def test_compile_multiple_term():
assert json_matcher.compile('field_name:(안녕 세상아 반갑다)')
assert json_matcher.match('field_name:(안녕 "세상아" 반갑다)',
dict(field_name='안녕 세상아 반갑다. 진짜로'))
assert not json_matcher.match('field_name:(안녕 "세상아" a{1,3}b)',
dict(field_name='ab'))
assert json_matcher.match('field_name:(안녕 "세상아" /a{1,3}b/)',
dict(field_name='ab'))
def test_compile_nested_par():
assert json_matcher.compile('((A:안녕 && B:세상아) C:반갑다)')
assert json_matcher.compile('((A:안녕 AND B:세상아) AND C:반갑다)')
assert json_matcher.match('((A:안녕 AND B:세상아) AND C:반갑다)',
dict(A='안녕', B='세상아', C='반갑다'))
assert not json_matcher.match('((A:안녕 AND B:세상아) AND C:반갑다)',
dict(A='안녕', B='세상아'))
def test_compile_text_term():
assert json_matcher.compile('field_name:안녕')
assert json_matcher.match('field_name:안녕', dict(field_name='여러분 안녕하세요'))
assert json_matcher.match('field_name:"안녕"', dict(field_name='여러분 안녕하세요'))
assert json_matcher.match('field_name:/안녕/i', dict(field_name='여러분 안녕하세요'))
assert not json_matcher.match('field_name:a{1,3}b', dict(field_name='aab'))
assert json_matcher.match('field_name:/a{1,3}b/i', dict(field_name='aab'))
def test_compile_range_term():
assert json_matcher.compile('field_name:[10 TO 30]')
assert json_matcher.match('field_name:[10 TO 30]', dict(field_name=20))
# convert field value to float
assert json_matcher.match('field_name:[10 TO 30]', dict(field_name='20'))
# string range with integer value
assert not json_matcher.match('field_name:["10" TO "30"]',
dict(field_name=20))
assert json_matcher.match('field_name:["10" TO "30"]',
dict(field_name='"20"'))
def test_compile_operate_term():
assert json_matcher.compile('field_name:<10')
assert json_matcher.match('field_name:<10', dict(field_name=5))
assert not json_matcher.match('field_name:<10', dict(field_name=11))
assert json_matcher.compile('field_name:<=10')
assert json_matcher.match('field_name:<=10', dict(field_name=10))
assert not json_matcher.match('field_name:<=10', dict(field_name=11))
assert json_matcher.compile('field_name:>10')
assert json_matcher.match('field_name:>10', dict(field_name=11))
assert not json_matcher.match('field_name:>10', dict(field_name=5))
assert json_matcher.compile('field_name:>=10')
assert json_matcher.match('field_name:>=10', dict(field_name=10))
assert not json_matcher.match('field_name:>=10', dict(field_name=5))
# input number value str
assert not json_matcher.match('field_name:>="10"', dict(field_name=10))
# input str value number(str)
assert json_matcher.match('field_name:>=10', dict(field_name="10"))
def test_with_list():
assert json_matcher.match('A:안녕', dict(A=['안녕', '세상아', '반갑다']))
assert json_matcher.match('A:안녕', dict(A=dict(B=['안녕', '세상아', '반갑다'])))
assert json_matcher.match('A:안녕',
dict(A=dict(A_=dict(B=['안녕', '세상아', '반갑다']))))
assert json_matcher.match('field_name:[10 TO 30]',
dict(field_name=[1, 2, 3, 4, 5, 20]))
assert not json_matcher.match('field_name:[10 TO 30]',
dict(field_name=[1, 2, 3, 4, 5, 6]))
assert json_matcher.match('field_name:<10',
dict(field_name=[11, 20, 30, 5, 30]))
assert not json_matcher.match('field_name:<10',
dict(field_name=[11, 20, 30]))
assert json_matcher.match(
'field_name:(안녕 "세상아" 반갑다)',
dict(field_name=dict(B=['이건아님', '안녕 세상아 반갑다. 진짜로'])))
assert not json_matcher.match('field_name:(안녕 "세상아" 반갑다)',
dict(field_name=['A', 'B', 'C']))
def test_default_and():
assert json_matcher.match('A:안녕 B:세상아 C:반갑다', dict(A='안녕',
B='세상아',
C='반갑다'))
assert not json_matcher.match('A:안녕 B:세상아 C:반갑다',
dict(A='Y', B='세상아', C='반갑다'))
def test_indexed_field():
assert json_matcher.match('A.B[0]:안녕', dict(A=dict(B=['안녕'])))
def test_nested_field():
assert json_matcher.match('A.B:안녕', dict(A=dict(B='안녕')))
def test_expression():
assert json_matcher.match('_expr_:"A+B>10"', dict(A=10, B=20))
assert json_matcher.match('_expr_:"A.B+B.C>10"',
dict(A=dict(B=10), B=dict(C=20)))
def test_exists():
assert json_matcher.match('_exists_:A', dict(A='안녕'))
assert json_matcher.match('_exists_:A', dict(A=None))
assert not json_matcher.match('_exists_:A', dict(B='안녕'))