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test_utility.py
644 lines (531 loc) · 26 KB
/
test_utility.py
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import unittest
import numpy as np
import os
import datetime
import time
import requests
from datetime import timezone, datetime
import geosoft
import geosoft.gxapi as gxapi
import geosoft.gxpy.gx as gx
import geosoft.gxpy.system as gsys
import geosoft.gxpy.utility as gxu
from base import GXPYTest
class Test(GXPYTest):
def test_misc(self):
self.start()
self.assertEqual(gxu.__version__, geosoft.__version__)
self.assertEqual(gxu.gx_dtype('float'),gxapi.GS_DOUBLE)
self.assertEqual(gxu.gx_dtype('int'),gxapi.GS_LONG)
self.assertEqual(gxu.gx_dtype("<U18"),-72) # x4 for full range of UTF-8 characters
self.assertEqual(gxu.gx_dtype('uint64'),gxapi.GS_ULONG64)
self.assertEqual(gxu.dtype_gx(gxapi.GS_DOUBLE), np.float)
self.assertEqual(gxu.dtype_gx(gxapi.GS_FLOAT), np.float32)
self.assertEqual(gxu.dtype_gx(gxapi.GS_LONG), np.int32)
self.assertEqual(gxu.dtype_gx(-2000).str, "<U2000")
self.assertEqual(gxu.dtype_gx(gxapi.GS_ULONG64), np.uint64)
self.assertEqual(gxu.gx_dummy(np.float),gxapi.rDUMMY)
self.assertEqual(gxu.gx_dummy(np.int32),gxapi.iDUMMY)
self.assertEqual(gxu.gx_dummy(np.int64),gxapi.GS_S8DM)
self.assertEqual(gxu.gx_dummy(np.str_), '')
self.assertEqual(gxu.gx_dummy('U48'), '')
self.assertEqual(gxu.gx_dummy(np.uint), gxapi.GS_U4DM)
self.assertEqual(gxu.gx_dummy(np.uint8), gxapi.GS_U1DM)
self.assertEqual(gxu.gx_dummy(np.uint16), gxapi.GS_U2DM)
self.assertEqual(gxu.gx_dummy(np.uint32), gxapi.GS_U4DM)
self.assertEqual(gxu.gx_dummy(np.uint64), gxapi.GS_U8DM)
self.assertEqual(gxu.gx_dummy(1.5),gxapi.rDUMMY)
self.assertEqual(gxu.gx_dummy(type(1.5)), gxapi.rDUMMY)
self.assertEqual(gxu.gx_dummy(3),gxapi.iDUMMY)
self.assertEqual(gxu.gx_dummy(type(3)), gxapi.iDUMMY)
self.assertEqual(gxu.gx_dummy(0xff),gxapi.iDUMMY)
self.assertEqual(gxu.gx_dummy('string'), '')
self.assertEqual(gxu.gx_dummy('U48'), '')
self.assertRaises(KeyError, gxu.gx_dummy, 1j)
self.assertRaises(KeyError, gxu.gx_dummy, type(1j))
self.assertEqual(gxu.dummy_none(0), 0)
self.assertEqual(gxu.dummy_none(1.), 1.)
self.assertEqual(gxu.dummy_none(gxapi.iDUMMY), None)
self.assertEqual(gxu.dummy_none(gxapi.rDUMMY), None)
self.assertTrue(gxu.is_float(gxu.gx_dtype('float')))
self.assertFalse(gxu.is_int(gxu.gx_dtype('float')))
self.assertTrue(gxu.is_int(gxu.gx_dtype('uint64')))
self.assertFalse(gxu.is_float(gxu.gx_dtype('uint64')))
self.assertTrue(gxu.is_string(gxu.gx_dtype('U18')))
self.assertFalse(gxu.is_int(gxu.gx_dtype('U18')))
self.assertFalse(gxu.is_float(gxu.gx_dtype('U18')))
self.assertEqual(gxu.is_string(gxu.gx_dtype('U18')), 72)
self.assertEqual(gxu.dtype_gx_dimension(gxapi.GS_FLOAT), (np.float32, 1))
self.assertEqual(gxu.dtype_gx_dimension(gxapi.GS_FLOAT2D), (np.float32, 2))
self.assertEqual(gxu.dtype_gx_dimension(gxapi.GS_FLOAT3D), (np.float32, 3))
self.assertEqual(gxu.dtype_gx_dimension(gxapi.GS_DOUBLE), (np.float64, 1))
self.assertEqual(gxu.dtype_gx_dimension(gxapi.GS_DOUBLE2D), (np.float64, 2))
self.assertEqual(gxu.dtype_gx_dimension(gxapi.GS_DOUBLE3D), (np.float64, 3))
self.assertEqual(gxu.gx_dtype_dimension(np.float32), gxapi.GS_FLOAT)
self.assertEqual(gxu.gx_dtype_dimension(np.float32, 1), gxapi.GS_FLOAT)
self.assertEqual(gxu.gx_dtype_dimension(np.float32, 2), gxapi.GS_FLOAT2D)
self.assertEqual(gxu.gx_dtype_dimension(np.float32, 3), gxapi.GS_FLOAT3D)
self.assertEqual(gxu.gx_dtype_dimension(np.float64), gxapi.GS_DOUBLE)
self.assertEqual(gxu.gx_dtype_dimension(np.float64, 1), gxapi.GS_DOUBLE)
self.assertEqual(gxu.gx_dtype_dimension(np.float64, 2), gxapi.GS_DOUBLE2D)
self.assertEqual(gxu.gx_dtype_dimension(np.float64, 3), gxapi.GS_DOUBLE3D)
self.assertRaises(gxu.UtilityException, gxu.gx_dtype_dimension, np.int, 2)
self.assertRaises(gxu.UtilityException, gxu.gx_dtype_dimension, np.int, 3)
self.assertRaises(gxu.UtilityException, gxu.gx_dtype_dimension, np.float32, 4)
npd = np.array([[1,1],[2,2],[-127,1],[3,3]],dtype=gxu.dtype_gx(gxapi.GS_BYTE))
self.assertEqual(list(gxu.dummy_mask(npd)),[False,False,True,False])
npd = np.array([1,2,3,4],dtype=gxu.dtype_gx(gxapi.GS_BYTE))
try:
gxu.dummy_mask(npd)
self.assertTrue(False)
except: pass
def test_dictlist(self):
self.start()
lst = gxapi.GXLST.create(1000)
lst.add_item("a","aa")
lst.add_item("b","bb")
lst.add_item("c","cc")
d = gxu.dict_from_lst(lst)
self.assertEqual(len(d),lst.size())
self.assertEqual(d.get('b'),'bb')
def test_dictreg(self):
self.start()
d = {'a':'A', 'b':'BEE', 'c':[1,2,3], 'g':7.123, 'h':{'hh':'name'}}
reg = gxu.reg_from_dict(d)
dd = gxu.dict_from_reg(reg)
for key, value in d.items():
self.assertEqual(value, dd[key])
self.assertRaises(gxu.UtilityException, gxu.reg_from_dict, d, max_size=10)
def test_parameters(self):
self.start()
p = {'a': 'string', 'list': [1,2,3], 'tup': (['a','b'], {'q': 1.5})}
gxu.save_parameters('param_test', p)
r = gxu.get_parameters('param_test')
self.assertEqual(r['A'], p['a'])
self.assertEqual(r['LIST'], p['list'])
self.assertEqual(r['TUP'][0][1], 'b')
self.assertEqual(r['TUP'][1]['q'], 1.5)
s = gxu.get_parameters('param_test', ['a', 'tup', 'not_there'])
self.assertEqual(s['a'], 'string')
self.assertEqual(s['tup'][1]['q'], 1.5)
self.assertEqual(s.get('not_there', None), None)
q = gxu.get_parameters('param_test', ['not_there'], default="yes I am")
self.assertEqual(q['not_there'], "yes I am")
t = {'1': '\\', '2': '\\\\', '3': '\\\\\\', '4': '\\\\\\\\', '5': '\\\\\\\\\\'}
gxu.save_parameters('escape', t)
tt = gxu.get_parameters('escape')
self.assertEqual(t, tt)
def test_parameters_2(self):
self.start()
self.assertRaises(gxu.UtilityException, gxu.save_parameters)
self.assertRaises(gxu.UtilityException, gxu.save_parameters, self._test_case_filename)
group = os.path.basename(self._test_case_filename).split('.')[0]
self.assertRaises(gxu.UtilityException, gxu.save_parameters, group, {'bad.parameter': ''})
parameter = 'GRID_NAME'
p = {parameter: ''}
gxu.save_parameters(group, p)
r = gxu.get_parameters(group)
self.assertEqual(r[parameter], '')
r = gxu.get_parameters(group, {parameter: 'bogus'})
self.assertEqual(r[parameter], '')
r = gxu.get_parameters(group, {'test': 'bogus'})
self.assertEqual(r['test'], 'bogus')
r = gxu.get_parameters(group, (parameter, 'test1', 'test2'))
self.assertEqual(r[parameter], '')
self.assertEqual(r['test1'], None)
self.assertEqual(r['test2'], None)
r = gxu.get_parameters(group, (parameter, 'test1', 'test2'), 99)
self.assertEqual(r[parameter], '')
self.assertEqual(r['test1'], 99)
self.assertEqual(r['test2'], 99)
gxu.save_parameters(group, r)
r = gxu.get_parameters(group)
self.assertEqual(r[parameter], '')
self.assertEqual(r['TEST1'], 99)
self.assertEqual(r['TEST2'], 99)
gxu.save_parameters(parms={'test_file': '.\\some_file', 't2': 'c:\\abc\\def'})
r = gxu.get_parameters()
self.assertEqual(r['TEST_FILE'], '.\\some_file')
self.assertEqual(r['T2'], 'c:\\abc\\def')
def test_rdecode(self):
self.start()
cDUMMY="*"
rDUMMY=gxu.rdecode(cDUMMY)
def test(s):
r = gxu.rdecode(s)
return r
self.assertEqual(test("1.9"),1.9)
self.assertEqual(test("1.o9"),1.09)
self.assertEqual(test(""),rDUMMY)
self.assertEqual(test("*"),rDUMMY)
self.assertEqual(test("*ab"),rDUMMY)
self.assertEqual(test("\t"),rDUMMY)
self.assertEqual(test(" \t \t"),rDUMMY)
self.assertEqual(test("\t 000oooOOO45.o0o0 \t\t"),45)
self.assertEqual(test("62"),62)
self.assertEqual(test("62S"),-62)
self.assertEqual(test("62 00 00N"),62)
self.assertEqual(test("-62 00 00"),-62)
self.assertEqual(test("62.00.00S"),-62)
self.assertEqual(test("62N"),62)
self.assertEqual(test("62 45S"),-62.75)
self.assertEqual(test("62 29 60w"),-62.5)
self.assertEqual(test("62 29 60.00E"),62.5)
self.assertEqual(test("-62 29 60.00E"),-62.5)
self.assertEqual(test("62.45.0.00s"),-62.75)
self.assertEqual(test("62.30.30.15W"),-62.508375)
self.assertEqual(test("-62.30.30.15"),-62.508375)
self.assertEqual(test("-62.30.30.15W"),62.508375)
self.assertEqual(test("13:14:60.00"),13.25)
self.assertEqual(test("13:14:60.00pm"),25.25)
self.assertEqual(test("13:15"),13.25)
self.assertEqual(test("2:15PM"),14.25)
self.assertEqual(test("2:90pm"),15.5)
self.assertEqual(test("\to o o "),0.0)
self.assertEqual(test("\to 59 6O "),1.0)
self.assertEqual(test("bogus"),rDUMMY)
self.assertEqual(test("2014-01-01"),2014.0)
self.assertEqual(test("2014-02-25"),2014.150684931507)
self.assertEqual(test("2014/02/25"),2014.150684931507)
self.assertEqual(test("2014/2/25"),2014.150684931507)
self.assertEqual(test("2014/02/5"),2014.0958904109589)
self.assertEqual(test("2014/12/31"),2014.9972602739726)
self.assertEqual(test("2016/12/31"),2016.9972677595629)
self.assertEqual(test("2017-1-1"),2017.0)
try:
gxu.rdecode_err("bogus")
self.assertTrue(False)
except ValueError:
self.assertTrue(True)
try:
gxu.rdecode_err("\t0 o 0 0")
self.assertTrue(False)
except ValueError:
self.assertTrue(True)
def test_decode(self):
self.start()
cDUMMY="*"
rDUMMY=gxapi.GS_R8DM
iDUMMY=gxu.decode(cDUMMY,'i')
def test(s,f):
r = gxu.decode(s,f)
return r
self.assertEqual(test("1.9",'f8'),1.9)
self.assertEqual(test("*",'f'),rDUMMY)
self.assertEqual(test("*",'f4'),rDUMMY)
self.assertEqual(test("*",'f8'),rDUMMY)
self.assertEqual(test("*",'i'),iDUMMY)
self.assertEqual(test("*",'i2'),iDUMMY)
self.assertEqual(test("*",'i4'),iDUMMY)
self.assertEqual(test("*",'i8'),iDUMMY)
self.assertEqual(test("*",'i8'),iDUMMY)
self.assertEqual(test("62N",'i'),62)
self.assertEqual(test("62",'f'),62.0)
self.assertEqual(test("62.500001",'i'),63.0)
self.assertEqual(test("-62.500001",'i'),-63.0)
self.assertEqual(test("62.4999",'i'),62)
self.assertEqual(test("-62.4999",'i'),-62)
self.assertEqual(test("-62.4999",'i2'),-62)
self.assertEqual(test("-62.4999",'i4'),-62)
self.assertEqual(test("-62.4999",'i8'),-62)
self.assertEqual(test("62.4999",'u'),62)
self.assertEqual(test("62.4999",'b'),True)
self.assertEqual(test("0",'b'),False)
self.assertEqual(test("0.0",'b'),False)
self.assertEqual(test("*",'b'),False)
self.assertEqual(test("62N",'U5'),"62N")
self.assertEqual(test("62Nabcdef",'U3'),"62N")
self.assertEqual(test("62N12345",'U5'),"62N12")
self.assertEqual(test("62N12345",'S5'),"62N12")
self.assertEqual(test("62N12345",'a5'),"62N12")
def test_shared_dict(self):
self.start()
gxu.set_shared_dict()
d = gxu.get_shared_dict()
self.assertEqual(len(d), 0)
gxu.set_shared_dict({'a':0, 'b':[1,2,3]})
d = gxu.get_shared_dict()
self.assertEqual(d['a'], 0)
self.assertEqual(d['b'][2], 3)
d = gxu.get_shared_dict()
self.assertEqual(len(d), 0)
def test_run_external_python(self):
self.start()
testpy = os.path.join(os.getcwd(),'test_python.py')
with open(testpy, 'w') as py:
py.write("import sys\n")
py.write("import geosoft.gxpy as gxpy\n")
py.write("import geosoft.gxpy.utility as gxu\n")
py.write("with gxpy.gx.GXpy() as gxc:\n")
py.write(" d = gxu.get_shared_dict()\n")
py.write(" gxpy.utility.set_shared_dict({'a':'letter a', 'b':'letter b', 'c':[1,2,3], 'argv': sys.argv, 'in_dict':d})\n")
#py.write("input('RUN_EXTERNAL! Press return to continue...')\n")
try:
test_result = gxu.run_external_python(testpy,
script_args='test1 test2',
shared_dict={'howdy':'hey there'},
console=False)
self.assertEqual(test_result['a'], 'letter a')
l = test_result['c']
self.assertEqual(len(l), 3)
self.assertEqual(l[1], 2)
self.assertEqual(test_result['argv'][1], 'test1')
self.assertEqual(test_result['argv'][2], 'test2')
self.assertEqual(test_result['in_dict']['howdy'], 'hey there')
finally:
gxu.delete_file(testpy)
self.assertRaises(gxu.UtilityException, gxu.run_external_python, testpy, 'test1 test2')
def test_run_external_bad_python(self):
self.start()
testpy = os.path.join(os.getcwd(), 'test_python.py')
with open(testpy, 'w') as py:
py.write("import this_module_not_there\n")
try:
gxu.run_external_python(testpy, script_args='test1 test2')
self.assertTrue(False)
except gxu.UtilityException as e:
self.assertTrue('External python error' in str(e))
except:
os.remove(testpy)
raise
finally:
os.remove(testpy)
def test_paths(self):
self.start()
local = gxu.folder_workspace()
self.assertEqual(os.path.normpath(local), os.getcwd())
user = gxu.folder_user()
self.assertTrue(os.path.isdir(user))
temp = gxu.folder_temp()
self.assertTrue(os.path.isdir(temp))
def test_display_message(self):
self.start()
gxu.display_message('test title', 'test message')
def test_version(self):
self.start()
with self.assertRaises(gxu.UtilityException):
gxu.check_version("x.y.z")
version_backup = gxu.__version__
try:
gxu.__version__ = "9.1"
self.assertTrue(gxu.check_version("8.5.9"))
self.assertTrue(gxu.check_version("9.0"))
self.assertTrue(gxu.check_version("9.1"))
self.assertTrue(gxu.check_version("9.1.0"))
self.assertTrue(gxu.check_version("9.1a0"))
self.assertTrue(gxu.check_version("9.1b0"))
self.assertTrue(gxu.check_version("9.1a1"))
self.assertTrue(gxu.check_version("9.1b1"))
with self.assertRaises(gxu.UtilityException):
gxu.check_version("9.2.0b")
with self.assertRaises(gxu.UtilityException):
gxu.check_version("999.999")
self.assertFalse(gxu.check_version("9.1.1", raise_on_fail=False))
self.assertFalse(gxu.check_version("9.2", raise_on_fail=False))
self.assertFalse(gxu.check_version("999.999", raise_on_fail=False))
gxu.__version__ = "9.1a1"
self.assertTrue(gxu.check_version("9.0"))
self.assertTrue(gxu.check_version("9.0a0"))
self.assertFalse(gxu.check_version("9.1", raise_on_fail=False))
finally:
gxu.__version__ = version_backup
def test_datetime(self):
self.start()
geo_utc = gxu.datetime_from_year(gxapi.GXSYS.utc_date())
# Due to testing environment variables the above would always be 2003-01-01
py_utc = datetime(2003, 1, 1, tzinfo=timezone.utc)
self.assertEqual(geo_utc.year, py_utc.year)
self.assertEqual(geo_utc.month, py_utc.month)
self.assertEqual(geo_utc.day, py_utc.day)
self.assertEqual(geo_utc.hour, 0)
self.assertEqual(geo_utc.minute, 0)
self.assertEqual(geo_utc.second, 0)
self.assertEqual(geo_utc.microsecond, 0)
dec_year = gxu.year_from_datetime(py_utc)
dt = gxu.datetime_from_year(dec_year)
self.assertEqual(dt.year, py_utc.year)
self.assertEqual(dt.month, py_utc.month)
self.assertEqual(dt.day, py_utc.day)
self.assertEqual(dt.hour, py_utc.hour)
self.assertEqual(dt.minute, py_utc.minute)
self.assertEqual(dt.second, py_utc.second)
self.assertEqual(dt.microsecond, round(py_utc.microsecond / 1000.0) * 1000)
def test_crc(self):
self.start()
self.assertEqual(gxu.crc32(b'bunch of bytes'), 3271364337)
self.assertEqual(gxu.crc32_str('a string'), 2577552858)
def test_sig_fig(self):
self.start()
self.assertEqual(gxu.str_significant(1.0, 1), '1')
self.assertEqual(gxu.str_significant(-1.0, 1), '-1')
self.assertEqual(gxu.str_significant(105.1005, 2), '110')
self.assertEqual(gxu.str_significant(-105.0, 2), '-100')
self.assertEqual(gxu.str_significant(-105.0001000, 2), '-110')
self.assertEqual(gxu.str_significant(105.0, 2, mode=-1), '100')
self.assertEqual(gxu.str_significant(-105.0, 2, mode=-1), '-100')
self.assertEqual(gxu.str_significant(0.000456789123, 3), '0.000457')
self.assertEqual(gxu.str_significant(-0.000456789123, 3), '-0.000457')
self.assertEqual(gxu.str_significant(0.000456789123, 3, 1), '0.000457')
self.assertEqual(gxu.str_significant(0.000456789123, 3, -1), '0.000456')
self.assertEqual(gxu.str_significant(-0.000456789123, 3, -1), '-0.000456')
self.assertEqual(gxu.str_significant(4567800000.0, 3), '4570000000')
self.assertEqual(gxu.str_significant(4567800000.0, 3, 1), '4570000000')
self.assertEqual(gxu.str_significant(4567800000.0, 3, -1), '4560000000')
self.assertEqual(gxu.str_significant(0.00045, 3), '0.00045')
self.assertEqual(gxu.str_significant(4500000000.0, 3), '4500000000')
self.assertEqual(gxu.str_significant(0.000451, 1), '0.0005')
self.assertEqual(gxu.str_significant(4510000000.0, 1), '5000000000')
self.assertEqual(gxu.str_significant(0.000451, 1, -1), '0.0004')
self.assertEqual(gxu.str_significant(4510000000.0, 1, -1), '4000000000')
def test_xml(self):
self.start()
d = {'my_root':{'a':1, 'b':'text_string', 'c':(1, 2), 'd':[1, 2, 'txt']},
'more':{'a':1, 'b':'text_string', 'c':(1, 2), 'd':[1, 2, 'txt']}}
xml = gxu.xml_from_dict(d, pretty=True)
dxml = gxu.dict_from_xml(xml)
self.assertEqual(len(dxml), 2)
self.assertTrue('my_root' in dxml)
self.assertEqual(dxml['my_root']['b'], 'text_string')
self.assertEqual(dxml['my_root']['c'], ['1', '2'])
self.assertEqual(dxml['my_root']['d'], ['1', '2', 'txt'])
self.assertEqual(dxml['more']['b'], 'text_string')
self.assertEqual(dxml['more']['c'], ['1', '2'])
self.assertEqual(dxml['more']['d'], ['1', '2', 'txt'])
xml = '<?xml version="1.0" encoding="UTF-8"?>\
<gmd:MD_Metadata xsi:schemaLocation="http://www.isotc211.org/2005/gmd ../schemas/iso19139fra/gmd/gmd.xsd">\
<geosoft xmlns="http://www.geosoft.com/schema/geo">\
<dataset version="1" beta="abc">\
<title>test_grid_1</title>\
<file_format>Geosoft Grid</file_format>\
</dataset>\
</geosoft>\
</gmd:MD_Metadata>'
d = gxu.dict_from_xml(xml)
self.assertEqual(d['gmd:MD_Metadata']['geosoft']['dataset']['@version'], "1")
xml = gxu.xml_from_dict(d, pretty=True)
self.assertTrue('<dataset ' in xml)
d = {'geosoft': d['gmd:MD_Metadata']['geosoft']}
d['geosoft'].pop('@xmlns', None)
xml = gxu.xml_from_dict(d, pretty=True)
self.assertFalse('xmlns=' in xml)
xml = gxu.geosoft_xml_from_dict(d, pretty=True)
self.assertTrue('xmlns=' in xml)
xml = gxu.geosoft_xml_from_dict(d['geosoft'], pretty=True)
self.assertTrue('<geosoft xmlns=' in xml)
folder, files = gsys.unzip(os.path.join(os.path.dirname(self._test_case_py), 'testgrids.zip'),
folder=gx.gx().temp_folder())
gxml = os.path.join(folder, 'test_grid_1.grd.xml')
with open(gxml) as f:
m = gxu.dict_from_xml(f.read())
xml = gxu.xml_from_dict(m, pretty=True)
m2 = gxu.dict_from_xml(xml)
self.assertEqual(m2['gmd:MD_Metadata']['idinfo']['status']['update'], 'None planned')
def test_url_retrieve(self):
self.start
def del_file(f):
try:
os.remove(f)
except:
pass
def hook(a, b, c):
print(a, b, c)
url = 'https://github.com/GeosoftInc/gxpy/raw/master/README.md'
big = 'https://github.com/GeosoftInc/gxpy/raw/master/examples/tutorial/2D%20Views%20and%20Maps/Wittichica Creek Residual Total Field.grd'
ref_file = 'README.md'
test_file = 'test.grd'
try:
file_name = gxu.url_retrieve(url)
self.assertEqual(file_name, ref_file)
file_name = gxu.url_retrieve(url, test_file)
self.assertEqual(file_name, test_file)
file_name = gxu.url_retrieve(big, reporthook=hook)
del_file(file_name)
except:
print('No internet')
pass
finally:
del_file(ref_file)
del_file(test_file)
def test_unique_name(self):
self.start()
def exists(name):
if name in ('ab', 'ab(1)', 'ab(2)', 'ab.txt', 'ab(1).txt'):
return True
if name in ('ab', 'ab_1', 'ab_2', 'ab.txt', 'ab_1.txt'):
return True
if name in ('ab(special).txt',):
return True
if name in ('ab(special.txt', 'ab(maki_.txt','ab(maki_3.txt'):
return True
return False
def true(name):
return True
self.assertEqual(gxu.unique_name('c:/temp/billybob', exists), 'c:/temp/billybob')
self.assertEqual(gxu.unique_name('ab', exists), 'ab(3)')
self.assertEqual(gxu.unique_name('ab.txt', exists), 'ab(2).txt')
self.assertEqual(gxu.unique_name('ab', exists, separator='_'), 'ab_3')
self.assertEqual(gxu.unique_name('ab.txt', exists, separator='_'), 'ab_2.txt')
self.assertEqual(gxu.unique_name('ab(special).txt', exists), 'ab(special)(1).txt')
self.assertEqual(gxu.unique_name('ab(special.txt', exists), 'ab(special(1).txt')
self.assertEqual(gxu.unique_name('ab(special_.txt', exists, separator='_'), 'ab(special_.txt')
self.assertEqual(gxu.unique_name('ab(maki_.txt', exists, separator='_'), 'ab(maki__1.txt')
self.assertEqual(gxu.unique_name('ab(maki_3.txt', exists, separator='_'), 'ab(maki_4.txt')
self.assertRaises(gxu.UtilityException, gxu.unique_name, 'anything', true, '()', 10)
with open('test(2).txt', 'w+') as f:
f.write('stuff')
self.assertEqual(gxu.unique_name('test(2).txt'), 'test(3).txt')
os.remove('test(2).txt')
def test_vec_norm(self):
self.start()
a = np.array(range(24))
self.assertEqual(gxu.vector_normalize(a).shape, (1,))
self.assertEqual(gxu.vector_normalize(a).sum(), 1.)
a = a.reshape((6, 4))
self.assertEqual(gxu.vector_normalize(a).shape, (6, 4))
self.assertAlmostEqual(gxu.vector_normalize(a).sum(), 11.536183542606089)
a = a.reshape((3, 2, 4))
self.assertEqual(gxu.vector_normalize(a).shape, (3, 2, 4))
self.assertAlmostEqual(gxu.vector_normalize(a).sum(), 11.536183542606089)
a[1, 1, :] = [0, 0, 0, 0]
self.assertTrue(np.isnan(gxu.vector_normalize(a).sum()))
self.assertAlmostEqual(np.nansum(gxu.vector_normalize(a)), 9.5430071721870711)
def test_file_manipulation(self):
self.start()
fn = gx.gx().temp_file()
with open(fn, '+w') as f:
f.write('maki')
self.assertFalse(gxu.is_file_locked(fn))
self.assertFalse(gxu.is_path_locked(fn))
dir = os.path.dirname(fn)
self.assertFalse(gxu.is_path_locked(dir))
self.assertTrue(gxu.is_path_locked(dir, age=1000.*60*60))
self.assertEqual(gxu.file_age('a completely bogus file name'), -1)
time.sleep(0.1)
self.assertTrue(gxu.file_age(fn) > 0.)
@unittest.skip('HTTP tests are skipped for automated regression')
def test_http_stuff(self):
self.start()
def hook(o):
return o
def pairs_hook(o):
return o
params = {'key': 'test'}
headers = {'Content-Type': 'application/json', 'Accept': 'application/json'}
try:
r = requests.get("http://dap.geosoft.com/rest/service/configuration",
params=params,
headers=headers)
response = gxu.dict_from_http_response_text(r.text, object_hook=hook)
self.assertTrue(response['MajorVersion'] >= 12)
response = gxu.dict_from_http_response_text(r.text, object_pairs_hook=pairs_hook)
self.assertEqual(response[0][0], 'Name')
r = requests.get("http://dap.geosoft.com/rest/service/configuration", params=params)
response = gxu.dict_from_http_response_text(r.text)
self.assertTrue(int(response['MajorVersion']) >= 12)
response = gxu.dict_from_http_response_text(r.text, object_hook=hook)
self.assertTrue(int(response['MajorVersion']) >= 12)
except:
print('No internet')
pass
if __name__ == '__main__':
unittest.main()