def test_load_camera(self, tmp_path):
"""Test loading a camera from class file directly."""
name = "Dummy Camera"
class_name = "DummyCamera"
config_defaults = {
"intval": "1",
"boolval": "No",
"strval": "This is a test string"
}
device_py_path = tmp_path / "dummy_camera.py"
with open(device_py_path, "w+") as f:
f.write(
dummy_device.format(class_name=class_name,
name=name,
parent_class="CameraInterface"))
loader = pylo.DeviceLoader()
loader.addDeviceFromFile("camera", name, device_py_path, class_name,
config_defaults, "Test description")
controller = pylo.Controller(None, pylo.AbstractConfiguration())
device = self.check_loaded_device(loader,
name,
class_name,
"dummy-camera",
kind="camera",
controller=controller)
assert hasattr(device, "controller")
assert isinstance(device.controller, pylo.Controller)
assert device.controller == controller
assert isinstance(device, pylo.CameraInterface)
def controller():
configuration = DummyConfiguration()
configuration.reset()
controller = pylo.Controller(DummyView(), configuration)
yield controller
# clear events
pylo.before_start.clear()
pylo.before_init.clear()
pylo.init_ready.clear()
pylo.user_ready.clear()
pylo.series_ready.clear()
pylo.microscope_ready.clear()
pylo.before_record.clear()
pylo.after_record.clear()
pylo.measurement_ready.clear()
controller.view.reset()
controller.configuration.reset()
import os
if __name__ == "__main__":
# For direct call only
import sys
sys.path.insert(0, os.path.dirname(os.path.dirname(__file__)))
import random
import pytest
import math
import pylo
controller = pylo.Controller(pylo.AbstractView(), pylo.AbstractConfiguration())
###############################################################################
### ###
### Change only this for testing a different microscope ###
### ###
###############################################################################
# How to use
# **********
#
# 1. Create a new function `create_your_microscope()` that returns your
# microscope object instance
# 2. Add your `create_your_microscope()` to the configurations tuple
#
# For an example check the commented code below.
# def create_your_microscope() -> plyo.MicroscopeInterface
import pprint
import time
import random
import threading
import importlib
import traceback
try:
import pylo
print("Preparing...")
view = pylo.DMView()
configuration = pylo.AbstractConfiguration()
controller = pylo.Controller(view, configuration)
controller.microscope = pylo.loader.getDevice("Dummy Microscope",
controller)
controller.camera = pylo.loader.getDevice("Dummy Camera", controller)
tests = [
# "error",
# "hint",
# "create-measurement",
"create-measurement-series",
# "ask-for-decision",
# "show-settings",
# "show-custom-tags",
# "ask-for",
# "show-running",
def test_expand_vars(self):
controller = pylo.Controller(pylo.AbstractView(),
pylo.AbstractConfiguration())
controller.microscope = pylo.loader.getDevice("Dummy Microscope",
controller)
controller.camera = pylo.loader.getDevice("Dummy Camera", controller)
text = []
check = []
series = {}
start = {}
s = series
for i, var in enumerate(controller.microscope.supported_measurement_variables):
s["variable"] = var.unique_id
s["start"] = pylolib.parse_value(var.format,
random.uniform(var.min_value, var.max_value / 2))
s["end"] = pylolib.parse_value(var.format,
random.uniform(var.max_value / 2, var.max_value))
s["step-width"] = pylolib.parse_value(var.format,
(s["end"] - s["start"]) / 5)
start[var.unique_id] = s["start"]
if var.has_calibration and isinstance(var.calibrated_name, str):
name = var.calibrated_name
else:
name = var.name
if var.has_calibration and isinstance(var.calibrated_unit, str):
unit = var.calibrated_unit
else:
unit = var.unit
text.append("id: {{varname[{}]}}".format(var.unique_id))
check.append(("id", name))
text.append("unit: {{varunit[{}]}}".format(var.unique_id))
check.append(("unit", unit))
text.append("step: {{step[{}]}}".format(var.unique_id))
check.append(("step", ("step", var.unique_id)))
text.append("hstep: {{humanstep[{}]}}".format(var.unique_id))
check.append(("hstep", ("humanstep", var.unique_id)))
text.append("start: {{start[{}]}}".format(var.unique_id))
check.append(("start", start[var.unique_id]))
text.append("hstart: {{humanstart[{}]}}".format(var.unique_id))
check.append(("hstart", self.formatVar(var, start[var.unique_id])))
j = i
text.append("series-start: {{series[{}][start]}}".format(j))
check.append(("series-start", s["start"]))
text.append("series-end: {{series[{}][end]}}".format(j))
check.append(("series-end", s["end"]))
text.append("series-width: {{series[{}][step-width]}}".format(j))
check.append(("series-width", s["step-width"]))
text.append("series-id: {{series[{}][variable]}}".format(j))
check.append(("series-id", var.unique_id))
text.append("hseries-start: {{humanseries[{}][start]}}".format(j))
check.append(("hseries-start", self.formatVar(var, s["start"])))
text.append("hseries-end: {{humanseries[{}][end]}}".format(j))
check.append(("hseries-end", self.formatVar(var, s["end"])))
text.append("hseries-width: {{humanseries[{}][step-width]}}".format(j))
check.append(("hseries-width", self.formatVar(var, s["step-width"])))
text.append("hseries-var: {{humanseries[{}][variable]}}".format(j))
check.append(("hseries-var", name))
if i + 1 < len(controller.microscope.supported_measurement_variables):
s["on-each-point"] = {}
s = s["on-each-point"]
steps = pylo.MeasurementSteps(controller, start, series)
counter = random.randint(0, len(steps) - 1)
step = steps[counter]
text.append("counter: {counter}")
check.append(("counter", counter))
time_format = "%Y%m%d%H%M"
text.append("time: {{time:{}}}".format(time_format))
check.append(("time", datetime.datetime.now().strftime(time_format)))
tags = {
"test 1": "Value",
"group": {
"test 2": 1,
"test 3": False
}
}
text.append("tag: {tags[test 1]}")
check.append(("tag", tags["test 1"]))
text.append("tag: {tags[group][test 2]}")
check.append(("tag", tags["group"]["test 2"]))
text.append("tag: {tags[group][test 3]}")
check.append(("tag", tags["group"]["test 3"]))
formatted_text = pylolib.expand_vars(*text, controller=controller,
step=step, start=start,
series=series, tags=tags,
counter=counter)
print("step", step)
print("start", start)
print("series", series)
print("tags", tags)
print("counter", counter)
print("check", check)
print(formatted_text)
for i, (name, val) in enumerate(check):
if (isinstance(val, tuple) and len(val) == 2 and
val[0] in ("step", "humanstep")):
if val[0] == "step":
val = step[val[1]]
else:
var = controller.microscope.getMeasurementVariableById(val[1])
val = self.formatVar(var, step[val[1]])
val = str(val)
print("searching for",name, "with value", val)
assert val in formatted_text[i]
def test_for_not_implemented(self):
camera = pylo.CameraInterface(controller=pylo.Controller(
pylo.AbstractView(), pylo.AbstractConfiguration()))
with pytest.raises(NotImplementedError):
camera.recordImage()
def test_show_settings_raise_not_implemented(self, view):
"""Test if all the functions raise NotImplementedErrors"""
with pytest.raises(NotImplementedError):
view.showSettings(
pylo.Controller(view, pylo.AbstractConfiguration()))
def test_show_create_measurement_raise_not_implemented(self, view):
"""Test if all the functions raise NotImplementedErrors"""
with pytest.raises(NotImplementedError):
view.showCreateMeasurement(
pylo.Controller(view, pylo.AbstractConfiguration()))
