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liza/test/validate/ValidStateMonitorTest.js

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/**
* Test field validity monitor
*
* Copyright (C) 2010-2019 R-T Specialty, LLC.
*
* This file is part of liza.
*
* liza is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program 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. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
"use strict";
const root = require( '../../' );
const Sut = root.validate.ValidStateMonitor;
const chai = require( 'chai' );
const expect = chai.expect;
const Failure = root.validate.Failure;
const Field = root.field.BucketField;
const MemoryStore = root.store.MemoryStore;
chai.use( require( 'chai-as-promised' ) );
const nocall = function( type )
{
return function()
{
throw Error( type + ' should not be called' );
};
};
const mkfail = function( name, arr )
{
return arr.map( function( value, i )
{
return ( value === undefined )
? undefined
: Failure( Field( name, i ), value );
} );
};
describe( 'ValidStateMonitor', function()
{
describe( '#update', function()
{
it( 'does nothing with no data or failures', function()
{
return mkstore( {} ).then( empty =>
{
return Sut()
.on( 'failure', nocall( 'failure' ) )
.on( 'fix', nocall( 'fix' ) )
.update( empty, {} );
} );
} );
it( 'does nothing with data but no failures', function()
{
return mkstore( { foo: mkfail( 'foo', [ 'bar' ] ) } ).then( store =>
{
return Sut()
.on( 'failure', nocall( 'failure' ) )
.on( 'fix', nocall( 'fix' ) )
.update( store, {} );
} );
} );
// the failure should contain the value that caused it, so we do not
// need the data
describe( 'given failures', function()
{
it( 'marks failures even when given no data', function()
{
var fail = mkfail( 'foo', [ 'bar', 'baz' ] );
return mkstore( {} ).then( empty =>
{
return new Promise( accept =>
{
return Sut()
.on( 'failure', function( failures )
{
expect( failures )
.to.deep.equal(
{ foo: [ fail[ 0 ], fail[ 1 ] ] }
);
accept();
} )
.on( 'fix', nocall( 'fix' ) )
.update( empty, { foo: fail } );
} );
} );
} );
it( 'marks failures with index gaps', function()
{
var fail = mkfail( 'foo', [ undefined, 'baz' ] );
return mkstore( {} ).then( empty =>
{
return new Promise( accept =>
{
Sut()
.on( 'failure', function( failures )
{
expect( failures )
.to.deep.equal(
{ foo: [ undefined, fail[ 1 ] ] }
);
accept();
} )
.on( 'fix', nocall( 'fix' ) )
.update( empty, { foo: fail } );
} );
} );
} );
it( 'retains past failures when setting new', function()
{
var sut = Sut(),
fail = mkfail( 'foo', [ 'bar', 'baz' ] );
return new Promise( ( accept, reject ) =>
{
var test_first = function( failures )
{
expect( failures )
.to.deep.equal( { foo: [ undefined, fail[ 1 ] ] } );
sut.once( 'failure', test_second );
};
var test_second = function( failures )
{
expect( failures )
.to.deep.equal( { foo: [ fail[ 0 ], fail[ 1 ] ] } );
accept();
};
mkstore( {} ).then( empty =>
{
return sut
.once( 'failure', test_first )
.on( 'fix', nocall( 'fix' ) )
.update( empty, { foo: [ undefined, fail[ 1 ] ] } )
.then( () =>
{
return sut.update( empty, { foo: [ fail[ 0 ] ] } );
} );
} ).catch( e => reject( e ) );
} );
} );
// deprecated
it( 'accepts failures as string for BC', function()
{
var fail = [ 'foo', 'bar' ];
return new Promise( ( accept, reject ) =>
{
return mkstore( {} ).then( empty =>
{
return Sut()
.on( 'failure', function( failures )
{
expect( failures )
.to.deep.equal( { foo: fail } );
accept();
} )
.on( 'fix', nocall( 'fix' ) )
.update( empty, { foo: fail } );
} )
.catch( e => reject( e ) );
} );
} );
it( 'does not discard existing failures', function()
{
var sut = Sut();
// has both failures
var fail1 = Failure(
Field( 'foo', 0 ),
'',
[ Field( 'cause1', 0 ), Field( 'cause2', 0 ) ]
);
// has only one of the two failures
var fail2 = Failure(
Field( 'foo', 1 ),
'',
[ Field( 'cause2', 1 ) ]
);
// the second failure has fewer causes than the first;
// we need to make sure that it doesn't overwrite,
// leading to fewer caues
return new Promise( ( accept, reject ) =>
{
return mkstore( {} ).then( empty =>
{
return sut
.update( empty, { foo: [ fail1 ] } )
.then( () =>
{
return sut.update( empty, { foo: [ fail2 ] } );
} )
.then( () =>
{
const update = {
foo: [ 'moo' ],
cause1: [ 'causefix1' ]
};
return mkstore( update ).then( store =>
{
return sut
.once( 'fix', function( fixed )
{
expect( fixed ).to.deep.equal(
{ foo: [ 'causefix1' ] }
);
// and then we should have no failures
expect( sut.hasFailures() )
.to.be.false;
accept( true );
} )
.update( store, {} );
} );
} );
} )
.catch( e => reject( e ) );
} );
} );
} );
describe( 'given data with absence of failure', function()
{
it( 'removes non-failures if field is present', function()
{
const fail = mkfail( 'foo', [ 'bar', 'baz' ] );
const sut = Sut();
return new Promise( ( accept, reject ) =>
{
return mkstore( { foo: [ 'bardata', 'baz' ] } ).then( data =>
{
return sut
.on( 'fix', function( fixed )
{
expect( fixed )
.to.deep.equal( { foo: [ 'bardata' ] } );
accept();
} )
.update( data, { foo: [ fail[ 0 ], fail[ 1 ] ] } )
.then( () =>
{
return sut.update( data, {
foo: [ undefined, fail[ 1 ] ]
} );
} );
} )
.catch( e => reject( e ) );
} );
} );
it( 'keeps failures if field is missing', function()
{
const fail_foo = mkfail( 'foo', [ 'bar', 'baz' ] );
const fail_bar = mkfail( 'bar', [ 'moo', 'cow' ] );
return new Promise( ( accept, reject ) =>
{
return mkstore( { bar: [ 'baz', 'quux' ] } ).then( data =>
{
return Sut()
.on( 'fix', function( fixed )
{
expect( fixed )
.to.deep.equal( { bar: [ 'baz', 'quux' ] } );
accept();
} )
.update( data, {
foo: fail_foo, // does not exist in data
bar: fail_bar,
} )
.then( sut =>
{
return sut.update( data, {} );
} );
} )
.catch( e => reject( e ) );
} );
} );
// if a diff is present for a previously failed key (e.g. foo),
// but contains no changes (e.g. [ undefined ]), and doesn't
// include the failure on the second call, then it should not be
// considered to be a fix (this is a bugfix)
it( 'keeps past failures on key if failure does not reoccur', () =>
{
const fail_past = mkfail( 'foo', [ 'bar', 'baz' ] );
return mkstore( { foo: [ undefined, undefined ] } )
.then( data =>
Sut()
.update( data, { foo: fail_past } )
// no failure or fix (foo has no updates)
.then( sut => sut.update( data, {} ) )
.then( sut => expect( sut.hasFailures() ).to.be.true )
);
} );
it( 'does not trigger failure event for existing', function()
{
var called = 0;
return mkstore( {} ).then( empty =>
{
return Sut()
.on( 'failure', function()
{
called++;
} )
.update( empty, { foo: mkfail( 'foo', [ 'bar' ] ) } )
.then( sut =>
{
return sut.update( empty, {} ); // do not trigger failure event
} )
.then( sut =>
{
expect( called ).to.equal( 1 );
} );
} );
} );
describe( 'given a cause', function()
{
it( 'considers when recognizing fix', function()
{
// same index
const field = Field( 'foo', 0 );
const cause = Field( 'cause', 0 );
const fail = Failure( field, 'reason', [ cause ] );
return new Promise( ( accept, reject ) =>
{
return mkstore( { cause: [ 'bar' ] } ).then( data =>
{
return Sut()
.on( 'fix', function( fixed )
{
expect( fixed )
.to.deep.equal( { foo: [ 'bar' ] } );
accept();
} )
.update( data, { foo: [ fail ] } )
.then( sut =>
{
return sut.update( data, {} );
} );
} )
.catch( e => reject( e ) );
} );
} );
it( 'considers different cause index', function()
{
// different index
const update_data = { cause: [ undefined, 'bar' ] };
const field = Field( 'foo', 0 );
const cause = Field( 'cause', 1 );
const fail = Failure( field, 'reason', [ cause ] );
return new Promise( ( accept, reject ) =>
{
return mkstore( update_data ).then( data =>
{
return Sut()
.on( 'fix', function( fixed )
{
expect( fixed )
.to.deep.equal( { foo: [ 'bar' ] } );
accept();
} )
.update( data, { foo: [ fail ] } )
.then( sut =>
{
return sut.update( data, {} );
} );
} )
.catch( e => reject( e ) );
} );
} );
// if the field diff is a scalar (normally it should be an
// array), it must recognize it as a fix for all indexes
it( 'recognizes scalar diff as fix to any index', function()
{
// scalar
const update_data = { cause: 1 };
return new Promise( ( accept, reject ) =>
{
return mkstore( update_data ).then( data =>
{
return Sut()
.on( 'fix', function( fixed )
{
expect( fixed )
.to.deep.equal( { foo: [ 1, 1 ] } );
accept();
} )
.update( data, {
foo: [
Failure(
Field( 'foo', 0 ),
'',
[ Field( 'cause', 0 ) ]
),
Failure(
Field( 'foo', 1 ),
'',
[ Field( 'cause', 1 ) ]
),
],
} )
.then( sut =>
{
return sut.update( data, {} );
} );
} )
.catch( e => reject( e ) );
} );
} );
it( 'considers any number of causes', function()
{
// different index
const update_data = { cause_fix: [ undefined, 'bar' ] };
const field = Field( 'foo', 0 );
const cause1 = Field( 'cause_no', 1 );
const cause2 = Field( 'cause_fix', 1 );
const fail = Failure(
field,
'reason',
[ cause1, cause2 ]
);
return new Promise( ( accept, reject ) =>
{
return mkstore( update_data ).then( data =>
{
return Sut()
.on( 'fix', function( fixed )
{
expect( fixed )
.to.deep.equal( { foo: [ 'bar' ] } );
accept();
} )
.update( data, { foo: [ fail ] } )
.then( sut =>
{
return sut.update( data, {} );
} );
} )
.catch( e => reject( e ) );
} );
} );
it( 'recognizes non-fix', function()
{
// no cause data
const update_data = mkstore( { noncause: [ undefined, 'bar' ] } );
const field = Field( 'foo', 0 );
const cause1 = Field( 'cause', 1 );
const cause2 = Field( 'cause', 2 );
const fail = Failure(
field,
'reason',
[ cause1, cause2 ]
);
return mkstore( update_data ).then( data =>
{
return Sut()
.on( 'fix', nocall )
.update( data, { foo: [ fail ] } )
.then( sut =>
{
return sut.update( data, {} );
} );
} );
} );
} );
} );
it( 'can emit both failure and fix', function()
{
var fail_foo = mkfail( 'foo', [ 'bar' ] );
return mkstore( { bar: [ 'baz', 'quux' ] } ).then( data =>
{
return Sut()
.update( data, {
bar: mkfail( 'bar', [ 'moo', 'cow' ] ) // fail
} )
.then( sut =>
{
return new Promise( ( accept, reject ) =>
{
sut.on( 'failure', function( failed )
{
expect( failed )
.to.deep.equal( {
foo: fail_foo,
} );
} )
.on( 'fix', function( fixed )
{
expect( fixed )
.to.deep.equal(
{ bar: [ 'baz', 'quux' ] }
);
// note that the documentation for #update
// states that failure will always be
// emitted before fix
accept( true );
} )
.update( data, {
foo: fail_foo, // fail
// fixes bar
} )
.catch( e =>
{
reject( e );
} );
} );
} );
} );
} );
} );
describe( '#getFailures', function()
{
it( 'is empty when no failures exist', function()
{
expect(
Sut()
.getFailures()
).to.deep.equal( {} );
} );
it( 'retrieves current failures', function()
{
var fail = mkfail( 'foo', [ 'fail' ] );
return mkstore( {} ).then( empty =>
{
return expect(
Sut()
.update( empty, { foo: fail } )
.then( sut =>
{
return sut.getFailures()
} )
).to.eventually.deep.equal( { foo: fail } );
} );
} );
} );
describe( '#hasFailures', function()
{
it( 'is false when no failures exist', function()
{
expect( Sut().hasFailures() )
.to.be.false;
} );
it( 'is true when failures exist', function()
{
return mkstore( {} ).then( empty =>
{
return expect(
Sut()
.update( empty, { foo: mkfail( 'foo', [ 'bar' ] ) } )
.then( sut =>
{
return sut.hasFailures();
} )
).to.eventually.be.true;
} );
} );
} );
describe( '#clearFailures', () =>
{
it( 'clears all failures when provided no arguments', () =>
{
return new Promise( ( accept, reject ) =>
{
mkstore( {} ).then( empty =>
{
const sut = Sut();
return sut
.on( 'fix', fixed =>
{
expect( fixed )
.to.deep.equal( { foo: [ null ] } );
expect( sut.hasFailures() ).to.be.false;
accept( true );
} )
.update( empty, { foo: mkfail( 'foo', [ 'bar' ] ) } )
.then( sut => sut.clearFailures() );
} )
.catch( e => reject( e ) );
} );
} );
it( 'clears only provided failures when provided array argument', () =>
{
return new Promise( ( accept, reject ) =>
{
mkstore( {} ).then( empty =>
{
const sut = Sut();
return sut
.on( 'fix', fixed =>
{
// `bar' not cleared
expect( fixed )
.to.deep.equal( {
foo: [ null ],
baz: [ , null ],
} );
// still has `bar'
expect( sut.hasFailures() ).to.be.true;
accept( true );
} )
.update( empty, {
foo: mkfail( 'foo', [ 'bar1', 'bar2' ] ),
bar: mkfail( 'bar', [ 'baz' ] ),
baz: mkfail( 'baz', [ 'quux', 'quuux' ] ),
} )
.then( sut => sut.clearFailures( {
foo: [ 0 ],
baz: [ 1 ],
} ) );
} )
.catch( e => reject( e ) );
} );
} );
it( 'does not error on non-existent failure', () =>
{
expect( () => Sut().clearFailures( [ 'foo', 'baz' ] ) )
.to.not.throw( Error );
} );
} );
} );
function mkstore( data )
{
let store = MemoryStore();
return Promise.all(
Object.keys( data ).map( key => store.add( key, data[ key ] ) )
).then( () => store );
}