Change tests to match the new valueTest interface

Author: cmontella

test/math.ts

@@ -1,52 +1,54 @@
 import * as test from "tape";
-import {evaluate,verify,dedent,testSingleExpressionByList} from "./shared_functions";
+import {evaluate, verify, dedent, testSingleExpressionByList, valueTest} from "./shared_functions";
 
 // Test Constants
-// Would this fail on different architectures than mine? Not according to dcmumentation Maybe we Should
+// Would this fail on different architectures than mine? Not according to documentation Maybe we Should
 // flush out that implicit assumption.
 
-let constants_list : any = [
-  {"Expression":"pi[]",      "Value":"3.141592653589793"},
-  {"Expression":"e[]",       "Value":"2.718281828459045"},
-  {"Expression":"ln2[]",     "Value":"0.6931471805599453"},
-  {"Expression":"log2e[]",   "Value":"1.4426950408889634"},
-  {"Expression":"log10e[]",  "Value":"0.4342944819032518"},
-  {"Expression":"sqrt1/2[]", "Value":"0.7071067811865476"},
-  {"Expression":"sqrt2[]",   "Value":"1.4142135623730951"}
+let delta = 0.00000000001;
+
+let constants_list : valueTest[] = [
+  {expression: "pi[]",      expectedValue: 3.141592653589793},
+  {expression: "e[]",       expectedValue: 2.718281828459045},
+  {expression: "ln2[]",     expectedValue: 0.6931471805599453},
+  {expression: "log2e[]",   expectedValue: 1.4426950408889634},
+  {expression: "log10e[]",  expectedValue: 0.4342944819032518},
+  {expression: "sqrt1/2[]", expectedValue: 0.7071067811865476},
+  {expression: "sqrt2[]",   expectedValue: 1.4142135623730951}
 ]
 testSingleExpressionByList(constants_list);
 
 // Test Power Function
-let pow_list : any = [
-  {"Expression":"pow[ value:2 by:3 ]",     "Value":"8"},
-  {"Expression":"pow[ value:9 by:1 / 2 ]", "Value":"3"}]
+let pow_list : valueTest[]  = [
+  {expression: "pow[ value:2 by:3 ]",     expectedValue: 8},
+  {expression: "pow[ value:9 by:1 / 2 ]", expectedValue: 3}]
 testSingleExpressionByList(pow_list);
 
 // Test Log Function
-let log_list : any = [
-  {"Expression":"log[ value: e[] ]", "Value":"1"},
-  {"Expression":"log[ value: 10 base: 10 ]", "Value":"1"}]
+let log_list : valueTest[]  = [
+  {expression: "log[ value: e[] ]", expectedValue: 1},
+  {expression: "log[ value: 10 base: 10 ]", expectedValue: 1}]
 testSingleExpressionByList(log_list);
 
 // Test Exp Function
-let exp_list : any = [
-  {"Expression":"exp[ value: 1 ]", "Value":"2.718281828459045"}]
+let exp_list : valueTest[]  = [
+  {expression: "exp[ value: 1 ]", expectedValue: 2.718281828459045}]
 testSingleExpressionByList(exp_list);
 
 // Test Trig Functions
-let trig_list : any = [
-  {"Expression":"sin[ radians: 1 ]", "Value":"0.8414709848078965"},
-  {"Expression":"cos[ radians: 1 ]", "Value":"0.5403023058681398"},
-  {"Expression":"tan[ radians: 1 ]", "Value":"1.5574077246549023"}
+let trig_list : valueTest[]  = [
+  {expression: "sin[ radians: 1 ]", expectedValue: 0.8414709848078965},
+  {expression: "cos[ radians: 1 ]", expectedValue: 0.5403023058681398},
+  {expression: "tan[ radians: 1 ]", expectedValue: 1.5574077246549023}
   ]
 testSingleExpressionByList(trig_list);
 
 
 test("Should be able to use the sin function with degrees and radians", (assert) => {
   let expected = {
     insert: [
-      ["a", "result", "1"],
-      ["b", "result", "0.9999996829318346"],
+      ["a", "floatTest", "1"],
+      ["b", "floatTest", "0.9999996829318346"],
     ],
     remove: [],
   };
@@ -58,8 +60,8 @@ test("Should be able to use the sin function with degrees and radians", (assert)
       x = sin[radians: 3.14 / 2]
 
     bind
-      [result: y]
-      [result: x]
+      [floatTest: y]
+      [floatTest: x]
     ~~~
   `);
   assert.end();
@@ -68,8 +70,8 @@ test("Should be able to use the sin function with degrees and radians", (assert)
 test("Should be able to use the cos function with degrees and radians", (assert) => {
   let expected = {
     insert: [
-      ["a", "result", "1"],
-      ["b", "result", "-0.9999987317275395"],
+      ["a", "floatTest", "1"],
+      ["b", "floatTest", "-0.9999987317275395"],
     ],
     remove: [],
   };
@@ -81,8 +83,8 @@ test("Should be able to use the cos function with degrees and radians", (assert)
       x = cos[radians: 3.14]
 
     bind
-      [result: y]
-      [result: x]
+      [floatTest: y]
+      [floatTest: x]
     ~~~
   `);
   assert.end();
@@ -91,8 +93,8 @@ test("Should be able to use the cos function with degrees and radians", (assert)
 test("Should be able to use the tan function with degrees and radians", (assert) => {
   let expected = {
     insert: [
-      ["a", "result", "0.5773502691896257"],
-      ["b", "result", "0.5463024898437905"],
+      ["a", "floatTest", "0.5773502691896257"],
+      ["b", "floatTest", "0.5463024898437905"],
     ],
     remove: [],
   };
@@ -104,34 +106,34 @@ test("Should be able to use the tan function with degrees and radians", (assert)
       x = tan[radians: 0.5]
 
     bind
-      [result: y]
-      [result: x]
+      [floatTest: y]
+      [floatTest: x]
     ~~~
   `);
   assert.end();
 })
 
 // Test inverse Trig
-let atrig_list : any = [
-  {"Expression":"asin[ value: 0.8414709848078965 ]", "Value":"1"},
-  {"Expression":"acos[ value: 0.5403023058681398 ]", "Value":"0.9999999999999999"},
-  {"Expression":"atan[ value: 1.5574077246549023 ]", "Value":"1"},
+let atrig_list : valueTest[]  = [
+  {expression: "asin[ value: 0.8414709848078965 ]", expectedValue: 1},
+  {expression: "acos[ value: 0.5403023058681398 ]", expectedValue: 0.9999999999999999},
+  {expression: "atan[ value: 1.5574077246549023 ]", expectedValue: 1},
   ]
 testSingleExpressionByList(atrig_list);
 
 // Test Hyperbolic Functions
-let hyp_list : any = [
-  {"Expression":"sinh[ value: 1 ]", "Value":"1.1752011936438014"},
-  {"Expression":"cosh[ value: 1 ]", "Value":"1.5430806348152437"},
-  {"Expression":"tanh[ value: 1 ]", "Value":"0.7615941559557649"},
+let hyp_list : valueTest[]  = [
+  {expression: "sinh[ value: 1 ]", expectedValue: 1.1752011936438014},
+  {expression: "cosh[ value: 1 ]", expectedValue: 1.5430806348152437},
+  {expression: "tanh[ value: 1 ]", expectedValue: 0.7615941559557649},
   ]
 testSingleExpressionByList(hyp_list);
 
 // Test Inverse Hyperbolic Functions
-let ahyp_list : any = [
-  {"Expression":"asinh[ value: 1.1752011936438014 ]", "Value":"1"},
-  {"Expression":"acosh[ value: 1.5430806348152437 ]", "Value":"1"},
-  {"Expression":"atanh[ value: 0.7615941559557649 ]", "Value":"0.9999999999999999"},
+let ahyp_list : valueTest[]  = [
+  {expression: "asinh[ value: 1.1752011936438014 ]", expectedValue: 1},
+  {expression: "acosh[ value: 1.5430806348152437 ]", expectedValue: 1},
+  {expression: "atanh[ value: 0.7615941559557649 ]", expectedValue: 0.9999999999999999},
   ]
 testSingleExpressionByList(ahyp_list);
 
@@ -160,7 +162,7 @@ test("Test range", (assert) => {
 test("Test nested functions", (assert) => {
   let expected = {
     insert: [
-      ["a", "result", "1"],
+      ["a", "floatTest", "1"],
     ],
     remove: [],
   };
@@ -171,49 +173,49 @@ test("Test nested functions", (assert) => {
       x = sin[radians: pi[] / 2]
 
     bind
-      [result: x]
+      [floatTest: x]
     ~~~
   `);
   assert.end();
 })
 
 // Test Floor Function
-let floor_list : any = [
-  {"Expression":"floor[ value: 1.0000000000000001 ]", "Value":"1"},
-  {"Expression":"floor[ value: 1.999999999999999 ]", "Value":"1"},
+let floor_list : valueTest[]  = [
+  {expression: "floor[ value: 1.0000000000000001 ]", expectedValue: 1},
+  {expression: "floor[ value: 1.999999999999999 ]", expectedValue: 1},
   ]
 testSingleExpressionByList(floor_list);
 
 // Test Ceiling Function
-let ceiling_list : any = [
-  {"Expression":"ceiling[ value: 1.000000000000001 ]", "Value":"2"},
-  {"Expression":"ceiling[ value: 1.999999999999999 ]", "Value":"2"},
+let ceiling_list : valueTest[]  = [
+  {expression: "ceiling[ value: 1.000000000000001 ]", expectedValue: 2},
+  {expression: "ceiling[ value: 1.999999999999999 ]", expectedValue: 2},
   ]
 testSingleExpressionByList(ceiling_list);
 
 // Test ABS Function
-let abs_list : any = [
-  {"Expression":"abs[ value: -1 ]", "Value":"1"},
-  {"Expression":"abs[ value: 1 ]", "Value":"1"},
+let abs_list : valueTest[]  = [
+  {expression: "abs[ value: -1 ]", expectedValue: 1},
+  {expression: "abs[ value: 1 ]", expectedValue: 1},
   ]
 testSingleExpressionByList(abs_list);
 
 // Test Mod Function
-let mod_list : any = [
-  {"Expression":"mod[ value: 7 by: 3]", "Value":"1"},
-  {"Expression":"mod[ value: 6 by: 3]", "Value":"0"},
+let mod_list : valueTest[]  = [
+  {expression: "mod[ value: 7 by: 3]", expectedValue: 1},
+  {expression: "mod[ value: 6 by: 3]", expectedValue: 0},
   ]
 testSingleExpressionByList(mod_list);
 
 // Test Round Function
-let round_list : any = [
-  {"Expression":"round[ value: 1.49999999999999 ]", "Value":"1"},
-  {"Expression":"round[ value: 1.5 ]", "Value":"2"}
+let round_list : valueTest[]  = [
+  {expression: "round[ value: 1.49999999999999 ]", expectedValue: 1},
+  {expression: "round[ value: 1.5 ]", expectedValue: 2}
   ]
 testSingleExpressionByList(round_list);
 
 // Test Round Function
-let toFixed_list : any = [
-  {"Expression":"to-fixed[ value: 1.499 places: 2 ]", "Value":"1.50"},
+let toFixed_list : valueTest[]  = [
+  {expression: "to-fixed[ value: 1.499 places: 2 ]", expectedValue: 1.50},
   ]
-testSingleExpressionByList(toFixed_list );
+testSingleExpressionByList(toFixed_list );