def parse(sheet):
dice = []
row = 1
while row < sheet.nrows:
name = sheet.cell(rowx=row, colx=0).value
try:
color = ColorReader.read_color(
sheet.cell(rowx=row, colx=1).value)
size = read_float(sheet.cell(rowx=row, colx=2).value)
except ValueError as e:
raise ValueError(str(e) + " (while reading " + name +
")") from None
sides = sheet.cell(rowx=row, colx=3).value
customContent = None
if sheet.cell(rowx=row, colx=4).value:
customContent = [
sheet.cell(rowx=row, colx=4).value,
sheet.cell(rowx=row, colx=5).value,
sheet.cell(rowx=row, colx=6).value,
sheet.cell(rowx=row, colx=7).value,
sheet.cell(rowx=row, colx=8).value,
sheet.cell(rowx=row, colx=9).value,
]
try:
dice.append(Die(name, color, size, sides, customContent))
except ValueError as e:
raise ValueError(str(e) + " (while reading " + name +
")") from None
row += 1
return dice
def _parseSimpleToken(sheet, row):
entity = sheet.cell(rowx=row, colx=1).value
name = sheet.cell(rowx=row, colx=0).value
color = ColorReader.read_color(sheet.cell(rowx=row, colx=2).value)
try:
size = read_float(sheet.cell(rowx=row, colx=3).value)
except ValueError as e:
raise ValueError(str(e) + " (while reading " + name +
")") from None
return Token(name, entity, color, size)
def _parseToken(sheet, row):
entity = sheet.cell(rowx=row, colx=1).value
name = sheet.cell(rowx=row, colx=0).value
bg_color = ColorReader.read_color(sheet.cell(rowx=row, colx=2).value)
text_color = ColorReader.read_color(sheet.cell(rowx=row, colx=4).value)
content = sheet.cell(rowx=row, colx=5).value
try:
size = read_float(sheet.cell(rowx=row, colx=3).value)
# for some reason, custom tokens of size 1 are HUGE.
# shrinking them down so they scale more logically with other stuff.
size = size / 5
except ValueError as e:
raise ValueError(str(e) + " (while reading " + name +
")") from None
return ContentToken(name, entity, bg_color, text_color, content, size)
def parse(self, sheet):
bags = []
row = 1
while row < sheet.nrows:
name = sheet.cell(rowx=row, colx=0).value
type = read_fromlist(
sheet.cell(rowx=row, colx=1).value, ('bag', 'infinite-bag'))
color = ColorReader.read_color(sheet.cell(rowx=row, colx=2).value)
size = read_float(sheet.cell(rowx=row, colx=3).value)
bag = Bag(name, size, color) if type == 'bag' else InfiniteBag(
name, size, color)
contentNum = 0
while contentNum < (sheet.ncols - 4):
content = read_content(
sheet.cell(rowx=row, colx=contentNum + 4).value)
for key, item in enumerate(content):
bag.addContent(item[0], self.findType(item[1]))
contentNum += 1
bags.append(bag)
row += 1
return bags
def runFloatTests(self):
assert read_float("1.5") == 1.5
assert read_float("1.0") == 1
assert read_float("3") == 3
self.ensureNotAllowed(read_float, "abc", "Text is not supported")
self.ensureNotAllowed(read_float, "", "Blank is not supported")