def test_reruns_just_plot_if_plot_changed(self):
import pydataframe
def calc():
append('out/calc', 'A')
return pydataframe.DataFrame({
"X": list(range(0, 100)),
'Y': list(range(50, 150))
})
def plot(df):
append('out/plot', 'B')
return pyggplot.Plot(df).add_scatter('X', 'Y')
of = 'out/test.png'
job = ppg.PlotJob(of, calc, plot)
ppg.run_pipegraph()
self.assertTrue(magic(of).find('PNG image') != -1)
self.assertEqual(read('out/calc'), 'A')
self.assertEqual(read('out/plot'), 'B')
ppg.new_pipegraph(rc_gen(), quiet=True)
def plot2(df):
append('out/plot', 'B')
return pyggplot.Plot(df).add_scatter('Y', 'X')
job = ppg.PlotJob(of, calc, plot2)
ppg.run_pipegraph()
self.assertTrue(magic(of).find('PNG image') != -1)
self.assertEqual(read('out/calc'), 'A')
self.assertEqual(read('out/plot'), 'BB')
def test_no_rerun_if_ignore_code_changes_and_plot_changes(self):
import pydataframe
def calc():
append('out/calc', 'A')
return pydataframe.DataFrame({"X": list(range(0, 100)), 'Y': list(range(50, 150))})
def plot(df):
append('out/plot', 'B')
return pyggplot.Plot(df).add_scatter('X','Y')
of = 'out/test.png'
job = ppg.PlotJob(of, calc, plot)
ppg.run_pipegraph()
self.assertTrue(magic(of).find('PNG image') != -1)
self.assertEqual(read('out/calc'),'A')
self.assertEqual(read('out/plot'),'B')
ppg.new_pipegraph(rc_gen(), quiet=True)
def plot2(df):
append('out/plot', 'B')
return pyggplot.Plot(df).add_scatter('Y','X')
job = ppg.PlotJob(of, calc, plot2)
job.ignore_code_changes()
ppg.run_pipegraph()
self.assertTrue(magic(of).find('PNG image') != -1)
self.assertEqual(read('out/calc'),'A')
self.assertEqual(read('out/plot'),'B')
def test_reruns_both_if_calc_changed(self):
import pydataframe
def calc():
append('out/calc', 'A')
return pydataframe.DataFrame({"X": list(range(0, 100)), 'Y': list(range(50, 150))})
def plot(df):
append('out/plot', 'B')
return pyggplot.Plot(df).add_scatter('X','Y')
of = 'out/test.png'
job = ppg.PlotJob(of, calc, plot)
ppg.run_pipegraph()
self.assertTrue(magic(of).find('PNG image') != -1)
self.assertEqual(read('out/calc'),'A')
self.assertEqual(read('out/plot'),'B')
ppg.new_pipegraph(rc_gen(), quiet=True)
def calc2():
append('out/calc', 'A')
x = 5
return pydataframe.DataFrame({"X": list(range(0, 100)), 'Y': list(range(50, 150))})
job = ppg.PlotJob(of, calc2, plot)
ppg.run_pipegraph()
self.assertTrue(magic(of).find('PNG image') != -1)
self.assertEqual(read('out/calc'),'AA')
self.assertEqual(read('out/plot'),'BB')
def test_basic(self):
ppg.new_pipegraph(rc_gen(), quiet=False)
import pydataframe
def calc():
return pydataframe.DataFrame({"X": list(range(0, 100)), 'Y': list(range(50, 150))})
def plot(df):
return pyggplot.Plot(df).add_scatter('X','Y')
of = 'out/test.png'
job = ppg.PlotJob(of, calc, plot)
ppg.run_pipegraph()
self.assertTrue(magic(of).find('PNG image') != -1)
def test_basic(self):
ppg.new_pipegraph(rc_gen(), quiet=False)
import pydataframe
def calc():
return pydataframe.DataFrame({
"X": list(range(0, 100)),
'Y': list(range(50, 150))
})
def plot(df):
return pyggplot.Plot(df).add_scatter('X', 'Y')
of = 'out/test.png'
job = ppg.PlotJob(of, calc, plot)
ppg.run_pipegraph()
self.assertTrue(magic(of).find('PNG image') != -1)
def test_no_rerun_if_calc_change_but_ignore_codechanges(self):
import pydataframe
def calc():
append('out/calc', 'A')
return pydataframe.DataFrame({
"X": list(range(0, 100)),
'Y': list(range(50, 150))
})
def plot(df):
append('out/plot', 'B')
return pyggplot.Plot(df).add_scatter('X', 'Y')
of = 'out/test.png'
job = ppg.PlotJob(of, calc, plot)
ppg.run_pipegraph()
self.assertTrue(magic(of).find('PNG image') != -1)
self.assertEqual(read('out/calc'), 'A')
self.assertEqual(read('out/plot'), 'B')
ppg.new_pipegraph(rc_gen(), quiet=True)
def calc2():
append('out/calc', 'A')
x = 5
return pydataframe.DataFrame({
"X": list(range(0, 100)),
'Y': list(range(50, 150))
})
job = ppg.PlotJob(of, calc2, plot)
job.ignore_code_changes()
ppg.run_pipegraph()
self.assertTrue(magic(of).find('PNG image') != -1)
self.assertEqual(read('out/calc'), 'A')
self.assertEqual(read('out/plot'), 'B')
