zygo

package
v5.1.2+incompatible Latest Latest
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This package is not in the latest version of its module.

 Go to latest Published: Dec 28, 2018 License: BSD-2-Clause Imports: 32 Imported by: 0

Documentation

Overview

This project does not use godoc. Instead there is extensive and detailed description of the language features maintained on the wiki. See the following link.

https://github.com/glycerine/zygomys/wiki

Index

Constants

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const CallStackSize = 25
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const DataStackSize = 100
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const LoopStackSize = 5
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const ScopeStackSize = 50
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const SliceDefaultCap = 10
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const StackStackSize = 5
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const YesIamEmbeddedAbove = true

Variables

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var (
	BoolRegex    = regexp.MustCompile("^(true|false)$")
	Uint64Regex  = regexp.MustCompile("^(0x|0o)?[0-9a-fA-F]+ULL$")
	DecimalRegex = regexp.MustCompile("^-?[0-9]+$")
	HexRegex     = regexp.MustCompile("^0x[0-9a-fA-F]+$")
	OctRegex     = regexp.MustCompile("^0o[0-7]+$")
	BinaryRegex  = regexp.MustCompile("^0b[01]+$")

	// SymbolRegex = regexp.MustCompile("^[^'#]+$")
	// (Sigil) symbols can begin with #, $, ?, but
	// sigils cannot appear later in any symbol.
	// Symbols cannot contain whitespace nor `~`, `@`, `(`, `)`, `[`, `]`,
	// `{`, `}`, `'`, `#`, `^`, `\`, `|`, `%`, `"`, `;`. They can optionally
	// end in `:`.
	// Nor, obviously, can symbols contain backticks, "`".
	// Symbols cannot start with a number. DotSymbols cannot have a number
	// as the first character after '.'
	SymbolRegex = regexp.MustCompile(`^[#$?]?[^#$?':;\\~@\[\]{}\^|"()%0-9,&][^'#:;\\~@\[\]{}\^|"()%,&*\-]*[:]?$`)
	// dot symbol examples: `.`, `.a`, `.a.b`, `.a.b.c`
	// dot symbol non-examples: `.a.`, `..`
	DotSymbolRegex = regexp.MustCompile(`^[.]$|^([.][^'#:;\\~@\[\]{}\^|"()%.0-9,][^'#:;\\~@\[\]{}\^|"()%.,*+\-]*)+$|^[^'#:;\\~@\[\]{}\^|"()%.0-9,][^'#:;\\~@\[\]{}\^|"()%.,*+\-]*([.][^'#:;\\~@\[\]{}\^|"()%.0-9,][^'#:;\\~@\[\]{}\^|"()%.,*+\-]*)+$`)
	DotPartsRegex  = regexp.MustCompile(`[.]?[^'#:;\\~@\[\]{}\^|"()%.0-9,][^'#:;\\~@\[\]{}\^|"()%.,]*`)
	CharRegex      = regexp.MustCompile("^'(\\\\?.|\n)'$")
	FloatRegex     = regexp.MustCompile("^-?([0-9]+\\.[0-9]*)$|-?(\\.[0-9]+)$|-?([0-9]+(\\.[0-9]*)?[eE]([-+]?[0-9]+))$")
	ComplexRegex   = regexp.MustCompile("^-?([0-9]+\\.[0-9]*)i?$|-?(\\.[0-9]+)i?$|-?([0-9]+(\\.[0-9]*)?[eE](-?[0-9]+))i?$")
	BuiltinOpRegex = regexp.MustCompile(`^(\+\+|\-\-|\+=|\-=|=|==|:=|\+|\-|\*|<|>|<=|>=|<-|->|\*=|/=|\*\*|!|!=|<!)$`)
)
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var EndTk = Token{/* contains filtered or unexported fields */}
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var ErrBadBreakLabel = fmt.Errorf("bad break label")
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var ErrBadContinueLabel = fmt.Errorf("bad continue label")
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var ErrBadLoopSyntax = fmt.Errorf("for loop: first argument must be a label or a vector of [init predicate advance]")
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var ErrBadQuotedSym = fmt.Errorf("not a quoted symbol")
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var ErrMoreInputNeeded = fmt.Errorf("parser needs more input")
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var ErrShuttingDown error = fmt.Errorf("lexer shutting down")
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var GITLASTCOMMIT string
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var GITLASTTAG string

version information. See Makefile and gitcommit.go for update/init.

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var KeyNotSymbol = fmt.Errorf("key is not a symbol")
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var ListRegisteredTypes = []string{}

consistently ordered list of all registered types (created at init time).

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var MethodNotFound = fmt.Errorf("method not found")
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var MissingFunction = &SexpFunction{name: "__missing", user: true}
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var NYC *time.Location
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var NaN float64
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var NoAttachedGoStruct = fmt.Errorf("hash has no attach Go struct")
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var NoExpressionsFound = fmt.Errorf("No expressions found")
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var NotAList = errors.New("not a list")
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var OutOfBounds error = errors.New("jump out of bounds")
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var ParserHaltRequested = fmt.Errorf("parser halt requested")
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var Q = func(quietly_ignored ...interface{}) {} // quiet
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var ReservedWords = []string{"byte", "defbuild", "builder", "field", "and", "or", "cond", "quote", "def", "mdef", "fn", "defn", "begin", "let", "letseq", "assert", "defmac", "macexpand", "syntaxQuote", "include", "for", "set", "break", "continue", "newScope", "_ls", "int8", "int16", "int32", "int64", "uint8", "uint16", "uint32", "uint64", "float32", "float64", "complex64", "complex128", "bool", "string", "any", "break", "case", "chan", "const", "continue", "default", "else", "defer", "fallthrough", "for", "func", "go", "goto", "if", "import", "interface", "map", "package", "range", "return", "select", "struct", "switch", "type", "var", "append", "cap", "close", "complex", "copy", "delete", "imag", "len", "make", "new", "panic", "print", "println", "real", "recover", "null", "nil", "-", "+", "--", "++", "-=", "+=", ":=", "=", ">", "<", ">=", "<=", "send", "NaN", "nan"}
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var ResetRequested = fmt.Errorf("parser reset requested")
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var SexpEnd = &SexpSentinel{Val: 1}
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var SexpFloatSize = 64
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var SexpIntSize = 64
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var SexpMarker = &SexpSentinel{Val: 2}
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var SexpNull = &SexpSentinel{Val: 0}

these are values now so that they also have addresses.

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var ShellCmd string = "/bin/bash"
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var StackUnderFlowErr = fmt.Errorf("invalid stack access: underflow")
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var SymNotFound = errors.New("symbol not found")
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var UnexpectedEnd error = errors.New("Unexpected end of input")
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var UtcTz *time.Location
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var V = VPrintf
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var Verbose bool // set to true to debug
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var W = WPrintf
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var Working bool // currently under investigation
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var WrongNargs error = fmt.Errorf("wrong number of arguments")
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var WrongType error = errors.New("operands have invalid type")

Functions

func AllBuiltinFunctions 

func AllBuiltinFunctions() map[string]ZlispUserFunction

AllBuiltinFunctions returns all built in functions

func Blake2bUint64 

func Blake2bUint64(raw []byte) uint64

Blake2bUint64 returns an 8 byte BLAKE2b cryptographic hash of the raw.

we're using the pure go: https://github.com/dchest/blake2b

but the C-wrapped refence may be helpful as well --

reference: https://godoc.org/github.com/codahale/blake2 reference: https://blake2.net/ reference: https://tools.ietf.org/html/rfc7693

func Chomp 

func Chomp(by []byte) []byte

func ClosureToString 

func ClosureToString(f *SexpFunction, env *Zlisp) string

func CoreFunctions 

func CoreFunctions() map[string]ZlispUserFunction

CoreFunctions returns all of the core logic

func CountPostHook 

func CountPostHook(env *Zlisp, name string, retval Sexp)

func CountPreHook 

func CountPreHook(env *Zlisp, name string, args []Sexp)

func DecodeChar 

func DecodeChar(atom string) (string, error)

func DirExists 

func DirExists(name string) bool

func DumpFunction 

func DumpFunction(fun ZlispFunction, pc int)

if pc is -1, don't show it.

func EncodingFunctions 

func EncodingFunctions() map[string]ZlispUserFunction

func EscapeChar 

func EscapeChar(char rune) (rune, error)

func FileExists 

func FileExists(name string) bool

func GetEmbedPath 

func GetEmbedPath(e []EmbedPath) string

func GoToJson 

func GoToJson(iface interface{}) []byte

go -> json

func GoToMsgpack 

func GoToMsgpack(iface interface{}) ([]byte, error)

func HashCountKeys 

func HashCountKeys(hash *SexpHash) int

func HashExpression 

func HashExpression(env *Zlisp, expr Sexp) (int, error)

func HashIsEmpty 

func HashIsEmpty(hash *SexpHash) bool

func IsArray 

func IsArray(expr Sexp) bool

func IsAssignmentList 

func IsAssignmentList(expr Sexp, pos int) (bool, int)

func IsChar 

func IsChar(expr Sexp) bool

func IsEmpty 

func IsEmpty(expr Sexp) bool

func IsExactlyDoublePointer 

func IsExactlyDoublePointer(target interface{}) bool

true if target is of type **T where T is a struct/string/int/other-non-pointer type.

func IsExactlySinglePointer 

func IsExactlySinglePointer(target interface{}) bool

true if target is type *T where T is a struct/string/int/other-non-pointer type.

func IsExactlySinglePointerType 

func IsExactlySinglePointerType(typ reflect.Type) bool

func IsFloat 

func IsFloat(expr Sexp) bool

func IsFunc 

func IsFunc(expr Sexp) bool

func IsHash 

func IsHash(expr Sexp) bool

func IsInt 

func IsInt(expr Sexp) bool

func IsList 

func IsList(expr Sexp) bool

func IsNumber 

func IsNumber(expr Sexp) bool

func IsString 

func IsString(expr Sexp) bool

func IsSymbol 

func IsSymbol(expr Sexp) bool

func IsTruthy 

func IsTruthy(expr Sexp) bool

func IsZero 

func IsZero(expr Sexp) bool

func JsonToGo 

func JsonToGo(json []byte) (interface{}, error)

json -> go

func ListLen 

func ListLen(expr Sexp) (int, error)

func MergeFuncMap 

func MergeFuncMap(funcs ...map[string]ZlispUserFunction) map[string]ZlispUserFunction

MergeFuncMap returns the union of the two given maps

func MsgpackToGo 

func MsgpackToGo(msgp []byte) (interface{}, error)

msgpack -> go

func MyWordCompleter 

func MyWordCompleter(line string, pos int) (head string, c []string, tail string)

complete phrases that start with '('

func NilOrHoldsNil 

func NilOrHoldsNil(iface interface{}) bool

detect if inteface is holding anything

func P 

func P(format string, stuff ...interface{})

P is a shortcut for a call to fmt.Printf that implicitly starts and ends its message with a newline.

func PointerDepth 

func PointerDepth(typ reflect.Type) int

func ReflectionFunctions 

func ReflectionFunctions() map[string]ZlispUserFunction

func RegisterDemoStructs 

func RegisterDemoStructs()

func RemoveCommasFilter 

func RemoveCommasFilter(x Sexp) bool

detect SexpComma values and return false on them to filter them out.

func RemoveCommentsFilter 

func RemoveCommentsFilter(x Sexp) bool

func RemoveEndsFilter 

func RemoveEndsFilter(x Sexp) bool

detect SexpEnd values and return false on them to filter them out.

func Repl 

func Repl(env *Zlisp, cfg *ZlispConfig)

func ReplMain 

func ReplMain(cfg *ZlispConfig)

like main() for a standalone repl, now in library

func SandboxSafeFunctions 

func SandboxSafeFunctions() map[string]ZlispUserFunction

SandboxSafeFuncs returns all functions that are safe to run in a sandbox

func SetHashKeyOrder 

func SetHashKeyOrder(hash *SexpHash, keyOrd Sexp) error

func SetShellCmd 

func SetShellCmd()

set ShellCmd as used by SystemFunction

func SexpToGo 

func SexpToGo(sexp Sexp, env *Zlisp, dedup map[*SexpHash]interface{}) (result interface{})

translate an Sexpr to a go value that doesn't depend on any Sexp/Zlisp types. Zlisp maps will get turned into map[string]interface{}. This is mostly just an exercise in type conversion.

on first entry, dedup can be nil. We use it to write the 

same pointer for a SexpHash used in more than one place.

func SexpToGoStructs 

func SexpToGoStructs(
	sexp Sexp,
	target interface{},
	env *Zlisp,
	dedup map[*SexpHash]interface{},

) (result interface{}, err error)

try to convert to registered go structs if possible, filling in the structure of target (should be a pointer).

func SexpToJson 

func SexpToJson(exp Sexp) string

sexp -> json

func SexpToMsgpack 

func SexpToMsgpack(exp Sexp) ([]byte, interface{})

translate to sexp -> json -> go -> msgpack returns both the msgpack []bytes and the go intermediary

func StrFunctions 

func StrFunctions() map[string]ZlispUserFunction

func StringToRunes 

func StringToRunes(str string) []rune

func SystemFunctions 

func SystemFunctions() map[string]ZlispUserFunction

func TSPrintf 

func TSPrintf(format string, a ...interface{})

time-stamped printf

func VPrintf 

func VPrintf(format string, a ...interface{})

func Version 

func Version() string

func WPrintf 

func WPrintf(format string, a ...interface{})

Types

type AddFuncScopeHelper 

type AddFuncScopeHelper struct {
	MyFunction *SexpFunction
}

type AddFuncScopeInstr 

type AddFuncScopeInstr struct {
	Name   string
	Helper *AddFuncScopeHelper // we need a pointer we can update later once we know MyFunction
}

func (AddFuncScopeInstr) Execute 

func (a AddFuncScopeInstr) Execute(env *Zlisp) error

func (AddFuncScopeInstr) InstrString 

func (a AddFuncScopeInstr) InstrString() string

type AddScopeInstr 

type AddScopeInstr struct {
	Name string
}

func (AddScopeInstr) Execute 

func (a AddScopeInstr) Execute(env *Zlisp) error

func (AddScopeInstr) InstrString 

func (a AddScopeInstr) InstrString() string

type Address 

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

func (Address) IsStackElem 

func (a Address) IsStackElem()

type AssignInstr 

type AssignInstr struct {
}

func (AssignInstr) Execute 

func (a AssignInstr) Execute(env *Zlisp) error

func (AssignInstr) InstrString 

func (a AssignInstr) InstrString() string

type BindlistInstr 

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

bind these symbols to the SexpPair list found at datastack top.

func (BindlistInstr) Execute 

func (b BindlistInstr) Execute(env *Zlisp) error

func (BindlistInstr) InstrString 

func (b BindlistInstr) InstrString() string

type Booter 

type Booter func(s interface{})

Booter provides for registering a callback for any new Go struct created by the ToGoFunction (togo).

type BranchInstr 

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

func (BranchInstr) Execute 

func (b BranchInstr) Execute(env *Zlisp) error

func (BranchInstr) InstrString 

func (b BranchInstr) InstrString() string

type BreakInstr 

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

func (*BreakInstr) Execute 

func (s *BreakInstr) Execute(env *Zlisp) error

func (BreakInstr) InstrString 

func (s BreakInstr) InstrString() string

type CallInstr 

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

func (CallInstr) Execute 

func (c CallInstr) Execute(env *Zlisp) error

func (CallInstr) InstrString 

func (c CallInstr) InstrString() string

type ClearStackmarkInstr 

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

erase everything up-to-and-including our mark

func (ClearStackmarkInstr) Execute 

func (s ClearStackmarkInstr) Execute(env *Zlisp) error

func (ClearStackmarkInstr) InstrString 

func (s ClearStackmarkInstr) InstrString() string

type Closing 

type Closing struct {
	Stack *Stack
	Name  string
	// contains filtered or unexported fields
}

where we store our closure-supporing stack pointers

func NewClosing 

func NewClosing(name string, env *Zlisp) *Closing

func NewEmptyClosing 

func NewEmptyClosing(name string, env *Zlisp) *Closing

func (*Closing) IsStackElem 

func (c *Closing) IsStackElem()

func (*Closing) LookupSymbol 

func (c *Closing) LookupSymbol(sym *SexpSymbol, setVal *Sexp) (Sexp, error, *Scope)

func (*Closing) LookupSymbolUntilFunction 

func (c *Closing) LookupSymbolUntilFunction(sym *SexpSymbol, setVal *Sexp, maximumFuncToSearch int, checkCaptures bool) (Sexp, error, *Scope)

func (*Closing) Show 

func (c *Closing) Show(env *Zlisp, ps *PrintState, label string) (string, error)

func (*Closing) TopScope 

func (c *Closing) TopScope() *Scope

type ContinueInstr 

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

func (*ContinueInstr) Execute 

func (s *ContinueInstr) Execute(env *Zlisp) error

func (ContinueInstr) InstrString 

func (s ContinueInstr) InstrString() string

type CreateClosureInstr 

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

when a defn or fn executes, capture the creation env.

func (CreateClosureInstr) Execute 

func (a CreateClosureInstr) Execute(env *Zlisp) error

func (CreateClosureInstr) InstrString 

func (a CreateClosureInstr) InstrString() string

type DataStackElem 

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

func (DataStackElem) IsStackElem 

func (d DataStackElem) IsStackElem()

type DebugInstr 

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

func (DebugInstr) Execute 

func (g DebugInstr) Execute(env *Zlisp) error

func (DebugInstr) InstrString 

func (g DebugInstr) InstrString() string

type DispatchInstr 

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

func (DispatchInstr) Execute 

func (d DispatchInstr) Execute(env *Zlisp) error

func (DispatchInstr) InstrString 

func (d DispatchInstr) InstrString() string

type DupInstr 

type DupInstr int

func (DupInstr) Execute 

func (d DupInstr) Execute(env *Zlisp) error

func (DupInstr) InstrString 

func (d DupInstr) InstrString() string

type EmbedPath 

type EmbedPath struct {
	ChildName     string
	ChildFieldNum int
}

type EnvToStackInstr 

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

func (EnvToStackInstr) Execute 

func (g EnvToStackInstr) Execute(env *Zlisp) error

func (EnvToStackInstr) InstrString 

func (g EnvToStackInstr) InstrString() string

type Event 

type Event struct {
	Id        int      `json:"id" msg:"id"`
	User      Person   `json:"user" msg:"user"`
	Flight    string   `json:"flight" msg:"flight"`
	Pilot     []string `json:"pilot" msg:"pilot"`
	Cancelled bool     `json:"cancelled" msg:"cancelled"`
}

func (*Event) DecodeMsg 

func (z *Event) DecodeMsg(dc *msgp.Reader) (err error)

DecodeMsg implements msgp.Decodable

func (*Event) DisplayEvent 

func (ev *Event) DisplayEvent(from string)

func (*Event) EncodeMsg 

func (z *Event) EncodeMsg(en *msgp.Writer) (err error)

EncodeMsg implements msgp.Encodable

func (*Event) MarshalMsg 

func (z *Event) MarshalMsg(b []byte) (o []byte, err error)

MarshalMsg implements msgp.Marshaler

func (*Event) Msgsize 

func (z *Event) Msgsize() (s int)

Msgsize returns an upper bound estimate of the number of bytes occupied by the serialized message

func (*Event) UnmarshalMsg 

func (z *Event) UnmarshalMsg(bts []byte) (o []byte, err error)

UnmarshalMsg implements msgp.Unmarshaler

type ExplodeInstr 

type ExplodeInstr int

func (ExplodeInstr) Execute 

func (e ExplodeInstr) Execute(env *Zlisp) error

func (ExplodeInstr) InstrString 

func (e ExplodeInstr) InstrString() string

type Filter 

type Filter func(x Sexp) bool

Filters return true to keep, false to drop.

type Flyer 

type Flyer interface {
	Fly(w *Weather) (s string, err error)
}

type Generator 

type Generator struct {
	Tail bool
	// contains filtered or unexported fields
}

func NewGenerator 

func NewGenerator(env *Zlisp) *Generator

func (*Generator) AddInstruction 

func (gen *Generator) AddInstruction(instr Instruction)

func (*Generator) AddInstructions 

func (gen *Generator) AddInstructions(instr []Instruction)

func (*Generator) Generate 

func (gen *Generator) Generate(expr Sexp) error

func (*Generator) GenerateAll 

func (gen *Generator) GenerateAll(expressions []Sexp) error

func (*Generator) GenerateArray 

func (gen *Generator) GenerateArray(arr *SexpArray) error

func (*Generator) GenerateAssert 

func (gen *Generator) GenerateAssert(args []Sexp) error

func (*Generator) GenerateAssignment 

func (gen *Generator) GenerateAssignment(expr *SexpPair, assignPos int) error

func (*Generator) GenerateBegin 

func (gen *Generator) GenerateBegin(expressions []Sexp) error

func (*Generator) GenerateBreak 

func (gen *Generator) GenerateBreak(args []Sexp) error

func (*Generator) GenerateBuilder 

func (gen *Generator) GenerateBuilder(fun Sexp, args []Sexp) error

func (*Generator) GenerateCall 

func (gen *Generator) GenerateCall(expr *SexpPair) error

func (*Generator) GenerateCallBySymbol 

func (gen *Generator) GenerateCallBySymbol(sym *SexpSymbol, args []Sexp, orig Sexp) error

func (*Generator) GenerateCond 

func (gen *Generator) GenerateCond(args []Sexp) error

func (*Generator) GenerateContinue 

func (gen *Generator) GenerateContinue(args []Sexp) error

func (*Generator) GenerateDebug 

func (gen *Generator) GenerateDebug(diag string) error

func (*Generator) GenerateDef 

func (gen *Generator) GenerateDef(args []Sexp, opname string) error

func (*Generator) GenerateDefmac 

func (gen *Generator) GenerateDefmac(args []Sexp, orig Sexp) error

func (*Generator) GenerateDefn 

func (gen *Generator) GenerateDefn(args []Sexp, orig Sexp) error

func (*Generator) GenerateDispatch 

func (gen *Generator) GenerateDispatch(fun Sexp, args []Sexp) error

func (*Generator) GenerateFn 

func (gen *Generator) GenerateFn(args []Sexp, orig Sexp) error

func (*Generator) GenerateForLoop 

func (gen *Generator) GenerateForLoop(args []Sexp) error

for loops: Just like in C.

(for {optional-label} [init predicate advance] (expr)*)

Each of init, predicate, and advance are expressions that are evaluated during the running of the for loop. The init expression is evaluated once at the top. The predicate is tested. If it is true then the body expressions are run. Then the advance expression is evaluated, and we return to the predicate test.

func (*Generator) GenerateInclude 

func (gen *Generator) GenerateInclude(args []Sexp) error

func (*Generator) GenerateLet 

func (gen *Generator) GenerateLet(name string, args []Sexp) error

func (*Generator) GenerateMacexpand 

func (gen *Generator) GenerateMacexpand(args []Sexp) error

func (*Generator) GenerateMultiDef 

func (gen *Generator) GenerateMultiDef(args []Sexp) error

(mdef a b c (list 1 2 3)) will bind a:1 b:2 c:3

func (*Generator) GenerateNewScope 

func (gen *Generator) GenerateNewScope(expressions []Sexp) error

like begin, but puts its contents in a new scope

func (*Generator) GeneratePackage 

func (gen *Generator) GeneratePackage(expressions []Sexp) error

func (*Generator) GenerateQuote 

func (gen *Generator) GenerateQuote(args []Sexp) error

func (*Generator) GenerateReturn 

func (gen *Generator) GenerateReturn(xs []Sexp) error

func (*Generator) GenerateShortCircuit 

func (gen *Generator) GenerateShortCircuit(or bool, args []Sexp) error

func (*Generator) GenerateSyntaxQuote 

func (gen *Generator) GenerateSyntaxQuote(args []Sexp) error

side-effect (or main effect) has to be pushing an expression on the top of the datastack that represents the expanded and substituted expression

func (*Generator) GetLHS 

func (gen *Generator) GetLHS(arg Sexp, opname string) (*SexpSymbol, error)

func (*Generator) Reset 

func (gen *Generator) Reset()

type GoStructRegistryType 

type GoStructRegistryType struct {
	// comprehensive
	Registry map[string]*RegisteredType

	// only init-time builtins
	Builtin map[string]*RegisteredType

	// later, user-defined types
	Userdef map[string]*RegisteredType
}

the registry type 

var GoStructRegistry GoStructRegistryType

The Go Type Registry ====================

simply decide upon a name, and add a maker function for that returns a pointer to your struct. The simply add to the init() function below.

The env parameter to your MakeGoStructFunc() function is there is case you want to initialize your struct differently depending on the content of its context, but this is not commonly needed. Also, the factory method *must* support the env parameter being nil and still return a sensible, usable value. The factory will be called with env = nil during init() time.

The repl will automatically do a (defmap record) for each record defined in the registry. e.g. for snoopy, hornet, hellcat, etc.

func (*GoStructRegistryType) GetOrCreatePointerType 

func (gsr *GoStructRegistryType) GetOrCreatePointerType(pointedToType *RegisteredType) *RegisteredType

func (*GoStructRegistryType) GetOrCreateSliceType 

func (gsr *GoStructRegistryType) GetOrCreateSliceType(rt *RegisteredType) *RegisteredType

func (*GoStructRegistryType) Lookup 

func (r *GoStructRegistryType) Lookup(name string) *RegisteredType

func (*GoStructRegistryType) RegisterBuiltin 

func (r *GoStructRegistryType) RegisterBuiltin(name string, e *RegisteredType)

func (*GoStructRegistryType) RegisterPointer 

func (r *GoStructRegistryType) RegisterPointer(pointedToName string, pointedToType *RegisteredType) *RegisteredType

func (*GoStructRegistryType) RegisterUserdef 

func (r *GoStructRegistryType) RegisterUserdef(
	e *RegisteredType,
	hasShadowStruct bool,
	names ...string)

type GotoInstr 

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

func (GotoInstr) Execute 

func (g GotoInstr) Execute(env *Zlisp) error

func (GotoInstr) InstrString 

func (g GotoInstr) InstrString() string

type HashFieldDet 

type HashFieldDet struct {
	FieldNum     int
	FieldType    reflect.Type
	StructField  reflect.StructField
	FieldName    string
	FieldJsonTag string
	EmbedPath    []EmbedPath // we are embedded if len(EmbedPath) > 0
}

type HashizeInstr 

type HashizeInstr struct {
	HashLen  int
	TypeName string
}

func (HashizeInstr) Execute 

func (s HashizeInstr) Execute(env *Zlisp) error

func (HashizeInstr) InstrString 

func (s HashizeInstr) InstrString() string

type Hellcat 

type Hellcat struct {
	Plane `json:"plane" msg:"plane"`
}

func (*Hellcat) Fly 

func (b *Hellcat) Fly(w *Weather) (s string, err error)

type Hornet 

type Hornet struct {
	Plane    `json:"plane" msg:"plane"`
	Mass     float64
	Nickname string
}

func (*Hornet) Fly 

func (b *Hornet) Fly(w *Weather) (s string, err error)

type InfixOp 

type InfixOp struct {
	Sym        *SexpSymbol
	Bp         int          // binding power, aka precedence level.
	MunchRight RightMuncher // aka nud
	MunchLeft  LeftMuncher  // aka led
	MunchStmt  StmtMuncher  // aka std. Used only at the beginning of a statement.
	IsAssign   bool
}

InfixOp lets us attach led (MunchLeft) and nud (MunchRight) Pratt parsing methods, along with a binding power, to a symbol.

type Instruction 

type Instruction interface {
	InstrString() string
	Execute(env *Zlisp) error
}

type IntegerOp 

type IntegerOp int
const (
	ShiftLeft IntegerOp = iota
	ShiftRightArith
	ShiftRightLog
	Modulo
	BitAnd
	BitOr
	BitXor
)

type JumpInstr 

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

func (JumpInstr) Execute 

func (j JumpInstr) Execute(env *Zlisp) error

func (JumpInstr) InstrString 

func (j JumpInstr) InstrString() string

type KiSlice 

type KiSlice []*mapsorter

func (KiSlice) Len 

func (a KiSlice) Len() int

func (KiSlice) Less 

func (a KiSlice) Less(i, j int) bool

func (KiSlice) Swap 

func (a KiSlice) Swap(i, j int)

type LabelInstr 

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

func (LabelInstr) Execute 

func (s LabelInstr) Execute(env *Zlisp) error

func (LabelInstr) InstrString 

func (s LabelInstr) InstrString() string

type LeftMuncher 

type LeftMuncher func(env *Zlisp, pr *Pratt, left Sexp) (Sexp, error)

type Lexer 

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

func NewLexer 

func NewLexer(p *Parser) *Lexer

func (*Lexer) AddNextStream 

func (lex *Lexer) AddNextStream(s io.RuneScanner)

func (*Lexer) AppendToken 

func (lexer *Lexer) AppendToken(tok Token)

func (*Lexer) DecodeAtom 

func (x *Lexer) DecodeAtom(atom string) (tk Token, err error)

func (*Lexer) DecodeBrace 

func (x *Lexer) DecodeBrace(brace rune) Token

func (*Lexer) EmptyToken 

func (lex *Lexer) EmptyToken() Token

func (*Lexer) GetNextToken 

func (lexer *Lexer) GetNextToken() (tok Token, err error)

func (*Lexer) LexNextRune 

func (lexer *Lexer) LexNextRune(r rune) error

func (*Lexer) Linenum 

func (lexer *Lexer) Linenum() int

func (*Lexer) PeekNextToken 

func (lexer *Lexer) PeekNextToken() (tok Token, err error)

func (*Lexer) PrependToken 

func (lexer *Lexer) PrependToken(tok Token)

func (*Lexer) PromoteNextStream 

func (lex *Lexer) PromoteNextStream() (ok bool)

func (*Lexer) Reset 

func (lex *Lexer) Reset()

func (*Lexer) Token 

func (lex *Lexer) Token(typ TokenType, str string) Token

type LexerState 

type LexerState int
const (
	LexerNormal         LexerState = iota
	LexerCommentLine               //
	LexerStrLit                    //
	LexerStrEscaped                //
	LexerUnquote                   //
	LexerBacktickString            //
	LexerFreshAssignOrColon
	LexerFirstFwdSlash // could be start of // comment or /*
	LexerCommentBlock
	LexerCommentBlockAsterisk // could be end of block comment */
	LexerBuiltinOperator
	LexerRuneLit
	LexerRuneEscaped
)

type Loop 

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

func (*Loop) IsStackElem 

func (loop *Loop) IsStackElem()

type LoopStartInstr 

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

func (LoopStartInstr) Execute 

func (s LoopStartInstr) Execute(env *Zlisp) error

func (LoopStartInstr) InstrString 

func (s LoopStartInstr) InstrString() string

type MakeGoStructFunc 

type MakeGoStructFunc func(env *Zlisp, h *SexpHash) (interface{}, error)

type NestInner 

type NestInner struct {
	Hello string `msg:"hello" json:"hello" zid:"0"`
}

func (*NestInner) DecodeMsg 

func (z *NestInner) DecodeMsg(dc *msgp.Reader) (err error)

DecodeMsg implements msgp.Decodable

func (NestInner) EncodeMsg 

func (z NestInner) EncodeMsg(en *msgp.Writer) (err error)

EncodeMsg implements msgp.Encodable

func (NestInner) MarshalMsg 

func (z NestInner) MarshalMsg(b []byte) (o []byte, err error)

MarshalMsg implements msgp.Marshaler

func (NestInner) Msgsize 

func (z NestInner) Msgsize() (s int)

Msgsize returns an upper bound estimate of the number of bytes occupied by the serialized message

func (*NestInner) UnmarshalMsg 

func (z *NestInner) UnmarshalMsg(bts []byte) (o []byte, err error)

UnmarshalMsg implements msgp.Unmarshaler

type NestOuter 

type NestOuter struct {
	Inner *NestInner `msg:"inner" json:"inner" zid:"0"`
}

the pointer wasn't getting followed.

func (*NestOuter) DecodeMsg 

func (z *NestOuter) DecodeMsg(dc *msgp.Reader) (err error)

DecodeMsg implements msgp.Decodable

func (*NestOuter) EncodeMsg 

func (z *NestOuter) EncodeMsg(en *msgp.Writer) (err error)

EncodeMsg implements msgp.Encodable

func (*NestOuter) MarshalMsg 

func (z *NestOuter) MarshalMsg(b []byte) (o []byte, err error)

MarshalMsg implements msgp.Marshaler

func (*NestOuter) Msgsize 

func (z *NestOuter) Msgsize() (s int)

Msgsize returns an upper bound estimate of the number of bytes occupied by the serialized message

func (*NestOuter) UnmarshalMsg 

func (z *NestOuter) UnmarshalMsg(bts []byte) (o []byte, err error)

UnmarshalMsg implements msgp.Unmarshaler

type NumericOp 

type NumericOp int
const (
	Add NumericOp = iota
	Sub
	Mult
	Div
	Pow
)

type Parser 

type Parser struct {
	Done chan bool

	AddInput     chan io.RuneScanner
	ReqReset     chan io.RuneScanner
	ParsedOutput chan []ParserReply

	FlagSendNeedInput bool
	// contains filtered or unexported fields
}

func (*Parser) GetMoreInput 

func (p *Parser) GetMoreInput(deliverThese []Sexp, errorToReport error) error

This function should *return* when it has more input for the parser/lexer, which will call it when they get wedged.

Listeners on p.ParsedOutput should know the Convention: sending a length 0 []ParserReply on p.ParsedOutput channel means: we need more input! They should send some in on p.AddInput channel; or request a reset and simultaneously give us new input with p.ReqReset channel.

func (*Parser) HaveStuffToSend 

func (p *Parser) HaveStuffToSend() chan []ParserReply

func (*Parser) NewInput 

func (p *Parser) NewInput(s io.RuneScanner)

func (*Parser) ParseArray 

func (parser *Parser) ParseArray(depth int) (Sexp, error)

func (*Parser) ParseBacktickString 

func (parser *Parser) ParseBacktickString(start *Token) (sx Sexp, err error)

func (*Parser) ParseBlockComment 

func (parser *Parser) ParseBlockComment(start *Token) (sx Sexp, err error)

func (*Parser) ParseExpression 

func (parser *Parser) ParseExpression(depth int) (res Sexp, err error)

func (*Parser) ParseInfix 

func (parser *Parser) ParseInfix(depth int) (Sexp, error)

func (*Parser) ParseList 

func (parser *Parser) ParseList(depth int) (sx Sexp, err error)

func (*Parser) ParseTokens 

func (p *Parser) ParseTokens() ([]Sexp, error)

ParseTokens is the main service the Parser provides. Currently returns first error encountered, ignoring any expressions after that.

func (*Parser) Reset 

func (p *Parser) Reset()

func (*Parser) ResetAddNewInput 

func (p *Parser) ResetAddNewInput(s io.RuneScanner)

func (*Parser) Start 

func (p *Parser) Start()

Starts launches a background goroutine that runs an infinite parsing loop.

func (*Parser) Stop 

func (p *Parser) Stop() error

type ParserReply 

type ParserReply struct {
	Expr []Sexp
	Err  error
}

type Person 

type Person struct {
	First string `json:"first" msg:"first"`
	Last  string `json:"last" msg:"last"`
}

func (*Person) DecodeMsg 

func (z *Person) DecodeMsg(dc *msgp.Reader) (err error)

DecodeMsg implements msgp.Decodable

func (Person) EncodeMsg 

func (z Person) EncodeMsg(en *msgp.Writer) (err error)

EncodeMsg implements msgp.Encodable

func (Person) MarshalMsg 

func (z Person) MarshalMsg(b []byte) (o []byte, err error)

MarshalMsg implements msgp.Marshaler

func (Person) Msgsize 

func (z Person) Msgsize() (s int)

Msgsize returns an upper bound estimate of the number of bytes occupied by the serialized message

func (*Person) UnmarshalMsg 

func (z *Person) UnmarshalMsg(bts []byte) (o []byte, err error)

UnmarshalMsg implements msgp.Unmarshaler

type Plane 

type Plane struct {
	Wings

	ID      int     `json:"id" msg:"id"`
	Speed   int     `json:"speed" msg:"speed"`
	Chld    Flyer   `json:"chld" msg:"chld"`
	Friends []Flyer `json:"friends"`
}

the interface Flyer confounds the msgp msgpack code generator, so put the msgp:ignore Plane above

type PopInstr 

type PopInstr int

func (PopInstr) Execute 

func (p PopInstr) Execute(env *Zlisp) error

func (PopInstr) InstrString 

func (p PopInstr) InstrString() string

type PopScopeTransferToDataStackInstr 

type PopScopeTransferToDataStackInstr struct {
	PackageName string
}

PopScopeTransferToDataStackInstr is used to wrap up a package and put it on the data stack as a value.

func (PopScopeTransferToDataStackInstr) Execute 

func (a PopScopeTransferToDataStackInstr) Execute(env *Zlisp) error

func (PopScopeTransferToDataStackInstr) InstrString 

func (a PopScopeTransferToDataStackInstr) InstrString() string

type PopStackPutEnvInstr 

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

func (PopStackPutEnvInstr) Execute 

func (p PopStackPutEnvInstr) Execute(env *Zlisp) error

func (PopStackPutEnvInstr) InstrString 

func (p PopStackPutEnvInstr) InstrString() string

type PopUntilStackmarkInstr 

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

cleanup until our stackmark, but leave it in place

func (PopUntilStackmarkInstr) Execute 

func (s PopUntilStackmarkInstr) Execute(env *Zlisp) error

func (PopUntilStackmarkInstr) InstrString 

func (s PopUntilStackmarkInstr) InstrString() string

type PostHook 

type PostHook func(*Zlisp, string, Sexp)

type Pratt 

type Pratt struct {
	NextToken  Sexp
	CnodeStack []Sexp
	AccumTree  Sexp

	Pos    int
	Stream []Sexp
}

func NewPratt 

func NewPratt(stream []Sexp) *Pratt

func (*Pratt) Advance 

func (p *Pratt) Advance() error

Advance sets p.NextToken

func (*Pratt) Expression 

func (p *Pratt) Expression(env *Zlisp, rbp int) (ret Sexp, err error)

func (*Pratt) IsEOF 

func (p *Pratt) IsEOF() bool

func (*Pratt) ShowCnodeStack 

func (p *Pratt) ShowCnodeStack()

type PreHook 

type PreHook func(*Zlisp, string, []Sexp)

type PrintState 

type PrintState struct {
	Indent int
	Seen   Seen
}

PrintState threads the state of display through SexpString() and Show() calls, to give pretty-printing indentation and to avoid infinite looping on cyclic data structures.

func NewPrintState 

func NewPrintState() *PrintState

func NewPrintStateWithIndent 

func NewPrintStateWithIndent(indent int) *PrintState

func (*PrintState) AddIndent 

func (ps *PrintState) AddIndent(addme int) *PrintState

func (*PrintState) Clear 

func (ps *PrintState) Clear()

func (*PrintState) Dump 

func (ps *PrintState) Dump()

func (*PrintState) GetIndent 

func (ps *PrintState) GetIndent() int

func (*PrintState) GetSeen 

func (ps *PrintState) GetSeen(x interface{}) bool

func (*PrintState) SetSeen 

func (ps *PrintState) SetSeen(x interface{}, name string)

type Prompter 

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

func NewPrompter 

func NewPrompter(prompt string) *Prompter

func (*Prompter) Close 

func (p *Prompter) Close()

func (*Prompter) Getline 

func (p *Prompter) Getline(prompt *string) (line string, err error)

type PushInstr 

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

func (PushInstr) Execute 

func (p PushInstr) Execute(env *Zlisp) error

func (PushInstr) InstrString 

func (p PushInstr) InstrString() string

type PushStackmarkInstr 

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

create a stack mark

func (PushStackmarkInstr) Execute 

func (s PushStackmarkInstr) Execute(env *Zlisp) error

func (PushStackmarkInstr) InstrString 

func (s PushStackmarkInstr) InstrString() string

type RecordDefn 

type RecordDefn struct {
	Name      string
	Fields    []*SexpField
	FieldType map[string]*RegisteredType
}

func NewRecordDefn 

func NewRecordDefn() *RecordDefn

func (*RecordDefn) SetFields 

func (r *RecordDefn) SetFields(flds []*SexpField)

func (*RecordDefn) SetName 

func (r *RecordDefn) SetName(name string)

func (*RecordDefn) SexpString 

func (p *RecordDefn) SexpString(ps *PrintState) string

pretty print a struct

func (*RecordDefn) Type 

func (p *RecordDefn) Type() *RegisteredType

type RegisteredType 

type RegisteredType struct {
	Constructor    *SexpFunction
	RegisteredName string
	Factory        MakeGoStructFunc
	GenDefMap      bool
	ValueCache     reflect.Value
	TypeCache      reflect.Type
	PointerName    string
	ReflectName    string
	IsUser         bool
	Aliases        map[string]bool
	DisplayAs      string
	UserStructDefn *RecordDefn
	IsPointer      bool
	// contains filtered or unexported fields
}
var ArraySelectorRT *RegisteredType
var BoolRT *RegisteredType
var ClosureRT *RegisteredType
var ErrorRT *RegisteredType
var Float64RT *RegisteredType
var Int64RT *RegisteredType
var NullRT *RegisteredType
var PairRT *RegisteredType
var RawRT *RegisteredType
var ReflectRT *RegisteredType
var RuneRT *RegisteredType
var SentinelRT *RegisteredType

func NewRegisteredType 

func NewRegisteredType(f MakeGoStructFunc) *RegisteredType

func (*RegisteredType) Init 

func (e *RegisteredType) Init()

func (*RegisteredType) SexpString 

func (p *RegisteredType) SexpString(ps *PrintState) string

func (*RegisteredType) ShortName 

func (p *RegisteredType) ShortName() string

func (*RegisteredType) Type 

func (r *RegisteredType) Type() *RegisteredType

func (*RegisteredType) TypeCheckRecord 

func (p *RegisteredType) TypeCheckRecord(hash *SexpHash) error

type RemoveScopeInstr 

type RemoveScopeInstr struct{}

func (RemoveScopeInstr) Execute 

func (a RemoveScopeInstr) Execute(env *Zlisp) error

func (RemoveScopeInstr) InstrString 

func (a RemoveScopeInstr) InstrString() string

type ReturnInstr 

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

func (ReturnInstr) Execute 

func (r ReturnInstr) Execute(env *Zlisp) error

func (ReturnInstr) InstrString 

func (r ReturnInstr) InstrString() string

type RightMuncher 

type RightMuncher func(env *Zlisp, pr *Pratt) (Sexp, error)

type Scope 

type Scope struct {
	Map         map[int]Sexp
	IsGlobal    bool
	Name        string
	PackageName string
	Parent      *Scope
	IsFunction  bool          // if true, read-only.
	MyFunction  *SexpFunction // so we can query captured closure scopes.
	IsPackage   bool
	// contains filtered or unexported fields
}

Scopes map names to values. Scope nesting avoids variable name collisions and allows namespace maintainance. Most scopes (inside loops, inside functions) are implicitly created. Packages are scopes that the user can manipulate explicitly.

func (*Scope) CloneScope 

func (s *Scope) CloneScope() *Scope

func (*Scope) DeleteSymbolInScope 

func (scope *Scope) DeleteSymbolInScope(sym *SexpSymbol) error

func (Scope) IsStackElem 

func (s Scope) IsStackElem()

func (*Scope) SexpString 

func (s *Scope) SexpString(ps *PrintState) string

SexpString satisfies the Sexp interface, producing a string presentation of the value.

func (*Scope) Show 

func (scop *Scope) Show(env *Zlisp, ps *PrintState, label string) (s string, err error)

func (*Scope) Type 

func (s *Scope) Type() *RegisteredType

Type() satisfies the Sexp interface, returning the type of the value.

func (*Scope) UpdateSymbolInScope 

func (scope *Scope) UpdateSymbolInScope(sym *SexpSymbol, expr Sexp) error

used to implement (set v 10)

type Seen 

type Seen map[interface{}]struct{}

Seen tracks if a value has already been displayed, to detect and avoid cycles. 

Q: How to do garbage-collection safe graph traversal in a graph of Go objects?

A: "Instead of converting the pointer to a uintptr, just store the pointer itself in a map[interface{}]bool. If you encounter the same pointer again, you will get the same map entry. The GC must guarantee that using pointers as map keys will work even if the pointers move."

- Ian Lance Taylor on golang-nuts (2016 June 20).

func NewSeen 

func NewSeen() Seen

type Selector 

type Selector interface {
	// RHS (right-hand-side) is used to dereference
	// the pointer-like Selector, yielding a value suitable for the
	// right-hand-side of an assignment statement.
	//
	RHS(env *Zlisp) (Sexp, error)

	// AssignToSelection sets the selection to rhs
	// The selected elements are the left-hand-side of the
	// assignment *lhs = rhs
	AssignToSelection(env *Zlisp, rhs Sexp) error
}

Selector stores indexing information that isn't yet materialized for getting or setting.

type SetOfPlanes 

type SetOfPlanes struct {
	Flyers []Flyer `json:"flyers" msg:"flyers"`
}

type Sexp 

type Sexp interface {
	// SexpString: produce a string from our value.
	// Single-line strings can ignore indent.
	// Only multiline strings should follow every
	// newline with at least indent worth of spaces.
	SexpString(ps *PrintState) string

	// Type returns the type of the value.
	Type() *RegisteredType
}

Sexp is the central interface for all S-expressions (Symbol expressions ala lisp).

func AddressOfFunction 

func AddressOfFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func AppendFunction 

func AppendFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func ApplyFunction 

func ApplyFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func ArrayAccessFunction 

func ArrayAccessFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func ArrayIndexFunction 

func ArrayIndexFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

(arrayidx ar [0 1])

func ArrayOfFunction 

func ArrayOfFunction(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

generate fixed size array

func AsTmFunction 

func AsTmFunction(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

string -> time.Time

func AsUint64Function 

func AsUint64Function(env *Zlisp, name string, args []Sexp) (Sexp, error)

coerce numbers to uint64

func AssignmentFunction 

func AssignmentFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

the assignment function, =

func BaseTypeConstructorFunction 

func BaseTypeConstructorFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func BinaryIntFunction 

func BinaryIntFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func BitwiseFunction 

func BitwiseFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func CallGoMethodFunction 

func CallGoMethodFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

Using reflection, invoke a Go method on a struct or interface. args[0] is a hash with an an attached GoStruct args[1] is a hash representing a method call on that struct. The returned Sexp is a hash that represents the result of that call.

func CallZMethodOnRecordFunction 

func CallZMethodOnRecordFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func ChanTxFunction 

func ChanTxFunction(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

func ColonAccessBuilder 

func ColonAccessBuilder(env *Zlisp, name string, args []Sexp) (Sexp, error)

func CommaBuilder 

func CommaBuilder(env *Zlisp, name string, args []Sexp) (Sexp, error)

CommaBuilder turns expressions on the LHS and RHS like {a,b,c = 1,2,3} into arrays (set [a b c] [1 2 3])

func CompareFunction 

func CompareFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func ComplementFunction 

func ComplementFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func ConcatArray 

func ConcatArray(arr *SexpArray, rest []Sexp) (Sexp, error)

func ConcatFunction 

func ConcatFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func ConcatLists 

func ConcatLists(a *SexpPair, bs []Sexp) (Sexp, error)

O(n^2) for n total nodes in all lists. So this is not super efficient. We have to find the tail of each list in turn by linear search. Avoid lists if possible in favor of arrays.

func ConcatTwoLists 

func ConcatTwoLists(a *SexpPair, b Sexp) (Sexp, error)

func ConsFunction 

func ConsFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func ConstructorFunction 

func ConstructorFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func CreateGoroutineMacro 

func CreateGoroutineMacro(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

func DeclareMsgpackMapFunction 

func DeclareMsgpackMapFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func DefinedFunction 

func DefinedFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

check is a symbol/string/value is defined

func DemoNestInnerOuterFunction 

func DemoNestInnerOuterFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

constructor

func DerefFunction 

func DerefFunction(env *Zlisp, name string, args []Sexp) (result Sexp, err error)

func DotFunction 

func DotFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

"." dot operator

func DumpClosureEnvFunction 

func DumpClosureEnvFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

_closdump : show the closed over env attached to an *SexpFunction

func EvalFunction 

func EvalFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

EvalFunction: new version doesn't use a duplicated environment, allowing eval to create closures under the lexical scope and to allow proper scoping in a package.

func ExitFunction 

func ExitFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func ExpectErrorBuilder 

func ExpectErrorBuilder(env *Zlisp, name string, args []Sexp) (Sexp, error)

func FirstFunction 

func FirstFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func FlattenToWordsFunction 

func FlattenToWordsFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

given strings/lists of strings with possible whitespace flatten out to a array of SexpStr with no internal whitespace, suitable for passing along to (system) / exec.Command()

func FromGoFunction 

func FromGoFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func FuncBuilder 

func FuncBuilder(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

func GOOSFunction 

func GOOSFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func GenericAccessFunction 

func GenericAccessFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

handles arrays or hashes

func GenericHpairFunction 

func GenericHpairFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

works over hashes and arrays

func GensymFunction 

func GensymFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func GetEnvFunction 

func GetEnvFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func GoFieldListFunction 

func GoFieldListFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func GoMethodListFunction 

func GoMethodListFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func GoToSexp 

func GoToSexp(iface interface{}, env *Zlisp) (Sexp, error)

convert iface, which will typically be map[string]interface{}, into an s-expression

func GobDecodeFunction 

func GobDecodeFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func GobEncodeFunction 

func GobEncodeFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func GoonDumpFunction 

func GoonDumpFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func HashAccessFunction 

func HashAccessFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func HashColonFunction 

func HashColonFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func HashIndexFunction 

func HashIndexFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

(arrayidx ar [0 1]) refers here

func ImportPackageBuilder 

func ImportPackageBuilder(env *Zlisp, name string, args []Sexp) (Sexp, error)

import a package, analagous to Golang.

func InfixBuilder 

func InfixBuilder(env *Zlisp, name string, args []Sexp) (Sexp, error)

func IntegerDo 

func IntegerDo(op IntegerOp, a, b Sexp) (Sexp, error)

func InterfaceBuilder 

func InterfaceBuilder(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

func IsNaNFunction 

func IsNaNFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func JoinSymFunction 

func JoinSymFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func JsonFunction 

func JsonFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)
Conversion map

Go map[string]interface{}  <--(1)--> lisp
  ^                                  ^ |
  |                                 /  |
 (2)   ------------ (4) -----------/  (5)
  |   /                                |
  V  V                                 V
msgpack <--(3)--> go struct, strongly typed

(1) we provide these herein; see jsonmsgp_test.go too. 

(a) SexpToGo()
(b) GoToSexp()

(2) provided by ugorji/go/codec; see examples also herein 

(a) MsgpackToGo() / JsonToGo()
(b) GoToMsgpack() / GoToJson()

(3) provided by tinylib/msgp, and by ugorji/go/codec 

by using pre-compiled or just decoding into an instance
of the struct.

(4) see herein 

(a) SexpToMsgpack() and SexpToJson()
(b) MsgpackToSexp(); uses (4) = (2) + (1)

(5) The SexpToGoStructs() and ToGoFunction() in this 

file provide the capability of marshaling an
s-expression to a Go-struct that has been
registered to be associated with a named
hash map using (defmap). See repl/gotypereg.go
to add your Go-struct constructor. From
the prompt, the (togo) function instantiates
a 'shadow' Go-struct whose data matches
that configured in the record.

func JsonToSexp 

func JsonToSexp(json []byte, env *Zlisp) (Sexp, error)

json -> sexp. env is needed to handle symbols correctly

func LenFunction 

func LenFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func ListToArray 

func ListToArray(expr Sexp) ([]Sexp, error)

func MakeArrayFunction 

func MakeArrayFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func MakeChanFunction 

func MakeChanFunction(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

func MakeList 

func MakeList(expressions []Sexp) Sexp

func MapArray 

func MapArray(env *Zlisp, fun *SexpFunction, arr *SexpArray) (Sexp, error)

func MapFunction 

func MapFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func MapList 

func MapList(env *Zlisp, fun *SexpFunction, expr Sexp) (Sexp, error)

func MillisFunction 

func MillisFunction(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

func MsgpackMapMacro 

func MsgpackMapMacro(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

declare a new record type

func MsgpackToSexp 

func MsgpackToSexp(msgp []byte, env *Zlisp) (Sexp, error)

msgpack -> sexp

func NotFunction 

func NotFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func NowFunction 

func NowFunction(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

func NumericDo 

func NumericDo(op NumericOp, a, b Sexp) (Sexp, error)

func NumericFloatDo 

func NumericFloatDo(op NumericOp, a, b *SexpFloat) Sexp

func NumericFunction 

func NumericFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func NumericIntDo 

func NumericIntDo(op NumericOp, a, b *SexpInt) Sexp

func NumericMatchChar 

func NumericMatchChar(op NumericOp, a *SexpChar, b Sexp) (Sexp, error)

func NumericMatchFloat 

func NumericMatchFloat(op NumericOp, a *SexpFloat, b Sexp) (Sexp, error)

func NumericMatchInt 

func NumericMatchInt(op NumericOp, a *SexpInt, b Sexp) (Sexp, error)

func NumericMatchUint64 

func NumericMatchUint64(op NumericOp, a *SexpUint64, b Sexp) (Sexp, error)

func NumericUint64Do 

func NumericUint64Do(op NumericOp, a, b *SexpUint64) Sexp

func OldEvalFunction 

func OldEvalFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func PointerOrNumericFunction 

func PointerOrNumericFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func PointerToFunction 

func PointerToFunction(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

func PrintFunction 

func PrintFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func QuoteListFunction 

func QuoteListFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

'(a b c) -> ('a 'b 'c)

func RandomFunction 

func RandomFunction(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

func RawToStringFunction 

func RawToStringFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func ReadFunction 

func ReadFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func ReadGreenpackFromFileFunction 

func ReadGreenpackFromFileFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func RegexpCompile 

func RegexpCompile(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

func RegexpFind 

func RegexpFind(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

func RemoveSymFunction 

func RemoveSymFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func RestFunction 

func RestFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func ScriptFacingRegisterDemoStructs 

func ScriptFacingRegisterDemoStructs(env *Zlisp, name string, args []Sexp) (Sexp, error)

func SecondFunction 

func SecondFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func SetPrettyPrintFlag 

func SetPrettyPrintFlag(env *Zlisp, name string, args []Sexp) (Sexp, error)

func SgetFunction 

func SgetFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func SimpleSourceFunction 

func SimpleSourceFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

alternative. simpler, currently panics.

func SliceFunction 

func SliceFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func SliceOfFunction 

func SliceOfFunction(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

func SlurpfileFunction 

func SlurpfileFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

read new-line delimited text from a file into an array (slurpf "path-to-file")

func SourceFileFunction 

func SourceFileFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func SplitStringFunction 

func SplitStringFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

SplitStringFunction splits a string based on an arbitrary delimiter

func SplitStringOnNewlinesFunction 

func SplitStringOnNewlinesFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

(nsplit "a\nb") -> ["a" "b"]

func StartGoroutineFunction 

func StartGoroutineFunction(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

func StopFunction 

func StopFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func Str2SymFunction 

func Str2SymFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func StringUtilFunction 

func StringUtilFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func StringifyFunction 

func StringifyFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func StructBuilder 

func StructBuilder(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

func StructConstructorFunction 

func StructConstructorFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func Sym2StrFunction 

func Sym2StrFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func SymnumFunction 

func SymnumFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func SystemBuilder 

func SystemBuilder(env *Zlisp, name string, args []Sexp) (Sexp, error)

sys is a builder. shell out, return the combined output.

func SystemFunction 

func SystemFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func ThreadMapFunction 

func ThreadMapFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func TimeitFunction 

func TimeitFunction(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

func ToGoFunction 

func ToGoFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func TypeListFunction 

func TypeListFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func TypeQueryFunction 

func TypeQueryFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

func UintegerDo 

func UintegerDo(op IntegerOp, ia *SexpUint64, b Sexp) (Sexp, error)

func VarBuilder 

func VarBuilder(env *Zlisp, name string,
	args []Sexp) (Sexp, error)

func WriteShadowGreenpackToFileFunction 

func WriteShadowGreenpackToFileFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

(bsave value path) writes value as greenpack to file.

(greenpack value) writes value as greenpack to SexpRaw in memory.

bsave converts to binary with (togo) then saves the binary to file.

func WriteToFileFunction 

func WriteToFileFunction(env *Zlisp, name string, args []Sexp) (Sexp, error)

(writef <content> path); (write path) is the macro version. (owritef <content> path): write an array of strings out to the named file, overwriting it in the process. (owrite) is the macro version. save is the same as write.

type SexpArray 

type SexpArray struct {
	Val []Sexp

	Typ *RegisteredType

	IsFuncDeclTypeArray bool
	Infix               bool

	Env *Zlisp
}

func (*SexpArray) IndexBy 

func (arr *SexpArray) IndexBy(idx *SexpArray) (Sexp, error)

IndexBy subsets one array (possibly multidimensional) by another. e.g. if arr is [a b c] and idx is [0], we'll return a.

func (*SexpArray) NumDim 

func (arr *SexpArray) NumDim() int

func (*SexpArray) SexpString 

func (arr *SexpArray) SexpString(ps *PrintState) string

func (*SexpArray) Type 

func (r *SexpArray) Type() *RegisteredType

type SexpArraySelector 

type SexpArraySelector struct {
	Select    *SexpArray
	Container *SexpArray
}

SexpSelector: select a subset of an array: can be multidimensional index/slice and hence know its container and its position(s), and thus be able to read and write that position as need be.

func (*SexpArraySelector) AssignToSelection 

func (x *SexpArraySelector) AssignToSelection(env *Zlisp, rhs Sexp) error

func (*SexpArraySelector) RHS 

func (x *SexpArraySelector) RHS(env *Zlisp) (Sexp, error)

RHS applies the selector to the contain and returns the value obtained.

func (*SexpArraySelector) SexpString 

func (si *SexpArraySelector) SexpString(ps *PrintState) string

func (*SexpArraySelector) Type 

func (si *SexpArraySelector) Type() *RegisteredType

Type returns the type of the value.

type SexpBool 

type SexpBool struct {
	Val bool
	Typ *RegisteredType
}

func (*SexpBool) SexpString 

func (b *SexpBool) SexpString(ps *PrintState) string

func (*SexpBool) Type 

func (r *SexpBool) Type() *RegisteredType

type SexpChannel 

type SexpChannel struct {
	Val chan Sexp
	Typ *RegisteredType
}

func (*SexpChannel) SexpString 

func (ch *SexpChannel) SexpString(ps *PrintState) string

func (*SexpChannel) Type 

func (ch *SexpChannel) Type() *RegisteredType

type SexpChar 

type SexpChar struct {
	Val rune
	Typ *RegisteredType
}

func (*SexpChar) SexpString 

func (c *SexpChar) SexpString(ps *PrintState) string

func (*SexpChar) Type 

func (r *SexpChar) Type() *RegisteredType

type SexpClosureEnv 

type SexpClosureEnv Scope

func (*SexpClosureEnv) SexpString 

func (c *SexpClosureEnv) SexpString(ps *PrintState) string

func (*SexpClosureEnv) Type 

func (r *SexpClosureEnv) Type() *RegisteredType

type SexpComma 

type SexpComma struct{}

func (*SexpComma) SexpString 

func (s *SexpComma) SexpString(ps *PrintState) string

func (*SexpComma) Type 

func (r *SexpComma) Type() *RegisteredType

type SexpComment 

type SexpComment struct {
	Comment string
	Block   bool
}

func (*SexpComment) SexpString 

func (p *SexpComment) SexpString(ps *PrintState) string

func (*SexpComment) Type 

func (p *SexpComment) Type() *RegisteredType

type SexpError 

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

func (*SexpError) SexpString 

func (e *SexpError) SexpString(ps *PrintState) string

func (*SexpError) Type 

func (r *SexpError) Type() *RegisteredType

type SexpField 

type SexpField SexpHash

func (*SexpField) AlignString 

func (f *SexpField) AlignString(pad []int) string

func (*SexpField) FieldWidths 

func (f *SexpField) FieldWidths() []int

compute key and value widths to assist alignment

func (*SexpField) SexpString 

func (f *SexpField) SexpString(ps *PrintState) string

func (SexpField) Type 

func (r SexpField) Type() *RegisteredType

type SexpFloat 

type SexpFloat struct {
	Val        float64
	Typ        *RegisteredType
	Scientific bool
}

func (*SexpFloat) SexpString 

func (f *SexpFloat) SexpString(ps *PrintState) string

func (*SexpFloat) Type 

func (r *SexpFloat) Type() *RegisteredType

type SexpFunction 

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

SexpFunction

func MakeBuilderFunction 

func MakeBuilderFunction(name string, ufun ZlispUserFunction) *SexpFunction

func MakeUserFunction 

func MakeUserFunction(name string, ufun ZlispUserFunction) *SexpFunction

func (*SexpFunction) ClosingLookupSymbol 

func (sf *SexpFunction) ClosingLookupSymbol(sym *SexpSymbol, setVal *Sexp) (Sexp, error, *Scope)

func (*SexpFunction) ClosingLookupSymbolUntilFunc 

func (sf *SexpFunction) ClosingLookupSymbolUntilFunc(sym *SexpSymbol, setVal *Sexp, maximumFuncToSearch int, checkCaptures bool) (Sexp, error, *Scope)

func (*SexpFunction) ClosingLookupSymbolUntilFunction 

func (sf *SexpFunction) ClosingLookupSymbolUntilFunction(sym *SexpSymbol) (Sexp, error, *Scope)

func (*SexpFunction) Copy 

func (sf *SexpFunction) Copy() *SexpFunction

func (*SexpFunction) LookupSymbolInParentChainOfClosures 

func (sf *SexpFunction) LookupSymbolInParentChainOfClosures(sym *SexpSymbol, setVal *Sexp, env *Zlisp) (Sexp, error, *Scope)

chase parent pointers up the chain and check each of their immediate closures.

func (*SexpFunction) SetClosing 

func (sf *SexpFunction) SetClosing(clos *Closing)

func (*SexpFunction) SexpString 

func (sf *SexpFunction) SexpString(ps *PrintState) string

func (*SexpFunction) ShowClosing 

func (sf *SexpFunction) ShowClosing(env *Zlisp, ps *PrintState, label string) (string, error)

func (*SexpFunction) Type 

func (sf *SexpFunction) Type() *RegisteredType

type SexpGoroutine 

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

func (*SexpGoroutine) SexpString 

func (goro *SexpGoroutine) SexpString(ps *PrintState) string

func (*SexpGoroutine) Type 

func (goro *SexpGoroutine) Type() *RegisteredType

type SexpHash 

type SexpHash struct {
	TypeName         string
	Map              map[int][]*SexpPair
	KeyOrder         []Sexp
	GoStructFactory  *RegisteredType
	NumKeys          int
	GoMethods        []reflect.Method
	GoFields         []reflect.StructField
	GoMethSx         SexpArray
	GoFieldSx        SexpArray
	GoType           reflect.Type
	NumMethod        int
	GoShadowStruct   interface{}
	GoShadowStructVa reflect.Value
	ShadowSet        bool

	// json tag name -> pointers to example values, as factories for SexpToGoStructs()
	JsonTagMap map[string]*HashFieldDet
	DetOrder   []*HashFieldDet

	// for using these as a scoping model
	DefnEnv    *SexpHash
	SuperClass *SexpHash
	ZMain      SexpFunction
	ZMethods   map[string]*SexpFunction
	Env        *Zlisp
}

func GetFuncArgArray 

func GetFuncArgArray(arr *SexpArray, env *Zlisp, where string) (*SexpHash, error)

func MakeHash 

func MakeHash(args []Sexp, typename string, env *Zlisp) (*SexpHash, error)

func (*SexpHash) BindSymbol 

func (h *SexpHash) BindSymbol(key *SexpSymbol, val Sexp) error

func (*SexpHash) CloneFrom 

func (p *SexpHash) CloneFrom(src *SexpHash)

CloneFrom copys all the internals of src into p, effectively blanking out whatever p held and replacing it with a copy of src.

func (*SexpHash) CopyMap 

func (p *SexpHash) CopyMap() *map[int][]*SexpPair

func (*SexpHash) DotPathHashGet 

func (h *SexpHash) DotPathHashGet(env *Zlisp, sym *SexpSymbol) (Sexp, error)

func (*SexpHash) FillHashFromShadow 

func (h *SexpHash) FillHashFromShadow(env *Zlisp, src interface{}) error

func (*SexpHash) HashDelete 

func (hash *SexpHash) HashDelete(key Sexp) error

func (*SexpHash) HashGet 

func (hash *SexpHash) HashGet(env *Zlisp, key Sexp) (res Sexp, err error)

func (*SexpHash) HashGetDefault 

func (hash *SexpHash) HashGetDefault(env *Zlisp, key Sexp, defaultval Sexp) (Sexp, error)

func (*SexpHash) HashPairi 

func (hash *SexpHash) HashPairi(pos int) (*SexpPair, error)

func (*SexpHash) HashSet 

func (hash *SexpHash) HashSet(key Sexp, val Sexp) error

func (*SexpHash) Lookup 

func (h *SexpHash) Lookup(env *Zlisp, key Sexp) (expr Sexp, err error)

func (*SexpHash) NewSexpHashSelector 

func (h *SexpHash) NewSexpHashSelector(sym *SexpSymbol) *SexpHashSelector

func (*SexpHash) RunZmethod 

func (h *SexpHash) RunZmethod(method string, args []Sexp) (Sexp, error)

func (*SexpHash) SetDefnEnv 

func (h *SexpHash) SetDefnEnv(p *SexpHash)

func (*SexpHash) SetGoStructFactory 

func (h *SexpHash) SetGoStructFactory(factory *RegisteredType)

func (*SexpHash) SetMain 

func (h *SexpHash) SetMain(p *SexpFunction)

func (*SexpHash) SetMethodList 

func (h *SexpHash) SetMethodList(env *Zlisp) error

func (*SexpHash) SexpString 

func (hash *SexpHash) SexpString(ps *PrintState) string

func (*SexpHash) ShortName 

func (hash *SexpHash) ShortName() string

func (*SexpHash) Type 

func (r *SexpHash) Type() *RegisteredType

func (*SexpHash) TypeCheckField 

func (h *SexpHash) TypeCheckField(key Sexp, val Sexp) error

type SexpHashSelector 

type SexpHashSelector struct {
	Select    Sexp
	Container *SexpHash
}

SexpHashSelector: reference to a symbol in a hash table.

func (*SexpHashSelector) AssignToSelection 

func (x *SexpHashSelector) AssignToSelection(env *Zlisp, rhs Sexp) error

func (*SexpHashSelector) RHS 

func (x *SexpHashSelector) RHS(env *Zlisp) (sx Sexp, err error)

RHS applies the selector to the contain and returns the value obtained.

func (*SexpHashSelector) SexpString 

func (si *SexpHashSelector) SexpString(ps *PrintState) string

func (*SexpHashSelector) Type 

func (si *SexpHashSelector) Type() *RegisteredType

Type returns the type of the value.

type SexpInt 

type SexpInt struct {
	Val int64
	Typ *RegisteredType
}

func (*SexpInt) SexpString 

func (i *SexpInt) SexpString(ps *PrintState) string

func (*SexpInt) Type 

func (r *SexpInt) Type() *RegisteredType

type SexpInterfaceDecl 

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

SexpInterfaceDecl

func (*SexpInterfaceDecl) SexpString 

func (r *SexpInterfaceDecl) SexpString(ps *PrintState) string

func (*SexpInterfaceDecl) Type 

func (r *SexpInterfaceDecl) Type() *RegisteredType

type SexpPair 

type SexpPair struct {
	Head Sexp
	Tail Sexp
}

func Cons 

func Cons(a Sexp, b Sexp) *SexpPair

func (*SexpPair) SexpString 

func (pair *SexpPair) SexpString(ps *PrintState) string

func (*SexpPair) Type 

func (r *SexpPair) Type() *RegisteredType

type SexpPointer 

type SexpPointer struct {
	ReflectTarget reflect.Value
	Target        Sexp
	PointedToType *RegisteredType
	MyType        *RegisteredType
}

func NewSexpPointer 

func NewSexpPointer(pointedTo Sexp) *SexpPointer

func (*SexpPointer) SexpString 

func (p *SexpPointer) SexpString(ps *PrintState) string

func (*SexpPointer) Type 

func (p *SexpPointer) Type() *RegisteredType

type SexpRaw 

type SexpRaw struct {
	Val []byte
	Typ *RegisteredType
}

func MakeRaw 

func MakeRaw(args []Sexp) (*SexpRaw, error)

func (*SexpRaw) SexpString 

func (r *SexpRaw) SexpString(ps *PrintState) string

func (*SexpRaw) Type 

func (r *SexpRaw) Type() *RegisteredType

type SexpReflect 

type SexpReflect struct {
	Val reflect.Value
}

func (*SexpReflect) SexpString 

func (r *SexpReflect) SexpString(ps *PrintState) string

func (*SexpReflect) Type 

func (r *SexpReflect) Type() *RegisteredType

type SexpRegexp 

type SexpRegexp regexp.Regexp

func (*SexpRegexp) SexpString 

func (re *SexpRegexp) SexpString(ps *PrintState) string

func (*SexpRegexp) Type 

func (r *SexpRegexp) Type() *RegisteredType

type SexpSemicolon 

type SexpSemicolon struct{}

func (*SexpSemicolon) SexpString 

func (s *SexpSemicolon) SexpString(ps *PrintState) string

func (*SexpSemicolon) Type 

func (r *SexpSemicolon) Type() *RegisteredType

type SexpSentinel 

type SexpSentinel struct {
	Val int
}

func (*SexpSentinel) SexpString 

func (sent *SexpSentinel) SexpString(ps *PrintState) string

func (*SexpSentinel) Type 

func (r *SexpSentinel) Type() *RegisteredType

type SexpStackmark 

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

func (*SexpStackmark) SexpString 

func (mark *SexpStackmark) SexpString(ps *PrintState) string

func (*SexpStackmark) Type 

func (r *SexpStackmark) Type() *RegisteredType

type SexpStr 

type SexpStr struct {
	S string

	Typ *RegisteredType
	// contains filtered or unexported fields
}

func AppendStr 

func AppendStr(str *SexpStr, expr Sexp) (*SexpStr, error)

func ConcatStr 

func ConcatStr(str *SexpStr, rest []Sexp) (*SexpStr, error)

func TypeOf 

func TypeOf(expr Sexp) *SexpStr

func (*SexpStr) SexpString 

func (s *SexpStr) SexpString(ps *PrintState) string

func (SexpStr) Type 

func (r SexpStr) Type() *RegisteredType

type SexpSymbol 

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

func (*SexpSymbol) AssignToSelection 

func (sym *SexpSymbol) AssignToSelection(env *Zlisp, rhs Sexp) error

func (SexpSymbol) Name 

func (sym SexpSymbol) Name() string

func (SexpSymbol) Number 

func (sym SexpSymbol) Number() int

func (*SexpSymbol) RHS 

func (sym *SexpSymbol) RHS(env *Zlisp) (Sexp, error)

func (*SexpSymbol) SexpString 

func (sym *SexpSymbol) SexpString(ps *PrintState) string

func (*SexpSymbol) Type 

func (r *SexpSymbol) Type() *RegisteredType

type SexpTime 

type SexpTime struct {
	Tm time.Time
}

func (*SexpTime) SexpString 

func (t *SexpTime) SexpString(ps *PrintState) string

func (*SexpTime) Type 

func (r *SexpTime) Type() *RegisteredType

type SexpUint64 

type SexpUint64 struct {
	Val uint64
	Typ *RegisteredType
}

func (*SexpUint64) SexpString 

func (i *SexpUint64) SexpString(ps *PrintState) string

func (*SexpUint64) Type 

func (r *SexpUint64) Type() *RegisteredType

type SexpUserVarDefn 

type SexpUserVarDefn struct {
	Name string
}

type ShortNamer 

type ShortNamer interface {
	ShortName() string
}

type Showable 

type Showable interface {
	Show(env *Zlisp, ps *PrintState, label string) (string, error)
}

type Snoopy 

type Snoopy struct {
	Plane    `json:"plane" msg:"plane"`
	Cry      string  `json:"cry" msg:"cry"`
	Pack     []int   `json:"pack"`
	Carrying []Flyer `json:"carrying"`
}

func (*Snoopy) EchoWeather 

func (p *Snoopy) EchoWeather(w *Weather) *Weather

func (*Snoopy) Fly 

func (p *Snoopy) Fly(w *Weather) (s string, err error)

func (*Snoopy) GetCry 

func (p *Snoopy) GetCry() string

func (*Snoopy) Sideeffect 

func (p *Snoopy) Sideeffect()

type SquashInstr 

type SquashInstr int

func (SquashInstr) Execute 

func (s SquashInstr) Execute(env *Zlisp) error

func (SquashInstr) InstrString 

func (s SquashInstr) InstrString() string

type Stack 

type Stack struct {
	Name string // type name

	// package support:
	PackageName string
	IsPackage   bool
	// contains filtered or unexported fields
}

func (*Stack) BindSymbol 

func (stack *Stack) BindSymbol(sym *SexpSymbol, expr Sexp) error

func (*Stack) Clone 

func (stack *Stack) Clone() *Stack

func (*Stack) DeleteSymbolFromTopOfStackScope 

func (stack *Stack) DeleteSymbolFromTopOfStackScope(sym *SexpSymbol) error

func (*Stack) Get 

func (stack *Stack) Get(n int) (StackElem, error)

func (*Stack) GetExpr 

func (stack *Stack) GetExpr(n int) (Sexp, error)

func (*Stack) GetExpressions 

func (stack *Stack) GetExpressions(n int) ([]Sexp, error)

func (*Stack) GetTop 

func (stack *Stack) GetTop() StackElem

func (*Stack) IsEmpty 

func (stack *Stack) IsEmpty() bool

func (*Stack) IsStackElem 

func (stack *Stack) IsStackElem()

func (*Stack) LookupSymbol 

func (stack *Stack) LookupSymbol(sym *SexpSymbol, setVal *Sexp) (Sexp, error, *Scope)

func (*Stack) LookupSymbolNonGlobal 

func (stack *Stack) LookupSymbolNonGlobal(sym *SexpSymbol) (Sexp, error, *Scope)

LookupSymbolNonGlobal - closures use this to only find symbols below the global scope, to avoid copying globals it'll always be-able to ref

func (*Stack) LookupSymbolUntilFunction 

func (stack *Stack) LookupSymbolUntilFunction(sym *SexpSymbol, setVal *Sexp, maximumFuncToSearch int, checkCaptures bool) (Sexp, error, *Scope)

lookup symbols, but don't go beyond a function boundary -- a user-defined function boundary that is. We certainly have to go up beyond all built-in operators like '+' and '-', '*' and '/'.

func (*Stack) Pop 

func (stack *Stack) Pop() (StackElem, error)

func (*Stack) PopAddr 

func (stack *Stack) PopAddr() (*SexpFunction, int, error)

func (*Stack) PopExpr 

func (stack *Stack) PopExpr() (Sexp, error)

func (*Stack) PopExpressions 

func (stack *Stack) PopExpressions(n int) ([]Sexp, error)

func (*Stack) PopScope 

func (stack *Stack) PopScope() error

func (*Stack) PrintScopeStack 

func (stack *Stack) PrintScopeStack()

func (*Stack) PrintStack 

func (stack *Stack) PrintStack()

func (*Stack) Push 

func (stack *Stack) Push(elem StackElem)

func (*Stack) PushAddr 

func (stack *Stack) PushAddr(function *SexpFunction, pc int)

func (*Stack) PushAllTo 

func (stack *Stack) PushAllTo(target *Stack) int

func (*Stack) PushExpr 

func (stack *Stack) PushExpr(expr Sexp)

func (*Stack) PushExpressions 

func (stack *Stack) PushExpressions(expr []Sexp) error

func (*Stack) PushScope 

func (stack *Stack) PushScope()

func (*Stack) SexpString 

func (s *Stack) SexpString(ps *PrintState) string

func (*Stack) Show 

func (stack *Stack) Show(env *Zlisp, ps *PrintState, label string) (string, error)

func (*Stack) Size 

func (stack *Stack) Size() int

func (*Stack) Top 

func (stack *Stack) Top() int

func (*Stack) TruncateToSize 

func (stack *Stack) TruncateToSize(newsize int)

set newsize to 0 to truncate everything

func (*Stack) Type 

func (s *Stack) Type() *RegisteredType

Type() satisfies the Sexp interface, returning the type of the value.

type StackElem 

type StackElem interface {
	IsStackElem()
}

type StmtMuncher 

type StmtMuncher func(env *Zlisp, pr *Pratt) (Sexp, error)

type SymtabE 

type SymtabE struct {
	Key string
	Val string
}

type SymtabSorter 

type SymtabSorter []*SymtabE

func (SymtabSorter) Len 

func (a SymtabSorter) Len() int

func (SymtabSorter) Less 

func (a SymtabSorter) Less(i, j int) bool

func (SymtabSorter) Swap 

func (a SymtabSorter) Swap(i, j int)

type Token 

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

func (Token) String 

func (t Token) String() string

type TokenType 

type TokenType int
const (
	TokenTypeEmpty TokenType = iota
	TokenLParen
	TokenRParen
	TokenLSquare
	TokenRSquare
	TokenLCurly
	TokenRCurly
	TokenDot
	TokenQuote
	TokenBacktick
	TokenTilde
	TokenTildeAt
	TokenSymbol
	TokenBool
	TokenDecimal
	TokenHex
	TokenOct
	TokenBinary
	TokenFloat
	TokenChar
	TokenString
	TokenCaret
	TokenColonOperator
	TokenThreadingOperator
	TokenBackslash
	TokenDollar
	TokenDotSymbol
	TokenFreshAssign
	TokenBeginBacktickString
	TokenBacktickString
	TokenComment
	TokenBeginBlockComment
	TokenEndBlockComment
	TokenSemicolon
	TokenSymbolColon
	TokenComma
	TokenUint64
	TokenEnd
)

type TypeCheckable 

type TypeCheckable interface {
	TypeCheck() error
}

type UpdateInstr 

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

Update takes top of datastack and assigns it to sym when sym is found already in the current scope or up the stack. Used to implement (set v 10) when v is not in the local scope.

func (UpdateInstr) Execute 

func (p UpdateInstr) Execute(env *Zlisp) error

func (UpdateInstr) InstrString 

func (p UpdateInstr) InstrString() string

type VectorizeInstr 

type VectorizeInstr int

func (VectorizeInstr) Execute 

func (s VectorizeInstr) Execute(env *Zlisp) error

func (VectorizeInstr) InstrString 

func (s VectorizeInstr) InstrString() string

type Weather 

type Weather struct {
	Time    time.Time `json:"time" msg:"time"`
	Size    int64     `json:"size" msg:"size"`
	Type    string    `json:"type" msg:"type"`
	Details []byte    `json:"details" msg:"details"`
}

func (*Weather) DecodeMsg 

func (z *Weather) DecodeMsg(dc *msgp.Reader) (err error)

DecodeMsg implements msgp.Decodable

func (*Weather) EncodeMsg 

func (z *Weather) EncodeMsg(en *msgp.Writer) (err error)

EncodeMsg implements msgp.Encodable

func (*Weather) IsSunny 

func (w *Weather) IsSunny() bool

func (*Weather) MarshalMsg 

func (z *Weather) MarshalMsg(b []byte) (o []byte, err error)

MarshalMsg implements msgp.Marshaler

func (*Weather) Msgsize 

func (z *Weather) Msgsize() (s int)

Msgsize returns an upper bound estimate of the number of bytes occupied by the serialized message

func (*Weather) UnmarshalMsg 

func (z *Weather) UnmarshalMsg(bts []byte) (o []byte, err error)

UnmarshalMsg implements msgp.Unmarshaler

type Wings 

type Wings struct {
	SpanCm int
}

type Zlisp 

type Zlisp struct {
	Pretty bool

	// API use, since infix is already default at repl
	WrapLoadExpressionsInInfix bool
	// contains filtered or unexported fields
}

func NewZlisp 

func NewZlisp() *Zlisp

func NewZlispSandbox 

func NewZlispSandbox() *Zlisp

NewZlispSandbox returns a new *Zlisp instance that does not allow the user to get to the outside world

func NewZlispWithFuncs 

func NewZlispWithFuncs(funcs map[string]ZlispUserFunction) *Zlisp

NewZlispWithFuncs returns a new *Zlisp instance with access to only the given builtin functions

func (*Zlisp) AddBuilder 

func (env *Zlisp) AddBuilder(name string, function ZlispUserFunction)

func (*Zlisp) AddFunction 

func (env *Zlisp) AddFunction(name string, function ZlispUserFunction)

func (*Zlisp) AddGlobal 

func (env *Zlisp) AddGlobal(name string, obj Sexp)

func (*Zlisp) AddMacro 

func (env *Zlisp) AddMacro(name string, function ZlispUserFunction)

func (*Zlisp) AddPostHook 

func (env *Zlisp) AddPostHook(fun PostHook)

func (*Zlisp) AddPreHook 

func (env *Zlisp) AddPreHook(fun PreHook)

func (*Zlisp) Apply 

func (env *Zlisp) Apply(fun *SexpFunction, args []Sexp) (Sexp, error)

func (*Zlisp) Assignment 

func (env *Zlisp) Assignment(op string, bp int) *InfixOp

Assignment creates a new assignment operator for infix processing.

func (*Zlisp) CallFunction 

func (env *Zlisp) CallFunction(function *SexpFunction, nargs int) error

func (*Zlisp) CallUserFunction 

func (env *Zlisp) CallUserFunction(
	function *SexpFunction, name string, nargs int) (nargReturned int, err error)

func (*Zlisp) Clear 

func (env *Zlisp) Clear()

func (*Zlisp) Clone 

func (env *Zlisp) Clone() *Zlisp

func (*Zlisp) Compare 

func (env *Zlisp) Compare(a Sexp, b Sexp) (int, error)

func (*Zlisp) CurrentFunctionSize 

func (env *Zlisp) CurrentFunctionSize() int

func (*Zlisp) DetectSigils 

func (env *Zlisp) DetectSigils(sym *SexpSymbol)

func (*Zlisp) DumpEnvironment 

func (env *Zlisp) DumpEnvironment()

func (*Zlisp) DumpFunctionByName 

func (env *Zlisp) DumpFunctionByName(name string) error

func (*Zlisp) DumpSymTable 

func (env *Zlisp) DumpSymTable()

func (*Zlisp) Duplicate 

func (env *Zlisp) Duplicate() *Zlisp

func (*Zlisp) EliminateColonAndCommaFromArgs 

func (env *Zlisp) EliminateColonAndCommaFromArgs(args []Sexp) []Sexp

func (*Zlisp) EvalExpressions 

func (env *Zlisp) EvalExpressions(xs []Sexp) (Sexp, error)

for most things now (except the main repl), prefer EvalFunction() instead of EvalExpressions.

func (*Zlisp) EvalString 

func (env *Zlisp) EvalString(str string) (Sexp, error)

func (*Zlisp) FilterAny 

func (env *Zlisp) FilterAny(x Sexp, f Filter) (filtered Sexp, keep bool)

func (*Zlisp) FilterArray 

func (env *Zlisp) FilterArray(x []Sexp, f Filter) []Sexp

func (*Zlisp) FilterHash 

func (env *Zlisp) FilterHash(h *SexpHash, f Filter) *SexpHash

func (*Zlisp) FilterList 

func (env *Zlisp) FilterList(h *SexpPair, f Filter) Sexp

func (*Zlisp) FindLoop 

func (env *Zlisp) FindLoop(target *Loop) (int, error)

scan the instruction stream to locate loop start

func (*Zlisp) FindObject 

func (env *Zlisp) FindObject(name string) (Sexp, bool)

func (*Zlisp) FunctionCallNameTypeCheck 

func (env *Zlisp) FunctionCallNameTypeCheck(f *SexpFunction, nargs *int) error

FunctionCallNameTypeCheck type checks a function call.

func (*Zlisp) GenSymbol 

func (env *Zlisp) GenSymbol(prefix string) *SexpSymbol

func (*Zlisp) GetStackTrace 

func (env *Zlisp) GetStackTrace(err error) string

func (*Zlisp) HasMacro 

func (env *Zlisp) HasMacro(sym *SexpSymbol) bool

func (*Zlisp) ImportBaseTypes 

func (env *Zlisp) ImportBaseTypes()

func (*Zlisp) ImportChannels 

func (env *Zlisp) ImportChannels()

func (*Zlisp) ImportDemoData 

func (env *Zlisp) ImportDemoData()

func (*Zlisp) ImportEval 

func (env *Zlisp) ImportEval()

func (*Zlisp) ImportGoroutines 

func (env *Zlisp) ImportGoroutines()

func (*Zlisp) ImportMsgpackMap 

func (env *Zlisp) ImportMsgpackMap()

func (*Zlisp) ImportPackageBuilder 

func (env *Zlisp) ImportPackageBuilder()

A builder is a special kind of function. Like a macro it receives the un-evaluated tree of symbols from its caller. A builder can therefore be used to build new types and declarations new functions/methods.

Like a function, a builder is called at run/evaluation time, not at definition time.

Since it receives an un-evaluated tree of symbols, a builder must manually evaluate any arguments it wishes to find bindings for.

The primary use here is to be able to define packages, structs, interfaces, functions, methods, and type aliases.

func (*Zlisp) ImportRandom 

func (env *Zlisp) ImportRandom()

func (*Zlisp) ImportRegex 

func (env *Zlisp) ImportRegex()

func (*Zlisp) ImportTime 

func (env *Zlisp) ImportTime()

func (*Zlisp) Infix 

func (env *Zlisp) Infix(op string, bp int) *InfixOp

Infix creates a new infix operator

func (*Zlisp) InfixF 

func (env *Zlisp) InfixF(op string, bp int, f func(env *Zlisp, op string, bp int) *InfixOp) *InfixOp

func (*Zlisp) Infixr 

func (env *Zlisp) Infixr(op string, bp int) *InfixOp

Infix creates a new (right-associative) short-circuiting infix operator, used for `and` and `or` in infix processing.

func (*Zlisp) InitInfixOps 

func (env *Zlisp) InitInfixOps()

InitInfixOps establishes the env.infixOps definitions required for infix parsing using the Pratt parser.

func (*Zlisp) IsBuiltinSym 

func (env *Zlisp) IsBuiltinSym(sym *SexpSymbol) (builtin bool, typ string)

func (*Zlisp) LeftBindingPower 

func (env *Zlisp) LeftBindingPower(sx Sexp) (int, error)

func (*Zlisp) LexicalBindSymbol 

func (env *Zlisp) LexicalBindSymbol(sym *SexpSymbol, expr Sexp) error

func (*Zlisp) LexicalLookupSymbol 

func (env *Zlisp) LexicalLookupSymbol(sym *SexpSymbol, setVal *Sexp) (Sexp, error, *Scope)

func (*Zlisp) LoadExpressions 

func (env *Zlisp) LoadExpressions(xs []Sexp) error

func (*Zlisp) LoadFile 

func (env *Zlisp) LoadFile(file io.Reader) error

func (*Zlisp) LoadStream 

func (env *Zlisp) LoadStream(stream io.RuneScanner) error

func (*Zlisp) LoadString 

func (env *Zlisp) LoadString(str string) error

func (*Zlisp) MakeDotSymbol 

func (env *Zlisp) MakeDotSymbol(name string) *SexpSymbol

func (*Zlisp) MakeFunction 

func (env *Zlisp) MakeFunction(name string, nargs int, varargs bool,
	fun ZlispFunction, orig Sexp) *SexpFunction

func (*Zlisp) MakeSymbol 

func (env *Zlisp) MakeSymbol(name string) *SexpSymbol

func (*Zlisp) NewNamedScope 

func (env *Zlisp) NewNamedScope(name string) *Scope

func (*Zlisp) NewParser 

func (env *Zlisp) NewParser() *Parser

func (*Zlisp) NewScope 

func (env *Zlisp) NewScope() *Scope

func (*Zlisp) NewSexpArray 

func (env *Zlisp) NewSexpArray(arr []Sexp) *SexpArray

func (*Zlisp) NewStack 

func (env *Zlisp) NewStack(size int) *Stack

func (*Zlisp) ParseFile 

func (env *Zlisp) ParseFile(file string) ([]Sexp, error)

func (*Zlisp) PostfixAssign 

func (env *Zlisp) PostfixAssign(op string, bp int) *InfixOp

PostfixAssign creates a new postfix assignment operator for infix processing.

func (*Zlisp) Prefix 

func (env *Zlisp) Prefix(op string, bp int) *InfixOp

Prefix creates a new prefix operator, like `not`, for infix processing.

func (*Zlisp) ReachedEnd 

func (env *Zlisp) ReachedEnd() bool

func (*Zlisp) ReplLineInfixWrap 

func (env *Zlisp) ReplLineInfixWrap(line string) string

func (*Zlisp) ResolveDotSym 

func (env *Zlisp) ResolveDotSym(arg []Sexp) ([]Sexp, error)

func (*Zlisp) ReturnFromFunction 

func (env *Zlisp) ReturnFromFunction() error

func (*Zlisp) Run 

func (env *Zlisp) Run() (Sexp, error)

func (*Zlisp) SetBooter 

func (env *Zlisp) SetBooter(b Booter)

allow clients to establish a callback to happen after reinflating a Go struct. These structs need to be "booted" to be ready to go.

func (*Zlisp) ShowGlobalStack 

func (env *Zlisp) ShowGlobalStack() error

func (*Zlisp) ShowStackStackAndScopeStack 

func (env *Zlisp) ShowStackStackAndScopeStack() error

func (*Zlisp) SourceExpressions 

func (env *Zlisp) SourceExpressions(expressions []Sexp) error

SourceExpressions, this should be called from a user func context

func (*Zlisp) SourceFile 

func (env *Zlisp) SourceFile(file *os.File) error

func (*Zlisp) SourceStream 

func (env *Zlisp) SourceStream(stream io.RuneScanner) error

func (*Zlisp) StandardSetup 

func (env *Zlisp) StandardSetup()

func (*Zlisp) Stop 

func (env *Zlisp) Stop() error

func (*Zlisp) SubstituteRHS 

func (env *Zlisp) SubstituteRHS(args []Sexp) ([]Sexp, error)

SubstituteRHS locates any SexpSelector(s) (Selector implementers, really) and substitutes the value of x.RHS() for each x in args.

type ZlispConfig 

type ZlispConfig struct {
	CpuProfile          string
	MemProfile          string
	ExitOnFailure       bool
	CountFuncCalls      bool
	Flags               *flag.FlagSet
	ExtensionsVersion   string
	Command             string
	Sandboxed           bool
	Quiet               bool
	Trace               bool
	LoadDemoStructs     bool
	AfterScriptDontExit bool

	// liner bombs under emacs, avoid it with this flag.
	NoLiner bool
	Prompt  string // default "zygo> "

}

configure a glisp repl

func NewZlispConfig 

func NewZlispConfig(cmdname string) *ZlispConfig

func (*ZlispConfig) DefineFlags 

func (c *ZlispConfig) DefineFlags()

call DefineFlags before myflags.Parse()

func (*ZlispConfig) ValidateConfig 

func (c *ZlispConfig) ValidateConfig() error

call c.ValidateConfig() after myflags.Parse()

type ZlispFunction 

type ZlispFunction []Instruction

type ZlispUserFunction 

type ZlispUserFunction func(*Zlisp, string, []Sexp) (Sexp, error)

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