S12.10_A1.8_T4.js (3816B)
1 // Copyright 2009 the Sputnik authors. All rights reserved. 2 // This code is governed by the BSD license found in the LICENSE file. 3 4 /*--- 5 info: | 6 The with statement adds a computed object to the front of the 7 scope chain of the current execution context 8 es5id: 12.10_A1.8_T4 9 description: > 10 Declaring function constructor within "with" statement, leading to 11 completion by exception 12 flags: [noStrict] 13 ---*/ 14 15 this.p1 = 1; 16 this.p2 = 2; 17 this.p3 = 3; 18 var result = "result"; 19 var myObj = {p1: 'a', 20 p2: 'b', 21 p3: 'c', 22 value: 'myObj_value', 23 valueOf : function(){return 'obj_valueOf';}, 24 parseInt : function(){return 'obj_parseInt';}, 25 NaN : 'obj_NaN', 26 Infinity : 'obj_Infinity', 27 eval : function(){return 'obj_eval';}, 28 parseFloat : function(){return 'obj_parseFloat';}, 29 isNaN : function(){return 'obj_isNaN';}, 30 isFinite : function(){return 'obj_isFinite';} 31 } 32 var del; 33 var st_p1 = "p1"; 34 var st_p2 = "p2"; 35 var st_p3 = "p3"; 36 var st_parseInt = "parseInt"; 37 var st_NaN = "NaN"; 38 var st_Infinity = "Infinity"; 39 var st_eval = "eval"; 40 var st_parseFloat = "parseFloat"; 41 var st_isNaN = "isNaN"; 42 var st_isFinite = "isFinite"; 43 44 try { 45 with(myObj){ 46 var f = function(){ 47 st_p1 = p1; 48 st_p2 = p2; 49 st_p3 = p3; 50 st_parseInt = parseInt; 51 st_NaN = NaN; 52 st_Infinity = Infinity; 53 st_eval = eval; 54 st_parseFloat = parseFloat; 55 st_isNaN = isNaN; 56 st_isFinite = isFinite; 57 p1 = 'x1'; 58 this.p2 = 'x2'; 59 del = delete p3; 60 var p4 = 'x4'; 61 p5 = 'x5'; 62 var value = 'value'; 63 throw value; 64 } 65 var obj = new f(); 66 } 67 } catch(e){ 68 result = e; 69 } 70 71 if(!(result === "value")){ 72 throw new Test262Error('#0: result === "value". Actual: result ==='+ result ); 73 } 74 75 if(!(p1 === 1)){ 76 throw new Test262Error('#1: p1 === 1. Actual: p1 ==='+ p1 ); 77 } 78 79 if(!(p2 === 2)){ 80 throw new Test262Error('#2: p2 === 2. Actual: p2 ==='+ p2 ); 81 } 82 83 if(!(p3 === 3)){ 84 throw new Test262Error('#3: p3 === 3. Actual: p3 ==='+ p3 ); 85 } 86 try { 87 p4; 88 throw new Test262Error('#4: p4 is not defined'); 89 } catch(e) { 90 } 91 92 if(!(p5 === "x5")){ 93 throw new Test262Error('#5: p5 === "x5". Actual: p5 ==='+ p5 ); 94 } 95 96 if(!(myObj.p1 === "x1")){ 97 throw new Test262Error('#6: myObj.p1 === "x1". Actual: myObj.p1 ==='+ myObj.p1 ); 98 } 99 100 if(!(myObj.p2 === "b")){ 101 throw new Test262Error('#7: myObj.p2 === "b". Actual: myObj.p2 ==='+ myObj.p2 ); 102 } 103 104 if(!(myObj.p3 === undefined)){ 105 throw new Test262Error('#8: myObj.p3 === undefined. Actual: myObj.p3 ==='+ myObj.p3 ); 106 } 107 108 if(!(myObj.p4 === undefined)){ 109 throw new Test262Error('#9: myObj.p4 === undefined. Actual: myObj.p4 ==='+ myObj.p4 ); 110 } 111 112 if(!(myObj.p5 === undefined)){ 113 throw new Test262Error('#10: myObj.p5 === undefined. Actual: myObj.p5 ==='+ myObj.p5 ); 114 } 115 116 if(!(st_parseInt !== parseInt)){ 117 throw new Test262Error('#11: myObj.parseInt !== parseInt'); 118 } 119 120 if(!(st_NaN === "obj_NaN")){ 121 throw new Test262Error('#12: myObj.NaN !== NaN'); 122 } 123 124 if(!(st_Infinity !== Infinity)){ 125 throw new Test262Error('#13: myObj.Infinity !== Infinity'); 126 } 127 128 if(!(st_eval !== eval)){ 129 throw new Test262Error('#14: myObj.eval !== eval'); 130 } 131 132 if(!(st_parseFloat !== parseFloat)){ 133 throw new Test262Error('#15: myObj.parseFloat !== parseFloat'); 134 } 135 136 if(!(st_isNaN !== isNaN)){ 137 throw new Test262Error('#16: myObj.isNaN !== isNaN'); 138 } 139 140 if(!(st_isFinite !== isFinite)){ 141 throw new Test262Error('#17: myObj.isFinite !== isFinite'); 142 } 143 144 try{ 145 value; 146 throw new Test262Error('#18: value is not defined'); 147 } 148 catch(e){ 149 } 150 151 if(!(myObj.value === "myObj_value")){ 152 throw new Test262Error('#19: myObj.value === "myObj_value". Actual: myObj.value ==='+ myObj.value ); 153 } 154 155 reportCompare(0, 0);