The OpenD Programming Language

IonSerializer

Undocumented in source.

struct IonSerializer (

uint bufferStackSize

string[] compiletimeSymbolTable

bool tableGC = true

) {

struct ScopedBuffer(T, size_t bytes = 4096) via import mir.appender : ScopedBuffer;;

struct Decimal(uint size64) via import mir.bignum.decimal : Decimal;;

struct BigInt(uint size64) via import mir.bignum.integer : BigInt;;

struct BigIntView(W) via import mir.bignum.low_level_view : BigIntView;;

struct IonSymbolTable(bool gc) via import mir.ion.symbol_table : IonSymbolTable, IonSystemSymbolTable_v1;;

string[] IonSystemSymbolTable_v1; via import mir.ion.symbol_table : IonSymbolTable, IonSystemSymbolTable_v1;;

T _expect(T val, T expected_val) via import mir.utility : _expect;;

template isNumeric(T) via import std.traits : isNumeric;;

static immutable

U[IonSystemSymbolTable_v1.length + compiletimeTable.sortedKeys.length] compiletimeIndex;

static immutable

ubyte[] compiletimeTableTape;

import mir.ion.internal.data_holder;;

IonTapeHolder!(bufferStackSize) buffer;

IonSymbolTable!tableGC* runtimeTable;

int serdeTarget;

size_t structBegin(size_t length);

void structEnd(size_t state);

alias listBegin = structBegin;

void listEnd(size_t state);

alias sexpBegin = listBegin;

void sexpEnd(size_t state);

alias stringBegin = structBegin;

void putStringPart(const(char)[] str);

void stringEnd(size_t state);

auto annotationsEnd(size_t state);

size_t annotationWrapperBegin(size_t length);

void annotationWrapperEnd(size_t annotationsState, size_t state);

void putCompiletimeKey();

alias putCompiletimeAnnotation = putCompiletimeKey;

static if(tableGC)

void putKey(char[] key);

static if(!(tableGC))

void putKey(char[] key);

static if(tableGC)

void putAnnotation(char[] key);

static if(!(tableGC))

void putAnnotation(char[] key);

void putKeyId(T id);

void putAnnotationId(T id);

void putSymbolId(size_t id);

void putSymbol(char[] key);

void putValue(Num num);

void putValue(BigIntView!W view);

void putValue(BigInt!size num);

void putValue(Decimal!size num);

void putValue(typeof(null) );

void putNull(IonTypeCode code);

void putValue(bool b);

void putValue(char[] value);

void putValue(Clob value);

void putValue(Blob value);

void putValue(Timestamp value);

void elemBegin();

alias sexpElemBegin = elemBegin;

void nextTopLevelValue();

}

Members

Aliases

listBegin alias listBegin = structBegin
putCompiletimeAnnotation alias putCompiletimeAnnotation = putCompiletimeKey
sexpBegin alias sexpBegin = listBegin
sexpElemBegin alias sexpElemBegin = elemBegin
stringBegin alias stringBegin = structBegin

Functions

annotationWrapperBegin size_t annotationWrapperBegin(size_t length)
annotationWrapperEnd void annotationWrapperEnd(size_t annotationsState, size_t state)
annotationsEnd auto annotationsEnd(size_t state)
elemBegin void elemBegin()
listEnd void listEnd(size_t state)
nextTopLevelValue void nextTopLevelValue()
putAnnotation void putAnnotation(char[] key)
putAnnotation void putAnnotation(char[] key)
putAnnotationId void putAnnotationId(T id)
putCompiletimeKey void putCompiletimeKey()
putKey void putKey(char[] key)
putKey void putKey(char[] key)
putKeyId void putKeyId(T id)
putNull void putNull(IonTypeCode code)
putStringPart void putStringPart(const(char)[] str): Puts string part. The implementation allows to split string unicode points.
putSymbol void putSymbol(char[] key)
putSymbolId void putSymbolId(size_t id)
putValue void putValue(Num num)
putValue void putValue(BigIntView!W view)
putValue void putValue(BigInt!size num)
putValue void putValue(Decimal!size num)
putValue void putValue(typeof(null) )
putValue void putValue(bool b)
putValue void putValue(char[] value)
putValue void putValue(Clob value)
putValue void putValue(Blob value)
putValue void putValue(Timestamp value)
sexpEnd void sexpEnd(size_t state)
stringEnd void stringEnd(size_t state)
structBegin size_t structBegin(size_t length)
structEnd void structEnd(size_t state)

Variables

runtimeTable IonSymbolTable!tableGC* runtimeTable;
serdeTarget int serdeTarget;: Mutable value used to choose format specidied or user-defined serialization specializations

Meta

Source

See Implementation

mir ser ion functions

serializeIon

structs

IonSerializer