def test_14_display_ListWindow_fillEmpty(preCreatedListWindow, capsys, height):
createdListWindow = ListWindow(height, 100, {"Title": "List"}, 3,
("Column1", "Column2", "Column3"))
createdListWindow.setHeader()
createdListWindow.makeheader()
tableLines = createdListWindow.makeTable(
createdListWindow.tableHeaderElements, createdListWindow.lines,
createdListWindow.tableMaxLen)
leftAlignTableLines = []
for line in tableLines:
lineLen = len(line)
leftAlignTableLines.append(" " + line + " " +
(createdListWindow.boxWidth - lineLen) *
" ")
headerLines = createdListWindow.header
createdListWindow.draw(fillWindow=True)
captured = capsys.readouterr()
lineIdentifiers = list(string.ascii_lowercase) + list(
string.ascii_uppercase)
blankLines = (height - len(headerLines) - len(tableLines)) * [100 * " "]
expectedLines = []
for iline, line in enumerate(headerLines + blankLines +
leftAlignTableLines):
expectedLines.append(line.replace(" ", lineIdentifiers[iline]))
modCapturedLines = []
for iline, line in enumerate(captured.out.split("\n")):
if line != "":
modCapturedLines.append(line.replace(" ", lineIdentifiers[iline]))
#####################################################################################
print(
"/////////////////////////////// EXPECTATION /////////////////////////////////////"
)
for line in expectedLines:
print(line)
print(
"///////////////////////////////// RETURN ////////////////////////////////////////"
)
for line in modCapturedLines:
print(line)
#####################################################################################
assert len(expectedLines) == len(modCapturedLines)
for iline in range(len(modCapturedLines)):
assert modCapturedLines[iline] == expectedLines[iline]
def test_16_display_ListWindow_fillEmpty_afterTableDraw(capsys, height):
"""
This test is used to varify
"""
def mock_input(s):
return s + " (mocked)"
createdListWindow = ListWindow(height, 100, {"Title": "List"}, 3,
("Column1", "Column2", "Column3"))
createdListWindow.setHeader()
createdListWindow.makeheader()
headerLines = createdListWindow.header
tableEntries = []
tableEntries2 = []
for i in range(5):
tableEntries.append(("Entry" + str(i) + ",1", "Entry" + str(i) + ",2",
"Entry" + str(i) + ",3"))
tableEntries2.append(
("SecEntry" + str(i) + ",1", "SecEntry" + str(i) + ",2",
"SecEntry" + str(i) + ",3"))
createdListWindow.update(tableEntries)
tableLines = createdListWindow.makeTable(
createdListWindow.tableHeaderElements, createdListWindow.lines,
createdListWindow.tableMaxLen)
createdListWindow.draw(fillWindow=True)
captured = capsys.readouterr()
# -1 because there is one empty element after the split
assert len(captured.out.split("\n")) - 1 == height
# for iline, line in enumerate(captured.out.split("\n")):
# print(iline, "a ",line)
# captured = capsys.readouterr()
display.input = mock_input
createdListWindow.interact("Requesting input", None, onlyInteraction=True)
createdListWindow.lines = []
createdListWindow.update(tableEntries2)
tableLines2 = createdListWindow.makeTable(
createdListWindow.tableHeaderElements, createdListWindow.lines,
createdListWindow.tableMaxLen)
createdListWindow.draw(fillWindow=True)
captured = capsys.readouterr()
assert len(captured.out.split("\n")) - 1 == height
# for iline, line in enumerate(captured.out.split("\n")):
# print("{0:2}".format(iline), "b",line)
#Build expectation
lineIdentifiers = 3 * (list(string.ascii_lowercase) +
list(string.ascii_uppercase) + list(range(10)))
leftAlignTableLines = []
for line in tableLines:
lineLen = len(line)
leftAlignTableLines.append(" " + line + " " +
(createdListWindow.boxWidth - lineLen) *
" ")
leftAlignTableLines2 = []
for line in tableLines2:
lineLen = len(line)
leftAlignTableLines2.append(" " + line + " " +
(createdListWindow.boxWidth - lineLen) *
" ")
interactionStr = "" + mock_input("Requesting input: Requesting input: ")
interaction = [interactionStr + " " * (100 - len(interactionStr))]
blankLines = (height - len(headerLines) - len(leftAlignTableLines) -
len(leftAlignTableLines2) - 1) * [100 * " "]
expectedLines = []
for iline, line in enumerate(headerLines + blankLines +
leftAlignTableLines + interaction +
leftAlignTableLines2):
expectedLines.append(line.replace(" ", lineIdentifiers[iline]))
modCapturedLines = []
for iline, line in enumerate(captured.out.split("\n")):
if line != "":
modCapturedLines.append(
line.replace(" ", str(lineIdentifiers[iline])))
####################################################################################
print(
"/////////////////////////////// EXPECTATION /////////////////////////////////////"
)
for line in expectedLines:
print(line)
print(
"///////////////////////////////// RETURN ////////////////////////////////////////"
)
for line in modCapturedLines:
print(line)
####################################################################################
assert len(expectedLines) == len(modCapturedLines)
for iline in range(len(modCapturedLines)):
assert modCapturedLines[iline] == expectedLines[iline]