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Add unit tests for treatment of infinity primatives

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This commit is contained in:
Valerie R Young 2018-11-09 16:56:07 -05:00
parent 0a68722b80
commit 1b44841034
3 changed files with 442 additions and 1 deletions
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114
test/unit/blocks_data_infinity.js Normal file
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@ -0,0 +1,114 @@
const test = require('tap').test;
const Data = require('../../src/blocks/scratch3_data');
const blocks = new Data();
const lists = {};
const util = {
target: {
lookupOrCreateList (id, name) {
if (!(name in lists)) {
lists[name] = {value: []};
}
return lists[name];
}
}
};
test('List with postive infinity primitive contains postive infinity', t => {
lists.list = {value: [Infinity]};
let args = {ITEM: Infinity, LIST: {name: 'list'}};
let contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '[Infinity] contains Infinity');
lists.list = {value: [Infinity]};
args = {ITEM: 'Infinity', LIST: {name: 'list'}};
contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '[Infinity] contains "Infinity"');
lists.list = {value: [Infinity]};
args = {ITEM: 'INFINITY', LIST: {name: 'list'}};
contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '[Infinity] contains "INFINITY"');
lists.list = {value: ['Infinity']};
args = {ITEM: Infinity, LIST: {name: 'list'}};
contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '["Infinity"] contains Infinity');
lists.list = {value: ['Infinity']};
args = {ITEM: 'Infinity', LIST: {name: 'list'}};
contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '["Infinity"] contains "Infinity"');
lists.list = {value: ['Infinity']};
args = {ITEM: 'INFINITY', LIST: {name: 'list'}};
contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '["Infinity"] contains "INFINITY"');
lists.list = {value: ['INFINITY']};
args = {ITEM: Infinity, LIST: {name: 'list'}};
contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '["INFINITY"] contains Infinity');
lists.list = {value: ['INFINITY']};
args = {ITEM: 'Infinity', LIST: {name: 'list'}};
contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '["INFINITY"] contains "Infinity"');
lists.list = {value: ['INFINITY']};
args = {ITEM: 'INFINITY', LIST: {name: 'list'}};
contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '["INFINITY"] contains "INFINITY"');
t.end();
});
test('List with negative infinity primitive contains negative infinity', t => {
lists.list = {value: [-Infinity]};
let args = {ITEM: -Infinity, LIST: {name: 'list'}};
let contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '[-Infinity] contains -Infinity');
lists.list = {value: [-Infinity]};
args = {ITEM: '-Infinity', LIST: {name: 'list'}};
contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '[-Infinity] contains "-Infinity"');
lists.list = {value: [-Infinity]};
args = {ITEM: '-INFINITY', LIST: {name: 'list'}};
contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '[-Infinity] contains "-INFINITY"');
lists.list = {value: ['-Infinity']};
args = {ITEM: -Infinity, LIST: {name: 'list'}};
contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '["-Infinity"] contains -Infinity');
lists.list = {value: ['-Infinity']};
args = {ITEM: '-Infinity', LIST: {name: 'list'}};
contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '["-Infinity"] contains "-Infinity"');
lists.list = {value: ['-Infinity']};
args = {ITEM: '-INFINITY', LIST: {name: 'list'}};
contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '["-Infinity"] contains "-INFINITY"');
lists.list = {value: ['-INFINITY']};
args = {ITEM: -Infinity, LIST: {name: 'list'}};
contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '["-INFINITY"] contains -Infinity');
lists.list = {value: ['-INFINITY']};
args = {ITEM: '-Infinity', LIST: {name: 'list'}};
contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '["-INFINITY"] contains "-Infinity"');
lists.list = {value: ['-INFINITY']};
args = {ITEM: '-INFINITY', LIST: {name: 'list'}};
contains = blocks.listContainsItem(args, util);
t.strictEqual(contains, true, '["-INFINITY"] contains "-INFINITY"');
t.end();
});

1
test/unit/blocks_operators.js
View file

@ -28,7 +28,6 @@ test('multiply', t => {
test('divide', t => {
t.strictEqual(blocks.divide({NUM1: '2', NUM2: '2'}), 1);
t.strictEqual(blocks.divide({NUM1: '1', NUM2: '0'}), Infinity); // @todo
t.ok(isNaN(blocks.divide({NUM1: 'foo', NUM2: 'bar'}))); // @todo
t.end();
});

328
test/unit/blocks_operators_infinity.js Normal file
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@ -0,0 +1,328 @@
const test = require('tap').test;
const Operators = require('../../src/blocks/scratch3_operators');
const Data = require('../../src/blocks/scratch3_data');
const blocks = new Operators(null);
test('divide: (1) / (0) = Infinity', t => {
t.strictEqual(
blocks.divide({NUM1: '1', NUM2: '0'}), Infinity, '1 / 0 = Infinity'
);
t.end();
});
test('divide: division with Infinity', t => {
t.strictEqual(
blocks.divide({NUM1: 'Infinity', NUM2: 111}), Infinity, '"Infinity" / 111 = Infinity'
);
t.strictEqual(
blocks.divide({NUM1: 'INFINITY', NUM2: 222}), Infinity, '"INFINITY" / 222 = Infinity'
);
t.strictEqual(
blocks.divide({NUM1: Infinity, NUM2: 333}), Infinity, 'Infinity / 333 = Infinity'
);
t.strictEqual(
blocks.divide({NUM1: 111, NUM2: 'Infinity'}), 0, '111 / "Infinity" = 0'
);
t.strictEqual(
blocks.divide({NUM1: 222, NUM2: 'INFINITY'}), 0, '222 / "INFINITY" = 0'
);
t.strictEqual(
blocks.divide({NUM1: 333, NUM2: Infinity}), 0, '333 / Infinity = 0'
);
t.strictEqual(
blocks.divide({NUM1: '-Infinity', NUM2: 111}), -Infinity, '"-Infinity" / 111 = -Infinity'
);
t.strictEqual(
blocks.divide({NUM1: '-INFINITY', NUM2: 222}), -Infinity, '"-INFINITY" / 222 = -Infinity'
);
t.strictEqual(
blocks.divide({NUM1: -Infinity, NUM2: 333}), -Infinity, '-Infinity / 333 = -Infinity'
);
t.strictEqual(
blocks.divide({NUM1: 111, NUM2: '-Infinity'}), 0, '111 / "-Infinity" = 0'
);
t.strictEqual(
blocks.divide({NUM1: 222, NUM2: '-INFINITY'}), 0, '222 / "-INFINITY" = 0'
);
t.strictEqual(
blocks.divide({NUM1: 333, NUM2: -Infinity}), 0, '333 / -Infinity = 0'
);
t.end();
});
test('multiply: multiply Infinity with numbers', t => {
t.strictEqual(
blocks.multiply({NUM1: 'Infinity', NUM2: 111}), Infinity, '"Infinity" * 111 = Infinity'
);
t.strictEqual(
blocks.multiply({NUM1: 'INFINITY', NUM2: 222}), Infinity, '"INFINITY" * 222 = Infinity'
);
t.strictEqual(
blocks.multiply({NUM1: Infinity, NUM2: 333}), Infinity, 'Infinity * 333 = Infinity'
);
t.strictEqual(
blocks.multiply({NUM1: '-Infinity', NUM2: 111}), -Infinity, '"-Infinity" * 111 = -Infinity'
);
t.strictEqual(
blocks.multiply({NUM1: '-INFINITY', NUM2: 222}), -Infinity, '"-INFINITY" * 222 = -Infinity'
);
t.strictEqual(
blocks.multiply({NUM1: -Infinity, NUM2: 333}), -Infinity, '-Infinity * 333 = -Infinity'
);
t.strictEqual(
blocks.multiply({NUM1: -Infinity, NUM2: Infinity}), -Infinity, '-Infinity * Infinity = -Infinity'
);
t.strictEqual(
Number.isNaN(blocks.multiply({NUM1: Infinity, NUM2: 0})), true, 'Infinity * 0 = NaN'
);
t.end();
});
test('add: add Infinity to a number', t => {
t.strictEqual(
blocks.add({NUM1: 'Infinity', NUM2: 111}), Infinity, '"Infinity" + 111 = Infinity'
);
t.strictEqual(
blocks.add({NUM1: 'INFINITY', NUM2: 222}), Infinity, '"INFINITY" + 222 = Infinity'
);
t.strictEqual(
blocks.add({NUM1: Infinity, NUM2: 333}), Infinity, 'Infinity + 333 = Infinity'
);
t.strictEqual(
blocks.add({NUM1: '-Infinity', NUM2: 111}), -Infinity, '"-Infinity" + 111 = -Infinity'
);
t.strictEqual(
blocks.add({NUM1: '-INFINITY', NUM2: 222}), -Infinity, '"-INFINITY" + 222 = -Infinity'
);
t.strictEqual(
blocks.add({NUM1: -Infinity, NUM2: 333}), -Infinity, '-Infinity + 333 = -Infinity'
);
t.strictEqual(
Number.isNaN(blocks.add({NUM1: -Infinity, NUM2: Infinity})), true, '-Infinity + Infinity = NaN'
);
t.end();
});
test('subtract: subtract Infinity with a number', t => {
t.strictEqual(
blocks.subtract({NUM1: 'Infinity', NUM2: 111}), Infinity, '"Infinity" - 111 = Infinity'
);
t.strictEqual(
blocks.subtract({NUM1: 'INFINITY', NUM2: 222}), Infinity, '"INFINITY" - 222 = Infinity'
);
t.strictEqual(
blocks.subtract({NUM1: Infinity, NUM2: 333}), Infinity, 'Infinity - 333 = Infinity'
);
t.strictEqual(
blocks.subtract({NUM1: 111, NUM2: 'Infinity'}), -Infinity, '111 - "Infinity" = -Infinity'
);
t.strictEqual(
blocks.subtract({NUM1: 222, NUM2: 'INFINITY'}), -Infinity, '222 - "INFINITY" = -Infinity'
);
t.strictEqual(
blocks.subtract({NUM1: 333, NUM2: Infinity}), -Infinity, '333 - Infinity = -Infinity'
);
t.strictEqual(
Number.isNaN(blocks.subtract({NUM1: Infinity, NUM2: Infinity})), true, 'Infinity - Infinity = NaN'
);
t.end();
});
test('equals: compare string infinity and numeric Infinity', t => {
t.strictEqual(
blocks.equals({OPERAND1: 'Infinity', OPERAND2: 'INFINITY'}), true, '"Infinity" = "INFINITY"'
);
t.strictEqual(
blocks.equals({OPERAND1: 'INFINITY', OPERAND2: 'Infinity'}), true, '"INFINITY" = "Infinity"'
);
t.strictEqual(
blocks.equals({OPERAND1: 'Infinity', OPERAND2: 'Infinity'}), true, '"Infinity" = "Infinity"'
);
t.strictEqual(
blocks.equals({OPERAND1: 'INFINITY', OPERAND2: 'INFINITY'}), true, '"INFINITY" = "INFINITY"'
);
t.strictEqual(
blocks.equals({OPERAND1: 'INFINITY', OPERAND2: 'infinity'}), true, '"INFINITY" = "infinity"'
);
t.strictEqual(
blocks.equals({OPERAND1: Infinity, OPERAND2: Infinity}), true, 'Infinity = Infinity'
);
t.strictEqual(
blocks.equals({OPERAND1: 'Infinity', OPERAND2: Infinity}), true, '"Infinity" = Infinity'
);
t.strictEqual(
blocks.equals({OPERAND1: 'INFINITY', OPERAND2: Infinity}), true, '"INFINITY" = Infinity'
);
t.strictEqual(
blocks.equals({OPERAND1: Infinity, OPERAND2: 'Infinity'}), true, 'Infinity = "Infinity"'
);
t.strictEqual(
blocks.equals({OPERAND1: Infinity, OPERAND2: 'INFINITY'}), true, 'Infinity = "INFINITY'
);
t.end();
});
test('equals: compare string negative infinity and numeric negative Infinity', t => {
t.strictEqual(
blocks.equals({OPERAND1: '-Infinity', OPERAND2: '-INFINITY'}), true, '"-Infinity" = "-INFINITY"'
);
t.strictEqual(
blocks.equals({OPERAND1: '-INFINITY', OPERAND2: '-Infinity'}), true, '"-INFINITY" = "-Infinity"'
);
t.strictEqual(
blocks.equals({OPERAND1: '-Infinity', OPERAND2: '-Infinity'}), true, '"-Infinity" = "-Infinity"'
);
t.strictEqual(
blocks.equals({OPERAND1: '-INFINITY', OPERAND2: '-INFINITY'}), true, '"-INFINITY" = "-INFINITY"'
);
t.strictEqual(
blocks.equals({OPERAND1: '-INFINITY', OPERAND2: '-infinity'}), true, '"-INFINITY" = "-infinity"'
);
t.strictEqual(
blocks.equals({OPERAND1: -Infinity, OPERAND2: -Infinity}), true, '-Infinity = -Infinity'
);
t.strictEqual(
blocks.equals({OPERAND1: '-Infinity', OPERAND2: -Infinity}), true, '"-Infinity" = -Infinity'
);
t.strictEqual(
blocks.equals({OPERAND1: '-INFINITY', OPERAND2: -Infinity}), true, '"-INFINITY" = -Infinity'
);
t.strictEqual(
blocks.equals({OPERAND1: -Infinity, OPERAND2: '-Infinity'}), true, '-Infinity = "-Infinity"'
);
t.strictEqual(
blocks.equals({OPERAND1: -Infinity, OPERAND2: '-INFINITY'}), true, '-Infinity = "-INFINITY'
);
t.end();
});
test('equals: compare negative to postive string and numeric Infinity', t => {
t.strictEqual(
blocks.equals({OPERAND1: '-Infinity', OPERAND2: 'Infinity'}), false, '"-Infinity" != "Infinity"'
);
t.strictEqual(
blocks.equals({OPERAND1: '-Infinity', OPERAND2: 'INFINITY'}), false, '"-infinity" != "INFINITY"'
);
t.strictEqual(
blocks.equals({OPERAND1: '-INFINITY', OPERAND2: 'Infinity'}), false, '"-INFINITY" != "Infinity"'
);
t.strictEqual(
blocks.equals({OPERAND1: '-INFINITY', OPERAND2: 'INFINITY'}), false, '"-INFINITY" != "INFINITY"'
);
t.strictEqual(
blocks.equals({OPERAND1: '-Infinity', OPERAND2: Infinity}), false, '"-Infinity" != Infinity'
);
t.strictEqual(
blocks.equals({OPERAND1: '-INFINITY', OPERAND2: Infinity}), false, '"-INFINITY" != Infinity'
);
t.strictEqual(
blocks.equals({OPERAND1: 'Infinity', OPERAND2: -Infinity}), false, '"Infinity" != -Infinity'
);
t.strictEqual(
blocks.equals({OPERAND1: 'INFINITY', OPERAND2: -Infinity}), false, '"INFINITY" != -Infinity'
);
t.strictEqual(
blocks.equals({OPERAND1: Infinity, OPERAND2: -Infinity}), false, 'Infinity != -Infinity'
);
t.end();
});
test('less than: compare string infinity and numeric Infinity', t => {
t.strictEqual(
blocks.lt({OPERAND1: 'Infinity', OPERAND2: 'INFINITY'}), false, '"Infinity" !< "INFINITY"'
);
t.strictEqual(
blocks.lt({OPERAND1: 'INFINITY', OPERAND2: Infinity}), false, '"INFINITY" !< "Infinity"'
);
t.strictEqual(
blocks.lt({OPERAND1: '-INFINITY', OPERAND2: 'INFINITY'}), true, '"-Infinity" < "INFINITY"'
);
t.strictEqual(
blocks.lt({OPERAND1: -Infinity, OPERAND2: 'INFINITY'}), true, '-Infinity < "INFINITY"'
);
t.strictEqual(
blocks.lt({OPERAND1: 'Infinity', OPERAND2: 111}), false, '"Infinity" !< 111'
);
t.strictEqual(
blocks.lt({OPERAND1: 'INFINITY', OPERAND2: 222}), false, '"INFINITY" !< 222'
);
t.strictEqual(
blocks.lt({OPERAND1: Infinity, OPERAND2: 333}), false, 'Infinity !< 333'
);
t.strictEqual(
blocks.lt({OPERAND1: 111, OPERAND2: 'Infinity'}), true, '111 < "Infinity"'
);
t.strictEqual(
blocks.lt({OPERAND1: 222, OPERAND2: 'INFINITY'}), true, '222 < "INFINITY"'
);
t.strictEqual(
blocks.lt({OPERAND1: 333, OPERAND2: Infinity}), true, '333 < Infinity'
);
t.end();
});
test('more than: compare string infinity and numeric Infinity', t => {
t.strictEqual(
blocks.gt({OPERAND1: 'Infinity', OPERAND2: 'INFINITY'}), false, '"Infinity" !> "INFINITY"'
);
t.strictEqual(
blocks.gt({OPERAND1: 'INFINITY', OPERAND2: Infinity}), false, '"INFINITY" !> "Infinity"'
);
t.strictEqual(
blocks.gt({OPERAND1: 'INFINITY', OPERAND2: '-INFINITY'}), true, '"Infinity" < "-INFINITY"'
);
t.strictEqual(
blocks.gt({OPERAND1: Infinity, OPERAND2: '-INFINITY'}), true, 'Infinity < "-INFINITY"'
);
t.strictEqual(
blocks.gt({OPERAND1: 'Infinity', OPERAND2: 111}), true, '"Infinity" > 111'
);
t.strictEqual(
blocks.gt({OPERAND1: 'INFINITY', OPERAND2: 222}), true, '"INFINITY" > 222'
);
t.strictEqual(
blocks.gt({OPERAND1: Infinity, OPERAND2: 333}), true, 'Infinity > 333'
);
t.strictEqual(
blocks.gt({OPERAND1: 111, OPERAND2: 'Infinity'}), false, '111 !> "Infinity"'
);
t.strictEqual(
blocks.gt({OPERAND1: 222, OPERAND2: 'INFINITY'}), false, '222 !> "INFINITY"'
);
t.strictEqual(
blocks.gt({OPERAND1: 333, OPERAND2: Infinity}), false, '333 !> Infinity'
);
t.end();
});