ARCHIVE/xahau.js
1
0
Fork 0
mirror of https://github.com/Xahau/xahau.js.git synced 2025-11-20 04:05:52 +00:00
Code Issues Packages Projects Releases Wiki Activity

Adds @xrplf prettier config (#1598)

Browse Source 
* build: new prettier config
This commit is contained in:
Nathan Nichols
2021-09-03 15:41:20 -07:00
committed by Mayukha Vadari
parent 8c5bc22317
commit e200de3073
263 changed files with 10185 additions and 10133 deletions
Download Patch File Download Diff File Expand all files Collapse all files

162
test/utils/xrpToDrops.ts
View File

@@ -1,110 +1,110 @@
import BigNumber from "bignumber.js";
import { assert } from "chai";
import BigNumber from 'bignumber.js'
import { assert } from 'chai'
import { xrpToDrops } from "../../src/utils";
import { xrpToDrops } from '../../src/utils'
describe("xrpToDrops", function () {
it("works with a typical amount", function () {
const drops = xrpToDrops("2");
assert.strictEqual(drops, "2000000", "2 XRP equals 2 million drops");
});
describe('xrpToDrops', function () {
it('works with a typical amount', function () {
const drops = xrpToDrops('2')
assert.strictEqual(drops, '2000000', '2 XRP equals 2 million drops')
})
it("works with fractions", function () {
let drops = xrpToDrops("3.456789");
assert.strictEqual(drops, "3456789", "3.456789 XRP equals 3,456,789 drops");
drops = xrpToDrops("3.400000");
assert.strictEqual(drops, "3400000", "3.400000 XRP equals 3,400,000 drops");
drops = xrpToDrops("0.000001");
assert.strictEqual(drops, "1", "0.000001 XRP equals 1 drop");
drops = xrpToDrops("0.0000010");
assert.strictEqual(drops, "1", "0.0000010 XRP equals 1 drop");
});
it('works with fractions', function () {
let drops = xrpToDrops('3.456789')
assert.strictEqual(drops, '3456789', '3.456789 XRP equals 3,456,789 drops')
drops = xrpToDrops('3.400000')
assert.strictEqual(drops, '3400000', '3.400000 XRP equals 3,400,000 drops')
drops = xrpToDrops('0.000001')
assert.strictEqual(drops, '1', '0.000001 XRP equals 1 drop')
drops = xrpToDrops('0.0000010')
assert.strictEqual(drops, '1', '0.0000010 XRP equals 1 drop')
})
it("works with zero", function () {
let drops = xrpToDrops("0");
assert.strictEqual(drops, "0", "0 XRP equals 0 drops");
it('works with zero', function () {
let drops = xrpToDrops('0')
assert.strictEqual(drops, '0', '0 XRP equals 0 drops')
// negative zero is equivalent to zero
drops = xrpToDrops("-0");
assert.strictEqual(drops, "0", "-0 XRP equals 0 drops");
drops = xrpToDrops("0.000000");
assert.strictEqual(drops, "0", "0.000000 XRP equals 0 drops");
drops = xrpToDrops("0.0000000");
assert.strictEqual(drops, "0", "0.0000000 XRP equals 0 drops");
});
drops = xrpToDrops('-0')
assert.strictEqual(drops, '0', '-0 XRP equals 0 drops')
drops = xrpToDrops('0.000000')
assert.strictEqual(drops, '0', '0.000000 XRP equals 0 drops')
drops = xrpToDrops('0.0000000')
assert.strictEqual(drops, '0', '0.0000000 XRP equals 0 drops')
})
it("works with a negative value", function () {
const drops = xrpToDrops("-2");
assert.strictEqual(drops, "-2000000", "-2 XRP equals -2 million drops");
});
it('works with a negative value', function () {
const drops = xrpToDrops('-2')
assert.strictEqual(drops, '-2000000', '-2 XRP equals -2 million drops')
})
it("works with a value ending with a decimal point", function () {
let drops = xrpToDrops("2.");
assert.strictEqual(drops, "2000000", "2. XRP equals 2000000 drops");
drops = xrpToDrops("-2.");
assert.strictEqual(drops, "-2000000", "-2. XRP equals -2000000 drops");
});
it('works with a value ending with a decimal point', function () {
let drops = xrpToDrops('2.')
assert.strictEqual(drops, '2000000', '2. XRP equals 2000000 drops')
drops = xrpToDrops('-2.')
assert.strictEqual(drops, '-2000000', '-2. XRP equals -2000000 drops')
})
it("works with BigNumber objects", function () {
let drops = xrpToDrops(new BigNumber(2));
it('works with BigNumber objects', function () {
let drops = xrpToDrops(new BigNumber(2))
assert.strictEqual(
drops,
"2000000",
"(BigNumber) 2 XRP equals 2 million drops"
);
drops = xrpToDrops(new BigNumber(-2));
'2000000',
'(BigNumber) 2 XRP equals 2 million drops',
)
drops = xrpToDrops(new BigNumber(-2))
assert.strictEqual(
drops,
"-2000000",
"(BigNumber) -2 XRP equals -2 million drops"
);
});
'-2000000',
'(BigNumber) -2 XRP equals -2 million drops',
)
})
it("works with a number", function () {
it('works with a number', function () {
// This is not recommended. Use strings or BigNumber objects to avoid precision errors.
let drops = xrpToDrops(2);
let drops = xrpToDrops(2)
assert.strictEqual(
drops,
"2000000",
"(number) 2 XRP equals 2 million drops"
);
drops = xrpToDrops(-2);
'2000000',
'(number) 2 XRP equals 2 million drops',
)
drops = xrpToDrops(-2)
assert.strictEqual(
drops,
"-2000000",
"(number) -2 XRP equals -2 million drops"
);
});
'-2000000',
'(number) -2 XRP equals -2 million drops',
)
})
it("throws with an amount with too many decimal places", function () {
it('throws with an amount with too many decimal places', function () {
assert.throws(() => {
xrpToDrops("1.1234567");
}, /has too many decimal places/u);
xrpToDrops('1.1234567')
}, /has too many decimal places/u)
assert.throws(() => {
xrpToDrops("0.0000001");
}, /has too many decimal places/u);
});
xrpToDrops('0.0000001')
}, /has too many decimal places/u)
})
it("throws with an invalid value", function () {
it('throws with an invalid value', function () {
assert.throws(() => {
xrpToDrops("FOO");
}, /invalid value/u);
xrpToDrops('FOO')
}, /invalid value/u)
assert.throws(() => {
xrpToDrops("1e-7");
}, /invalid value/u);
xrpToDrops('1e-7')
}, /invalid value/u)
assert.throws(() => {
xrpToDrops("2,0");
}, /invalid value/u);
xrpToDrops('2,0')
}, /invalid value/u)
assert.throws(() => {
xrpToDrops(".");
}, /xrpToDrops: invalid value '\.', should be a BigNumber or string-encoded number\./u);
});
xrpToDrops('.')
}, /xrpToDrops: invalid value '\.', should be a BigNumber or string-encoded number\./u)
})
it("throws with an amount more than one decimal point", function () {
it('throws with an amount more than one decimal point', function () {
assert.throws(() => {
xrpToDrops("1.0.0");
}, /xrpToDrops: invalid value '1\.0\.0'/u);
xrpToDrops('1.0.0')
}, /xrpToDrops: invalid value '1\.0\.0'/u)
assert.throws(() => {
xrpToDrops("...");
}, /xrpToDrops: invalid value '\.\.\.'/u);
});
});
xrpToDrops('...')
}, /xrpToDrops: invalid value '\.\.\.'/u)
})
})