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Commit 7b510d7b authored by mouadh's avatar mouadh
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format

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Showing with 105 additions and 68 deletions
tests/queries.py
View file @ 7b510d7b
CUBE = 'sales'
query1 = """SELECT
......@@ -40,4 +39,4 @@ query6 = """
CELL PROPERTIES VALUE, FORMAT_STRING, LANGUAGE, BACK_COLOR, FORE_COLOR, FONT_FLAGS
"""
where = "WHERE [Time].[Calendar].[Day].[May 12,2010]"
\ No newline at end of file
where = "WHERE [Time].[Calendar].[Day].[May 12,2010]"
tests/test_execute_mdx.py
View file @ 7b510d7b
import pandas as pd
from olapy.core.mdx.executor.execute import MdxEngine
......@@ -8,33 +7,49 @@ from tests.queries import query1, CUBE, query3, query6
executer = MdxEngine(CUBE)
def test_execution_query1():
executer.mdx_query = query1
assert executer.execute_mdx()['result']['Amount'][0] == 1023
def test_execution_query2():
executer.mdx_query = query3
df = executer.execute_mdx()['result']
test_df = pd.DataFrame(
{'Country': ['France', 'Spain', 'Switzerland', 'United States'], 'Amount': [4, 3, 248, 768]}).groupby(
['Country']).sum()
df = executer.execute_mdx()['result']
test_df = pd.DataFrame({
'Country': ['France', 'Spain', 'Switzerland', 'United States'],
'Amount': [4, 3, 248, 768]
}).groupby(['Country']).sum()
assert assert_frame_equal(df, test_df) is None
assert assert_frame_equal(df,test_df) is None
def test_execution_query6():
executer.mdx_query = query6
df = executer.execute_mdx()['result']
test_df = pd.DataFrame(
{'Year': [2010, 2010, 2010, 2010, 2010, 2010, 2010, 2010, 2010, 2010, 2010, 2010, 2010],
'Quarter': [-1, 'Q2 2010', 'Q2 2010', 'Q2 2010', 'Q2 2010', 'Q2 2010', 'Q2 2010', 'Q2 2010', 'Q2 2010',
'Q2 2010', 'Q2 2010', 'Q2 2010', 'Q2 2010'],
'Month': [-1, -1, 'May 2010', 'May 2010', 'May 2010', 'May 2010', 'May 2010', 'May 2010', 'May 2010',
'May 2010', 'May 2010', 'May 2010', 'May 2010'],
'Day': [-1, -1, -1, 'May 12,2010', 'May 13,2010', 'May 14,2010', 'May 15,2010', 'May 16,2010', 'May 17,2010',
'May 18,2010', 'May 19,2010', 'May 20,2010', 'May 21,2010'],
'Amount': [1023, 1023, 1023, 1, 2, 4, 8, 16, 32, 64, 128, 256, 512]}).groupby(
['Year', 'Quarter', 'Month', 'Day']).sum()
test_df = pd.DataFrame({
'Year': [
2010, 2010, 2010, 2010, 2010, 2010, 2010, 2010, 2010, 2010, 2010,
2010, 2010
],
'Quarter': [
-1, 'Q2 2010', 'Q2 2010', 'Q2 2010', 'Q2 2010', 'Q2 2010',
'Q2 2010', 'Q2 2010', 'Q2 2010', 'Q2 2010', 'Q2 2010', 'Q2 2010',
'Q2 2010'
],
'Month': [
-1, -1, 'May 2010', 'May 2010', 'May 2010', 'May 2010', 'May 2010',
'May 2010', 'May 2010', 'May 2010', 'May 2010', 'May 2010',
'May 2010'
],
'Day': [
-1, -1, -1, 'May 12,2010', 'May 13,2010', 'May 14,2010',
'May 15,2010', 'May 16,2010', 'May 17,2010', 'May 18,2010',
'May 19,2010', 'May 20,2010', 'May 21,2010'
],
'Amount': [1023, 1023, 1023, 1, 2, 4, 8, 16, 32, 64, 128, 256, 512]
}).groupby(['Year', 'Quarter', 'Month', 'Day']).sum()
assert assert_frame_equal(df, test_df) is None
tests/test_parsing_queries.py
View file @ 7b510d7b
......@@ -16,7 +16,8 @@ def test_parsing_query1():
query_parts = executer.decorticate_query(query1 + '\n' + where)
assert query_parts['all'] == [['Measures', 'Amount'], ['Time', 'Calendar', 'Day', 'May 12,2010']]
assert query_parts['all'] == [['Measures', 'Amount'],
['Time', 'Calendar', 'Day', 'May 12,2010']]
assert query_parts['rows'] == []
assert query_parts['where'] == [['Time', 'Calendar', 'Day', 'May 12,2010']]
assert query_parts['columns'] == [['Measures', 'Amount']]
......@@ -32,7 +33,8 @@ def test_parsing_query2():
query_parts = executer.decorticate_query(query2 + '\n' + where)
assert query_parts['all'] == [['Geography', 'Economy', 'Partnership'], ['Time', 'Calendar', 'Day', 'May 12,2010']]
assert query_parts['all'] == [['Geography', 'Economy', 'Partnership'],
['Time', 'Calendar', 'Day', 'May 12,2010']]
assert query_parts['rows'] == []
assert query_parts['where'] == [['Time', 'Calendar', 'Day', 'May 12,2010']]
assert query_parts['columns'] == [['Geography', 'Economy', 'Partnership']]
......@@ -41,14 +43,16 @@ def test_parsing_query2():
def test_parsing_query3():
query_parts = executer.decorticate_query(query3)
assert query_parts['all'] == [['Geography', 'Geo', 'Country'], ['Measures', 'Amount']]
assert query_parts['all'] == [['Geography', 'Geo', 'Country'],
['Measures', 'Amount']]
assert query_parts['rows'] == [['Measures', 'Amount']]
assert query_parts['where'] == []
assert query_parts['columns'] == [['Geography', 'Geo', 'Country']]
query_parts = executer.decorticate_query(query3 + '\n' + where)
assert query_parts['all'] == [['Geography', 'Geo', 'Country'], ['Measures', 'Amount'],
assert query_parts['all'] == [['Geography', 'Geo',
'Country'], ['Measures', 'Amount'],
['Time', 'Calendar', 'Day', 'May 12,2010']]
assert query_parts['rows'] == [['Measures', 'Amount']]
assert query_parts['where'] == [['Time', 'Calendar', 'Day', 'May 12,2010']]
......@@ -58,14 +62,16 @@ def test_parsing_query3():
def test_parsing_query4():
query_parts = executer.decorticate_query(query4)
assert query_parts['all'] == [['Geography', 'Economy', 'Partnership'], ['Geography', 'Geo', 'Country']]
assert query_parts['all'] == [['Geography', 'Economy', 'Partnership'],
['Geography', 'Geo', 'Country']]
assert query_parts['rows'] == [['Geography', 'Geo', 'Country']]
assert query_parts['where'] == []
assert query_parts['columns'] == [['Geography', 'Economy', 'Partnership']]
query_parts = executer.decorticate_query(query4 + '\n' + where)
assert query_parts['all'] == [['Geography', 'Economy', 'Partnership'], ['Geography', 'Geo', 'Country'],
assert query_parts['all'] == [['Geography', 'Economy', 'Partnership'],
['Geography', 'Geo', 'Country'],
['Time', 'Calendar', 'Day', 'May 12,2010']]
assert query_parts['rows'] == [['Geography', 'Geo', 'Country']]
assert query_parts['where'] == [['Time', 'Calendar', 'Day', 'May 12,2010']]
......@@ -75,42 +81,48 @@ def test_parsing_query4():
def test_parsing_query5():
query_parts = executer.decorticate_query(query5)
assert query_parts['all'] == [['Geography', 'Economy', 'Partnership', 'EU'],
['Geography', 'Economy', 'Partnership', 'None'],
['Geography', 'Economy', 'Partnership', 'NAFTA'],
['Product', 'Prod', 'Company', 'Crazy Development'],
['Product', 'Prod', 'Company', 'Company_test'],
['Product', 'Prod', 'Company', 'test_Development']]
assert query_parts['all'] == [[
'Geography', 'Economy', 'Partnership', 'EU'
], ['Geography', 'Economy', 'Partnership', 'None'], [
'Geography', 'Economy', 'Partnership', 'NAFTA'
], ['Product', 'Prod', 'Company', 'Crazy Development'], [
'Product', 'Prod', 'Company', 'Company_test'
], ['Product', 'Prod', 'Company', 'test_Development']]
assert query_parts['rows'] == [['Product', 'Prod', 'Company', 'Crazy Development'],
['Product', 'Prod', 'Company', 'Company_test'],
['Product', 'Prod', 'Company', 'test_Development']]
assert query_parts['rows'] == [[
'Product', 'Prod', 'Company', 'Crazy Development'
], ['Product', 'Prod', 'Company',
'Company_test'], ['Product', 'Prod', 'Company', 'test_Development']]
assert query_parts['where'] == []
assert query_parts['columns'] == [['Geography', 'Economy', 'Partnership', 'EU'],
['Geography', 'Economy', 'Partnership', 'None'],
['Geography', 'Economy', 'Partnership', 'NAFTA']]
assert query_parts['columns'] == [[
'Geography', 'Economy', 'Partnership', 'EU'
], ['Geography', 'Economy', 'Partnership',
'None'], ['Geography', 'Economy', 'Partnership', 'NAFTA']]
query_parts = executer.decorticate_query(query5 + '\n' + where)
assert query_parts['all'] == [['Geography', 'Economy', 'Partnership', 'EU'],
['Geography', 'Economy', 'Partnership', 'None'],
['Geography', 'Economy', 'Partnership', 'NAFTA'],
['Product', 'Prod', 'Company', 'Crazy Development'],
['Product', 'Prod', 'Company', 'Company_test'],
['Product', 'Prod', 'Company', 'test_Development'],
assert query_parts['all'] == [[
'Geography', 'Economy', 'Partnership', 'EU'
], ['Geography', 'Economy', 'Partnership', 'None'], [
'Geography', 'Economy', 'Partnership', 'NAFTA'
], ['Product', 'Prod', 'Company', 'Crazy Development'], [
'Product', 'Prod', 'Company', 'Company_test'
], ['Product', 'Prod', 'Company', 'test_Development'],
['Time', 'Calendar', 'Day', 'May 12,2010']]
assert query_parts['rows'] == [['Product', 'Prod', 'Company', 'Crazy Development'],
['Product', 'Prod', 'Company', 'Company_test'],
['Product', 'Prod', 'Company', 'test_Development']]
assert query_parts['rows'] == [[
'Product', 'Prod', 'Company', 'Crazy Development'
], ['Product', 'Prod', 'Company',
'Company_test'], ['Product', 'Prod', 'Company', 'test_Development']]
assert query_parts['where'] == [['Time', 'Calendar', 'Day', 'May 12,2010']]
assert query_parts['columns'] == [['Geography', 'Economy', 'Partnership', 'EU'],
['Geography', 'Economy', 'Partnership', 'None'],
['Geography', 'Economy', 'Partnership', 'NAFTA']]
assert query_parts['columns'] == [[
'Geography', 'Economy', 'Partnership', 'EU'
], ['Geography', 'Economy', 'Partnership',
'None'], ['Geography', 'Economy', 'Partnership', 'NAFTA']]
def test_parsing_query6():
......@@ -119,24 +131,28 @@ def test_parsing_query6():
query_parts = executer.decorticate_query(query6)
assert query_parts['all'] == [['Time', 'Time', 'Year'], ['Time', 'Time', 'Year', '2010'],
['Time', 'Time', 'Quarter', '2010', 'Q2 2010'],
['Time', 'Time', 'Month', '2010', 'Q2 2010', 'May 2010'],
assert query_parts['all'] == [['Time', 'Time', 'Year'], [
'Time', 'Time', 'Year', '2010'
], ['Time', 'Time', 'Quarter', '2010',
'Q2 2010'], ['Time', 'Time', 'Month', '2010', 'Q2 2010', 'May 2010'],
['Measures', 'Amount']]
assert query_parts['rows'] == []
assert query_parts['where'] == [['Measures', 'Amount']]
assert query_parts['columns'] == [['Time', 'Time', 'Year'], ['Time', 'Time', 'Year', '2010'],
['Time', 'Time', 'Quarter', '2010', 'Q2 2010'],
['Time', 'Time', 'Month', '2010', 'Q2 2010', 'May 2010']]
assert query_parts['columns'] == [['Time', 'Time', 'Year'], [
'Time', 'Time', 'Year', '2010'
], ['Time', 'Time', 'Quarter', '2010',
'Q2 2010'], ['Time', 'Time', 'Month', '2010', 'Q2 2010', 'May 2010']]
query_parts = executer.decorticate_query(query6 + '\n' + where)
assert query_parts['all'] == [['Time', 'Time', 'Year'], ['Time', 'Time', 'Year', '2010'],
['Time', 'Time', 'Quarter', '2010', 'Q2 2010'],
['Time', 'Time', 'Month', '2010', 'Q2 2010', 'May 2010'], ['Measures', 'Amount'],
assert query_parts['all'] == [['Time', 'Time', 'Year'], [
'Time', 'Time', 'Year', '2010'
], ['Time', 'Time', 'Quarter', '2010',
'Q2 2010'], ['Time', 'Time', 'Month', '2010', 'Q2 2010',
'May 2010'], ['Measures', 'Amount'],
['Time', 'Calendar', 'Day', 'May 12,2010']]
assert query_parts['rows'] == []
......@@ -144,7 +160,7 @@ def test_parsing_query6():
assert query_parts['where'] == [['Measures', 'Amount'],
['Time', 'Calendar', 'Day', 'May 12,2010']]
assert query_parts['columns'] == [['Time', 'Time', 'Year'], ['Time', 'Time', 'Year', '2010'],
['Time', 'Time', 'Quarter', '2010', 'Q2 2010'],
['Time', 'Time', 'Month', '2010', 'Q2 2010', 'May 2010']]
assert query_parts['columns'] == [['Time', 'Time', 'Year'], [
'Time', 'Time', 'Year', '2010'
], ['Time', 'Time', 'Quarter', '2010',
'Q2 2010'], ['Time', 'Time', 'Month', '2010', 'Q2 2010', 'May 2010']]
tests/test_xmla_notox.py
View file @ 7b510d7b
......@@ -50,7 +50,8 @@ class WSGIServer:
Copy/pasted from pytest_localserver w/ slight changes.
"""
def __init__(self, host='127.0.0.1', port=8000, application=None, **kwargs):
def __init__(self, host='127.0.0.1', port=8000, application=None,
**kwargs):
self._server = make_server(host, port, application, **kwargs)
self.server_address = self._server.server_address
......@@ -197,7 +198,8 @@ def test_query2(conn):
mems.append(
Member(
_Hierarchy='[Geography].[Geography]',
UName='[Geography].[Geography].[Country].[America].[United States]',
UName=
'[Geography].[Geography].[Country].[America].[United States]',
Caption='United States',
LName='[Geography].[Geography].[Country]',
LNum='1',
......@@ -207,12 +209,14 @@ def test_query2(conn):
mems.append(
Member(
_Hierarchy='[Geography].[Geography]',
UName='[Geography].[Geography].[City].[America].[United States].[New York]',
UName=
'[Geography].[Geography].[City].[America].[United States].[New York]',
Caption='New York',
LName='[Geography].[Geography].[City]',
LNum='2',
DisplayInfo='131076',
PARENT_UNIQUE_NAME='[Geography].[Geography].[Continent].[America].[United States]',
PARENT_UNIQUE_NAME=
'[Geography].[Geography].[Continent].[America].[United States]',
HIERARCHY_UNIQUE_NAME='[Geography].[Geography]'))
mems.append(
Member(
......@@ -246,12 +250,14 @@ def test_query2(conn):
mems.append(
Member(
_Hierarchy='[Geography].[Geography]',
UName='[Geography].[Geography].[City].[Europe].[Spain].[Barcelona]',
UName=
'[Geography].[Geography].[City].[Europe].[Spain].[Barcelona]',
Caption='Barcelona',
LName='[Geography].[Geography].[City]',
LNum='2',
DisplayInfo='131076',
PARENT_UNIQUE_NAME='[Geography].[Geography].[Continent].[Europe].[Spain]',
PARENT_UNIQUE_NAME=
'[Geography].[Geography].[Continent].[Europe].[Spain]',
HIERARCHY_UNIQUE_NAME='[Geography].[Geography]'))
mems.append(
Member(
......@@ -261,7 +267,8 @@ def test_query2(conn):
LName='[Geography].[Geography].[City]',
LNum='2',
DisplayInfo='131076',
PARENT_UNIQUE_NAME='[Geography].[Geography].[Continent].[Europe].[Spain]',
PARENT_UNIQUE_NAME=
'[Geography].[Geography].[Continent].[Europe].[Spain]',
HIERARCHY_UNIQUE_NAME='[Geography].[Geography]'))
mems.append(
Member(
......
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