def test_strictjoin3(self):
X = self.X
keycols = self.keycols
others=self.others
X1 = X[:(3 * len(X) / 4)][keycols + others[0]]
X2 = X[(len(X) / 4):][keycols + others[1]]
Y = spreadsheet.strictjoin([X1, X2], self.keycols)
Y.sort(order=keycols)
nvf = utils.DEFAULT_NULLVALUEFORMAT
nvf1 = nvf(X[others[1][0]].dtype.descr[0][1])
nvf2 = nvf(X[others[1][1]].dtype.descr[0][1])
nvf3 = nvf(X[others[0][0]].dtype.descr[0][1])
nvf4 = nvf(X[others[0][1]].dtype.descr[0][1])
Recs = ([(a, b, c, d, nvf1, nvf2) for (a, b, c, d, e, f)
in X[:(len(X) / 4)]] +
[(a, b, c, d, e, f) for (a, b, c, d, e, f)
in X[(len(X) / 4):(3 * len(X) / 4)]] +
[(a, b, nvf3, nvf4, e, f) for (a, b, c, d, e, f)
in X[(3 * len(X) / 4):]])
Z = tb.tabarray(records=Recs, names=X.dtype.names)
Z.sort(order=self.keycols)
self.assert_((Y == Z).all())
def test_strictjoin(self):
ToMerge = [self.X[self.keycols + n] for n in self.others]
Y = spreadsheet.strictjoin(ToMerge,self.keycols)
Z = self.X.copy()
Z.sort(order = self.keycols)
Y.sort(order = self.keycols)
self.assert_((Z == Y).all())
def test_strictjoin4(self):
ToMerge = dict([('d' + str(i) , self.X[self.keycols + n])
for (i, n) in enumerate(self.others)])
Y = spreadsheet.strictjoin(ToMerge, self.keycols)
Y.sort(order=self.keycols)
Z = self.X.copy()
Z.sort(order=self.keycols)
self.assert_((Z == Y).all())
def test_strictjoin2(self):
ToMerge = [self.X[self.keycols + [x]] for x in self.X.dtype.names
if x not in self.keycols]
Y = spreadsheet.strictjoin(ToMerge, self.keycols)
Z = self.X.copy()
Z.sort(order=self.keycols)
Y.sort(order=self.keycols)
self.assert_((Z == Y).all())
