LineParser &LineParser::parse( int argn, char *const *argv )
{
int val, arg, diff;
Mixed optional;
const option_s *begin = &(*this->lp_data.pd_options.begin());
while( (val = getopt_long(argn, argv, this->lp_data.pd_optstring.c_str(), begin, NULL)) != EOF ) {
if( val == 'h' ) {
this->lp_data.pd_progname.assign( argv[0] );
throw ShowHelp( this->lp_data );
}
else if( val == '?' ) {
this->lp_data.pd_progname.assign( argv[0] );
throw InvalidOption( this->lp_data, optopt );
}
else if( this->lp_data.pd_argmap.count(val) != 0 ) {
switch( this->lp_data.pd_argmap[val] ) {
case no_argument:
this->lp_map.insert( map<char, Mixed>::value_type((char) val, Mixed(true)) );
break;
case required_argument:
this->lp_map.insert( map<char, Mixed>::value_type((char) val, Mixed(optarg)) );
break;
case optional_argument:
default:
if( optarg == NULL ) {
if( (optind < argn) && (argv[optind][0] != '-') ) {
optional.setStringValue( argv[optind] );
optind += 1;
}
else optional.setLogicalValue( true );
}
else optional.setStringValue( optarg );
this->lp_map.insert( map<char, Mixed>::value_type((char) val, optional) );
break;
}
}
}
diff = argn - optind;
if( (((this->lp_data.pd_paramnumber == (int) ParserData::one_or_more) && (diff > 0)) ||
((this->lp_data.pd_paramnumber == (int) ParserData::zero_or_more) && (diff >= 0)) ||
((this->lp_data.pd_paramnumber >= 0) && (diff == this->lp_data.pd_paramnumber))) ) {
for( arg = optind; arg < argn; arg++ )
this->lp_arguments.push_back( argv[arg] );
}
else {
this->lp_data.pd_progname.assign( argv[0] );
throw InvalidArgNumber( this->lp_data, diff );
}
return *this;
}
template<> Timestamp get(Mixed m) { return m.get_timestamp(); }
template<> double get(Mixed m) { return m.get_double(); }
template<> float get(Mixed m) { return m.get_type() == type_Float ? m.get_float() : static_cast<float>(m.get_double()); }
template<> int64_t get(Mixed m) { return m.get_int(); }
Mixed Mixed::operator /(Mixed &p){
p.ToFraction();
Mixed tmp(0, b*p.c,c*p.b);
tmp.Simplify();
return tmp;
}
Mixed Mixed::operator -(Mixed &p){
p.ToFraction();
Mixed tmp(0, (b*p.c) - (p.b*c),c*p.c);
tmp.Simplify();
}
Mixed Mixed::operator +(Mixed &p){
p.ToFraction();
Mixed tmp(0, (b*p.c) + (p.b*c),c*p.c);
tmp.Simplify();
return tmp;
}
bool Mixed::operator !=(Mixed &p){
p.ToFraction();
int y = p.get_y(), z = p.get_z();
return ((((b*z) != (y*c)))?1:0);
}
jobject CreateJMixedFromMixed(JNIEnv* env, Mixed& mixed)
{
jclass jMixedClass = GetClassMixed(env);
if (jMixedClass == NULL)
return NULL;
TR((env, "CreateJMixedFromMixed(type %d)\n", mixed.get_type()));
switch (mixed.get_type()) {
case type_Int:
{
jmethodID consId = GetMixedMethodID(env, "<init>", "(J)V");
if (consId)
return env->NewObject(jMixedClass, consId, mixed.get_int());
}
case type_Float:
{
jmethodID consId = GetMixedMethodID(env, "<init>", "(F)V");
if (consId)
return env->NewObject(jMixedClass, consId, mixed.get_float());
}
case type_Double:
{
jmethodID consId = GetMixedMethodID(env, "<init>", "(D)V");
if (consId)
return env->NewObject(jMixedClass, consId, mixed.get_double());
}
case type_String:
{
jmethodID consId = GetMixedMethodID(env, "<init>", "(Ljava/lang/String;)V");
if (consId)
return env->NewObject(jMixedClass, consId, to_jstring(env, mixed.get_string()));
}
case type_Bool:
{
jmethodID consId = GetMixedMethodID(env, "<init>", "(Z)V");
if (consId)
return env->NewObject(jMixedClass, consId, mixed.get_bool());
}
case type_DateTime:
{
time_t timeValue = mixed.get_datetime().get_datetime();
jclass jDateClass = env->FindClass("java/util/Date");
if (jDateClass == NULL) {
ThrowException(env, ClassNotFound, "Date");
return NULL;
}
jmethodID jDateConsId = env->GetMethodID(jDateClass, "<init>", "(J)V");
if (jDateConsId == NULL) {
ThrowException(env, NoSuchMethod, "Date", "<init>");
return NULL;
}
jobject jDate = env->NewObject(jDateClass, jDateConsId, static_cast<jlong>(timeValue));
jmethodID consId = GetMixedMethodID(env, "<init>", "(Ljava/util/Date;)V");
if (consId)
return env->NewObject(jMixedClass, consId, jDate);
}
case type_Binary:
{
BinaryData binaryData = mixed.get_binary();
jmethodID consId = GetMixedMethodID(env, "<init>", "(Ljava/nio/ByteBuffer;)V");
if (consId) {
jobject jByteBuffer = env->NewDirectByteBuffer(const_cast<char*>(binaryData.data()), binaryData.size());
return env->NewObject(jMixedClass, consId, jByteBuffer);
}
}
case type_Table:
{
// param input: Table* t.
TR((env, " --Mixed(type_Table)\n"));
jmethodID consId = GetMixedMethodID(env, "<init>", "(Lio/realm/internal/ColumnType;)V");
jobject jColumnType = NULL; // GetJColumnTypeFromColumnType(env, type_Table);
if (consId)
return env->NewObject(jMixedClass, consId, jColumnType);
}
case type_Mixed:
break;
case type_Link:
break;
case type_LinkList:
break;
}
return NULL;
}
