def create_job(self, analysis_name, input_data):
""" Create a job for the supplied analysis and input hash
The input_data dict is converted to a Perl string before storing
"""
input_data['timestamp'] = time.time()
analysis = self.get_analysis_by_name(analysis_name)
if analysis == None:
raise ValueError("Analysis %s not found" % analysis_name)
s = Session()
try:
job = Job(input_id=dict_to_perl_string(input_data),
status='READY',
analysis_id=analysis.analysis_id)
s.add(job)
s.commit()
# force load of object
job.analysis
job.result
return job
except:
s.rollback()
raise
finally:
s.close()
def test_parse_simple_str(self):
o = {'a': 'b'}
s = dict_to_perl_string(o)
self.assertEquals(s, """{"a" => "b"}""")
o2 = perl_string_to_python(s)
t = type(o2).__name__
self.assertEquals(t, "dict")
self.assertEquals(o2['a'], 'b')
def test_parse_string_dollar(self):
o = {'a': "$b"}
s = dict_to_perl_string(o)
self.assertEquals(s, """{"a" => "\\$b"}""")
o2 = perl_string_to_python(s)
t = type(o2).__name__
self.assertEquals(t, "dict")
self.assertEquals(o2['a'], '$b')
def test_parse_string_quotes(self):
o = {'a': "\"b\""}
s = dict_to_perl_string(o)
self.assertEquals(s, """{"a" => "\\"b\\""}""")
o2 = perl_string_to_python(s)
t = type(o2).__name__
self.assertEquals(t, "dict")
self.assertEquals(o2['a'], '"b"')
def test_parse_simple_list(self):
o = {'a': ["a", "b", "c"]}
s = dict_to_perl_string(o)
self.assertEquals(s, """{"a" => ["a", "b", "c"]}""")
o2 = perl_string_to_python(s)
t = type(o2).__name__
self.assertEquals(t, "dict")
self.assertEquals(type(o2['a']).__name__, "list")
def test_parse_complex(self):
o = {'a': ["a", "b", "c"], 'b': 'd', 'c': 99}
s = dict_to_perl_string(o)
self.assertEquals(
s, """{"a" => ["a", "b", "c"], "b" => "d", "c" => 99}""")
o2 = perl_string_to_python(s)
t = type(o2).__name__
self.assertEquals(t, "dict")
self.assertEquals(type(o2['a']).__name__, "list")
self.assertEquals(o2['b'], 'd')
self.assertEquals(o2['c'], 99)
def test_parse_none(self):
o = {'a': None}
s = dict_to_perl_string(o)
self.assertEquals(s, """{}""")