def test_gki_prow_to_different_devices(): # rename to disable for now
"""Test 2 prow calls, each to different devices - one .ps written.
10 May 2012 - rename to disable for now - is sending nightly prints
to hpc84.
It seems that the cups system takes the print to hp_dev_null and
changes that to an existing printer, knowing it is wrong ...
When there is time, look into a way to start this test up again without any
danger of prints going to an actual printer.
"""
iraf.plot(_doprint=0) # load plot for prow
# get look at tmp dir before plot/flush
flistBef = findAllTmpPskFiles()
# use a fake printer name so we don't waste a sheet of paper with each test
os.environ['LPDEST'] = "hp_dev_null"
os.environ['PRINTER'] = "hp_dev_null"
# plot
iraf.prow("dev$pix", row=256, dev=PSDEV) # plot (no .ps file yet)
# plot to fake printer, should flush
iraf.prow("dev$pix", row=333, dev="lw")
# last plot, and should warn @ fake
# get output postscript temp file name
psOut = getNewTmpPskFile(flistBef, "prow_to_different_devices")
# diff
diffit(EXP2IGNORE, psOut,
os.path.join(DATA_DIR, PSDEV + "_prow_256.ps"))
# NOW flush - should do nothing
flistBef = findAllTmpPskFiles()
iraf.gflush()
flistAft = findAllTmpPskFiles()
assert flistBef == flistAft, "Extra tmp .ps file written? "+str(flistAft)
def gki_2_prows_no_append_test():
""" Test 2 prow calls with no append (2 dev$pix rows) to 2 .ps's """
iraf.plot(_doprint=0) # load plot for prow
# get look at tmp dir before plot/flush
flistBef = findAllTmpPskFiles()
# plot
iraf.prow("dev$pix", row=256, dev=PSDEV) # plot
iraf.prow("dev$pix", row=250, dev=PSDEV) # plot again (flushes 1st)
# get output postscript temp file name
prf = None
if os.uname()[0] == 'SunOS': prf = '.eps' # Solaris can leave extras here
psOut = getNewTmpPskFile(flistBef, "2_prows_no_append - A", preferred=prf)
# diff
# NOTE - this seems to get 0-len files when (not stdin.isatty()) for psdump
diffit(EXP2IGNORE, psOut,
os.environ['PYRAF_TEST_DATA']+os.sep+PSDEV+"_prow_256.ps")
# NOW flush second
flistBef = findAllTmpPskFiles()
iraf.gflush()
# get output postscript temp file name
prf = None
if os.uname()[0] == 'SunOS': prf = '.eps' # Solaris can leave extras here
psOut = getNewTmpPskFile(flistBef, "2_prows_no_append - B", preferred=prf)
# diff
diffit(EXP2IGNORE, psOut,
os.environ['PYRAF_TEST_DATA']+os.sep+PSDEV+"_prow_250.ps")
def test_gki_2_prows_no_append():
""" Test 2 prow calls with no append (2 dev$pix rows) to 2 .ps's """
iraf.plot(_doprint=0) # load plot for prow
# get look at tmp dir before plot/flush
flistBef = findAllTmpPskFiles()
# plot
iraf.prow("dev$pix", row=256, dev=PSDEV) # plot
iraf.prow("dev$pix", row=250, dev=PSDEV) # plot again (flushes 1st)
# get output postscript temp file name
prf = None
if os.uname()[0] == 'SunOS':
prf = '.eps' # Solaris can leave extras here
psOut = getNewTmpPskFile(flistBef, "2_prows_no_append - A", preferred=prf)
# diff
# NOTE - this seems to get 0-len files when (not stdin.isatty()) for psdump
diffit(EXP2IGNORE, psOut,
os.path.join(DATA_DIR, PSDEV + "_prow_256.ps"))
# NOW flush second
flistBef = findAllTmpPskFiles()
iraf.gflush()
# get output postscript temp file name
prf = None
if os.uname()[0] == 'SunOS':
prf = '.eps' # Solaris can leave extras here
psOut = getNewTmpPskFile(flistBef, "2_prows_no_append - B", preferred=prf)
# diff
diffit(EXP2IGNORE, psOut,
os.path.join(DATA_DIR, PSDEV + "_prow_250.ps"))
def test_gkidecode(tmpdir):
iraf.plot(_doprint=0)
prow_stdout = str(tmpdir.join('test_prow_256.gki'))
gki_stdout = str(tmpdir.join('gkidecode_stdout.txt'))
gki_stderr = str(tmpdir.join('gkidecode_stderr.txt'))
iraf.prow("dev$pix", row=256, StdoutG=prow_stdout)
iraf.gkidecode(prow_stdout, Stdout=gki_stdout, Stderr=gki_stderr)
assert 'close_workstation' in open(gki_stdout).readlines()[-1]
assert not open(gki_stderr).readlines()
def test_gki_single_prow():
""" Test a prow-plot of a single row from dev$pix to .ps """
iraf.plot(_doprint=0) # load plot for prow
# get look at tmp dir before plot/flush
flistBef = findAllTmpPskFiles()
# plot
iraf.prow("dev$pix", row=256, dev=PSDEV) # plot
iraf.gflush()
# get output postscript temp file name
psOut = getNewTmpPskFile(flistBef, "single_prow")
# diff
diffit(EXP2IGNORE, psOut, os.path.join(DATA_DIR, PSDEV + "_prow_256.ps"))
def gki_prow_1_append_test():
""" Test a prow-plot with 1 append (2 rows total, dev$pix) to .ps """
iraf.plot(_doprint=0) # load plot for prow
# get look at tmp dir before plot/flush
flistBef = findAllTmpPskFiles()
# plot
iraf.prow("dev$pix", row=256, dev=PSDEV) # plot
iraf.prow("dev$pix", row=250, dev=PSDEV, append=True) # append #1
iraf.gflush()
# get output postscript temp file name
psOut = getNewTmpPskFile(flistBef, "prow_1_append")
# diff
diffit(EXP2IGNORE, psOut,
os.environ['PYRAF_TEST_DATA']+os.sep+PSDEV+"_prow_256_250.ps")
def test_plot_prow(marker, graphics):
os.environ['PYRAFGRAPHICS'] = graphics
apd = False
for row in range(150, 331, 90):
if marker is None:
iraf.prow('dev$pix', row, wy2=400, append=apd, pointmode=False)
else:
iraf.prow('dev$pix',
row,
wy2=400,
append=apd,
pointmode=True,
marker=marker)
apd = True
def test_gki_prow_1_append():
""" Test a prow-plot with 1 append (2 rows total, dev$pix) to .ps """
iraf.plot(_doprint=0) # load plot for prow
# get look at tmp dir before plot/flush
flistBef = findAllTmpPskFiles()
# plot
iraf.prow("dev$pix", row=256, dev=PSDEV) # plot
iraf.prow("dev$pix", row=250, dev=PSDEV, append=True) # append #1
iraf.gflush()
# get output postscript temp file name
psOut = getNewTmpPskFile(flistBef, "prow_1_append")
# diff
diffit(EXP2IGNORE, psOut,
os.path.join(DATA_DIR, PSDEV + "_prow_256_250.ps"))
def manyPoints(task, pkind):
""" Plot a bunch of points, return the time it took (s). """
assert task in ('prow','graph','surface','contour'), \
"Unexpected task: "+str(task)
assert pkind in (None, 'point','box','plus','cross','circle'), \
'Unknown: '+str(pkind)
# plot 10 rows. in dev$pix this is 5120 pts
start = time.time()
if task == 'prow':
apd = False
for row in range(150, 331, 20):
if pkind == None:
iraf.prow('dev$pix', row, wy2=400, append=apd, pointmode=False)
else:
iraf.prow('dev$pix',
row,
wy2=400,
append=apd,
pointmode=True,
marker=pkind)
apd = True
elif task == 'graph':
tstr = ''
for row in range(150, 331, 20):
tstr += 'dev$pix[*,' + str(row) + '],'
tstr = tstr[:-1] # rm final comma
if pkind == None:
iraf.graph(tstr, wy2=400, pointmode=False, ltypes='1')
else:
iraf.graph(tstr, wy2=400, pointmode=True, marker=pkind)
elif task == 'contour':
iraf.contour("dev$pix", Stdout='/dev/null')
elif task == 'surface':
iraf.surface("dev$pix", Stdout='/dev/null')
else:
raise Exception("How did we get here?")
delay = time.time() - start
# clear out kernel memory explicitly
time.sleep(2)
gki.kernel.clear()
return delay
def manyPoints(task, pkind):
""" Plot a bunch of points, return the time it took (s). """
assert task in ('prow','graph','surface','contour'), \
"Unexpected task: "+str(task)
assert pkind in (None, 'point','box','plus','cross','circle'), \
'Unknown: '+str(pkind)
# plot 10 rows. in dev$pix this is 5120 pts
start = time.time()
if task == 'prow':
apd = False
for row in range(150, 331, 20):
if pkind == None:
iraf.prow('dev$pix', row, wy2=400, append=apd, pointmode=False)
else:
iraf.prow('dev$pix', row, wy2=400, append=apd, pointmode=True, marker=pkind)
apd = True
elif task == 'graph':
tstr = ''
for row in range(150, 331, 20):
tstr += 'dev$pix[*,'+str(row)+'],'
tstr = tstr[:-1] # rm final comma
if pkind == None:
iraf.graph(tstr, wy2=400, pointmode=False, ltypes='1')
else:
iraf.graph(tstr, wy2=400, pointmode=True, marker=pkind)
elif task == 'contour':
iraf.contour("dev$pix", Stdout='/dev/null')
elif task == 'surface':
iraf.surface("dev$pix", Stdout='/dev/null')
else:
raise Exception("How did we get here?")
delay = time.time() - start
# clear out kernel memory explicitly
time.sleep(2)
gki.kernel.clear()
return delay
def gki_prow_to_different_devices_tst(): # rename to disable for now
""" Test 2 prow calls, each to different devices - one .ps written """
iraf.plot(_doprint=0) # load plot for prow
# get look at tmp dir before plot/flush
flistBef = findAllTmpPskFiles()
# use a fake printer name so we don't waste a sheet of paper with each test
os.environ['LPDEST'] = "hp_dev_null"
os.environ['PRINTER'] = "hp_dev_null"
# plot
iraf.prow("dev$pix", row=256, dev=PSDEV) # plot (no .ps file yet)
iraf.prow("dev$pix", row=333, dev="lw") # plot to fake printer, should flush
# last plot, and should warn @ fake
# get output postscript temp file name
psOut = getNewTmpPskFile(flistBef, "prow_to_different_devices")
# diff
diffit(EXP2IGNORE, psOut,
os.environ['PYRAF_TEST_DATA']+os.sep+PSDEV+"_prow_256.ps")
# NOW flush - should do nothing
flistBef = findAllTmpPskFiles()
iraf.gflush()
flistAft = findAllTmpPskFiles()
assert flistBef==flistAft, "Extra tmp .ps file written? "+str(flistAft)
def gki_prow_to_different_devices_tst(): # rename to disable for now
""" Test 2 prow calls, each to different devices - one .ps written """
iraf.plot(_doprint=0) # load plot for prow
# get look at tmp dir before plot/flush
flistBef = findAllTmpPskFiles()
# use a fake printer name so we don't waste a sheet of paper with each test
os.environ['LPDEST'] = "hp_dev_null"
os.environ['PRINTER'] = "hp_dev_null"
# plot
iraf.prow("dev$pix", row=256, dev=PSDEV) # plot (no .ps file yet)
iraf.prow("dev$pix", row=333, dev="lw") # plot to fake printer, should flush
# last plot, and should warn @ fake
# get output postscript temp file name
psOut = getNewTmpPskFile(flistBef, "prow_to_different_devices")
# diff
diffit(EXP2IGNORE, psOut,
os.environ['PYRAF_TEST_DATA']+os.sep+PSDEV+"_prow_256.ps")
# NOW flush - should do nothing
flistBef = findAllTmpPskFiles()
iraf.gflush()
flistAft = findAllTmpPskFiles()
assert flistBef==flistAft, "Extra tmp .ps file written? "+str(flistAft)
def test_gki_prow_2_appends():
""" Test a prow-plot with 2 appends (3 rows total, dev$pix) to .ps """
iraf.plot(_doprint=0) # load plot for prow
# get look at tmp dir before plot/flush
flistBef = findAllTmpPskFiles()
# plot
iraf.prow("dev$pix", row=256, dev=PSDEV) # plot
iraf.prow("dev$pix", row=250, dev=PSDEV, append=True) # append #1
iraf.prow("dev$pix", row=200, dev=PSDEV, append=True) # append #2
iraf.gflush()
# get output postscript temp file name
psOut = getNewTmpPskFile(flistBef, "prow_2_appends")
# diff
diffit(EXP2IGNORE, psOut,
os.path.join(DATA_DIR, PSDEV + "_prow_256_250_200.ps"))
def gki_prow_2_appends_test():
""" Test a prow-plot with 2 appends (3 rows total, dev$pix) to .ps """
iraf.plot(_doprint=0) # load plot for prow
# get look at tmp dir before plot/flush
flistBef = findAllTmpPskFiles()
# plot
iraf.prow("dev$pix", row=256, dev=PSDEV) # plot
iraf.prow("dev$pix", row=250, dev=PSDEV, append=True) # append #1
iraf.prow("dev$pix", row=200, dev=PSDEV, append=True) # append #2
iraf.gflush()
# get output postscript temp file name
psOut = getNewTmpPskFile(flistBef, "prow_2_appends")
# diff
diffit(EXP2IGNORE, psOut,
os.environ['PYRAF_TEST_DATA']+os.sep+PSDEV+"_prow_256_250_200.ps")
