Testing Namespace Reference

Classes
class	SilentOutput

Functions
def	roundingMinMax (d)
def	assert_true (b, failure_message="")
def	assert_false (b, failure_message="")
def	assert_equal (e1, e2, failure_message="")
def	assert_almost_equal (e1, e2, epsilon=0.0001, failure_message="")
def	echo_function (text)
def	echo_single_test (text)

Function Documentation

def Testing.assert_almost_equal	(		e1,
			e2,
			epsilon = 0.0001,
			failure_message = ""
	)

Raise a FailedAssertException if the two expressions 'e1' and 'e2' 
are not equal up to 'epsilon'

First try to use
```
e1.is_almost_equal(e2,epsilon)
```
because some objects in 'phystricks' have that method.

If `e1` has not that method :
- assume that `e1` and `e2` are numerical
- compute a numerical approximation
- fail if the absolute value of the difference
    is larger than `epsilon`

def Testing.assert_equal	(		e1,
			e2,
			failure_message = ""
	)

Raise a FailedAssertException if the two expressions 'e1' and 'e2' 
are not equal.

def Testing.assert_false	(		b,
			failure_message = ""
	)

Raise a FailedAssertException if the boolean is True

def Testing.assert_true	(		b,
			failure_message = ""
	)

Raise a FailedAssertException if the boolean is False.

def Testing.echo_function

(

text

)

def Testing.echo_single_test

(

text

)

def Testing.roundingMinMax

(

d

)

From a dictionary of "xmin,..." return the dictionary of three-digit rounded values