Measurement

This is an example of how measurements can be saved in tests.

The set_case_measurement function allows to save measurement result to database. The code for this example can be seen inside the hardpy package Measurement.

how to start

1. Launch hardpy init measurement.
2. Launch CouchDB instance.
3. Modify the files described below.
4. Launch hardpy run measurement.

test_1.py

import pytest

from hardpy import ComparisonOperation as CompOp, NumericMeasurement, set_case_measurement, set_message

pytestmark = pytest.mark.module_name("Numeric measurement")

@pytest.mark.case_name("Test 1")
def test_1():
    meas0 = NumericMeasurement(value=1.0)
    set_case_measurement(meas0)
    set_message(f"{meas0.value}")
    meas1 = NumericMeasurement(value=10, operation=CompOp.EQ, comparison_value=10)
    set_case_measurement(meas1)
    meas2 = NumericMeasurement(value=9, operation=CompOp.EQ, comparison_value=10)
    set_case_measurement(meas2)
    assert meas1.result
    assert meas2.result, "value is not equal to 10"

@pytest.mark.case_name("Test 2")
def test_2():
    meas = NumericMeasurement(value=5, operation=CompOp.NE, comparison_value=3)
    set_case_measurement(meas)
    assert meas.result

@pytest.mark.case_name("Test 3")
def test_3():
    meas = NumericMeasurement(value=7, operation=CompOp.GELE, lower_limit=5, upper_limit=10)
    set_case_measurement(meas)
    assert meas.result

test_2.py

import pytest

from hardpy import ComparisonOperation as CompOp, StringMeasurement, set_case_measurement

pytestmark = pytest.mark.module_name("String measurement")

@pytest.mark.case_name("Test 1")
def test_1():
    meas1 = StringMeasurement(value="1.2.1", operation=CompOp.EQ, comparison_value="1.2.1")
    set_case_measurement(meas1)
    assert meas1.result

    meas2 = StringMeasurement(value="ABC", operation=CompOp.EQ, comparison_value="abc")
    meas3 = StringMeasurement(value="ABC", operation=CompOp.EQ, casesensitive=False, comparison_value="abc")
    assert not meas2.result
    assert meas3.result