droscheme

package module
v2.0.0-...-06a724b Latest Latest
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 Go to latest Published: Apr 30, 2023 License: GPL-3.0, LGPL-3.0 Imports: 17 Imported by: 0

README 

Droscheme - a Scheme implementation.

The goals of Droscheme are to provide a complete numerical tower,
a complete I/O port system including binary and textual ports,
and to experiment with nonstandard numbers and ports.

Documentation

Overview

* Droscheme - a Scheme implementation * Copyright © 2012 Andrew Robbins, Daniel Connelly * * This program is free software: it is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or * FITNESS FOR A PARTICULAR PURPOSE. You can redistribute it and/or modify it under the * terms of the GNU Lesser General Public License (LGPLv3): <http://www.gnu.org/licenses/>.

* Droscheme - a Scheme implementation * Copyright © 2012 Andrew Robbins, Daniel Connelly * * This program is free software: it is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or * FITNESS FOR A PARTICULAR PURPOSE. You can redistribute it and/or modify it under the * terms of the GNU Lesser General Public License (LGPLv3): <http://www.gnu.org/licenses/>.

* Droscheme - a Scheme implementation * Copyright © 2012 Andrew Robbins, Daniel Connelly * * This program is free software: it is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or * FITNESS FOR A PARTICULAR PURPOSE. You can redistribute it and/or modify it under the * terms of the GNU Lesser General Public License (LGPLv3): <http://www.gnu.org/licenses/>.

* Droscheme - a Scheme implementation * Copyright © 2012 Andrew Robbins, Daniel Connelly * * This program is free software: it is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or * FITNESS FOR A PARTICULAR PURPOSE. You can redistribute it and/or modify it under the * terms of the GNU Lesser General Public License (LGPLv3): <http://www.gnu.org/licenses/>.

* Droscheme - a Scheme implementation * Copyright © 2012 Andrew Robbins, Daniel Connelly * * This program is free software: it is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or * FITNESS FOR A PARTICULAR PURPOSE. You can redistribute it and/or modify it under the * terms of the GNU Lesser General Public License (LGPLv3): <http://www.gnu.org/licenses/>.

* Droscheme - a Scheme implementation * Copyright © 2012 Andrew Robbins, Daniel Connelly * * This program is free software: it is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or * FITNESS FOR A PARTICULAR PURPOSE. You can redistribute it and/or modify it under the * terms of the GNU Lesser General Public License (LGPLv3): <http://www.gnu.org/licenses/>.

* Droscheme - a Scheme implementation * Copyright © 2012 Andrew Robbins, Daniel Connelly * * This program is free software: it is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or * FITNESS FOR A PARTICULAR PURPOSE. You can redistribute it and/or modify it under the * terms of the GNU Lesser General Public License (LGPLv3): <http://www.gnu.org/licenses/>.

* Droscheme - a Scheme implementation * Copyright © 2012 Andrew Robbins, Daniel Connelly * * This program is free software: it is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or * FITNESS FOR A PARTICULAR PURPOSE. You can redistribute it and/or modify it under the * terms of the GNU Lesser General Public License (LGPLv3): <http://www.gnu.org/licenses/>.

Index

Constants

View Source 
const (
	TypeCodeAny     = iota
	TypeCodeType    // go:SType
	TypeCodeNull    // go:SNull     s:null?       -- Evaler interface
	TypeCodePair    // go:SPair     s:pair?       -- Evaler interface
	TypeCodeChar    // go:SChar     s:char?
	TypeCodeBool    // go:SBool     s:boolean?
	TypeCodeProc    // go:SProc     s:procedure?  -- Applier interface
	TypeCodeBinary  // go:SBinary   s:bytevector? -- Seq interface
	TypeCodeNumber  // go:Num       s:number?     -- Num interface
	TypeCodePort    // go:Port      s:port?       -- Port interface
	TypeCodeString  // go:SString   s:string?     -- Seq interface
	TypeCodeSymbol  // go:SSymbol   s:symbol?     -- Evaler interface
	TypeCodeVector  // go:SVector   s:vector?     -- Seq interface
	TypeCodeTable   // go:STable    s:hashtable?
	TypeCodeRecord  // go:Record                  -- interface
	TypeCodeLibrary //
	TypeCodeValues  // multiple return values
	TypeCodeSyntax  //                            -- Transformer interface
	TypeCodeEnvSpec
	TypeCodeError
	TypeCodeLabel
	TypeCodeVoid

	TypeCodeMax // maximum
)
View Source 
const (
	PortTypeCodeByte      = iota
	PortTypeCodeByteIn    // binary intput port
	PortTypeCodeByteOut   // binary output port
	PortTypeCodeByteInOut // binary port

	PortTypeCodeChar
	PortTypeCodeCharIn    // textual input port
	PortTypeCodeCharOut   // textual output port
	PortTypeCodeCharInOut // textual port

	PortTypeCodeAny
	PortTypeCodeAnyIn    // nonstandard, <-chan Any
	PortTypeCodeAnyOut   // nonstandard, chan<- Any
	PortTypeCodeAnyInOut // nonstandard, chan Any

	PortTypeCodeMax // maximum
)
View Source 
const (
	// machine fixnums
	NumberTypeCodeS8 = iota * 2
	NumberTypeCodeS16
	NumberTypeCodeS32
	NumberTypeCodeS64

	// machine flonums
	NumberTypeCodeExactF32
	NumberTypeCodeExactF64

	// abstract numbers
	NumberTypeCodeRational
	NumberTypeCodeInteger

	// derived numbers bit field
	NumberTypeCodeBaseMask    = 0x0E
	NumberTypeCodeUnsigned    = 0x01
	NumberTypeCodeInexact     = 0x01
	NumberTypeCodePolar       = 0x01
	NumberTypeCodeComplex     = 0x10
	NumberTypeCodeDerivedMask = 0x11

	NumberTypeCodeU8        = NumberTypeCodeUnsigned | NumberTypeCodeS8
	NumberTypeCodeU16       = NumberTypeCodeUnsigned | NumberTypeCodeS16
	NumberTypeCodeU32       = NumberTypeCodeUnsigned | NumberTypeCodeS32
	NumberTypeCodeU64       = NumberTypeCodeUnsigned | NumberTypeCodeS64
	NumberTypeCodeNatural   = NumberTypeCodeUnsigned | NumberTypeCodeInteger
	NumberTypeCodeExactC64  = NumberTypeCodeComplex | NumberTypeCodeExactF32
	NumberTypeCodeExactC128 = NumberTypeCodeComplex | NumberTypeCodeExactF64
	/*
		NumberTypeCodeInexactS8  = NumberTypeCodeInexact | NumberTypeCodeS8
		NumberTypeCodeInexactS16 = NumberTypeCodeInexact | NumberTypeCodeS16
		NumberTypeCodeInexactS32 = NumberTypeCodeInexact | NumberTypeCodeS32
		NumberTypeCodeInexactS64 = NumberTypeCodeInexact | NumberTypeCodeS64
		NumberTypeCodeInexactU8  = NumberTypeCodeInexact | NumberTypeCodeU8
		NumberTypeCodeInexactU16 = NumberTypeCodeInexact | NumberTypeCodeU16
		NumberTypeCodeInexactU32 = NumberTypeCodeInexact | NumberTypeCodeU32
		NumberTypeCodeInexactU64 = NumberTypeCodeInexact | NumberTypeCodeU64
	*/
	NumberTypeCodeF32                  = NumberTypeCodeInexact | NumberTypeCodeExactF32
	NumberTypeCodeF64                  = NumberTypeCodeInexact | NumberTypeCodeExactF64
	NumberTypeCodeC64                  = NumberTypeCodeInexact | NumberTypeCodeExactC64
	NumberTypeCodeC128                 = NumberTypeCodeInexact | NumberTypeCodeExactC128
	NumberTypeCodeComplexPolar         = NumberTypeCodeComplex | NumberTypeCodePolar
	NumberTypeCodeComplexRational      = NumberTypeCodeComplex | NumberTypeCodeRational
	NumberTypeCodeComplexPolarRational = NumberTypeCodeComplexPolar | NumberTypeCodeRational

	NumberTypeCodeMax = 0x20
)
View Source 
const BOOL = 57347
View Source 
const CHAR = 57349
View Source 
const COMMENT = 57364
View Source 
const ELLIPSIS = 57362
View Source 
const ID = 57346
View Source 
const KEYWORD = 57363
View Source 
const LABEL = 57351
View Source 
const NUMBER = 57348
View Source 
const QQUOTE = 57355
View Source 
const QSYNTAX = 57359
View Source 
const QUOTE = 57354
View Source 
const STRING = 57350
View Source 
const SYNTAX = 57358
View Source 
const U8VECTORPAREN = 57353
View Source 
const UNQUOTE = 57356
View Source 
const UNQUOTES = 57357
View Source 
const UNSYNTAX = 57360
View Source 
const UNSYNTAXS = 57361
View Source 
const VECTORPAREN = 57352

Variables

This section is empty.

Functions

func Compare 

func Compare(x Num, y Num) int

func CountParens 

func CountParens(s string) int

func Dump 

func Dump()

func Equal 

func Equal(x, y Any) bool

func GetFE 

func GetFE(pc uintptr) uintptr

func GetFL 

func GetFL(pc uintptr) (file string, line int)

func GetFN 

func GetFN(pc uintptr) string

func GetPC 

func GetPC(fn interface{}) uintptr

func GetRootPath 

func GetRootPath() string

func Hash 

func Hash(o Any) uintptr

func InexactEqual 

func InexactEqual(x, y float64) bool

func IsBinary 

func IsBinary(o Any) bool

func IsBinaryPort 

func IsBinaryPort(o Any) bool

func IsBool 

func IsBool(o Any) bool

func IsByte 

func IsByte(o Any) bool

func IsChar 

func IsChar(o Any) bool

func IsComplex 

func IsComplex(a Any) bool

func IsContinuation 

func IsContinuation(a interface{}) bool

func IsEmpty 

func IsEmpty(a Any) bool

func IsError 

func IsError(a Any) bool

func IsExact 

func IsExact(a Any) bool

func IsInexact 

func IsInexact(a Any) bool

func IsInputPort 

func IsInputPort(o Any) bool

func IsInteger 

func IsInteger(a Any) bool

func IsNull 

func IsNull(o Any) bool

func IsNumber 

func IsNumber(a Any) bool

func IsOutputPort 

func IsOutputPort(o Any) bool

func IsPair 

func IsPair(o Any) bool

func IsPort 

func IsPort(o Any) bool

func IsProcedure 

func IsProcedure(o Any) bool

func IsRational 

func IsRational(a Any) bool

func IsReal 

func IsReal(a Any) bool

func IsString 

func IsString(a Any) bool

func IsSymbol 

func IsSymbol(o Any) bool

func IsSyntax 

func IsSyntax(kw Any, env *Env) bool

func IsTable 

func IsTable(a Any) bool

func IsTextualPort 

func IsTextualPort(o Any) bool

func IsType 

func IsType(o Any, tag int) bool

func IsValues 

func IsValues(a Any) bool

func IsVector 

func IsVector(a Any) bool

func IsVoid 

func IsVoid(a Any) bool

func MangleName 

func MangleName(name string) string

func PointerEqual 

func PointerEqual(x, y Any) bool

func SetCmdLine 

func SetCmdLine(args []string)

func ToByte 

func ToByte(o Any) byte

func ToError 

func ToError(a interface{}) error

func ToFcmplx 

func ToFcmplx(a Any) complex128

func ToFixnum 

func ToFixnum(a Any) int64

func ToFlonum 

func ToFlonum(a Any) float64

func TypeEqual 

func TypeEqual(x, y Any) bool

func UnmangleName 

func UnmangleName(mangled string) string

Types

type Any 

type Any interface {
	GetType() int
	GetHash() uintptr
	Equal(Any) bool
}

Any * * This interface abstracts all data. * * The first method is used by everything. * The second and third method are used by * hashtables mostly, but also by equal?, * eqv?, eq?, and other equality functions.

func Dacos 

func Dacos(a Any) Any

func Dangle 

func Dangle(a Any) Any

func Dapply 

func Dapply(a Any) Any

(apply proc arg1 ... restargs)

func Dasin 

func Dasin(a Any) Any

func Datan 

func Datan(a Any) Any

func DbinaryZKportZS 

func DbinaryZKportZS(a Any) Any

func DbooleanZQZS 

func DbooleanZQZS(a Any) Any

func DbooleanZS 

func DbooleanZS(a Any) Any

func DbytevectorZKZRu8ZKlist 

func DbytevectorZKZRu8ZKlist(a Any) Any

R6RS:bytevector->u8-list

func DbytevectorZKZRu8ZKvector 

func DbytevectorZKZRu8ZKvector(a Any) Any

func DbytevectorZKcopy 

func DbytevectorZKcopy(a Any) Any

func DbytevectorZKcopyZA 

func DbytevectorZKcopyZA(a Any) Any

func DbytevectorZKcopyZKpartial 

func DbytevectorZKcopyZKpartial(a Any) Any

func DbytevectorZKcopyZKpartialZA 

func DbytevectorZKcopyZKpartialZA(a Any) Any

func DbytevectorZKlength 

func DbytevectorZKlength(a Any) Any

func DbytevectorZKu8 

func DbytevectorZKu8(a Any) Any

func DbytevectorZKu8ZKref 

func DbytevectorZKu8ZKref(a Any) Any

func DbytevectorZKu8ZKsetZA 

func DbytevectorZKu8ZKsetZA(a Any) Any

func DbytevectorZS 

func DbytevectorZS(a Any) Any

func DcallZKwithZKcomposableZKcontinuation 

func DcallZKwithZKcomposableZKcontinuation(a Any) Any

func DcallZKwithZKcurrentZKcontinuation 

func DcallZKwithZKcurrentZKcontinuation(a Any) Any

func DcallZKwithZKescapeZKcontinuation 

func DcallZKwithZKescapeZKcontinuation(a Any) (value Any)

func DcallZKwithZKport 

func DcallZKwithZKport(a Any) Any

func DcallZKwithZKvalues 

func DcallZKwithZKvalues(a Any) Any

func Dcar 

func Dcar(a Any) Any

func Dcdr 

func Dcdr(a Any) Any

func DcharZKZRinteger 

func DcharZKZRinteger(a Any) Any

func DcharZKreadyZS 

func DcharZKreadyZS(a Any) Any

func DcharZS 

func DcharZS(a Any) Any

func DcloseZKinputZKport 

func DcloseZKinputZKport(a Any) Any

func DcloseZKoutputZKport 

func DcloseZKoutputZKport(a Any) Any

func DcloseZKport 

func DcloseZKport(a Any) Any

func DcommandZKline 

func DcommandZKline(a Any) Any

func DcomplexZS 

func DcomplexZS(a Any) Any

func Dcons 

func Dcons(a Any) Any

func DcontinuationZKcapture 

func DcontinuationZKcapture(a Any) Any

func DcontinuationZKreturn 

func DcontinuationZKreturn(a Any) Any

func Dcos 

func Dcos(a Any) Any

func DcurrentZKerrorZKport 

func DcurrentZKerrorZKport(a Any) Any

func DcurrentZKinputZKport 

func DcurrentZKinputZKport(a Any) Any

func DcurrentZKjiffy 

func DcurrentZKjiffy(a Any) Any

func DcurrentZKoutputZKport 

func DcurrentZKoutputZKport(a Any) Any

func DcurrentZKsecond 

func DcurrentZKsecond(a Any) Any

func Ddenominator 

func Ddenominator(a Any) Any

func Ddisplay 

func Ddisplay(a Any) Any

func DdroschemeZKbranch 

func DdroschemeZKbranch(a Any) Any

func DdroschemeZKfloat32ZKenvironment 

func DdroschemeZKfloat32ZKenvironment(a Any) Any

func DdroschemeZKfloat64ZKenvironment 

func DdroschemeZKfloat64ZKenvironment(a Any) Any

func DdroschemeZKprimitiveZKenvironment 

func DdroschemeZKprimitiveZKenvironment(a Any) Any

func DdroschemeZKrootZKpath 

func DdroschemeZKrootZKpath(a Any) Any

func DdroschemeZKwait 

func DdroschemeZKwait(a Any) Any

func DdynamicZKwind 

func DdynamicZKwind(a Any) Any

func DemptyZS 

func DemptyZS(a Any) Any

func DeofZKobject 

func DeofZKobject(a Any) Any

func DeofZKobjectZS 

func DeofZKobjectZS(a Any) Any

func DequalZS 

func DequalZS(a Any) Any

func Derror 

func Derror(a Any) Any

func DerrorZKobjectZKirritants 

func DerrorZKobjectZKirritants(a Any) Any

func DerrorZKobjectZKmessage 

func DerrorZKobjectZKmessage(a Any) Any

func DerrorZKobjectZS 

func DerrorZKobjectZS(a Any) Any

func Deval 

func Deval(a Any) Any

(eval expression environment)

func DevalZKliteral 

func DevalZKliteral(a Any) Any

this is to compensate for failing to put an .Eval method on every object (eval-literal expression environment)

func DexactZKZRinexact 

func DexactZKZRinexact(a Any) Any

func DexactZKintegerZKsqrt 

func DexactZKintegerZKsqrt(a Any) Any

func DexactZS 

func DexactZS(a Any) Any

func Dexit 

func Dexit(a Any) Any

func Dexp 

func Dexp(a Any) Any

func Dexpt 

func Dexpt(a Any) Any

func Dfloor 

func Dfloor(a Any) Any

func DflushZKoutputZKport 

func DflushZKoutputZKport(a Any) Any

func DfoldZKleft 

func DfoldZKleft(a Any) Any

(fold-left) -- derived, but useful * * (define fold-left * (case-lambda * ((proc nil) (proc nil)) * ((proc nil ls) * (if (null? ls) nil * (fold-left proc (proc nil (car ls)) (cdr ls)))) * ((proc nil . lss) * (if (null? (car lss)) nil * (let ((cars (map car lss)) * (cdrs (map cdr lss))) * (apply fold-left proc (apply proc * (append (list nil) cars)) cdrs))))))

func DfoldZKright 

func DfoldZKright(a Any) Any

(fold-right) -- derived, but useful * * (define fold-right * (case-lambda * ((proc nil) (proc nil)) * ((proc nil ls) * (if (null? ls) nil * (proc (car ls) (fold-right proc nil (cdr ls))))) * ((proc nil . lss) * (if (null? (car lss)) nil * (let ((cars (map car lss)) * (cdrs (map cdr lss))) * (apply proc (append cars (list * (apply fold-right proc nil cdrs)))))))))

func DgetZKoutputZKbytevector 

func DgetZKoutputZKbytevector(a Any) Any

(get-output-bytevector port)

func DgetZKoutputZKstring 

func DgetZKoutputZKstring(a Any) Any

(get-output-string port)

func Dhash 

func Dhash(a Any) Any

func DhashtableZKZRlist 

func DhashtableZKZRlist(a Any) Any

(hash->list hashtable) -- Racket (hashtable->list hashtable) -- droscheme extension

func DhashtableZKZRvector 

func DhashtableZKZRvector(a Any) Any

func DhashtableZKclearZA 

func DhashtableZKclearZA(a Any) Any

(hashtable-clear! hashtable) (hashtable-clear! hashtable k) -- unimplemented

func DhashtableZKcontainsZS 

func DhashtableZKcontainsZS(a Any) Any

(hashtable-contains? hashtable key)

func DhashtableZKcopy 

func DhashtableZKcopy(a Any) Any

(hashtable-copy hashtable) -- unimplemented (hashtable-copy hashtable mutable) -- unimplemented

func DhashtableZKdeleteZA 

func DhashtableZKdeleteZA(a Any) Any

(hashtable-delete! hashtable key)

func DhashtableZKentries 

func DhashtableZKentries(a Any) Any

(hashtable-entries hashtable)

func DhashtableZKequivalenceZKfunction 

func DhashtableZKequivalenceZKfunction(a Any) Any

func DhashtableZKhashZKfunction 

func DhashtableZKhashZKfunction(a Any) Any

func DhashtableZKkeys 

func DhashtableZKkeys(a Any) Any

(hashtable-keys hashtable)

func DhashtableZKmutableZS 

func DhashtableZKmutableZS(a Any) Any

(hashtable-mutable? hashtable)

func DhashtableZKref 

func DhashtableZKref(a Any) Any

(hashtable-ref hashtable key) -- droscheme extension (hashtable-ref hashtable key default)

func DhashtableZKsetZA 

func DhashtableZKsetZA(a Any) Any

(hashtable-set! hashtable key value)

func DhashtableZKsize 

func DhashtableZKsize(a Any) Any

(hashtable-size hashtable)

func DhashtableZKupdateZA 

func DhashtableZKupdateZA(a Any) Any

(hashtable-update! hashtable key proc) -- droscheme extension (hashtable-update! hashtable key proc default)

func DhashtableZKvalues 

func DhashtableZKvalues(a Any) Any

(hash-values hashtable) -- Racket (hashtable-values hashtable) -- droscheme extension

func DhashtableZS 

func DhashtableZS(a Any) Any

(hashtable? obj)

func Didentity 

func Didentity(a Any) Any

func DimagZKpart 

func DimagZKpart(a Any) Any

func DinexactZKZRexact 

func DinexactZKZRexact(a Any) Any

func DinexactZQZS 

func DinexactZQZS(a Any) Any

func DinexactZS 

func DinexactZS(a Any) Any

func DinputZKportZS 

func DinputZKportZS(a Any) Any

func DintegerZKZRchar 

func DintegerZKZRchar(a Any) Any

func DintegerZS 

func DintegerZS(a Any) Any

func DinteractionZKenvironment 

func DinteractionZKenvironment(a Any) Any

(interaction-environment)

func DlastZKpair 

func DlastZKpair(a Any) Any

func Dlength 

func Dlength(a Any) Any

func Dlist 

func Dlist(a Any) Any

(list ...)

func DlistZH 

func DlistZH(a Any) Any

(list* datum ... ls) (list* a b c) = '(a b . c) (list* a b '(c d)) = '(a b c d)

func DlistZHZKZRvector 

func DlistZHZKZRvector(a Any) Any

(list*->vector l)

func DlistZI 

func DlistZI(a Any) Any

(list+ ls datum ...) (list+ '(a b) c d) = '(a b c d)

func DlistZKZRstring 

func DlistZKZRstring(a Any) Any

func DlistZKZRvector 

func DlistZKZRvector(a Any) Any

(list->vector l)

func DlistZKcopy 

func DlistZKcopy(a Any) Any

func DlistZKref 

func DlistZKref(a Any) Any

func DlistZKtail 

func DlistZKtail(a Any) Any

func DlistZS 

func DlistZS(a Any) Any

func Dlog 

func Dlog(a Any) Any

func Dmagnitude 

func Dmagnitude(a Any) Any

func DmakeZKbytevector 

func DmakeZKbytevector(a Any) Any

(make-bytevector k) (make-bytevector k byte)

func DmakeZKequalZKhashtable 

func DmakeZKequalZKhashtable(a Any) Any

func DmakeZKhashtable 

func DmakeZKhashtable(a Any) Any

func DmakeZKlist 

func DmakeZKlist(a Any) Any

func DmakeZKparameter 

func DmakeZKparameter(a Any) Any

(make-parameter init converter?)

func DmakeZKpolar 

func DmakeZKpolar(a Any) Any

func DmakeZKrectangular 

func DmakeZKrectangular(a Any) Any

func DmakeZKstring 

func DmakeZKstring(a Any) Any

(make-string k) (make-string k char)

func DmakeZKvector 

func DmakeZKvector(a Any) Any

(make-vector k fill?)

func DmakeZM 

func DmakeZM(a Any) Any

func DnegativeZS 

func DnegativeZS(a Any) Any

func Dnewline 

func Dnewline(a Any) Any

func Dnot 

func Dnot(a Any) Any

func DnullZKenvironment 

func DnullZKenvironment(a Any) Any

(null-environment version)

func DnullZS 

func DnullZS(a Any) Any

func DnumZH 

func DnumZH(a Any) Any

func DnumZI 

func DnumZI(a Any) Any

func DnumZK 

func DnumZK(a Any) Any

func DnumZM 

func DnumZM(a Any) Any

func DnumZP 

func DnumZP(a Any) Any

func DnumZPZQ 

func DnumZPZQ(a Any) Any

func DnumZQ 

func DnumZQ(a Any) Any

func DnumZR 

func DnumZR(a Any) Any

func DnumZRZQ 

func DnumZRZQ(a Any) Any

func DnumberZKZRstring 

func DnumberZKZRstring(a Any) Any

(number->string z) (number->string z radix) (number->string z radix precision)

func DnumberZKtypeZKof 

func DnumberZKtypeZKof(a Any) Any

func DnumberZS 

func DnumberZS(a Any) Any

func Dnumerator 

func Dnumerator(a Any) Any

func DopenZKbinaryZKinputZKfile 

func DopenZKbinaryZKinputZKfile(a Any) Any

(open-binary-input-file filename)

func DopenZKbinaryZKoutputZKfile 

func DopenZKbinaryZKoutputZKfile(a Any) Any

(open-binary-output-file filename)

func DopenZKinputZKbytevector 

func DopenZKinputZKbytevector(a Any) Any

(open-input-bytevector b)

func DopenZKinputZKfile 

func DopenZKinputZKfile(a Any) Any

(open-input-file filename)

func DopenZKinputZKstring 

func DopenZKinputZKstring(a Any) Any

(open-input-string s)

func DopenZKoutputZKbytevector 

func DopenZKoutputZKbytevector(a Any) Any

(open-output-bytevector)

func DopenZKoutputZKfile 

func DopenZKoutputZKfile(a Any) Any

(open-output-file filename)

func DopenZKoutputZKstring 

func DopenZKoutputZKstring(a Any) Any

(open-output-string)

func DoutputZKportZS 

func DoutputZKportZS(a Any) Any

func DpairZS 

func DpairZS(a Any) Any

func DpeekZKchar 

func DpeekZKchar(a Any) Any

func DpeekZKu8 

func DpeekZKu8(a Any) Any

func DpointerZQZS 

func DpointerZQZS(a Any) Any

func DportZKopenZS 

func DportZKopenZS(a Any) Any

func DportZS 

func DportZS(a Any) Any

func DpositiveZS 

func DpositiveZS(a Any) Any

func DprocedureZS 

func DprocedureZS(a Any) Any

func Draise 

func Draise(a Any) Any

func DraiseZKcontinuable 

func DraiseZKcontinuable(a Any) Any

func DrationalZS 

func DrationalZS(a Any) Any

func Dread 

func Dread(a Any) Any

func DreadZKbytevector 

func DreadZKbytevector(a Any) Any

func DreadZKbytevectorZA 

func DreadZKbytevectorZA(a Any) Any

func DreadZKchar 

func DreadZKchar(a Any) Any

func DreadZKline 

func DreadZKline(a Any) Any

func DreadZKu8 

func DreadZKu8(a Any) Any

func DrealZKpart 

func DrealZKpart(a Any) Any

func DrealZS 

func DrealZS(a Any) Any

func Dround 

func Dround(a Any) Any

func DschemeZKprimitiveZKenvironment 

func DschemeZKprimitiveZKenvironment(a Any) Any

(scheme-primitive-environment version)

func DschemeZKreportZKenvironment 

func DschemeZKreportZKenvironment(a Any) Any

(scheme-report-environment version)

func DsetZKcarZA 

func DsetZKcarZA(a Any) Any

(set-car! ls expr)

func DsetZKcdrZA 

func DsetZKcdrZA(a Any) Any

(set-cdr! ls expr)

func DshowZKlist 

func DshowZKlist(a Any) Any

func DshowZKvector 

func DshowZKvector(a Any) Any

func Dsign 

func Dsign(a Any) Any

func DsimplestZKrationalZKZRexact 

func DsimplestZKrationalZKZRexact(a Any) Any

func Dsin 

func Dsin(a Any) Any

func Dsqrt 

func Dsqrt(a Any) Any

func DstandardZKerrorZKport 

func DstandardZKerrorZKport(a Any) Any

func DstandardZKinputZKport 

func DstandardZKinputZKport(a Any) Any

func DstandardZKoutputZKport 

func DstandardZKoutputZKport(a Any) Any

func Dstring 

func Dstring(a Any) Any

func DstringZKZRlist 

func DstringZKZRlist(a Any) Any

func DstringZKZRnumber 

func DstringZKZRnumber(a Any) Any

(string->number string) (string->number string radix)

func DstringZKZRsymbol 

func DstringZKZRsymbol(a Any) Any

func DstringZKZRutf8 

func DstringZKZRutf8(a Any) Any

func DstringZKZRvector 

func DstringZKZRvector(a Any) Any

func DstringZKappend 

func DstringZKappend(a Any) Any

func DstringZKcopy 

func DstringZKcopy(a Any) Any

func DstringZKfillZA 

func DstringZKfillZA(a Any) Any

func DstringZKlength 

func DstringZKlength(a Any) Any

func DstringZKref 

func DstringZKref(a Any) Any

func DstringZKsetZA 

func DstringZKsetZA(a Any) Any

func DstringZS 

func DstringZS(a Any) Any

func Dsubstring 

func Dsubstring(a Any) Any

func DsubstringZA 

func DsubstringZA(a Any) Any

similar to (srfi 13) xsubstring but different (substring! from s e to at)

func DsymbolZKZRstring 

func DsymbolZKZRstring(a Any) Any

func DsymbolZS 

func DsymbolZS(a Any) Any

func Dtan 

func Dtan(a Any) Any

func DtextualZKportZS 

func DtextualZKportZS(a Any) Any

func DtypeZKof 

func DtypeZKof(a Any) Any

func DtypeZQZS 

func DtypeZQZS(a Any) Any

func Du8ZKlistZKZRbytevector 

func Du8ZKlistZKZRbytevector(a Any) Any

R6RS:u8-list->bytevector

func Du8ZKreadyZS 

func Du8ZKreadyZS(a Any) Any

func Du8ZKvectorZKZRbytevector 

func Du8ZKvectorZKZRbytevector(a Any) Any

func Dutf8ZKZRstring 

func Dutf8ZKZRstring(a Any) Any

func Dvalues 

func Dvalues(a Any) Any

func Dvector 

func Dvector(a Any) Any

func DvectorZKZRlist 

func DvectorZKZRlist(a Any) Any

(vector->list v)

func DvectorZKZRlistZH 

func DvectorZKZRlistZH(a Any) Any

(vector->list* v)

func DvectorZKZRstring 

func DvectorZKZRstring(a Any) Any

func DvectorZKcopy 

func DvectorZKcopy(a Any) Any

(vector-copy vector) (vector-copy vector start) (vector-copy vector start end) (vector-copy vector start end fill)

func DvectorZKfillZA 

func DvectorZKfillZA(a Any) Any

(vector-fill! vector fill) (vector-fill! vector fill start end)

func DvectorZKforZKeach 

func DvectorZKforZKeach(a Any) Any

func DvectorZKlength 

func DvectorZKlength(a Any) Any

func DvectorZKmap 

func DvectorZKmap(a Any) Any

func DvectorZKref 

func DvectorZKref(a Any) Any

func DvectorZKsetZA 

func DvectorZKsetZA(a Any) Any

func DvectorZS 

func DvectorZS(a Any) Any

func Dvoid 

func Dvoid(a Any) Any

func DwithZKexceptionZKhandler 

func DwithZKexceptionZKhandler(a Any) Any

func Dwrite 

func Dwrite(a Any) Any

func DwriteZKbytevector 

func DwriteZKbytevector(a Any) Any

func DwriteZKchar 

func DwriteZKchar(a Any) Any

func DwriteZKu8 

func DwriteZKu8(a Any) Any

func ErrorToPanic 

func ErrorToPanic(value Any, err error) Any

func Eval 

func Eval(expr Any, env *Env) (value Any, err error)

(eval expr env)

func KapplyZKsyntax 

func KapplyZKsyntax(kw, st Any, env *Env) Any

(apply-syntax keyword list)

func Kbegin 

func Kbegin(kw, st Any, env *Env) Any

(begin ...)

func KcaseZKlambda 

func KcaseZKlambda(kw, st Any, env *Env) Any

func KcurrentZKenvironment 

func KcurrentZKenvironment(kw, st Any, env *Env) Any

(current-environment) -- for debug only

func Kdefine 

func Kdefine(kw, st Any, env *Env) Any

(define var) (define var expr) (define (var formals) body) (define (var . formals) body)

func KdefineZKlibrary 

func KdefineZKlibrary(kw, st Any, env *Env) Any

(define-library (module name) ...) // R7RS

func KdefineZKmacro 

func KdefineZKmacro(kw, st Any, env *Env) Any

func KdefineZKsyntax 

func KdefineZKsyntax(kw, st Any, env *Env) Any

func KdefineZKvalues 

func KdefineZKvalues(kw, st Any, env *Env) Any

func Kdo 

func Kdo(kw, st Any, env *Env) Any

func KdumpZKenvironment 

func KdumpZKenvironment(kw, st Any, env *Env) Any

(dump-environment) -- for debug only

func Kif 

func Kif(kw, st Any, env *Env) Any

(if c texpr) (if c texpr fexpr)

func Klambda 

func Klambda(kw, st Any, env *Env) Any

(lambda var body) (lambda (formals) body) (lambda (formals . var) body)

func Klet 

func Klet(kw, st Any, env *Env) Any

(let)

func KletZH 

func KletZH(kw, st Any, env *Env) Any

(let*)

func KletZKsyntax 

func KletZKsyntax(kw, st Any, env *Env) Any

(let-syntax)

func KletZKvalues 

func KletZKvalues(kw, st Any, env *Env) Any

(let-values)

func Kletrec 

func Kletrec(kw, st Any, env *Env) Any

(letrec)

func KletrecZKsyntax 

func KletrecZKsyntax(kw, st Any, env *Env) Any

(letrec-syntax)

func KletrecZKvalues 

func KletrecZKvalues(kw, st Any, env *Env) Any

(letrec-values)

func Klibrary 

func Klibrary(kw, st Any, env *Env) Any

(library (module name) ...) // R6RS

func Kload 

func Kload(kw, st Any, env *Env) Any

func Kparameterize 

func Kparameterize(kw, st Any, env *Env) Any

func Kquasiquote 

func Kquasiquote(kw, st Any, env *Env) Any

(quasiquote expr)

func Kquote 

func Kquote(kw, st Any, env *Env) Any

(quote expr)

func KsetZA 

func KsetZA(kw, st Any, env *Env) Any

(set! var expr)

func KsyntaxZKcase 

func KsyntaxZKcase(kw, st Any, env *Env) Any

func KsyntaxZKerror 

func KsyntaxZKerror(kw, st Any, env *Env) Any

func KsyntaxZKrules 

func KsyntaxZKrules(kw, st Any, env *Env) Any

func Kunquote 

func Kunquote(kw, st Any, env *Env) Any

func KunquoteZKsplicing 

func KunquoteZKsplicing(kw, st Any, env *Env) Any

func Load 

func Load(filename string, env *Env) (value Any, err error)

func NewBegin 

func NewBegin(body Any, env *Env) Any

func NewEval 

func NewEval(body Any, env *Env) Any

func NewKeyword 

func NewKeyword(key, value Any) Any

func NewLabel 

func NewLabel(l, d Any) Any

func NewLambda 

func NewLambda(rest Any, env *Env) Any

func NewPrim 

func NewPrim(fn func(Any) Any) Any

func NewValues 

func NewValues(a []Any) Any

func OpenBIFile 

func OpenBIFile(filename string) Any

(open-binary-input-file f)

func OpenBOFile 

func OpenBOFile(filename string) Any

(open-binary-output-file f)

func OpenTIFile 

func OpenTIFile(filename string) Any

(open-input-file f)

func OpenTOFile 

func OpenTOFile(filename string) Any

(open-output-file f)

func PanicToError 

func PanicToError(expr Any) (value Any, err error)

func ReadPort 

func ReadPort(port Any) (value Any, err error)

func ReadString 

func ReadString(input string) (Any, error)

func ToString 

func ToString(s string) Any

func Void 

func Void() Any

type Applier 

type Applier interface {
	// (procedure).Apply(arguments)
	Apply(Any) Any
}

type ArithNum 

type ArithNum interface {
	Abs(x Num) Num
	Add(x, y Num) Num
	Copy() Num
	Mul(x, y Num) Num
	Neg(x Num) Num
	One() Num
	Quo(x, y Num) Num
	Set(x Num) Num
	Sign() int
	Sub(x, y Num) Num
	Zero() Num
}

type BIPort 

type BIPort interface {
	io.ByteReader
	io.Reader
	BytePeeker
	Peeker
}

type BOPort 

type BOPort interface {
	io.Writer
}

type BPort 

type BPort interface {
	BIPort
	BOPort
}

type BaseNum 

type BaseNum interface {
	Any
	GetNumberType() int
}

type BytePeeker 

type BytePeeker interface {
	PeekByte() (c byte, err error)
	ReadyByte() bool
}

type Closer 

type Closer interface {
	io.Closer
	Closed() bool
}

type ComplexNum 

type ComplexNum interface {
	Num
	Real() RealNum
	Imag() RealNum
	Scale() RealNum
	Angle() RealNum
}

func NewComplex 

func NewComplex(x, y Num) ComplexNum

func NewComplexPolar 

func NewComplexPolar(s, a Num) ComplexNum

type Cont 

type Cont uintptr

type Env 

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

func BuiltinEnv 

func BuiltinEnv() *Env

(ds builtin)

func EmptyEnv 

func EmptyEnv() *Env

func (*Env) DefMacro 

func (env *Env) DefMacro(symbol, body Any) Any

func (*Env) DefMatch 

func (env *Env) DefMatch(symbol, value Any) Any

func (*Env) DefSyntax 

func (env *Env) DefSyntax(symbol, rules Any) Any

func (*Env) DefValue 

func (env *Env) DefValue(symbol, body Any) (id string, value Any)

func (*Env) Define 

func (env *Env) Define(symbol, body Any) Any

func (*Env) Equal 

func (env *Env) Equal(a Any) bool

func (*Env) Extend 

func (env *Env) Extend() *Env

func (*Env) GetHash 

func (env *Env) GetHash() uintptr

func (*Env) GetType 

func (env *Env) GetType() int

func (*Env) Has 

func (env *Env) Has(symbol Any) bool

func (*Env) Ref 

func (env *Env) Ref(symbol Any) Any

func (*Env) Set 

func (env *Env) Set(symbol, value Any) Any

func (*Env) String 

func (env *Env) String() string

func (*Env) Update 

func (env *Env) Update(child *Env) *Env

type Error 

type Error interface {
	error
	Irritants() Any
}

type Evaler 

type Evaler interface {
	// (object).Eval(environment)
	Eval(*Env) Any
}

type ExactNum 

type ExactNum interface {
	Num
	Inexact() InexactNum
}

type Flusher 

type Flusher interface {
	Flush() error
}

implemented by bufio.Writer

type IPort 

type IPort interface {
	BIPort
	TIPort
}

type InexactNum 

type InexactNum interface {
	Num
	Exact() ExactNum
	Prec() int
}

type IntNum 

type IntNum interface {
	Num
}

type Lexer 

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

func (*Lexer) Error 

func (lex *Lexer) Error(e string)

func (*Lexer) Lex 

func (lex *Lexer) Lex(lval *yySymType) int

type LineReader 

type LineReader interface {
	ReadLine() (line []rune, err error)
}

type List 

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

func (*List) Equal 

func (o *List) Equal(a Any) bool

func (*List) Eval 

func (o *List) Eval(env *Env) Any

func (*List) First 

func (o *List) First() Any

func (*List) GetHash 

func (o *List) GetHash() uintptr

func (*List) GetType 

func (o *List) GetType() int

func (*List) Match 

func (p *List) Match(syntax Any, env *Env) bool

func (*List) Replace 

func (t *List) Replace(env *Env) Any

func (*List) Rest 

func (o *List) Rest() Any

func (*List) String 

func (o *List) String() string

func (*List) ToVector 

func (o *List) ToVector() Any

type Matcher 

type Matcher interface {
	Match(syntax Any, env *Env) bool
}

Matcher * * This interface represents the first phase * of (syntax-rules) transformations. It is * similar to Equal, except that it takes an * environment, which is normally empty, and * is used as an extra return value in which * pattern variables are bound. * * The pattern variables are used by the next * phase, so in order to save energy later, we * assign any pattern variables found in the * object that implements this method and then * store them in env. The same environment is * also used for literals, which must be given * to the Match method in the form x=x.

type Num 

type Num interface {
	BaseNum
	Add(Num) Num
	Sub(Num) Num
	Mul(Num) Num
	Div(Num) Num
}

func NewInteger 

func NewInteger(n Num) Num

type OPort 

type OPort interface {
	BOPort
	TOPort
	Flusher
}

type Peeker 

type Peeker interface {
	Peek(n int) (c []byte, err error)
}

implemented by bufio.Reader

type Port 

type Port interface {
	Any
	GetPortType() int
	Closer
}

type RealNum 

type RealNum interface {
	Num
	Cmp(Num) int // -1, 0, 1
	MakeRect(RealNum) ComplexNum
	MakePolar(RealNum) ComplexNum
	RTN() IntNum // floor
	RTE() IntNum // round
}

type Replacer 

type Replacer interface {
	Replace(env *Env) Any
}

Replacer * * This interface represents the second phase * of (syntax-rules) transformations. It is * similar to Eval, except in the way that the * environment is used. Instead of raising an * error every time a symbol is unbound, it * continues silently, and only replaces those * symbols which are in the environment. * * The pattern variables are given in env by the * Match method, in such a way that we can treat * literals the same as pattern variables, since * they are of the form x=x (see above). Hence, * the literals can safely be replaced just like * the pattern variables. This is the magic * I was hoping to describe in this comment.

type RunePeeker 

type RunePeeker interface {
	PeekRune() (r rune, size int, err error)
	ReadyRune() bool
}

type RunesWriter 

type RunesWriter interface {
	WriteRunes(p []rune) (n int, err error)
}

similar to io.WriteString

type SBinary 

type SBinary []byte

func NewBinary 

func NewBinary(b []byte) SBinary

func (SBinary) Equal 

func (o SBinary) Equal(a Any) bool

func (SBinary) GetHash 

func (o SBinary) GetHash() uintptr

func (SBinary) GetType 

func (o SBinary) GetType() int

func (SBinary) Match 

func (o SBinary) Match(syntax Any, env *Env) bool

func (SBinary) Ref 

func (o SBinary) Ref(k Any) Any

func (SBinary) Replace 

func (o SBinary) Replace(env *Env) Any

func (SBinary) Set 

func (o SBinary) Set(k, v Any) Any

func (SBinary) String 

func (o SBinary) String() string

type SBool 

type SBool bool

func (SBool) Equal 

func (o SBool) Equal(a Any) bool

func (SBool) GetHash 

func (o SBool) GetHash() uintptr

func (SBool) GetType 

func (o SBool) GetType() int

func (SBool) Match 

func (o SBool) Match(syntax Any, env *Env) bool

func (SBool) Replace 

func (o SBool) Replace(env *Env) Any

func (SBool) String 

func (o SBool) String() string

type SBytePort 

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

func (*SBytePort) Close 

func (o *SBytePort) Close() error

func (*SBytePort) Closed 

func (o *SBytePort) Closed() bool

func (*SBytePort) Equal 

func (o *SBytePort) Equal(a Any) bool

func (*SBytePort) GetHash 

func (o *SBytePort) GetHash() uintptr

func (*SBytePort) GetPortType 

func (o *SBytePort) GetPortType() int

func (*SBytePort) GetType 

func (o *SBytePort) GetType() int

func (*SBytePort) Peek 

func (o *SBytePort) Peek(n int) (b []byte, err error)

func (*SBytePort) PeekByte 

func (o *SBytePort) PeekByte() (b byte, err error)

func (*SBytePort) PeekRune 

func (o *SBytePort) PeekRune() (r rune, err error)

func (*SBytePort) Read 

func (o *SBytePort) Read(p []byte) (n int, err error)

func (*SBytePort) ReadByte 

func (o *SBytePort) ReadByte() (c byte, err error)

func (*SBytePort) ReadLine 

func (o *SBytePort) ReadLine() (line []rune, err error)

func (*SBytePort) ReadRune 

func (o *SBytePort) ReadRune() (r rune, size int, err error)

type SCaseSyntax 

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

func (SCaseSyntax) Equal 

func (o SCaseSyntax) Equal(a Any) bool

func (SCaseSyntax) GetHash 

func (o SCaseSyntax) GetHash() uintptr

func (SCaseSyntax) GetType 

func (o SCaseSyntax) GetType() int

func (SCaseSyntax) String 

func (o SCaseSyntax) String() string

func (SCaseSyntax) Transform 

func (o SCaseSyntax) Transform(kw, st Any, env *Env) Any

type SChar 

type SChar rune

func (SChar) Equal 

func (o SChar) Equal(a Any) bool

func (SChar) GetHash 

func (o SChar) GetHash() uintptr

func (SChar) GetType 

func (o SChar) GetType() int

func (SChar) Match 

func (o SChar) Match(syntax Any, env *Env) bool

func (SChar) Replace 

func (o SChar) Replace(env *Env) Any

func (SChar) String 

func (o SChar) String() string

type SCharPort 

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

func (*SCharPort) Close 

func (o *SCharPort) Close() error

func (*SCharPort) Closed 

func (o *SCharPort) Closed() bool

func (*SCharPort) Equal 

func (o *SCharPort) Equal(a Any) bool

func (*SCharPort) Flush 

func (o *SCharPort) Flush() error

func (*SCharPort) GetHash 

func (o *SCharPort) GetHash() uintptr

func (*SCharPort) GetPortType 

func (o *SCharPort) GetPortType() int

func (*SCharPort) GetType 

func (o *SCharPort) GetType() int

func (*SCharPort) Peek 

func (o *SCharPort) Peek(n int) (b []byte, err error)

func (*SCharPort) PeekByte 

func (o *SCharPort) PeekByte() (b byte, err error)

func (*SCharPort) PeekRune 

func (o *SCharPort) PeekRune() (r rune, err error)

func (*SCharPort) Read 

func (o *SCharPort) Read(p []byte) (n int, err error)

func (*SCharPort) ReadByte 

func (o *SCharPort) ReadByte() (c byte, err error)

func (*SCharPort) ReadLine 

func (o *SCharPort) ReadLine() (line []rune, err error)

func (*SCharPort) ReadRune 

func (o *SCharPort) ReadRune() (r rune, size int, err error)

func (*SCharPort) Write 

func (o *SCharPort) Write(c []byte) (n int, err error)

func (*SCharPort) WriteRunes 

func (o *SCharPort) WriteRunes(r []rune) (n int, err error)

type SComplex 

type SComplex [2]SRational

func NewComplexI 

func NewComplexI() SComplex

func (SComplex) Add 

func (o SComplex) Add(n Num) Num

func (SComplex) Angle 

func (o SComplex) Angle() RealNum

func (SComplex) Conj 

func (o SComplex) Conj() Num

func (SComplex) Div 

func (o SComplex) Div(n Num) Num

func (SComplex) Equal 

func (o SComplex) Equal(n Any) bool

func (SComplex) GetHash 

func (o SComplex) GetHash() uintptr

func (SComplex) GetNumberType 

func (o SComplex) GetNumberType() int

func (SComplex) GetType 

func (o SComplex) GetType() int

func (SComplex) Imag 

func (o SComplex) Imag() RealNum

func (SComplex) Mod 

func (o SComplex) Mod(n Num) Num

func (SComplex) Mul 

func (o SComplex) Mul(n Num) Num

func (SComplex) Real 

func (o SComplex) Real() RealNum

func (SComplex) Scale 

func (o SComplex) Scale() RealNum

func (SComplex) Shl 

func (o SComplex) Shl(n Num) Num

func (SComplex) Shr 

func (o SComplex) Shr(n Num) Num

func (SComplex) String 

func (o SComplex) String() string

func (SComplex) Sub 

func (o SComplex) Sub(n Num) Num

type SComplexPolar 

type SComplexPolar [2]SRational

func (SComplexPolar) Add 

func (o SComplexPolar) Add(n Num) Num

func (SComplexPolar) Angle 

func (o SComplexPolar) Angle() RealNum

func (SComplexPolar) Cmp 

func (o SComplexPolar) Cmp(n Num) Num

func (SComplexPolar) Div 

func (o SComplexPolar) Div(n Num) Num

func (SComplexPolar) Equal 

func (o SComplexPolar) Equal(n Any) bool

func (SComplexPolar) GetHash 

func (o SComplexPolar) GetHash() uintptr

func (SComplexPolar) GetNumberType 

func (o SComplexPolar) GetNumberType() int

func (SComplexPolar) GetType 

func (o SComplexPolar) GetType() int

func (SComplexPolar) Imag 

func (o SComplexPolar) Imag() RealNum

func (SComplexPolar) Mod 

func (o SComplexPolar) Mod(n Num) Num

func (SComplexPolar) Mul 

func (o SComplexPolar) Mul(n Num) Num

func (SComplexPolar) Real 

func (o SComplexPolar) Real() RealNum

func (SComplexPolar) Scale 

func (o SComplexPolar) Scale() RealNum

func (SComplexPolar) Shl 

func (o SComplexPolar) Shl(n Num) Num

func (SComplexPolar) Shr 

func (o SComplexPolar) Shr(n Num) Num

func (SComplexPolar) String 

func (o SComplexPolar) String() string

func (SComplexPolar) Sub 

func (o SComplexPolar) Sub(n Num) Num

type SCont 

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

func (SCont) Apply 

func (o SCont) Apply(a Any) Any

func (SCont) Equal 

func (o SCont) Equal(a Any) bool

func (SCont) GetHash 

func (o SCont) GetHash() uintptr

func (SCont) GetType 

func (o SCont) GetType() int

func (SCont) String 

func (o SCont) String() string

type SError 

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

func MakeError 

func MakeError(err error) SError

func NewError 

func NewError(msg, irr Any) SError

func (SError) Equal 

func (o SError) Equal(a Any) bool

func (SError) Error 

func (o SError) Error() string

func (SError) GetErrorType 

func (o SError) GetErrorType() int

func (SError) GetHash 

func (o SError) GetHash() uintptr

func (SError) GetType 

func (o SError) GetType() int

func (SError) Irritants 

func (o SError) Irritants() Any

type SFilePort 

type SFilePort struct {
	*os.File
	// contains filtered or unexported fields
}

func (SFilePort) Closed 

func (o SFilePort) Closed() bool

func (SFilePort) Equal 

func (o SFilePort) Equal(a Any) bool

func (SFilePort) Flush 

func (o SFilePort) Flush() error

func (SFilePort) GetHash 

func (o SFilePort) GetHash() uintptr

func (SFilePort) GetPortType 

func (o SFilePort) GetPortType() int

func (SFilePort) GetType 

func (o SFilePort) GetType() int

func (SFilePort) ReadByte 

func (o SFilePort) ReadByte() (c byte, err error)

func (SFilePort) ReadRune 

func (o SFilePort) ReadRune() (r rune, size int, err error)

func (SFilePort) ReadyByte 

func (o SFilePort) ReadyByte() bool

func (SFilePort) ReadyRune 

func (o SFilePort) ReadyRune() bool

func (SFilePort) String 

func (o SFilePort) String() string

func (SFilePort) WriteRunes 

func (o SFilePort) WriteRunes(r []rune) (n int, err error)

type SFixnum 

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

func (SFixnum) Equal 

func (o SFixnum) Equal(a Any) bool

func (o Sfloat32) Equal(a Any) bool { return false } func (o Sfloat64) Equal(a Any) bool { return false } func (o Scomplex64) Equal(a Any) bool { return false } func (o Scomplex128) Equal(a Any) bool { return false }

func (SFixnum) GetHash 

func (o SFixnum) GetHash() uintptr

func (SFixnum) GetNumberType 

func (o SFixnum) GetNumberType() int

func (SFixnum) GetType 

func (o SFixnum) GetType() int

derived numbers

type SFlonum 

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

func (SFlonum) Equal 

func (o SFlonum) Equal(a Any) bool

func (SFlonum) GetHash 

func (o SFlonum) GetHash() uintptr

func (SFlonum) GetNumberType 

func (o SFlonum) GetNumberType() int

func (SFlonum) GetType 

func (o SFlonum) GetType() int

type SInteger 

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

func NewInteger64 

func NewInteger64(n int64) SInteger

func ToInteger 

func ToInteger(n Num) SInteger

func (SInteger) Add 

func (o SInteger) Add(n Num) Num

func (SInteger) Cmp 

func (o SInteger) Cmp(n Num) int

func (SInteger) Div 

func (o SInteger) Div(n Num) Num

func (SInteger) Equal 

func (o SInteger) Equal(n Any) bool

func (SInteger) GetHash 

func (o SInteger) GetHash() uintptr

func (SInteger) GetNumberType 

func (o SInteger) GetNumberType() int

func (SInteger) GetType 

func (o SInteger) GetType() int

func (SInteger) MakePolar 

func (o SInteger) MakePolar(n RealNum) ComplexNum

func (SInteger) MakeRect 

func (o SInteger) MakeRect(n RealNum) ComplexNum

func (SInteger) Mod 

func (o SInteger) Mod(n Num) Num

func (SInteger) Mul 

func (o SInteger) Mul(n Num) Num

func (SInteger) RTE 

func (o SInteger) RTE() IntNum

func (SInteger) RTN 

func (o SInteger) RTN() IntNum

func (SInteger) Shl 

func (o SInteger) Shl(n Num) Num

func (SInteger) Shr 

func (o SInteger) Shr(n Num) Num

func (SInteger) String 

func (o SInteger) String() string

func (SInteger) Sub 

func (o SInteger) Sub(n Num) Num

type SLabel 

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

func (SLabel) Equal 

func (o SLabel) Equal(a Any) bool

func (SLabel) GetHash 

func (o SLabel) GetHash() uintptr

func (SLabel) GetType 

func (o SLabel) GetType() int

func (SLabel) String 

func (o SLabel) String() string

type SNull 

type SNull struct{}

func (SNull) Equal 

func (_ SNull) Equal(a Any) bool

func (SNull) Eval 

func (o SNull) Eval(env *Env) Any

func (SNull) GetHash 

func (o SNull) GetHash() uintptr

func (SNull) GetType 

func (o SNull) GetType() int

func (SNull) Match 

func (o SNull) Match(syntax Any, env *Env) bool

func (SNull) Replace 

func (o SNull) Replace(env *Env) Any

func (SNull) String 

func (_ SNull) String() string

func (SNull) ToVector 

func (o SNull) ToVector() Any

type SPrim 

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

func (SPrim) Apply 

func (o SPrim) Apply(a Any) Any

func (SPrim) Equal 

func (o SPrim) Equal(a Any) bool

func (SPrim) GetHash 

func (o SPrim) GetHash() uintptr

func (SPrim) GetType 

func (o SPrim) GetType() int

func (SPrim) String 

func (o SPrim) String() string

type SPrimSyntax 

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

func (SPrimSyntax) Equal 

func (o SPrimSyntax) Equal(a Any) bool

func (SPrimSyntax) GetHash 

func (o SPrimSyntax) GetHash() uintptr

func (SPrimSyntax) GetType 

func (o SPrimSyntax) GetType() int

func (SPrimSyntax) String 

func (o SPrimSyntax) String() string

func (SPrimSyntax) Transform 

func (o SPrimSyntax) Transform(kw, st Any, env *Env) Any

type SProc 

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

func (SProc) Apply 

func (o SProc) Apply(a Any) Any

func (SProc) Equal 

func (o SProc) Equal(a Any) bool

func (SProc) GetHash 

func (o SProc) GetHash() uintptr

func (SProc) GetType 

func (o SProc) GetType() int

func (SProc) String 

func (o SProc) String() string

func (SProc) ToList 

func (o SProc) ToList() Any

type SProcSyntax 

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

func (SProcSyntax) Equal 

func (o SProcSyntax) Equal(a Any) bool

func (SProcSyntax) GetHash 

func (o SProcSyntax) GetHash() uintptr

func (SProcSyntax) GetType 

func (o SProcSyntax) GetType() int

func (SProcSyntax) String 

func (o SProcSyntax) String() string

func (SProcSyntax) Transform 

func (o SProcSyntax) Transform(kw, st Any, env *Env) Any

type SRational 

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

func NewRational 

func NewRational(n, d Num) SRational

func NewRational64 

func NewRational64(n, d int64) SRational

func ToRational 

func ToRational(n Num) SRational

func (SRational) Add 

func (o SRational) Add(n Num) Num

func (SRational) Cmp 

func (o SRational) Cmp(n Num) int

func (SRational) Cmp0 

func (o SRational) Cmp0() int

func (SRational) Div 

func (o SRational) Div(n Num) Num

func (SRational) Dmtr 

func (o SRational) Dmtr() Num

func (SRational) Equal 

func (o SRational) Equal(n Any) bool

func (SRational) GetHash 

func (o SRational) GetHash() uintptr

func (SRational) GetNumberType 

func (o SRational) GetNumberType() int

func (SRational) GetType 

func (o SRational) GetType() int

func (SRational) MakePolar 

func (o SRational) MakePolar(n RealNum) ComplexNum

func (SRational) MakeRect 

func (o SRational) MakeRect(n RealNum) ComplexNum

func (SRational) Mod 

func (o SRational) Mod(n Num) Num

func (SRational) Mul 

func (o SRational) Mul(n Num) Num

func (SRational) Nmtr 

func (o SRational) Nmtr() Num

func (SRational) RTE 

func (o SRational) RTE() IntNum

func (SRational) RTN 

func (o SRational) RTN() IntNum

func (SRational) Shl 

func (o SRational) Shl(n Num) Num

func (SRational) Shr 

func (o SRational) Shr(n Num) Num

func (SRational) String 

func (o SRational) String() string

func (SRational) Sub 

func (o SRational) Sub(n Num) Num

func (SRational) Zero 

func (o SRational) Zero() Num

type SRuleSyntax 

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

func (SRuleSyntax) Equal 

func (o SRuleSyntax) Equal(a Any) bool

func (SRuleSyntax) GetHash 

func (o SRuleSyntax) GetHash() uintptr

func (SRuleSyntax) GetType 

func (o SRuleSyntax) GetType() int

func (SRuleSyntax) String 

func (o SRuleSyntax) String() string

func (SRuleSyntax) Transform 

func (o SRuleSyntax) Transform(kw, st Any, env *Env) Any

RuleSyntax.Transform * *

type SString 

type SString []rune

func NewString 

func NewString(s []rune) SString

func (SString) Equal 

func (o SString) Equal(a Any) bool

func (SString) GetHash 

func (o SString) GetHash() uintptr

func (SString) GetType 

func (o SString) GetType() int

func (SString) GoString 

func (o SString) GoString() string

func (SString) Match 

func (o SString) Match(syntax Any, env *Env) bool

func (SString) Ref 

func (o SString) Ref(k Any) Any

func (SString) Replace 

func (o SString) Replace(env *Env) Any

func (SString) Set 

func (o SString) Set(k, v Any) Any

func (SString) String 

func (o SString) String() string

type SSymbol 

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

func NewSymbol 

func NewSymbol(s string) SSymbol

func (SSymbol) Equal 

func (o SSymbol) Equal(a Any) bool

func (SSymbol) Eval 

func (o SSymbol) Eval(env *Env) Any

func (SSymbol) GetHash 

func (o SSymbol) GetHash() uintptr

func (SSymbol) GetType 

func (o SSymbol) GetType() int

func (SSymbol) Match 

func (o SSymbol) Match(syntax Any, env *Env) bool

func (SSymbol) Replace 

func (o SSymbol) Replace(env *Env) Any

func (SSymbol) String 

func (o SSymbol) String() string

type STable 

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

func MakeTable 

func MakeTable(hash, equiv, k Any) STable

func (STable) Delete 

func (o STable) Delete(k Any)

func (STable) Entries 

func (o STable) Entries() (keys []Any, values []Any)

func (STable) Equal 

func (o STable) Equal(a Any) bool

func (STable) GetHash 

func (o STable) GetHash() uintptr

func (STable) GetType 

func (o STable) GetType() int

func (STable) Items 

func (o STable) Items() []Any

func (STable) Keys 

func (o STable) Keys() []Any

func (STable) Ref 

func (o STable) Ref(k Any) Any

func (STable) Set 

func (o STable) Set(k, v Any)

func (STable) String 

func (o STable) String() string

func (STable) Values 

func (o STable) Values() []Any

type SType 

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

func (SType) Equal 

func (o SType) Equal(t Any) bool

func (SType) GetPortType 

func (o SType) GetPortType() int

this does not make SType a port because we do not implement the Read/Write methods

func (SType) GetType 

func (o SType) GetType() int

type SValues 

type SValues []Any

func (SValues) Equal 

func (o SValues) Equal(a Any) bool

func (SValues) First 

func (o SValues) First() Any

func (SValues) GetHash 

func (o SValues) GetHash() uintptr

func (SValues) GetType 

func (o SValues) GetType() int

func (SValues) Rest 

func (o SValues) Rest() SValues

func (SValues) String 

func (o SValues) String() string

type SVector 

type SVector []Any

func NewVector 

func NewVector(a []Any) SVector

func (SVector) Equal 

func (o SVector) Equal(a Any) bool

func (SVector) Eval 

func (o SVector) Eval(env *Env) Any

func (SVector) GetHash 

func (o SVector) GetHash() uintptr

func (SVector) GetType 

func (o SVector) GetType() int

func (SVector) Ref 

func (o SVector) Ref(k Any) Any

func (SVector) Set 

func (o SVector) Set(k, v Any) Any

func (SVector) String 

func (o SVector) String() string

func (SVector) ToList 

func (o SVector) ToList() Any

type SVoid 

type SVoid struct{}

func (SVoid) Equal 

func (_ SVoid) Equal(a Any) bool

func (SVoid) GetHash 

func (o SVoid) GetHash() uintptr

func (SVoid) GetType 

func (o SVoid) GetType() int

func (SVoid) String 

func (_ SVoid) String() string

type Scomplex128 

type Scomplex128 complex128

func (Scomplex128) Add 

func (o Scomplex128) Add(n Num) Num

func (Scomplex128) Angle 

func (o Scomplex128) Angle() RealNum

func (Scomplex128) Div 

func (o Scomplex128) Div(n Num) Num

func (Scomplex128) Equal 

func (o Scomplex128) Equal(n Any) bool

func (Scomplex128) GetHash 

func (o Scomplex128) GetHash() uintptr

func (Scomplex128) GetNumberType 

func (o Scomplex128) GetNumberType() int

func (Scomplex128) GetType 

func (o Scomplex128) GetType() int

func (Scomplex128) Imag 

func (o Scomplex128) Imag() RealNum

func (Scomplex128) Mod 

func (o Scomplex128) Mod(n Num) Num

func (Scomplex128) Mul 

func (o Scomplex128) Mul(n Num) Num

func (Scomplex128) Real 

func (o Scomplex128) Real() RealNum

func (Scomplex128) Scale 

func (o Scomplex128) Scale() RealNum

func (Scomplex128) Shl 

func (o Scomplex128) Shl(n Num) Num

func (Scomplex128) Shr 

func (o Scomplex128) Shr(n Num) Num

func (Scomplex128) String 

func (o Scomplex128) String() string

func (Scomplex128) Sub 

func (o Scomplex128) Sub(n Num) Num

type Scomplex64 

type Scomplex64 complex64

func (Scomplex64) Angle 

func (o Scomplex64) Angle() RealNum

func (Scomplex64) Equal 

func (o Scomplex64) Equal(n Any) bool

func (Scomplex64) GetHash 

func (o Scomplex64) GetHash() uintptr

func (Scomplex64) GetNumberType 

func (o Scomplex64) GetNumberType() int

func (Scomplex64) GetType 

func (o Scomplex64) GetType() int

func (Scomplex64) Imag 

func (o Scomplex64) Imag() RealNum

func (Scomplex64) Real 

func (o Scomplex64) Real() RealNum

func (Scomplex64) Scale 

func (o Scomplex64) Scale() RealNum

func (Scomplex64) String 

func (o Scomplex64) String() string

C64

type Sfloat32 

type Sfloat32 float32

inexact

func (Sfloat32) Add 

func (o Sfloat32) Add(n Num) Num

func (Sfloat32) Cmp 

func (o Sfloat32) Cmp(n Num) int

func (Sfloat32) Div 

func (o Sfloat32) Div(n Num) Num

func (Sfloat32) Equal 

func (o Sfloat32) Equal(n Any) bool

func (Sfloat32) GetHash 

func (o Sfloat32) GetHash() uintptr

func (Sfloat32) GetNumberType 

func (o Sfloat32) GetNumberType() int

func (Sfloat32) GetType 

func (o Sfloat32) GetType() int

func (Sfloat32) MakePolar 

func (o Sfloat32) MakePolar(n RealNum) ComplexNum

func (Sfloat32) MakeRect 

func (o Sfloat32) MakeRect(n RealNum) ComplexNum

func (Sfloat32) Mod 

func (o Sfloat32) Mod(n Num) Num

func (Sfloat32) Mul 

func (o Sfloat32) Mul(n Num) Num

func (Sfloat32) RTE 

func (o Sfloat32) RTE() IntNum

func (Sfloat32) RTN 

func (o Sfloat32) RTN() IntNum

func (Sfloat32) Shl 

func (o Sfloat32) Shl(n Num) Num

func (Sfloat32) Shr 

func (o Sfloat32) Shr(n Num) Num

func (Sfloat32) String 

func (o Sfloat32) String() string

func (Sfloat32) Sub 

func (o Sfloat32) Sub(n Num) Num

type Sfloat64 

type Sfloat64 float64 // flonum

func (Sfloat64) Add 

func (o Sfloat64) Add(n Num) Num

func (Sfloat64) ArcCos 

func (o Sfloat64) ArcCos() Num

func (Sfloat64) ArcSin 

func (o Sfloat64) ArcSin() Num

func (Sfloat64) ArcTan 

func (o Sfloat64) ArcTan(n Num) Num

func (Sfloat64) Cmp 

func (o Sfloat64) Cmp(n Num) int

func (Sfloat64) Cos 

func (o Sfloat64) Cos() Num

func (Sfloat64) Div 

func (o Sfloat64) Div(n Num) Num

func (Sfloat64) Equal 

func (o Sfloat64) Equal(n Any) bool

func (Sfloat64) Exp 

func (o Sfloat64) Exp() Num

func (Sfloat64) GetHash 

func (o Sfloat64) GetHash() uintptr

func (Sfloat64) GetNumberType 

func (o Sfloat64) GetNumberType() int

func (Sfloat64) GetType 

func (o Sfloat64) GetType() int

func (Sfloat64) Ln 

func (o Sfloat64) Ln() Num

func (Sfloat64) Log 

func (o Sfloat64) Log(n Num) Num

func (Sfloat64) MakePolar 

func (o Sfloat64) MakePolar(n RealNum) ComplexNum

func (Sfloat64) MakeRect 

func (o Sfloat64) MakeRect(n RealNum) ComplexNum

func (Sfloat64) Mod 

func (o Sfloat64) Mod(n Num) Num

func (Sfloat64) Mul 

func (o Sfloat64) Mul(n Num) Num

func (Sfloat64) Pow 

func (o Sfloat64) Pow(n Num) Num

func (Sfloat64) RNN 

func (o Sfloat64) RNN() IntNum

func (Sfloat64) RTE 

func (o Sfloat64) RTE() IntNum

func (Sfloat64) RTN 

func (o Sfloat64) RTN() IntNum

func (Sfloat64) Shl 

func (o Sfloat64) Shl(n Num) Num

func (Sfloat64) Shr 

func (o Sfloat64) Shr(n Num) Num

func (Sfloat64) Sin 

func (o Sfloat64) Sin() Num

func (Sfloat64) Sqrt 

func (o Sfloat64) Sqrt() Num

func (Sfloat64) String 

func (o Sfloat64) String() string

func (Sfloat64) Sub 

func (o Sfloat64) Sub(n Num) Num

func (Sfloat64) Tan 

func (o Sfloat64) Tan() Num

type Sint16 

type Sint16 int16

func (Sint16) Equal 

func (o Sint16) Equal(a Any) bool

func (Sint16) GetHash 

func (o Sint16) GetHash() uintptr

func (Sint16) GetNumberType 

func (o Sint16) GetNumberType() int

func (Sint16) GetType 

func (o Sint16) GetType() int

type Sint32 

type Sint32 int32

func (Sint32) Add 

func (o Sint32) Add(n Num) Num

func (Sint32) Cmp 

func (o Sint32) Cmp(n Num) int

func (Sint32) Div 

func (o Sint32) Div(n Num) Num

func (Sint32) Equal 

func (o Sint32) Equal(n Any) bool

func (Sint32) GetHash 

func (o Sint32) GetHash() uintptr

func (Sint32) GetNumberType 

func (o Sint32) GetNumberType() int

func (Sint32) GetType 

func (o Sint32) GetType() int

func (Sint32) Mod 

func (o Sint32) Mod(n Num) Num

func (Sint32) Mul 

func (o Sint32) Mul(n Num) Num

func (Sint32) RTE 

func (o Sint32) RTE() IntNum

func (Sint32) RTN 

func (o Sint32) RTN() IntNum

func (Sint32) Shl 

func (o Sint32) Shl(n Num) Num

func (Sint32) Shr 

func (o Sint32) Shr(n Num) Num

func (Sint32) String 

func (o Sint32) String() string

func (Sint32) Sub 

func (o Sint32) Sub(n Num) Num

type Sint64 

type Sint64 int64 // fixnum

func (Sint64) Add 

func (o Sint64) Add(n Num) Num

func (Sint64) Cmp 

func (o Sint64) Cmp(n Num) int

func (Sint64) Div 

func (o Sint64) Div(n Num) Num

func (Sint64) Equal 

func (o Sint64) Equal(n Any) bool

func (Sint64) GetHash 

func (o Sint64) GetHash() uintptr

func (Sint64) GetNumberType 

func (o Sint64) GetNumberType() int

func (Sint64) GetType 

func (o Sint64) GetType() int

func (Sint64) MakePolar 

func (o Sint64) MakePolar(n RealNum) ComplexNum

func (Sint64) MakeRect 

func (o Sint64) MakeRect(n RealNum) ComplexNum

func (Sint64) Mod 

func (o Sint64) Mod(n Num) Num

func (Sint64) Mul 

func (o Sint64) Mul(n Num) Num

func (Sint64) RTE 

func (o Sint64) RTE() IntNum

func (Sint64) RTN 

func (o Sint64) RTN() IntNum

func (Sint64) Shl 

func (o Sint64) Shl(n Num) Num

func (Sint64) Shr 

func (o Sint64) Shr(n Num) Num

func (Sint64) String 

func (o Sint64) String() string

func (Sint64) Sub 

func (o Sint64) Sub(n Num) Num

type Sint8 

type Sint8 int8

exact

func (Sint8) Equal 

func (o Sint8) Equal(a Any) bool

func (Sint8) GetHash 

func (o Sint8) GetHash() uintptr

func (Sint8) GetNumberType 

func (o Sint8) GetNumberType() int

func (Sint8) GetType 

func (o Sint8) GetType() int

base numbers

type State 

type State func(*Lexer) State

[AJR] Yes, I watched Rob Pike

type Suint16 

type Suint16 uint16

func (Suint16) Equal 

func (o Suint16) Equal(a Any) bool

func (Suint16) GetHash 

func (o Suint16) GetHash() uintptr

func (Suint16) GetNumberType 

func (o Suint16) GetNumberType() int

func (Suint16) GetType 

func (o Suint16) GetType() int

type Suint32 

type Suint32 uint32

func (Suint32) Equal 

func (o Suint32) Equal(a Any) bool

func (Suint32) GetHash 

func (o Suint32) GetHash() uintptr

func (Suint32) GetNumberType 

func (o Suint32) GetNumberType() int

func (Suint32) GetType 

func (o Suint32) GetType() int

type Suint64 

type Suint64 uint64

func (Suint64) Equal 

func (o Suint64) Equal(a Any) bool

func (Suint64) GetHash 

func (o Suint64) GetHash() uintptr

func (Suint64) GetNumberType 

func (o Suint64) GetNumberType() int

func (Suint64) GetType 

func (o Suint64) GetType() int

type Suint8 

type Suint8 uint8

func (Suint8) Equal 

func (o Suint8) Equal(a Any) bool

func (o Sint32) Equal(a Any) bool { return false } func (o Sint64) Equal(a Any) bool { return false }

func (Suint8) GetHash 

func (o Suint8) GetHash() uintptr

func (Suint8) GetNumberType 

func (o Suint8) GetNumberType() int

func (Suint8) GetType 

func (o Suint8) GetType() int

type TIPort 

type TIPort interface {
	io.RuneReader
	RunePeeker
	LineReader
}

type TOPort 

type TOPort interface {
	RunesWriter
}

type TPort 

type TPort interface {
	TIPort
	TOPort
}

type Transformer 

type Transformer interface {
	// (syntax).Transform(keyword, expression, environment)
	Transform(Any, Any, *Env) Any
}

type TrigNum 

type TrigNum interface {
	Num
	ArcCos() Num
	ArcSin() Num
	ArcTan(Num) Num
	Cos() Num
	Sin() Num
	Tan() Num
	Sqrt() Num
	Pow(Num) Num
	Log(Num) Num
	Exp() Num
	Ln() Num
}

Source Files

View all Source files

Directories

Path Synopsis
cmd
ds
* Droscheme - a Scheme implementation * Copyright © 2012 Andrew Robbins, Daniel Connelly * * This program is free software: it is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or * FITNESS FOR A PARTICULAR PURPOSE.
 * Droscheme - a Scheme implementation * Copyright © 2012 Andrew Robbins, Daniel Connelly * * This program is free software: it is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or * FITNESS FOR A PARTICULAR PURPOSE.
mangle

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