text stringlengths 0 2.2M |
|---|
T_ T_ P(STRING)
|
}
|
bdlt::Time mX(XX); const bdlt::Time& X = mX;
|
bdlt::TimeTz mZ(ZZ); const bdlt::TimeTz& Z = mZ;
|
ASSERTV(ILINE, JLINE, CLINE,
|
0 == Util::parse(&mX, buffer, LENGTH));
|
ASSERTV(ILINE, JLINE, CLINE, TIME, X, TIME == X);
|
ASSERTV(ILINE, JLINE, CLINE,
|
0 == Util::parse(&mZ, buffer, LENGTH));
|
ASSERTV(ILINE, JLINE, CLINE, TIME == Z.localTime());
|
ASSERTV(ILINE, JLINE, CLINE, 0 == Z.offset());
|
mX = XX;
|
mZ = ZZ;
|
ASSERTV(ILINE, JLINE, CLINE,
|
0 == Util::parse(&mX, StrView(buffer, LENGTH)));
|
ASSERTV(ILINE, JLINE, CLINE, TIME == X);
|
ASSERTV(ILINE, JLINE, CLINE,
|
0 == Util::parse(&mZ, StrView(buffer, LENGTH)));
|
ASSERTV(ILINE, JLINE, CLINE, TIME == Z.localTime());
|
ASSERTV(ILINE, JLINE, CLINE, 0 == Z.offset());
|
}
|
// with zone designator in parsed string
|
{
|
const int LENGTH = Util::generateRaw(buffer,
|
TIMETZ,
|
C);
|
if (veryVerbose) {
|
const bsl::string STRING(buffer, LENGTH);
|
T_ T_ P(STRING)
|
}
|
bdlt::Time mX(XX); const bdlt::Time& X = mX;
|
bdlt::TimeTz mZ(ZZ); const bdlt::TimeTz& Z = mZ;
|
ASSERTV(ILINE, JLINE, CLINE,
|
0 == Util::parse(&mX, buffer, LENGTH));
|
ASSERTV(ILINE, JLINE, CLINE, TIMETZ.utcTime() == X);
|
ASSERTV(ILINE, JLINE, CLINE,
|
0 == Util::parse(&mZ, buffer, LENGTH));
|
ASSERTV(ILINE, JLINE, CLINE, TIMETZ == Z);
|
mX = XX;
|
mZ = ZZ;
|
ASSERTV(ILINE, JLINE, CLINE,
|
0 == Util::parse(&mX, StrView(buffer, LENGTH)));
|
ASSERTV(ILINE, JLINE, CLINE, TIMETZ.utcTime() == X);
|
ASSERTV(ILINE, JLINE, CLINE,
|
0 == Util::parse(&mZ, StrView(buffer, LENGTH)));
|
ASSERTV(ILINE, JLINE, CLINE, TIMETZ == Z);
|
}
|
} // loop over 'CNFG_DATA'
|
} // loop over 'ZONE_DATA'
|
} // loop over 'TIME_DATA'
|
{
|
// verify 'z' is accepted
|
bdlt::Time mX(XX); const bdlt::Time& X = mX;
|
bdlt::TimeTz mZ(ZZ); const bdlt::TimeTz& Z = mZ;
|
ASSERT(0 == Util::parse(&mX, "01:02:03z", 9));
|
ASSERT(X == bdlt::Time(1, 2, 3));
|
ASSERT(0 == Util::parse(&mZ, "01:02:03z", 9));
|
ASSERT(Z == bdlt::TimeTz(bdlt::Time(1, 2, 3), 0));
|
}
|
if (verbose) cout << "\nInvalid strings." << endl;
|
{
|
bdlt::Time mX(XX); const bdlt::Time& X = mX;
|
bdlt::TimeTz mZ(ZZ); const bdlt::TimeTz& Z = mZ;
|
const int NUM_TIME_DATA = NUM_BAD_TIME_DATA;
|
const BadTimeDataRow (&TIME_DATA)[NUM_TIME_DATA] = BAD_TIME_DATA;
|
for (int ti = 0; ti < NUM_TIME_DATA; ++ti) {
|
const int LINE = TIME_DATA[ti].d_line;
|
const char *STRING = TIME_DATA[ti].d_invalid;
|
if (veryVerbose) { T_ P_(LINE) P(STRING) }
|
const int LENGTH = static_cast<int>(bsl::strlen(STRING));
|
ASSERTV(LINE, STRING, 0 != Util::parse(&mX, STRING, LENGTH));
|
ASSERTV(LINE, STRING, XX == X);
|
ASSERTV(LINE, STRING, 0 != Util::parse(&mZ, STRING, LENGTH));
|
ASSERTV(LINE, STRING, ZZ == Z);
|
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