Core: Update isNumeric tests for pre-ES2015 safety

Ref 7103d8ef47e04a4cf373abee0e8bfa9062fd616f

1 files changed, 20 insertions, 24 deletions

diff --git a/test/unit/core.js b/test/unit/core.js
index 4099119b8..4f77e0626 100644
--- a/test/unit/core.js
+++ b/test/unit/core.js
@@ -449,7 +449,7 @@ QUnit.test( "isFunction", function( assert ) {
 } );
 
 QUnit.test( "isNumeric", function( assert ) {
-	assert.expect( 41 );
+	assert.expect( 43 );
 
 	var t = jQuery.isNumeric,
 		ToString = function( value ) {
@@ -464,38 +464,34 @@ QUnit.test( "isNumeric", function( assert ) {
 	assert.ok( t( -16 ), "Negative integer number" );
 	assert.ok( t( 0 ), "Zero integer number" );
 	assert.ok( t( 32 ), "Positive integer number" );
+	assert.ok( t( "-1.6" ), "Negative floating point string" );
+	assert.ok( t( "4.536" ), "Positive floating point string" );
+	assert.ok( t( -2.6 ), "Negative floating point number" );
+	assert.ok( t( 3.1415 ), "Positive floating point number" );
+	assert.ok( t( 1.5999999999999999 ), "Very precise floating point number" );
+	assert.ok( t( 8e5 ), "Exponential notation" );
+	assert.ok( t( "123e-2" ), "Exponential notation string" );
+	assert.ok( t( "040" ), "Legacy octal integer literal string" );
+	assert.ok( t( "0xFF" ), "Hexadecimal integer literal string (0x...)" );
+	assert.ok( t( "0Xba" ), "Hexadecimal integer literal string (0X...)" );
+	assert.ok( t( 0xFFF ), "Hexadecimal integer literal" );
 
 	if ( +"0b1" === 1 ) {
-		assert.ok( t( "0b111110" ), "Binary integer literal string" ); // jshint ignore:line
-	} else {
-		assert.ok( true, "Browser does not support binary integer literal" );
-	}
-
-	assert.ok( t( "040" ), "Octal integer literal string" );
-
-	assert.ok( t( "0xFF" ), "Hexadecimal integer literal string" );
-
-	if ( +"0b1" === 1 ) {
-		assert.ok( t( 0b111110 ), "Binary integer literal" ); // jshint ignore:line
+		assert.ok( t( "0b111110" ), "Binary integer literal string (0b...)" );
+		assert.ok( t( "0B111110" ), "Binary integer literal string (0B...)" );
 	} else {
-		assert.ok( true, "Browser does not support binary integer literal" );
+		assert.ok( true, "Browser does not support binary integer literal (0b...)" );
+		assert.ok( true, "Browser does not support binary integer literal (0B...)" );
 	}
 
 	if ( +"0o1" === 1 ) {
-		assert.ok( t( 0o76 ), "Octal integer literal" ); // jshint ignore:line
+		assert.ok( t( "0o76" ), "Octal integer literal string (0o...)" );
+		assert.ok( t( "0O76" ), "Octal integer literal string (0O...)" );
 	} else {
-		assert.ok( true, "Browser does not support octal integer literal" );
+		assert.ok( true, "Browser does not support octal integer literal (0o...)" );
+		assert.ok( true, "Browser does not support octal integer literal (0O...)" );
 	}
 
-	assert.ok( t( 0xFFF ), "Hexadecimal integer literal" );
-	assert.ok( t( "-1.6" ), "Negative floating point string" );
-	assert.ok( t( "4.536" ), "Positive floating point string" );
-	assert.ok( t( -2.6 ), "Negative floating point number" );
-	assert.ok( t( 3.1415 ), "Positive floating point number" );
-	assert.ok( t( 1.5999999999999999 ), "Very precise floating point number" );
-	assert.ok( t( 8e5 ), "Exponential notation" );
-	assert.ok( t( "123e-2" ), "Exponential notation string" );
-
 	assert.equal( t( new ToString( "42" ) ), false, "Only limited to strings and numbers" );
 	assert.equal( t( "" ), false, "Empty string" );
 	assert.equal( t( "        " ), false, "Whitespace characters string" );