void
date::_copy_members (const date& other)
{
day (other.day());
month (other.month());
year (other.year());
}
void FoxPro::setDate(size_t record, size_t field, const date &value) {
assert((record < _records.size()) && (field < _fields.size()));
Record &r = _records[record];
Field &f = _fields[field];
if (f.type != kTypeDate)
throw Exception("Field is not of date type ('%c')", f.type);
char *data = (char *) r.fields[field];
snprintf(data, 8, "%04d%02d%02d",
(int) value.year(), (int) value.month(), (int) value.day());
updateUpdate();
}
static const fudge_i16 rawShortsArray [ 10 ] = { -32767, 32767, 0, 1, -1, 100, -100, 0, 16385 };
static const fudge_i32 rawIntsArray [ 4 ] = { 2147483647, 0, -2147483647, 0 };
static const fudge_i64 rawLongsArray [ 12 ] = { ( fudge_i64 ) -9223372036854775807ll, 0, ( fudge_i64 ) 9223372036854775807ll, -1, 2, -3, 5, -8, 13, -21, 34, -55 };
static const fudge_f32 rawFloatsArray [ 8 ] = { 0.0f, 2147483647.0f, 214748364.7f, 21474836.47f, 2147483.647f, 2.147483647f, 21.47483647f, 214.7483647f };
static const fudge_f64 rawDoublesArray [ 5 ] = { 9223372036854775807.0, 0.0, 0.0000000123456, 1234560000000.0, -9223372036854775807.0 };
std::vector<fudge_byte> rawBytes ( rawBytesArray, rawBytesArray + sizeof ( rawBytesArray ) / sizeof ( fudge_byte ) );
std::vector<fudge_i16> rawShorts ( rawShortsArray, rawShortsArray + sizeof ( rawShortsArray ) / sizeof ( fudge_i16 ) );
std::vector<fudge_i32> rawInts ( rawIntsArray, rawIntsArray + sizeof ( rawIntsArray ) / sizeof ( fudge_i32 ) );
std::vector<fudge_i64> rawLongs ( rawLongsArray, rawLongsArray + sizeof ( rawLongsArray ) / sizeof ( fudge_i64 ) );
std::vector<fudge_f32> rawFloats ( rawFloatsArray, rawFloatsArray + sizeof ( rawFloatsArray ) / sizeof ( fudge_f32 ) );
std::vector<fudge_f64> rawDoubles ( rawDoublesArray, rawDoublesArray + sizeof ( rawDoublesArray ) / sizeof ( fudge_f64 ) );
static const date exampleDate ( 2010, 3, 21 );
static const time exampleTime ( 15 * 3600 + 39 * 60 + 27, 0, FUDGE_DATETIME_PRECISION_SECOND );
static const datetime exampleDateTime ( exampleDate.year ( ), exampleDate.month ( ), exampleDate.day ( ), exampleTime.seconds ( ), exampleTime.nanoseconds ( ), exampleTime.precision ( ) );
// Will need a large byte array for the fixed array testing
fudge_byte largeByteArray [ 512 ];
for ( size_t index ( 0 ); index < sizeof ( largeByteArray ); ++index )
largeByteArray [ index ] = index % 256 - 128;
// Construct an empty message
message message1;
TEST_EQUALS_INT( message1.size ( ), 0 );
// Test some failure cases
TEST_THROWS_EXCEPTION( message1.getFieldAt ( 0 ), exception ); // Invalid index
TEST_THROWS_EXCEPTION( message1.getField ( static_cast<fudge_i16> ( 0 ) ), exception ); // Invalid ordinal
TEST_THROWS_EXCEPTION( message1.getField ( string ( "Field Name" ) ), exception ); // Invalid field name
date date::operator=(const date& other)
{
return date::create(other.day(), other.month(), other.year());
}