_close_application
# _init_systems_scroll # Dont test
# _get_retro_flags
# _get_selected_BOM_systems
_get_report_style
# get_unique_systems
# get_product_database_name
_generate_report
if __name__ == '__main__':
# Initialization
context = AppContext()
dialog = QDialog()
server_name = '.\DT_SQLEXPRESS'
driver_name = 'SQL Server Native Client 11.0'
database_name = 'PBJobDB_test'
product_db = 'ProductDB'
path_mdf = r"C:\Users\z003vrzk\.spyder-py3\Scripts\Work\panel_builder\SQLTest\JHW\JobDB.mdf"
path_ldf = r"C:\Users\z003vrzk\.spyder-py3\Scripts\Work\panel_builder\SQLTest\JHW\JobDB_Log.ldf"
path_j_vars = r"C:\Users\z003vrzk\.spyder-py3\Scripts\Work\panel_builder\SQLTest\JHW\j_vars.ini"
context.path_mdf = path_mdf
context.path_ldf = path_ldf
context.path_j_vars = path_j_vars
widget = ReportDialog(context)
# widget.exec() # Show dialog
# Find the correct product database. If the product database does
def testALEXDualInterleavedTIFF(self, **kwargs):
"""
Loads and tests ALEX Dual cam view TIFF with interleaved video.
The channel order is assumed to be
Dexc-Aem -> Aexc-Aem -> Dexc-Dem -> Aexc-Dem (blank)
Otherwise it might be impossible to auto-detect...
"""
self.setFile(**kwargs)
self.refreshPlot()
self.show()
if __name__ == "__main__":
ctxt = AppContext()
ctxt.load_resources()
cls = SetUp()
# cls.testAlexQuadTIFF(
# path="../resources/movies/Test_Quad_2c.tif",
# donor_is_left=True,
# donor_is_first=True,
# )
#
# cls.testAlexDualFITS(
# path="../resources/movies/Antibody_RNAP_KG7_22degrees_667.fits",
# donor_is_left = True,
# donor_is_first = False,
# )
# Third party imports
from PyQt5.QtWidgets import (QMainWindow, QApplication, QDialog, QFileDialog,
QMessageBox, QLineEdit, QCheckBox,
QVBoxLayout)
from PyQt5.QtTest import QTest
from PyQt5 import QtCore
# Local imports
from ProductUpdateDialog import ProductUpdateDialog
from main import AppContext
#%%
context = AppContext()
widget = ProductUpdateDialog(context)
class ProductUpdateTest(unittest.TestCase):
def setUp(self):
# Find the correct product database. If the product database does
# Not exist then raise a message to the user
path_mdf, path_ldf, database_name = widget.get_product_database_name()
return None
def test_get_product_database_name(self):
# Find the correct product database. If the product database does
# Not exist then raise a message to the user