def test_check_duplicate_sections():
las = lascheck.read(readfromexamples("sample_duplicate_sections.las"))
assert not las.check_conformity()
assert las.get_non_conformities() == [
'Duplicate v section', 'Duplicate w section', 'Duplicate c section',
'Duplicate p section', 'Duplicate o section'
]
def test_check_conforming_no_well_curves_ascii_section():
las = lascheck.read(
readfromexamples("missing_well_curves_ascii_section.las"))
assert not las.check_conformity()
assert las.get_non_conformities() == [
'Missing mandatory sections: [\'~W\', \'~C\', \'~A\']',
'Missing mandatory lines in ~w Section'
]
def test_check_conforming_no_ascii_section():
las = lascheck.read(readfromexamples("missing_ascii_section.las"))
assert not las.check_conformity()
assert las.get_non_conformities() == [
'Missing mandatory sections: [\'~A\']'
]
def test_check_conforming_positive():
las = lascheck.read(readfromexamples("sample.las"))
assert las.check_conformity()
assert las.get_non_conformities() == []
def test_check_blank_line_in_ascii_section():
las = lascheck.read(readfromexamples("blank_line_in_ascii_section.las"))
assert not spec.BlankLineInSection.check(las)
assert las.get_non_conformities() == ["Section ~A having blank line"]
def test_check_blank_line_in_version_section():
las = lascheck.read(readfromexamples("blank_line_in_version_section.las"))
# import pdb; pdb.set_trace()
assert not spec.BlankLineInSection.check(las)
assert las.get_non_conformities() == ["Section ~VERSION having blank line"]
def test_check_valid_mnemonic():
las = lascheck.read(readfromexamples("invalid_index_mnemonic.las"))
assert not las.check_conformity()
assert las.get_non_conformities() == ["Invalid index mnemonic. "
"The only valid mnemonics for the index channel are DEPT, DEPTH, TIME, or INDEX."]
def test_check_no_version_section():
las = lascheck.read(readfromexamples("missing_version_section.las"))
assert not spec.MandatoryLinesInVersionSection.check(las)
assert las.get_non_conformities() == [
'Missing mandatory sections: [\'~V\']', '~v section not first'
]
def test_check_sections_before_a_section():
las = lascheck.read(
readfromexamples("sample_sections_before_a_section.las"))
assert las.check_conformity()
assert las.get_non_conformities() == []
def test_check_sections_after_a_section_2():
las = lascheck.read(
readfromexamples("sample_sections_after_a_section_2.las"))
assert not las.check_conformity()
assert las.get_non_conformities() == ["Sections after ~a section"]
def test_check_no_well_section():
las = lascheck.read(readfromexamples("missing_well_section.las"))
assert not spec.MandatoryLinesInWellSection.check(las)
def test_check_no_well_uwi_having_api():
las = lascheck.read(readfromexamples("missing_well_uwi_having_api.las"))
assert las.check_conformity()
assert las.get_non_conformities() == []
def test_check_blank_lines_in_two_section():
las = lascheck.read(readfromexamples("blank_line_in_two_sections.las"))
assert not spec.BlankLineInSection.check(las)
assert las.get_non_conformities() == [
"Section ~CURVE having blank line",
"Section ~PARAMETER having blank line"]
def test_check_valid_depth_unit_mismatch():
las = lascheck.read(readfromexamples("invalid_depth_unit_mismatch.las"))
assert not las.check_conformity()
assert las.get_non_conformities() == ["If the index is depth, the units must be M (metres), F (feet) or FT (feet)"]
def test_check_ascii_for_no_curves():
las = lascheck.read(readfromexamples("missing_curves_section.las"))
assert spec.AsciiSectionExists.check(las)
assert las.get_non_conformities() == [
'Missing mandatory sections: [\'~C\']'
]
def test_check_v_section_first():
las = lascheck.read(readfromexamples("sample_v_section_second.las"))
assert not las.check_conformity()
assert las.get_non_conformities() == ["~v section not first"]
def test_check_no_wrap():
las = lascheck.read(readfromexamples("missing_wrap.las"))
assert not las.check_conformity()
assert las.get_non_conformities() == [
'Missing mandatory lines in ~v Section'
]
def test_check_depth_divide_by_step():
las = lascheck.read(readfromexamples("sample.las"))
assert spec.ValidDepthDividedByStep.check(las)
def test_check_no_well_well():
las = lascheck.read(readfromexamples("missing_well_well.las"))
assert not las.check_conformity()
assert las.get_non_conformities() == [
"Missing mandatory lines in ~w Section"
]
def test_check_invalid_step():
las = lascheck.read(readfromexamples("sample_invalid_step.las"))
assert not las.check_conformity()
assert las.get_non_conformities() == ['STRT divided by step is not a whole number',
'STOP divided by step is not a whole number']
