def __init__(self):
CompareSectionTable.__init__(self)
self.sheet_name = "sheet1"
self.header_style = XlsStyle(backcolor="gray80", fontcolor="white", fontstyle="bold 1")
self.first_style = XlsStyle(backcolor="dark_blue", fontcolor="white", fontstyle="")
self.second_style = XlsStyle(backcolor="green", fontcolor="white", fontstyle="")
self.missing_value_style = XlsStyle(backcolor="red", fontcolor="black", fontstyle="")
def __init__(self):
CompareSectionTable.__init__(self)
self.sheet_name = "sheet1"
self.header_style = XlsStyle(backcolor='gray80', fontcolor='white',
fontstyle='bold 1')
self.first_style = XlsStyle(backcolor='dark_blue', fontcolor='white',
fontstyle='')
self.second_style = XlsStyle(backcolor='green', fontcolor='white',
fontstyle='')
self.missing_value_style = XlsStyle(backcolor='red',
fontcolor='black', fontstyle='', )
def __init__(self):
OdmlTable.__init__(self)
self.sheetname = "sheet1"
self._marked_cols = ["Value"]
self.header_style = XlsStyle(backcolor='gray80', fontcolor='white',
fontstyle='bold 1')
self.first_style = XlsStyle(backcolor='dark_blue', fontcolor='white',
fontstyle='')
self.second_style = XlsStyle(backcolor='green', fontcolor='white',
fontstyle='')
self.first_marked_style = XlsStyle(backcolor='light_blue',
fontcolor='black', fontstyle='',)
self.second_marked_style = XlsStyle(backcolor='lime',
fontcolor='black', fontstyle='',)
self._pattern = 'alternating'
self._changing_point = 'sections'
def __init__(self, load_from=None):
super(OdmlXlsTable, self).__init__(load_from=load_from)
self.sheetname = "sheet1"
self._marked_cols = ["Value"]
self.document_info_style = XlsStyle(backcolor="white", fontcolor="gray80", fontstyle="bold 1")
self.header_style = XlsStyle(backcolor="gray80", fontcolor="white", fontstyle="bold 1")
self.first_style = XlsStyle(backcolor="dark_blue", fontcolor="white", fontstyle="")
self.second_style = XlsStyle(backcolor="green", fontcolor="white", fontstyle="")
self.first_marked_style = XlsStyle(backcolor="light_blue", fontcolor="black", fontstyle="")
self.second_marked_style = XlsStyle(backcolor="lime", fontcolor="black", fontstyle="")
self.highlight_style = XlsStyle(backcolor="red", fontcolor="black", fontstyle="")
self._highlight_defaults = False
self._pattern = "alternating"
self._changing_point = "sections"
class OdmlXlsTable(OdmlTable):
"""
Class to create a csv-file from an odml-file
:param sheetname: name of the excel sheet; default is 'sheet1'
:param header_style: style used for the header of the table
:param first_style: default style used for the rows
:param second_style: used to switch styles of the rows if changing_point
is not None
:param first_marked_style: default style used in marked columns
:param second_marked_style: used to switch styles of the rows in marked
columns if changing_point is not None
:param pattern: can be 'alternating' or 'chessfield'
:param changing_point: select the point for changing styles. this can be
when a new section, property or value starts ('sections', 'properties',
'values' or None)
:type sheetname: string
:type header_style: XlsStyle
:type first_style: XlsStyle
:type second_style: XlsStyle
:type first_marked_style: XlsStyle
:type second_marked_style: XlsStyle
:type pattern: string
:type changing_point: string
"""
def __init__(self):
OdmlTable.__init__(self)
self.sheetname = "sheet1"
self._marked_cols = ["Value"]
self.document_info_style = XlsStyle(backcolor='white',
fontcolor='gray80',
fontstyle='bold 1')
self.header_style = XlsStyle(backcolor='gray80',
fontcolor='white',
fontstyle='bold 1')
self.first_style = XlsStyle(backcolor='dark_blue',
fontcolor='white',
fontstyle='')
self.second_style = XlsStyle(backcolor='green',
fontcolor='white',
fontstyle='')
self.first_marked_style = XlsStyle(backcolor='light_blue',
fontcolor='black',
fontstyle='')
self.second_marked_style = XlsStyle(backcolor='lime',
fontcolor='black',
fontstyle='')
self.highlight_style = XlsStyle(backcolor='red',
fontcolor='black',
fontstyle='')
self._highlight_defaults = False
self._pattern = 'alternating'
self._changing_point = 'sections'
#TODO: python properties??
@property
def changing_point(self):
return self._changing_point
@changing_point.setter
def changing_point(self, point):
if point in ["sections", "properties", "values", None]:
self._changing_point = point
else:
raise Exception("Your changing point must be 'sections', " +
"'properties', 'values' or None")
# TODO: exceptions
@property
def pattern(self):
return self._pattern
@pattern.setter
def pattern(self, pat):
if pat in ['alternating', 'chessfield']:
self._pattern = pat
else:
raise Exception("This pattern does not exist")
@property
def highlight_defaults(self):
return self._highlight_defaults
@highlight_defaults.setter
def highlight_defaults(self, mode):
if mode in [True,False]:
self._highlight_defaults = mode
else:
try:
self._highlight_defaults = bool(mode)
except:
raise TypeError('Mode "{}" can not be'
'converted to boolean.'
''.format(str(mode)))
def mark_columns(self, *args):
"""
choose the columns of the table you want to highlight by giving them
another style (for example a different color).
Possible Arguments are:
- 'Path'
- 'SectionName'
- 'SectionType'
- 'SectionDefinition'
- 'PropertyName'
- 'PropertyDefinition'
- 'Value'
- 'ValueDefinition'
- 'DataUnit'
- 'DataUncertainty'
- 'odmlDatatype'.
"""
cols = []
for arg in args:
if arg in self._header_titles.keys():
cols.append(arg)
else:
raise Exception("wrong argument")
# TODO: exception...
self._marked_cols = cols
def write2file(self, save_to):
"""
writes the data from the odml-file to a xls-file
:param save_to: name of the xls-file
:type save_to: string
"""
self.consistency_check()
styles = {"document_info": xlwt.easyxf(self.document_info_style.get_style_string()),
"header": xlwt.easyxf(self.header_style.get_style_string()),
"row0col0": xlwt.easyxf(self.first_style.get_style_string()),
"row1col0":
xlwt.easyxf(self.second_style.get_style_string()),
"row0col1":
xlwt.easyxf(self.first_marked_style.get_style_string()),
"row1col1":
xlwt.easyxf(self.second_marked_style.get_style_string()),
"highlight":
xlwt.easyxf(self.highlight_style.get_style_string())}
workbook = xlwt.Workbook()
sheet = workbook.add_sheet(self.sheetname)
oldpath = ""
oldprop = ""
oldrow = []
row = 0
doclen = len(self._odmldict) if self._docdict else 0
max_col_len = [1]*max(len(self._header),2*doclen+1)
for i,h in enumerate(self._header):
if h!= None:
max_col_len[i] = len(self._header_titles[h])
col_style = 0
row_style = 0
if self._docdict:
# add document information in first row
sheet.write(row,0,'Document Information',styles["document_info"])
for a, attribute in enumerate(sorted(self._docdict)):
sheet.write(row, 2*a+1, attribute, styles["document_info"])
sheet.write(row, 2*a+2, self._docdict[attribute], styles["document_info"])
#adjusting cell widths
if len(attribute) > max_col_len[2*a+1]:
max_col_len[2*a+1] = len(attribute)
if self._docdict[attribute]!= None and (len(self._docdict[attribute]) > max_col_len[2*a+2]):
max_col_len[2*a+2] = len(self._docdict[attribute])
row += 1
# write the header
for col, h in enumerate(self._header):
sheet.write(row, col, self._header_titles[h] if h in
self._header_titles else "", styles['header'])
row += 1
# write the rest of the rows
for dic in self._odmldict:
# make a copy of the actual dic
row_dic = dic.copy()
# removing unneccessary entries
if dic["Path"] == oldpath:
if not self.show_all_sections:
for h in self._SECTION_INF:
row_dic[h] = ""
else:
# start of a new section
if self._changing_point is 'sections':
row_style = (row_style + 1) % 2 # switch row-color
oldpath = dic["Path"]
oldprop = ""
if dic["PropertyName"] == oldprop:
if not self.show_all_properties:
for h in self._PROPERTY_INF:
row_dic[h] = ""
else:
# start of a new property
if self._changing_point is 'properties':
row_style = (row_style + 1) % 2 # switch row-color
oldprop = dic["PropertyName"]
# check the changing point
if self._changing_point is 'values':
row_style = (row_style + 1) % 2
elif self._changing_point is None:
pass
elif not self._changing_point in ['sections', 'properties']:
raise Exception("Invalid argument for changing_point: Your " +
"changing_point must be 'sections', " +
"'properties', 'values' or None")
# TODO: change exception
# row_content: only those elements of row_dic, that will be
# visible in the table
row_content = [row_dic[h] if h!=None else '' for h in self._header]
# check, if row would be empty or same as the row before;
# if so, skip the row
if ((row_content == oldrow) or
(row_content == ['' for h in self._header])):
continue
else:
oldrow = list(row_content)
for col, h in enumerate(self._header):
if self._pattern is "chessfield":
row_style = (row_style + 1) % 2
elif self._pattern is "alternating":
row_style = row_style
else:
raise Exception("this is not a valid argument")
# TODO: better exception
# adjust column style
if h in self._marked_cols:
col_style = 1
else:
col_style = 0
stylestring = "row" + str(row_style) + "col" + str(col_style)
#special style for highlighting default values
if (h == 'Value' and self._highlight_defaults
and row_dic['Value'] == self.odtypes.default_value(row_dic['odmlDatatype'])):
stylestring = 'highlight'
style = styles[stylestring]
if h != None:
cell_content = row_dic[h]
else:
cell_content = ''
#special style for datetime-objects
if isinstance(cell_content, datetime.datetime):
style.num_format_str = "DD-MM-YYYY HH:MM:SS"
elif isinstance(cell_content, datetime.date):
style.num_format_str = "DD-MM-YYYY"
elif isinstance(cell_content, datetime.time):
style.num_format_str = "HH:MM:SS"
else:
style.num_format_str = ""
# finding longest string in the column
if len(str(cell_content)) > max_col_len[col]:
max_col_len[col] = len(str(cell_content))
sheet.write(row, col, cell_content, style)
row += 1
# adjust the size of the columns due to the max length of the content
for i, l in enumerate(max_col_len):
sheet.col(i).width = 256 * (l+1)
workbook.save(save_to)
class CompareSectionXlsTable(CompareSectionTable):
"""
class to write a CompareSectionTable to a xls-file
:param sheet_name: name of the excel-sheet, default is 'sheet1'
:type sheet_name: string
:param header_style: style used for the header
:param first_style: style used for the values inside the table
:param second_style: second style used for the values inside the table
:param missing_value_style: if include_all is True, this style will be used
if a property doesnt exist in the section, so they distinguish from
properties with empty values
:type header_style: XlsStyle
:type first_style: XlsStyle
:type second_style: XlsStyle
:type missing_value_style: XlsStyle
"""
def __init__(self):
CompareSectionTable.__init__(self)
self.sheet_name = "sheet1"
self.header_style = XlsStyle(backcolor="gray80", fontcolor="white", fontstyle="bold 1")
self.first_style = XlsStyle(backcolor="dark_blue", fontcolor="white", fontstyle="")
self.second_style = XlsStyle(backcolor="green", fontcolor="white", fontstyle="")
self.missing_value_style = XlsStyle(backcolor="red", fontcolor="black", fontstyle="")
def write2file(self, save_to):
"""
writes the table to an xls-file
"""
headerstyle = xlwt.easyxf(self.header_style.get_style_string())
missing_val_style = xlwt.easyxf(self.missing_value_style.get_style_string())
row_styles = [
xlwt.easyxf(self.first_style.get_style_string()),
xlwt.easyxf(self.second_style.get_style_string()),
]
properties, sections, table = self._build_table()
workbook = xlwt.Workbook()
sheet = workbook.add_sheet(self.sheet_name)
max_col_len = []
if self.switch:
for i, prop in enumerate([""] + properties):
sheet.write(0, i, prop, headerstyle)
max_col_len.append(len(str(prop)))
for row_num, sec in enumerate(sections):
sheet.write(row_num + 1, 0, sec, headerstyle)
for row_num, row in enumerate(table):
for col_num, elem in enumerate(row):
if elem is None:
style = missing_val_style
cell_content = ""
else:
style = row_styles[row_num % 2]
cell_content = elem
if isinstance(cell_content, datetime.datetime):
style.num_format_str = "DD-MM-YYYY HH:MM:SS"
elif isinstance(cell_content, datetime.date):
style.num_format_str = "DD-MM-YYYY"
elif isinstance(cell_content, datetime.time):
style.num_format_str = "HH:MM:SS"
else:
style.num_format_str = ""
sheet.write(row_num + 1, col_num + 1, cell_content, style)
if len(str(cell_content)) > max_col_len[col_num]:
max_col_len[col_num] = len(str(cell_content))
else:
for i, sec in enumerate([""] + sections):
sheet.write(0, i, sec, headerstyle)
max_col_len.append(len(str(sec)))
for row_num, prop in enumerate(properties):
sheet.write(row_num + 1, 0, prop, headerstyle)
for col_num, col in enumerate(table):
for row_num, elem in enumerate(col):
if elem is None:
style = missing_val_style
cell_content = ""
else:
style = row_styles[row_num % 2]
cell_content = elem
if isinstance(cell_content, datetime.datetime):
style.num_format_str = "DD-MM-YYYY HH:MM:SS"
elif isinstance(cell_content, datetime.date):
style.num_format_str = "DD-MM-YYYY"
elif isinstance(cell_content, datetime.time):
style.num_format_str = "HH:MM:SS"
else:
style.num_format_str = ""
sheet.write(row_num + 1, col_num + 1, cell_content, style)
if len(str(cell_content)) > max_col_len[col_num]:
max_col_len[col_num] = len(str(cell_content))
# if self.switch:
# csvwriter.writerow([''] + properties)
#
# for i, line in enumerate(table):
# csvwriter.writerow([sections[i]] + line)
#
# else:
# csvwriter.writerow([''] + sections)
#
# for i in range(len(table[0])):
# csvwriter.writerow([properties[i]] + [table[j][i]
# for j in range(len(table))])
#
# for col, h in enumerate(header):
# sheet.write(0, col, h, headerstyle)
# max_col_len.append(len(h))
#
# for row, dic in enumerate(table):
# for col, h in enumerate(header):
# if h in table[dic]:
# cell_content = table[dic][h]
# style = row_styles[row % 2] if col > 0 else headerstyle
# if isinstance(cell_content, datetime.datetime):
# style.num_format_str = "DD-MM-YYYY HH:MM:SS"
# elif isinstance(cell_content, datetime.date):
# style.num_format_str = "DD-MM-YYYY"
# elif isinstance(cell_content, datetime.time):
# style.num_format_str = "HH:MM:SS"
# else:
# style.num_format_str = ""
# else:
# cell_content = ""
# style = missing_val_style
#
# sheet.write(row+1, col, cell_content, style)
# if len(str(cell_content)) > max_col_len[col]:
# max_col_len[col] = len(str(cell_content))
#
# # adjust width of he columns
# for col in range(len(header)):
# sheet.col(col).width = (256 * (max_col_len[col]+1))
workbook.save(save_to)