def test_to_usd():
"""
Tests the to_usd function.
"""
assert to_usd(1000.2342) == "$1,000.23"
assert to_usd(100.23) == "$100.23"
assert to_usd(100.2) == "$100.20"
def test_to_usd():
result = to_usd(5)
assert result == "$5.00"
result = to_usd(2100.1)
assert result == "$2,100.10"
result = to_usd(21.99)
assert result == "$21.99"
def test_to_usd():
result = to_usd(40.5)
assert result == "$40.50"
result = to_usd(39.19294094)
assert result == "$39.19"
def test_to_usd():
# function should add dollar sign and transform numeric object into string
assert to_usd(4.50) == '$4.50'
# function should round to two decimal places
assert to_usd(4.5) == '$4.50'
assert to_usd(4.5555) == '$4.56'
# function should apply commas for numbers greater than 1,000
assert to_usd(1234567890.5555) == '$1,234,567,890.56'
def test_to_usd(): # to test price formatting
assert to_usd(18.50) == "$18.50"
assert to_usd(18.5) == "$18.50"
assert to_usd(18.5099999) == "$18.51"
assert to_usd(3195849.65) == "$3,195,849.65"
def test_to_usd():
result = to_usd(1500)
assert result == "$1,500.00"
result = to_usd(98.78384)
assert result == "$98.78"
result = to_usd(2.5)
assert result == "$2.50"
def test_to_usd(): #Taken from executive dashboard testing
#Tests whether number is returned with $ sign and two decimal places
assert to_usd(10) == "$10.00"
#Tests whether number rounds decimal places
assert to_usd(10.33333333333333) == "$10.33"
#Tests whether there is a thousand seperator
assert to_usd(10000) == "$10,000.00"
def test_to_usd():
assert to_usd(2.5) == "$2.50"
assert to_usd(2.50) == "$2.50"
assert to_usd(2.555556) == "$2.56"
assert to_usd(1234567890.678) == "$1,234,567,890.68"
assert to_usd(2.555556) == "$2.56"
def test_to_usd():
# it should apply USD formatting
assert to_usd(4.50) == "$4.50"
# it should display two decimal places
assert to_usd(4.5) == "$4.50"
# it should round to two places
assert to_usd(4.55555) == "$4.56"
# it should display thousands separators
assert to_usd(1234567890.5555555) == "$1,234,567,890.56"
def test_to_usd():
#adapted from https://github.com/s2t2/robo-advisor-screencast/blob/v3-testing/test/advisor_test.py
# it should apply USD formatting
assert to_usd(4.50) == "$4.50"
# it should display two decimal places
assert to_usd(4.5) == "$4.50"
# it should round to two places
assert to_usd(4.55555) == "$4.56"
# it should display thousands separators
assert to_usd(1234567890.5555555) == "$1,234,567,890.56"
def test_to_usd():
"""
Tests that the to_usd function correctly reformats price values in US dollars.
"""
# it should apply USD formatting
assert to_usd(4.50) == "$4.50"
# it should display two decimal places
assert to_usd(4.5) == "$4.50"
# it should round to two places
assert to_usd(4.55555) == "$4.56"
# it should display thousands separators
assert to_usd(1234567890.5555555) == "$1,234,567,890.56"
def test_to_usd():
"""
tests that to_usd() creates a string from a float that does the following:
1) converts to two decimals
2) includes commas for thousands place
3) includes a dollar sign
"""
price = 34903.727
result = to_usd(price)
assert result == "$34,903.73"
def test_to_usd_isZero():
result = to_usd(0)
assert result == '$0.00'
def test_to_usd_isNegative():
result = to_usd(-1.23)
assert result == '$-1.23'
def test_to_usd_isLongFloat():
result = to_usd(1.2345)
assert result == '$1.23'
def test_to_usd_isFloat():
result = to_usd(1.23)
assert result == '$1.23'
def test_to_usd():
result = to_usd(82.9)
assert result == "$82.90"
def test_to_usd():
assert to_usd(5) == "$5.00"
assert to_usd(0.26) == "$0.26"
assert to_usd(4.2) == "$4.20"
assert to_usd(1000) == "$1,000.00"
def test_to_usd():
assert to_usd(123456.8) == "$123,456.80"
def test_to_usd():
assert to_usd(4.50) == "$4.50" #Adds the Dollaer
assert to_usd(4.5) == "$4.50" #Has two decimal places
assert to_usd(4.5555555) == "$4.56" #should round to two decimal places
assert to_usd(123456789.5555
) == "$123,456,789.56" # should display thousand separators
def test_to_usd():
assert to_usd(5) == "$5.00"
assert to_usd(5.777) == "$5.78"
assert to_usd(12345) == "$12,345.00"
def test_to_usd():
result = to_usd(1223.6)
assert result == "$1,223.60"
def test_to_usd():
assert to_usd(3.1415926) == "$3.14"
def test_to_usd_thousandsSeperator():
result = to_usd(1000)
assert len(result.split(",")) > 1
def test_to_usd_isSingleDigit():
result = to_usd(1)
assert result == '$1.00'
def test_to_usd():
result = to_usd(5)
assert result == "$5.00"
def test_to_usd():
result = to_usd(3.47)
assert result == f"${3.47:,.2f}"
def test_to_usd():
assert to_usd(123123) == "$123,123.00"
def test_usd():
result = to_usd(4)
assert result == "$4.00"
def test_to_usd_isDoubleDigit():
result = to_usd(20)
assert result == '$20.00'
