def test_41():
fmfser = fmf.FMF_Serializer('Test Case 4.1, all options.',
'Andreas Riegg',
'Planet Earth',
('reference item 1', 'Reference value 1'),
('reference item 2', 'Reference value 2'),
*KEYVALUEREFERENCEITEMS,
referenceitem5='Reference value 5',
referenceitem6='Reference value 6',
**DICTREFERENCEITEMS)
print(fmfser.header())
print(fmfser.arbitrarySection("section", *ARBITRARYKEYVALUEITEMS))
print(fmfser.tableSection(*KEYVALUETABLEITEMS))
# Table T1
print(fmfser.dataSection("T1", *DATAITEMS_T1))
print(
fmfser.comment(
"{0[0][1]:<9s}{0[1][1]:<10s}{0[2][1]:<10s}".format(DATAITEMS_T1)))
for i in range(10):
print("{0:<10d}{1:<10d}{2:<10d}".format(i, i**2, i**3))
# Table T2
print(fmfser.dataSection("T2", *DATAITEMS_T2))
print(fmfser.comment("{0[0][1]:<9s}{0[1][1]:<10s}".format(DATAITEMS_T2)))
for i in range(10):
print("{0:<15d}{1:<15d}".format(i, i**i))
def test_10():
fmfser = fmf.FMF_Serializer(
'Test Case 1.1, default fmf with minimum info and without tables.',
'Andreas Riegg', 'Planet Earth')
print(fmfser.header())
print(fmfser.dataSection(None, *DATAITEMS))
print(
fmfser.comment(
"{0[0][1]:<9s}{0[1][1]:<10s}{0[2][1]:<10s}".format(DATAITEMS)))
for i in range(10):
print("{0:<10d}{1:<10d}{2:<10d}".format(i, i**2, i**3))
def test_15():
fmfser = fmf.FMF_Serializer(
'Test Case 1.5, more info and without tables, dictionary arguments.',
'Andreas Riegg', 'Planet Earth', **DICTREFERENCEITEMS)
print(fmfser.header())
print(fmfser.dataSection(None, *DATAITEMS))
print(
fmfser.comment(
"{0[0][1]:<9s}{0[1][1]:<10s}{0[2][1]:<10s}".format(DATAITEMS)))
for i in range(10):
print("{0:<10d}{1:<10d}{2:<10d}".format(i, i**2, i**4))
def test_22():
fmfser = fmf.FMF_Serializer(
'Test Case 2.2, additional arbitrary section and without tables, dictionary arguments.',
'Andreas Riegg', 'Planet Earth')
print(fmfser.header())
print(fmfser.arbitrarySection("section", **ARBITRARYDICTITEMS))
print(fmfser.dataSection(*DATAITEMS))
print(
fmfser.comment(
"{0[0][1]:<9s}{0[1][1]:<10s}{0[2][1]:<10s}".format(DATAITEMS)))
for i in range(10):
print("{0:<10d}{1:<10d}{2:<10d}".format(i, i / 2, i / 3))
def test_12():
fmfser = fmf.FMF_Serializer(
'Test Case 1.2, more info and without tables, positional arguments.',
'Andreas Riegg', 'Planet Earth',
('reference item 1', 'Reference value 1'),
('reference item 2', 'Reference value 2'))
print(fmfser.header())
print(fmfser.dataSection(None, *DATAITEMS))
print(
fmfser.comment(
"{0[0][1]:<9s}{0[1][1]:<10s}{0[2][1]:<10s}".format(DATAITEMS)))
for i in range(10):
print("{0:<10d}{1:<10d}{2:<10d}".format(i, i**2, i**4))
def test_14():
fmfser = fmf.FMF_Serializer(
'Test Case 1.4, more info and without tables, keyword arguments.',
'Andreas Riegg',
'Planet Earth',
referenceitem5='Reference value 5',
referenceitem6='Reference value 6')
print(fmfser.header())
print(fmfser.dataSection(None, *DATAITEMS))
print(
fmfser.comment(
"{0[0][1]:<9s}{0[1][1]:<10s}{0[2][1]:<10s}".format(DATAITEMS)))
for i in range(10):
print("{0:<10d}{1:<10d}{2:<10d}".format(i, i**2, i**4))
def test_16():
fmfser = fmf.FMF_Serializer('Test Case 1.6, more info, mixed arguments.',
'Andreas Riegg',
'Planet Earth',
('reference item 1', 'Reference value 1'),
('reference item 2', 'Reference value 2'),
*KEYVALUEREFERENCEITEMS,
referenceitem5='Reference value 5',
referenceitem6='Reference value 6',
**DICTREFERENCEITEMS)
print(fmfser.header())
print(fmfser.dataSection(None, *DATAITEMS))
print(
fmfser.comment(
"{0[0][1]:<9s}{0[1][1]:<10s}{0[2][1]:<10s}".format(DATAITEMS)))
for i in range(10):
print("{0:<10d}{1:<10d}{2:<10d}".format(i, i**2, i**4))
def test_32():
fmfser = fmf.FMF_Serializer(
'Test Case 3.2, minimum info with tables, dictionary arguments.',
'Andreas Riegg', 'Planet Earth')
print(fmfser.header())
print(fmfser.tableSection(**DICTTABLEITEMS))
# Table T1
print(fmfser.dataSection("T1", *DATAITEMS_T1))
print(
fmfser.comment(
"{0[0][1]:<9s}{0[1][1]:<10s}{0[2][1]:<10s}".format(DATAITEMS_T1)))
for i in range(10):
print("{0:<10d}{1:<10d}{2:<10d}".format(i, i**2, i**3))
# Table T2
print(fmfser.dataSection("T2", *DATAITEMS_T2))
print(fmfser.comment("{0[0][1]:<9s}{0[1][1]:<10s}".format(DATAITEMS_T2)))
for i in range(10):
print("{0:<15d}{1:<15d}".format(i, i**i))
def __init__(self, outfile, title, creator, place,
*additionalKeyValueItems, **additionalDictItems):
if 'fmf' in additionalDictItems:
if additionalDictItems['fmf'] == '1.0':
constructor = fmf.FMF_10_Serializer
elif additionalDictItems['fmf'] == '1.1':
constructor = fmf.FMF_11_Serializer
else:
constructor = fmf.FMF_Serializer
del additionalDictItems['fmf']
self._serializer = constructor(title, creator, place,
*additionalKeyValueItems,
**additionalDictItems)
else:
self._serializer = fmf.FMF_Serializer(title, creator, place,
*additionalKeyValueItems,
**additionalDictItems)
self._file = outfile
print(self._serializer.header(), file=self._file)