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#!/usr/bin/env python3
from _tConvert import *
def dotest(t):
print ('');
print ('begin dotest');
print (t.testbool (True));
print (t.testbool (False));
print (t.testint (-1));
print (t.testint (10L));
print (t.testint64 (-123456789013L));
print (t.testint64 (123456789014L));
print (t.testssize (-2));
print (t.testssize (11));
print (t.testfloat (3.14));
print (t.testfloat (12));
print (t.teststring ("this is a string"));
print (t.teststring (u"this is a unicode string"));
print (t.testipos ([2,3,4]));
print (t.testipos (1));
print (t.testipos (NUM.array([2])));
print (t.testipos (NUM.array(3)));
print (t.testvecbool ([True,False,False,True]));
print (t.testvecint ([1,2,3,4]));
print (t.testvecint ([]));
print (t.testvecint ((-1,-2,-3,-4)));
print (t.testvecint (-10));
print (t.testvecint (NUM.array((10,11,12))));
print (t.testvecint (NUM.array(1)));
print (t.testveccomplex ([1+2j, -1-3j, -1.5+2.5j]));
print (t.testvecstr (["a1","a2","b1","b2"]));
print (t.testvecstr (()));
print (t.testvecstr ("sc1"));
print (t.testvecstr (u"unicode sc1"));
print (t.testvecstr ([u"uni1", "uni2"]));
print (t.teststdvecbool ([False,True]));
print (t.teststdvecuint ([1,2,4]));
print (t.teststdvecuint (()));
print (t.teststdvecuint (10));
print (t.teststdvecvecuint ([[1,2,4]]));
print (t.teststdvecvecuint ((())));
print (t.teststdvecvecuint (()));
print (t.teststdvecvecuint ([1,2,4]));
print (t.teststdvecvecuint (20));
print (t.testvh (True));
print (t.testvh (2));
print (t.testvh (1234567890123L));
print (t.testvh (1.3));
print (t.testvh (10-11j));
print (t.testvh ("str"));
print (t.testvh (u"unistr"));
print (t.testvh ([True]) + 0); # add 0 to convert numpy to integer
print (t.testvh ([2,4,6,8,10]));
print (t.testvh ([1.3,4,5,6]));
print (t.testvh ([10-11j,1+2j]));
# print (t.testvh ([]));
print (t.testvh (["str1","str2"]));
print (t.testvh ([u"ustr1",u"ustr2"]));
print (t.testvh ({"shape":[2,2],"array":["str1","str2","str3","str4"]}));
print (t.testvh ({"shape":[3,1],"array":[u"ustr1",u"ustr2",u"ustr3"]}));
a = t.testvh ({"shape":[2,2],"array":["str1","str2","str3","str4"]});
print (a);
print (t.testvh (a));
a = t.testvh ([10-11j,1+2j]);
print (a.shape);
print (t.testvh (a));
b = NUM.int32([[2,3],[4,5]]);
print (b);
print (t.testvh (b));
b = NUM.int32([1,2,3,4,5,6,7,8,9,10]);
print (b[2:9:2]);
print (t.testvh (b[2:9:2]));
b = NUM.array([1,2,3,4,5,6,7,8,9,10.]);
print (b[2:9:2]);
print (t.testvh (b[2:9:2]));
a = b[2:9:2];
print (t.testvh (a));
print (t.testvh(NUM.array([20.+10j])));
print (t.testvh(NUM.array([21.])));
print (t.testvh(NUM.array(21.)));
print ('>>>');
res = t.testvh (NUM.array([]));
print ('<<<');
print (res.shape);
print ('>>>');
res = t.testvh (NUM.array([[]]));
print ('<<<');
print (res.shape);
# Test a sequence of ValueHolders
print (t.teststdvecvh([2, 1.3, [True,False]]));
# On 64-bit machines the output also contains 'dtype=int32'
# So leave it out.
a = t.testrecord({"int":1, "int64":123456789012L, "str":"bc",
"ustr":"ubc", 'vecint':[1,2,3]})
print ('>>>');
print (a);
print ('<<<');
print ('end dotest');
print ('');
def testarrvh(arr):
print (' testarrvh');
print (t.testvh(arr));
print (t.testvh(arr[0]));
print (t.testvh([arr[0]]));
print (t.testvh([arr[0], arr[1]]));
def testarrb(arr):
print (' testarrb')
# Test array
testarrvh(arr);
# Test array scalar
print (t.testbool(arr[0]));
# Test scalar array
print (t.testbool(NUM.array(arr[1])));
def testarri(arr):
print (' testarri')
testarrvh(arr);
print (t.testint(arr[0]));
print (t.testint(NUM.array(arr[1])));
print (t.testint64(arr[0]));
print (t.testssize(arr[0]));
print (t.testfloat(arr[0]));
print (t.testcomplex(arr[0]));
def testarrf(arr):
print (' testarrf')
testarrvh(arr);
print (t.testfloat(arr[0]));
print (t.testfloat(NUM.array(arr[1])));
print (t.testcomplex(arr[0]));
def testarrc(arr):
print (' testarrc')
testarrvh(arr);
print (t.testcomplex(arr[0]));
print (t.testcomplex(NUM.array(arr[1])));
def testarrstr(arr):
print (' testarrstr')
testarrvh(arr);
print (t.teststring(arr[0]));
# numpy scalar array of string not supported
#print (t.teststring(NUM.array(arr[1])));
def testnps():
testarrb(NUM.array([True,False]));
testarri(NUM.int8([-6,-7]));
testarri(NUM.uint8([5,6]));
testarri(NUM.int16([-16,-17]));
testarri(NUM.uint16([15,16]));
testarri(NUM.int32([-26,-27]));
testarri(NUM.uint32([25,26]));
testarri(NUM.int64([-36,-37]));
testarri(NUM.uint64([35,36]));
testarrf(NUM.float32([-46,-47]));
testarrf(NUM.float64([45,46]));
testarrc(NUM.complex64([-56-66j,-57-67j]));
testarrc(NUM.complex128([-76-86j,-77-87j]));
testarrstr(NUM.array(['1','2']));
def testexcp():
# Test a normal exception.
excp = False
try:
b = t.testvh([1, "str"]) # incompatible types
except:
excp = True
if not excp:
print ("Normal exception in testexcp was not converted");
# Test an IterError exception.
excp = False
try:
b = t.testitererror()
except StopIteration:
excp = True
if not excp:
print ("IterError exception in testexcp was not converted");
def testnp():
# Test byte and sbyte.
b = NUM.int8([-1,-2]);
print (t.testvh(b));
b = NUM.uint8([211,212]);
print (t.testvh(b));
print ('>>>');
res = t.testvh(NUM.array([]));
print ('<<<');
print (res.shape);
print (t.testvh(NUM.array([["abcd","c"],["12","x12"]])));
testnps();
testexcp();
if __name__ == "__main__":
import numpy as NUM
from distutils.version import LooseVersion
if LooseVersion(NUM.version.version) >= LooseVersion("1.14"):
NUM.set_printoptions(legacy="1.13")
t = tConvert();
print ("Doing numpy/array test ...");
testnp();
# Do other tests.
dotest(t)
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