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/* eslint no-use-before-define: ["error", { "functions": false }] */
const { convertZListToItemArray, isReference, isString, makeMappedResultEnvelope, wrapInQuote } = require( './utils.js' );
const { SchemaFactory } = require( './schema' );
const normalize = require( './normalize.js' );
const { getError } = require( './utils' );
const normalFactory = SchemaFactory.NORMAL();
const normalZ1Validator = normalFactory.create( 'Z1' );
const Z4Validator = normalFactory.create( 'Z4_literal' );
const Z5Validator = normalFactory.create( 'Z5_literal' );
const Z6Validator = normalFactory.create( 'Z6_literal' );
const Z7Validator = normalFactory.create( 'Z7_literal' );
const Z9Validator = normalFactory.create( 'Z9_literal' );
const Z99Validator = normalFactory.create( 'Z99_literal' );
const TypedListValidator = normalFactory.create( 'LIST_literal' );
function canonicalizeObject( o ) {
if ( Z99Validator.validate( o ) ) {
return {
Z1K1: canonicalize( o.Z1K1 ),
Z99K1: o.Z99K1
};
}
if ( Z9Validator.validate( o ) ) {
o.Z9K1 = canonicalize( o.Z9K1 );
// return as string if Z9K1 is a valid reference string
Eif ( isString( o.Z9K1 ) && isReference( o.Z9K1 ) ) {
return o.Z9K1;
}
}
if ( Z6Validator.validate( o ) ) {
o.Z6K1 = canonicalize( o.Z6K1 );
// return as string if Z6/String doesn't need to be escaped, i.e., is not in Zxxxx format
if ( isString( o.Z6K1 ) && !isReference( o.Z6K1 ) ) {
return o.Z6K1;
}
}
if ( TypedListValidator.validate( o ) ) {
const itemList = convertZListToItemArray( o ).map( ( e ) => canonicalize( e ) );
let itemType;
// FIXME: Should we search recursively for Z881?
if (
Z7Validator.validate( o.Z1K1 ) &&
( canonicalize( o.Z1K1.Z7K1 ) === 'Z881' )
) {
// If type is a function call to Z881,
// itemType is the canonical content of Z88K1.
itemType = canonicalize( o.Z1K1.Z881K1 );
} else Eif (
Z4Validator.validate( o.Z1K1 ) &&
Z7Validator.validate( o.Z1K1.Z4K1 ) &&
( canonicalize( o.Z1K1.Z4K1.Z7K1 ) === 'Z881' )
) {
// If type is a literal and Z4K1 is function call to Z881,
// itemType is the content of Z4K1.Z88K1
itemType = canonicalize( o.Z1K1.Z4K1.Z881K1 );
} else {
// Else, itemType is the whole type ZObject transformed into canonical form.
itemType = canonicalize( o.Z1K1 );
}
return [ itemType ].concat( itemList );
}
const keys = Object.keys( o );
const result = {};
for ( let i = 0; i < keys.length; i++ ) {
result[ keys[ i ] ] = canonicalize( o[ keys[ i ] ] );
}
return result;
}
// the input is assumed to be a well-formed ZObject, or else the behaviour is undefined
function canonicalize( o ) {
if ( isString( o ) ) {
return o;
}
return canonicalizeObject( o );
}
/**
* Canonicalizes a normalized ZObject. Returns a Z22/'Evaluation result' containing the
* canonicalized ZObject or a Z5/Error (in the metadata map of the Z22).
*
* @param {Object} o a ZObject
* @return {Object} a Z22
*/
function canonicalizeExport( o ) {
const errors = require( './error.js' );
const normalized = normalize( o );
const possibleError = getError( normalized );
if ( ( Z5Validator.validateStatus( possibleError ) ).isValid() ) {
return makeMappedResultEnvelope(
null,
errors.makeErrorInCanonicalForm(
errors.error.unable_to_canonicalize,
[ wrapInQuote( o ), possibleError ]
)
);
}
const status = normalZ1Validator.validateStatus( normalized );
if ( status.isValid() ) {
return makeMappedResultEnvelope( canonicalize( normalized.Z22K1 ), null );
} else {
return makeMappedResultEnvelope(
null,
errors.makeErrorInCanonicalForm(
errors.error.unable_to_canonicalize,
[ wrapInQuote( o ), status.getZ5() ]
)
);
}
}
module.exports = canonicalizeExport;
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