class TestTableConsistency():
def setUp(self):
self.table=FMFTable(name="Test", symbol="\tau")
self.table.add_data_definition({'Bias Voltage':'U_1 [mV]'})
self.table.add_data_definition('Acceleration Voltage','U_2(U_1) [kV]')
self.table.add_data_definition('some stupid comment')
def test_consistency_overcols(self):
self.table.data=[(1,2,3),(1,2,3), (3,2,1)]
assert_false(self.table.verify_consistency())
def test_consistency_uneqalrows(self):
self.table.data=[(1,2,3),(1,2)]
assert_false(self.table.verify_consistency())
def test_consistency_ok(self):
self.table.data=[(1,2,3),(1,2,3)]
assert_true(self.table.verify_consistency())
class TestTableConsistency():
def setUp(self):
self.table = FMFTable(name="Test", symbol="\tau")
self.table.add_data_definition({'Bias Voltage': 'U_1 [mV]'})
self.table.add_data_definition('Acceleration Voltage', 'U_2(U_1) [kV]')
self.table.add_data_definition('some stupid comment')
def test_consistency_overcols(self):
self.table.data = [(1, 2, 3), (1, 2, 3), (3, 2, 1)]
assert_false(self.table.verify_consistency())
def test_consistency_uneqalrows(self):
self.table.data = [(1, 2, 3), (1, 2)]
assert_false(self.table.verify_consistency())
def test_consistency_ok(self):
self.table.data = [(1, 2, 3), (1, 2, 3)]
assert_true(self.table.verify_consistency())
def setUp(self):
self.table=FMFTable(name="Test", symbol="\tau")
self.table.add_data_definition({'Bias Voltage':'U_1 [mV]'})
self.table.add_data_definition('Acceleration Voltage','U_2(U_1) [kV]')
self.table.add_data_definition('some stupid comment')
class TestTableDefinitions():
def setUp(self):
self.table=FMFTable(name="Test", symbol="\tau")
self.table.add_data_definition({'Bias Voltage':'U_1 [mV]'})
self.table.add_data_definition('Acceleration Voltage','U_2(U_1) [kV]')
self.table.add_data_definition('some stupid comment')
def test_data_definition_types(self):
data_list = self.table.data_definitions
assert_true(isinstance(data_list[0], FMFDataDefinition))
assert_true(isinstance(data_list[1], FMFDataDefinition))
assert_false(isinstance(data_list[2], FMFDataDefinition))
assert_true(isinstance(data_list[2], str))
def test_data_definition_out(self):
data_list = self.table.table_definition(";")
eq_(data_list[0], "[*data definitions: \tau]")
eq_(data_list[1], "Bias Voltage: U_1 [mV]")
eq_(data_list[2], "Acceleration Voltage: U_2(U_1) [kV]")
eq_(data_list[3], "; some stupid comment")
def test_data_definition_set(self):
a=[]
a.append(FMFDataDefinition(name="Bias Voltage", definition="U_1 [mV]"))
a.append(FMFDataDefinition(name="Beam Current",
definition="I_B(U_1) [mA]"))
self.table.data_definitions = a
data_list = self.table.data_definitions
assert_true(isinstance(data_list[0], FMFDataDefinition))
assert_true(isinstance(data_list[1], FMFDataDefinition))
data_list = self.table.table_definition(";")
eq_(data_list[0], "[*data definitions: \tau]")
eq_(data_list[1], "Bias Voltage: U_1 [mV]")
eq_(data_list[2], "Beam Current: I_B(U_1) [mA]")
def test_data_table_mask_auto(self):
a=[]
a.append(FMFDataDefinition(name="Measuring Point",
definition="n"))
a.append(FMFDataDefinition(name="Bias Voltage",
definition="U_1(n) [mV]"))
a.append(FMFDataDefinition(name="Shutter",
definition="s(n)"))
a.append(FMFDataDefinition(name="Direction",
definition="d(n)"))
self.table.data_definitions = a
self.table.data=[
(0,1),
(0.1, 1.4568e-10),
(True, False),
("North", "South")]
data_list = self.table.table_data("\t")
eq_(data_list[0], "[*data: \tau]")
eq_(data_list[1], '0\t1.000e-01\tTrue\tNorth')
eq_(data_list[2], '1\t1.457e-10\tFalse\tSouth')
def test_data_table_mask_supplied(self):
a=[]
a.append(FMFDataDefinition(name="Measuring Point",
definition="n", mask="%02d"))
a.append(FMFDataDefinition(name="Bias Voltage",
definition="U_1(n) [mV]", mask="%.1e"))
a.append(FMFDataDefinition(name="Accelerator Voltage",
definition="U_2(n) [V]", mask="%.2f"))
a.append(FMFDataDefinition(name="Direction",
definition="d(n)", mask="\"%s\""))
self.table.data_definitions = a
self.table.data=[
(0,1),
(0.1, 1.4568e-10),
(0.1, 0.001),
("North", "South")]
data_list = self.table.table_data("\t")
eq_(data_list[0], "[*data: \tau]")
eq_(data_list[1], '00\t1.0e-01\t0.10\t\"North\"')
eq_(data_list[2], '01\t1.5e-10\t0.00\t\"South\"')
def setUp(self):
self.table = FMFTable(name="Test", symbol="\tau")
self.table.add_data_definition({'Bias Voltage': 'U_1 [mV]'})
self.table.add_data_definition('Acceleration Voltage', 'U_2(U_1) [kV]')
self.table.add_data_definition('some stupid comment')
class TestTableDefinitions():
def setUp(self):
self.table = FMFTable(name="Test", symbol="\tau")
self.table.add_data_definition({'Bias Voltage': 'U_1 [mV]'})
self.table.add_data_definition('Acceleration Voltage', 'U_2(U_1) [kV]')
self.table.add_data_definition('some stupid comment')
def test_data_definition_types(self):
data_list = self.table.data_definitions
assert_true(isinstance(data_list[0], FMFDataDefinition))
assert_true(isinstance(data_list[1], FMFDataDefinition))
assert_false(isinstance(data_list[2], FMFDataDefinition))
assert_true(isinstance(data_list[2], str))
def test_data_definition_out(self):
data_list = self.table.table_definition(";")
eq_(data_list[0], "[*data definitions: \tau]")
eq_(data_list[1], "Bias Voltage: U_1 [mV]")
eq_(data_list[2], "Acceleration Voltage: U_2(U_1) [kV]")
eq_(data_list[3], "; some stupid comment")
def test_data_definition_set(self):
a = []
a.append(FMFDataDefinition(name="Bias Voltage", definition="U_1 [mV]"))
a.append(
FMFDataDefinition(name="Beam Current", definition="I_B(U_1) [mA]"))
self.table.data_definitions = a
data_list = self.table.data_definitions
assert_true(isinstance(data_list[0], FMFDataDefinition))
assert_true(isinstance(data_list[1], FMFDataDefinition))
data_list = self.table.table_definition(";")
eq_(data_list[0], "[*data definitions: \tau]")
eq_(data_list[1], "Bias Voltage: U_1 [mV]")
eq_(data_list[2], "Beam Current: I_B(U_1) [mA]")
def test_data_table_mask_auto(self):
a = []
a.append(FMFDataDefinition(name="Measuring Point", definition="n"))
a.append(
FMFDataDefinition(name="Bias Voltage", definition="U_1(n) [mV]"))
a.append(FMFDataDefinition(name="Shutter", definition="s(n)"))
a.append(FMFDataDefinition(name="Direction", definition="d(n)"))
self.table.data_definitions = a
self.table.data = [(0, 1), (0.1, 1.4568e-10), (True, False),
("North", "South")]
data_list = self.table.table_data("\t")
eq_(data_list[0], "[*data: \tau]")
eq_(data_list[1], '0\t1.000e-01\tTrue\tNorth')
eq_(data_list[2], '1\t1.457e-10\tFalse\tSouth')
def test_data_table_mask_supplied(self):
a = []
a.append(
FMFDataDefinition(name="Measuring Point",
definition="n",
mask="%02d"))
a.append(
FMFDataDefinition(name="Bias Voltage",
definition="U_1(n) [mV]",
mask="%.1e"))
a.append(
FMFDataDefinition(name="Accelerator Voltage",
definition="U_2(n) [V]",
mask="%.2f"))
a.append(
FMFDataDefinition(name="Direction",
definition="d(n)",
mask="\"%s\""))
self.table.data_definitions = a
self.table.data = [(0, 1), (0.1, 1.4568e-10), (0.1, 0.001),
("North", "South")]
data_list = self.table.table_data("\t")
eq_(data_list[0], "[*data: \tau]")
eq_(data_list[1], '00\t1.0e-01\t0.10\t\"North\"')
eq_(data_list[2], '01\t1.5e-10\t0.00\t\"South\"')
def setUp(self):
self.table = FMFTable(name="Test", symbol="\tau")
