def test_id2(self):
snippet = Snippet(TestSnippetPattern.DATA2)
self.assertEqual('test_id1', snippet.pattern().id(''' lang="Python 3" output="F" context="TestCtx2" allow_error="F" processor="highlight"
id="test_id1"'''))
self.assertEqual(None, snippet.pattern().id(''' lang="Python 3" output="F" context="TestCtx2" allow_error="F" processor="highlight"
aid="test_id1"'''))
self.assertEqual(None, snippet.pattern().id(''' lang="Python 3" output="F" context="TestCtx2" allow_error="F" processor="highlight"
idw="test_id1"'''))
self.assertEqual(None, snippet.pattern().id(''' output="F" context="TestCtx2" allow_error="F" processor="highlight" '''))
def test_id1(self):
snippet = Snippet(TestSnippetPattern.DATA1)
self.assertEqual('test_id1', snippet.pattern().id(''' [Python 3] output=F context=TestCtx2 allow_error=F processor=highlight
id=test_id1'''))
self.assertEqual(None, snippet.pattern().id(''' [Python 3] output=F context=TestCtx2 allow_error=F processor=highlight
aid=test_id1'''))
self.assertEqual(None, snippet.pattern().id(''' [Python 3] output=F context=TestCtx2 allow_error=F processor=highlight
idw=test_id1'''))
self.assertEqual(None, snippet.pattern().id(''' output=F context=TestCtx2 allow_error=F processor=highlight '''))
def test_language2(self):
snippet = Snippet(TestSnippetPattern.DATA2)
self.assertEqual('Python 3', snippet.pattern().language(''' lang="Python 3" output="F" context="TestCtx2" allow_error="F" processor="highlight"
id="test_id1"'''))
self.assertEqual(None, snippet.pattern().language(''' aalang="Python 3" output="F" context="TestCtx2" allow_error="F" processor="highlight"
id="test_id1"'''))
self.assertEqual(None, snippet.pattern().language(''' langaa="Python 3" output="F" context="TestCtx2" allow_error="F" processor="highlight"
id="test_id1"'''))
self.assertEqual(None, snippet.pattern().language(''' output="F" context="TestCtx2" allow_error="F" processor="highlight"
id="test_id1"'''))
def test_entry3(self):
snippet = Snippet(TestSnippetPattern.DATA3)
entry = snippet.pattern().entry()
entries = [x for x in entry.finditer(TestSnippetPattern.EXAMPLE3)]
self.assertEqual(2, len(entries))
entry = entries[0]
self.assertNotEqual(None, entry.group(GroupName.CODE_SNIPPET))
self.assertEqual(None, entry.group(GroupName.OUTPUT_SNIPPET))
self.assertNotEqual(None, entry.group(GroupName.CODE))
code = '''
for i in range(10):
print(i)
print('Test')
'''
self.assertEqual(code, entry.group(GroupName.CODE))
settings = '''echo[T], output[T], id[Test]'''
self.assertEqual(settings, entry.group(GroupName.CODE_SETTINGS))
entry = entries[1]
self.assertEqual(None, entry.group(GroupName.CODE_SNIPPET))
self.assertNotEqual(None, entry.group(GroupName.OUTPUT_SNIPPET))
self.assertEqual(None, entry.group(GroupName.CODE))
settings = '''id[Test]'''
self.assertEqual(settings, entry.group(GroupName.OUTPUT_SETTINGS))
def test_entry1(self):
snippet = Snippet(TestSnippetPattern.DATA1)
entry = snippet.pattern().entry()
entries = [x for x in entry.finditer(TestSnippetPattern.EXAMPLE1)]
self.assertEqual(2, len(entries))
entry = entries[0]
self.assertNotEqual(None, entry.group(GroupName.CODE_SNIPPET))
self.assertEqual(None, entry.group(GroupName.OUTPUT_SNIPPET))
self.assertNotEqual(None, entry.group(GroupName.CODE))
code = '''
for i in range(10):
print(i)
print('Test')
'''
self.assertEqual(code, entry.group(GroupName.CODE))
settings = '''[Python 3] echo=T output=T id=Abcde5'''
self.assertEqual(settings, entry.group(GroupName.CODE_SETTINGS))
entry = entries[1]
self.assertEqual(None, entry.group(GroupName.CODE_SNIPPET))
self.assertNotEqual(None, entry.group(GroupName.OUTPUT_SNIPPET))
self.assertEqual(None, entry.group(GroupName.CODE))
settings = '''id=Abcde5'''
self.assertEqual(settings, entry.group(GroupName.OUTPUT_SETTINGS))
def test_echo_lines2(self):
snippet = Snippet(TestSnippetPattern.DATA2)
lines = snippet.pattern().echo_lines('echo_lines="5,6, 10"')
self.assertEqual(2, len(lines))
self.assertFalse(lines[0])
self.assertEqual(3, len(lines[1]))
self.assertEqual(6, lines[1][1])
lines = snippet.pattern().echo_lines('echo_lines="1, 5-15, 23"')
self.assertEqual(2, len(lines))
self.assertFalse(lines[0])
self.assertEqual(13, len(lines[1]))
self.assertEqual(7, lines[1][3])
lines = snippet.pattern().echo_lines('echo_lines="! 1, 5 - 15, 23"')
self.assertEqual(2, len(lines))
self.assertTrue(lines[0])
self.assertEqual(13, len(lines[1]))
self.assertEqual(7, lines[1][3])
with self.assertRaises(ValueError):
lines = snippet.pattern().echo_lines('echo_lines="! 1, 5 - 15, 23 aqqw"')
def test_default_settings2(self):
snippet = Snippet(TestSnippetPattern.DATA2)
entry = snippet.pattern().default_settings()
entries = [x for x in entry.finditer(TestSnippetPattern.EXAMPLE2)]
self.assertEqual(1, len(entries))
entry = entries[0]
self.assertNotEqual(None, entry.group(GroupName.DEFAULT_SETTINGS_SNIPPET))
settings = ''' lang="Python 3" '''
self.assertEqual(settings, entry.group(GroupName.DEFAULT_SETTINGS))
def test_timeout2(self):
snippet = Snippet(TestSnippetPattern.DATA2)
self.assertEqual(2.5, snippet.pattern().timeout(''' lang="Python 3" output="F" context="TestCtx2" timeout="2500" allow_error="F" processor="highlight"
id="test_id1"'''))
self.assertEqual(None, snippet.pattern().timeout(''' lang="Python 3" aatimeout="2500" output="F" context="TestCtx2" allow_error="F" processor="highlight"
aid="test_id1"'''))
self.assertEqual(None, snippet.pattern().timeout(''' lang="Python 3" timeoutaa="2500" output="F" context="TestCtx2" allow_error="F" processor="highlight"
idw="test_id1"'''))
self.assertEqual(None, snippet.pattern().timeout(''' output="F" context="TestCtx2" allow_error="F" processor="highlight" '''))
with self.assertRaises(TimeoutValueError):
snippet.pattern().timeout(''' lang="Python 3" timeout="invalid" output="F" context="TestCtx2" allow_error="F" processor="highlight"
idw="test_id1"''')
def test_timeout1(self):
snippet = Snippet(TestSnippetPattern.DATA1)
self.assertEqual(2.5, snippet.pattern().timeout(''' [Python 3] output=F context=TestCtx2 timeout=2500 allow_error=F processor=highlight
id="test_id1"'''))
self.assertEqual(None, snippet.pattern().timeout(''' [Python 3] aatimeout=2500 output=F context=TestCtx2 allow_error="F" processor=highlight
aid="test_id1"'''))
self.assertEqual(None, snippet.pattern().timeout(''' [Python 3] timeoutaa=2500 output=F context=TestCtx2 allow_error=F processor=highlight
idw="test_id1"'''))
self.assertEqual(None, snippet.pattern().timeout(''' output=F context=TestCtx2 allow_error=F processor=highlight '''))
with self.assertRaises(TimeoutValueError):
snippet.pattern().timeout(''' [Python 3] timeout=invalid output=F context=TestCtx2 allow_error=F processor=highlight
idw=test_id1''')
def test_output_type2(self):
snippet = Snippet(TestSnippetPattern.DATA2)
self.assertTrue(snippet.pattern().output_type(''' lang="Python 3" output="F" context="TestCtx2" allow_error="F" output_type="Stdout, Image" processor="highlight"
id="test_id1"''').is_enabled('Stdout'))
self.assertTrue(snippet.pattern().output_type(''' lang="Python 3" output="F" context="TestCtx2" allow_error="F" output_type="Stdout, Image" processor="highlight"
id="test_id1"''').is_enabled('Image'))
self.assertFalse(snippet.pattern().output_type(''' lang="Python 3" output="F" context="TestCtx2" allow_error="F" output_type="Stdout, Image" processor="highlight"
id="test_id1"''').is_enabled('Stderr'))
self.assertFalse(snippet.pattern().output_type(''' lang="Python 3" output="F" context="TestCtx2" allow_error="F" output_type="Stdout, Image" processor="highlight"
id="test_id1"''').is_enabled('Text'))
self.assertTrue(snippet.pattern().output_type(''' lang="Python 3" output="F" context="TestCtx2" allow_error="F" processor="highlight"
id="test_id1"''').is_enabled('Stdout'))
self.assertTrue(snippet.pattern().output_type(''' lang="Python 3" output="F" context="TestCtx2" allow_error="F" processor="highlight"
id="test_id1"''').is_enabled('Image'))
def test_output_type1(self):
snippet = Snippet(TestSnippetPattern.DATA1)
self.assertTrue(snippet.pattern().output_type(''' [Python 3] output=F context=TestCtx2 allow_error=F output_type=Stdout,Image processor=highlight
id=test_id1''').is_enabled('Stdout'))
self.assertTrue(snippet.pattern().output_type(''' [Python 3] output=F context=TestCtx2 allow_error=F output_type=Stdout,Image processor=highlight
id=test_id1''').is_enabled('Image'))
self.assertFalse(snippet.pattern().output_type(''' [Python 3] output=F context=TestCtx2 allow_error=F output_type=Stdout,Image processor=highlight
id=test_id1''').is_enabled('Stderr'))
self.assertFalse(snippet.pattern().output_type(''' [Python 3] output=F context=TestCtx2 allow_error=F output_type=Stdout,Image processor=highlight
id=test_id1''').is_enabled('Text'))
self.assertTrue(snippet.pattern().output_type(''' [Python 3] output=F context=TestCtx2 allow_error=F processor=highlight
id=test_id1''').is_enabled('Stdout'))
self.assertTrue(snippet.pattern().output_type(''' [Python 3] output=F context=TestCtx2 allow_error=F processor=highlight
id=test_id1''').is_enabled('Image'))
def test_error2(self):
snippet = Snippet(TestSnippetPattern.DATA2)
self.assertEqual(None, snippet.pattern().error(''' lang="Python 3" output="F" context="TestCtx2" processor="highlight"
id="test_id1"'''))
self.assertTrue(snippet.pattern().error(''' lang="Python 3" output="F" context="TestCtx2" echo="T" allow_error="1" processor="highlight"
id="test_id1"'''))
self.assertEqual(None, snippet.pattern().error(''' lang="Python 3" output="F" aecho="1" echoqq="False" context="TestCtx2" aallow_error="F" allow_errorq="1" processor="highlight"
id="test_id1"'''))
self.assertTrue(snippet.pattern().error('allow_error="T"'))
self.assertTrue(snippet.pattern().error('allow_error="1"'))
self.assertTrue(snippet.pattern().error('allow_error="True"'))
self.assertTrue(snippet.pattern().error('allow_error="Y"'))
self.assertTrue(snippet.pattern().error('allow_error="t"'))
self.assertTrue(snippet.pattern().error('allow_error="y"'))
self.assertTrue(snippet.pattern().error('allow_error="YES"'))
self.assertTrue(snippet.pattern().error('allow_error="yes"'))
self.assertFalse(snippet.pattern().error('allow_error="F"'))
self.assertFalse(snippet.pattern().error('allow_error="False"'))
self.assertFalse(snippet.pattern().error('allow_error="0"'))
self.assertFalse(snippet.pattern().error('allow_error="N"'))
self.assertFalse(snippet.pattern().error(' allow_error="No"'))
self.assertFalse(snippet.pattern().error('allow_error="no" '))
with self.assertRaises(InvalidBoolValueError):
snippet.pattern().error('allow_error="X"')
def test_error1(self):
snippet = Snippet(TestSnippetPattern.DATA1)
self.assertEqual(None, snippet.pattern().error(''' [Python 3] output=F context=TestCtx2 processor=highlight
id=test_id1'''))
self.assertTrue(snippet.pattern().error(''' [Python 3] output=F context=TestCtx2 echo=T allow_error=1 processor=highlight
id=test_id1'''))
self.assertEqual(None, snippet.pattern().error(''' [Python 3] output=F aecho=1 echoqq=False context=TestCtx2 aallow_error=F allow_errorq=1 processor=highlight
id=test_id1'''))
self.assertTrue(snippet.pattern().error('allow_error=T'))
self.assertTrue(snippet.pattern().error('allow_error=1'))
self.assertTrue(snippet.pattern().error('allow_error=True'))
self.assertTrue(snippet.pattern().error('allow_error=Y'))
self.assertTrue(snippet.pattern().error('allow_error=t'))
self.assertTrue(snippet.pattern().error('allow_error=y'))
self.assertTrue(snippet.pattern().error('allow_error=YES'))
self.assertTrue(snippet.pattern().error('allow_error=yes'))
self.assertFalse(snippet.pattern().error('allow_error=F'))
self.assertFalse(snippet.pattern().error('allow_error=False'))
self.assertFalse(snippet.pattern().error('allow_error=0'))
self.assertFalse(snippet.pattern().error('allow_error=N'))
self.assertFalse(snippet.pattern().error(' allow_error=No'))
self.assertFalse(snippet.pattern().error('allow_error=no '))
with self.assertRaises(InvalidBoolValueError):
snippet.pattern().error('allow_error=X')
def test_output1(self):
snippet = Snippet(TestSnippetPattern.DATA1)
self.assertEqual(None, snippet.pattern().output(''' [Python 3] context=TestCtx2 allow_error=F processor=highlight
id=test_id1'''))
self.assertFalse(snippet.pattern().output(''' [Python 3]output=F context=TestCtx2 echo=T allow_error=F processor=highlight
id=test_id1'''))
self.assertEqual(None, snippet.pattern().output(''' [Python 3] qqoutput=F outputww=0 context=TestCtx2 allow_error=F processor=highlight
id=test_id1'''))
self.assertTrue(snippet.pattern().output('output=T'))
self.assertTrue(snippet.pattern().output('output=1'))
self.assertTrue(snippet.pattern().output('output=True'))
self.assertTrue(snippet.pattern().output('output=Y'))
self.assertTrue(snippet.pattern().output('output=t'))
self.assertTrue(snippet.pattern().output('output=y'))
self.assertTrue(snippet.pattern().output('output=YES'))
self.assertTrue(snippet.pattern().output('output=yes'))
self.assertFalse(snippet.pattern().output('output=F'))
self.assertFalse(snippet.pattern().output('output=False '))
self.assertFalse(snippet.pattern().output('output=0'))
self.assertFalse(snippet.pattern().output('output=N'))
self.assertFalse(snippet.pattern().output(' output=No'))
self.assertFalse(snippet.pattern().output('output=no '))
with self.assertRaises(InvalidBoolValueError):
snippet.pattern().output('output="X"')
def test_entry2(self):
snippet = Snippet(TestSnippetPattern.DATA2)
entry = snippet.pattern().entry()
entries = [x for x in entry.finditer(TestSnippetPattern.EXAMPLE2)]
self.assertEqual(4, len(entries))
entry = entries[0]
self.assertNotEqual(None, entry.group(GroupName.CODE_SNIPPET))
self.assertEqual(None, entry.group(GroupName.OUTPUT_SNIPPET))
self.assertNotEqual(None, entry.group(GroupName.CODE))
code = """
%matplotlib inline
import matplotlib
import numpy as np
import matplotlib.pyplot as plt
def f(x):
return x**2
x = np.linspace(0, 3*np.pi, 500)
plt.plot(x, np.sin(f(x)))
plt.title('A simple chirp')
print('before')
plt.show()
print('after')
"""
self.assertEqual(code, entry.group(GroupName.CODE))
settings = ''' output="T" timeout="20000" echo="True" output_type="All" processor="highlight" lines="6:11,13"'''
self.assertEqual(settings, entry.group(GroupName.CODE_SETTINGS))
entry = entries[1]
self.assertNotEqual(None, entry.group(GroupName.CODE_SNIPPET))
self.assertEqual(None, entry.group(GroupName.OUTPUT_SNIPPET))
self.assertNotEqual(None, entry.group(GroupName.CODE))
code = """
for i in range(5):
print(i)
j = 100
j
"""
self.assertEqual(code, entry.group(GroupName.CODE))
settings = ''' lang="Python 3" output="F" context="TestCtx2" allow_error="F" processor="highlight"
id="test_id1"'''
self.assertEqual(settings, entry.group(GroupName.CODE_SETTINGS))
entry = entries[2]
self.assertEqual(None, entry.group(GroupName.CODE_SNIPPET))
self.assertNotEqual(None, entry.group(GroupName.OUTPUT_SNIPPET))
self.assertEqual(None, entry.group(GroupName.CODE))
settings = '''
id="test_id1" '''
self.assertEqual(settings, entry.group(GroupName.OUTPUT_SETTINGS))
entry = entries[3]
self.assertNotEqual(None, entry.group(GroupName.CODE_SNIPPET))
self.assertEqual(None, entry.group(GroupName.OUTPUT_SNIPPET))
self.assertNotEqual(None, entry.group(GroupName.CODE))
code = """
!sqlite:///:memory:;
CREATE TABLE test (id, aa, bb);
INSERT INTO test VALUES (1, 'test1', 'test2');
INSERT INTO test VALUES (2, 'test2', 'test2');
SELECT * FROM test;
SELECT 5;
DELETE FROM test WHERE id = 2;
SELECT * FROM test;
"""
self.assertEqual(code, entry.group(GroupName.CODE))
settings = ''' lang="SQL" lines="!1"'''
self.assertEqual(settings, entry.group(GroupName.CODE_SETTINGS))