its dependents.
type Ptr ¶
type Ptr struct {
Value Elem
// contains filtered or unexported fields
}
func (*Ptr) Complexity ¶
func (*Ptr) SetVarname ¶
type Slice ¶
type Slice struct {
Index string
Els Elem // The type of each element
// contains filtered or unexported fields
}
func (*Slice) Complexity ¶
func (*Slice) SetVarname ¶
type Struct ¶
type Struct struct {
Fields []StructField // field list
AsTuple bool // write as an array instead of a map
// contains filtered or unexported fields
}
func (*Struct) Complexity ¶
func (*Struct) SetVarname ¶
type StructField ¶
type TransformPass ¶
TransformPass is a pass that transforms individual elements. (Note that if the returned is different from the argument, it should not point to the same objects.)
func IgnoreTypename ¶
func IgnoreTypename(name string) TransformPass
IgnoreTypename is a pass that just ignores types of a given name.
Source Files