type_output.cc

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/*!
 *
 * Copyright (C) 2015 Technical University of Liberec.  All rights reserved.
 * 
 * This program is free software; you can redistribute it and/or modify it under
 * the terms of the GNU General Public License version 3 as published by the
 * Free Software Foundation. (http://www.gnu.org/licenses/gpl-3.0.en.html)
 * 
 * This program is distributed in the hope that it will be useful, but WITHOUT
 * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
 * FOR A PARTICULAR PURPOSE.  See the GNU General Public License for more details.
 *
 * 
 * @file    type_output.cc
 * @brief   
 */

#include <string>
#include <regex>

#include "system/exceptions.hh"                        // for ExcUnknownDesc...
#include "input/type_output.hh"
#include "input/type_repository.hh"
#include "input/type_generic.hh"
#include "input/type_tuple.hh"
#include "input/type_selection.hh"

#include <boost/algorithm/string/replace.hpp>
#include <boost/tokenizer.hpp>                         // for tokenizer<>::i...
#include <boost/functional/hash.hpp>



namespace Input {
namespace Type {

using namespace std;


/*******************************************************************
 * implementation of OutputBase
 */

OutputBase::~OutputBase() {}



OutputBase::OutputBase()
{}



void OutputBase::get_integer_bounds(Integer integer, int &lower , int &upper ) {
    lower = integer.lower_bound_;
    upper = integer.upper_bound_;
}



void OutputBase::get_double_bounds(Double dbl, double &lower , double &upper ) {
    lower = dbl.lower_bound_;
    upper = dbl.upper_bound_;
}



void OutputBase::get_array_sizes(Array array, unsigned int &lower , unsigned int &upper ) {
    lower = array.data_->lower_bound_;
    upper = array.data_->upper_bound_;
}



void OutputBase::get_array_type(Array array, std::shared_ptr<TypeBase> &arr_type) {
    arr_type = array.data_->type_of_values_;
}



const string & OutputBase::get_record_description(const Record *rec) {
    return rec->data_->description_;
}



const string & OutputBase::get_abstract_description(const Abstract *a_rec) {
    return a_rec->child_data_->description_;
}



void OutputBase::get_parent_vec(Record rec, std::vector< std::shared_ptr<Abstract> > &parent_vec) {
    parent_vec = rec.data_->parent_vec_;
}



void OutputBase::get_default(Record::KeyIter it, string &type, string &value) {
    value = it->default_.value_;
    if ( it->default_.is_obligatory() ) {
        type = "obligatory";
    } else if ( it->default_.is_optional() ) {
        type = "optional";
    } else if ( it->default_.has_value_at_read_time() ) {
        type = "value at read time";
    } else {
        type = "value at declaration";
    }

}


const string & OutputBase::get_selection_description(const Selection *sel) {
    return sel->data_->description_;
}


void OutputBase::get_adhoc_parent_name(const AdHocAbstract *a_rec, string &parent_name) {
    parent_name = a_rec->ancestor_.type_name();
}


Abstract::ChildDataIter OutputBase::get_adhoc_parent_data(const AdHocAbstract *a_rec) {
    return a_rec->ancestor_.child_data_->list_of_childs.begin();
}

template <class T>
void OutputBase::print_generic(ostream& stream, const TypeBase *type) {
    // print possible generic
    if (type->generic_type_hash_ != TypeBase::none_hash) {
        const T *gen_type = Input::TypeRepository<T>::get_instance().find_hash(type->generic_type_hash_).get();
        ASSERT(gen_type)(type->hash_str())(type->type_name());
        print_base(stream, gen_type);
    }
}
void OutputBase::print_base(ostream& stream, const TypeBase *type) {

    ASSERT(type);

    if (typeid(*type) == typeid(Type::Tuple)) {
        print_impl(stream, static_cast<const Type::Record *>(type) );
    } else
    if (typeid(*type) == typeid(Type::Record)) {
        print_impl(stream, static_cast<const Type::Record *>(type) );
    } else
    if (typeid(*type) == typeid(Type::Array)) {
        print_impl(stream, static_cast<const Type::Array *>(type) );
    } else
    if (typeid(*type) == typeid(Type::Abstract)) {
            print_impl(stream, static_cast<const Type::Abstract *>(type) );
    } else
    if (typeid(*type) == typeid(Type::AdHocAbstract)) {
        print_impl(stream, static_cast<const Type::AdHocAbstract *>(type) );
    } else
    if (typeid(*type) == typeid(Type::Selection)) {
        print_impl(stream, static_cast<const Type::Selection *>(type) );
    } else
    if (typeid(*type) == typeid(Type::Integer)) {
        print_impl(stream, static_cast<const Type::Integer *>(type) );
    } else
    if (typeid(*type) == typeid(Type::Double)) {
        print_impl(stream, static_cast<const Type::Double *>(type) );
    } else
    if (typeid(*type) == typeid(Type::Bool)) {
        print_impl(stream, static_cast<const Type::Bool *>(type) );
    } else
    if (typeid(*type) == typeid(Type::Parameter)) {
        print_impl(stream, static_cast<const Type::Parameter *>(type) );
    } else {
        const Type::FileName * file_name_type = dynamic_cast<const Type::FileName *>(type);
        if (file_name_type != NULL ) {
            print_impl(stream, file_name_type );
            return;
        }

        const Type::String * string_type = dynamic_cast<const Type::String *>(type);
        if (string_type != NULL ) {
            print_impl(stream, string_type );
            return;
        }

        // default -> error
        THROW( Type::ExcUnknownDescendant() << Type::EI_TypeName(typeid(type).name()) );
    }
}


void OutputBase::write_default_value(std::ostream& stream, Default dft) {
    if (dft.is_obligatory() || dft.is_optional()) {
        stream << "<" << dft.value() << ">";
    } else {
        stream << "\"" << dft.value() << "\"";
    }
}

void OutputBase::write_description(std::ostream& stream, const string& str,
        unsigned int padding, unsigned int hash_count) {
    string s = str;
    boost::replace_all(s, "\\$", "$");

    boost::tokenizer<boost::char_separator<char> > line_tokenizer(s, boost::char_separator<char>("\n"));
    boost::tokenizer<boost::char_separator<char> >::iterator it;

    // For every \n add padding at beginning of the next line.
    for(it = line_tokenizer.begin(); it != line_tokenizer.end(); ++it) {
        stream << endl;
        stream << setw(padding) << "";
        stream << std::setfill('#') << setw(hash_count) << "" << std::setfill(' ') << " " << *it;
    }
}


void OutputBase::clear_processed_types() {
    processed_types_hash_.clear();
    full_hash_ = 0;
}


bool OutputBase::was_written(std::size_t hash)
{
    bool in_set = ( processed_types_hash_.find(hash) != processed_types_hash_.end() );
    if (! in_set) processed_types_hash_.insert(hash);
    return in_set;
}

void OutputBase::get_attr_and_param_data(const TypeBase *type, TypeBase::attribute_map &attr_map,
            TypeBase::TypeHash &generic_type_hash, TypeBase::json_string &parameter_map_to_json) {
    attr_map = *( type->attributes_.get() );
    generic_type_hash = type->generic_type_hash_;
    if (type->parameter_map_.size()) {
        parameter_map_to_json = type->print_parameter_map_to_json( type->parameter_map_ );
    }
}




/*******************************************************************
 * implementation of OutputText
 */

ostream& OutputText::print(ostream& stream) {
    doc_type_ = full_record;
    clear_processed_types();

    print_base(stream, type_);
    return stream;
}

void OutputText::print_impl(ostream& stream, const Record *type) {
    ASSERT(type->is_finished())(type->type_name())(type->class_name()).warning("Printing documentation of unfinished type.");
    switch (doc_type_) {
    case key_record:
        stream << "" << type->class_name() << " '" << type->type_name() << "' (" << type->size() << " keys).";
        break;
    case full_record:
        TypeBase::TypeHash hash=type->content_hash();
        if (! was_written(hash)) {
            // header
            stream << endl;
            stream << "" << type->class_name() << " '" << type->type_name() << "'";
            // parent record
            /*std::shared_ptr<Abstract> parent_ptr;
            get_parent_ptr(*type, parent_ptr);
            if (parent_ptr) {
                stream << ", implementation of " << parent_ptr->type_name();
            }*/

            // reducible to key
            Record::KeyIter key_it = type->auto_conversion_key_iter();
            if (key_it != type->end()) {
                stream << ", reducible to key '" << key_it->key_ << "'";
            }
            stream << "" << " (" << type->size() << " keys).";
            write_description(stream, OutputBase::get_record_description(type), 0);
            stream << endl;
            stream << "" << std::setfill('-') << setw(10) << "" << std::setfill(' ') << endl;
            // keys
            doc_type_ = key_record;
            for (Record::KeyIter it = type->begin(); it != type->end(); ++it) {
                size_setw_ = it->key_.size() + 3;
                stream << setw(padding_size) << "" << it->key_ << " = ";
                write_default_value(stream, it->default_);
                stream << endl;
                stream << setw(padding_size + size_setw_) << "" <<"#### is ";
                print_base(stream, it->type_.get());
                write_description(stream, it->description_, padding_size+size_setw_);
                stream << endl;
            }
            stream << "" << std::setfill('-') << setw(10) << "" << std::setfill(' ') << " " << type->type_name() << endl;
            // Full documentation of embedded record types.
            doc_type_ = full_record;
        }
        break;
    }
}
void OutputText::print_impl(ostream& stream, const Array *type) {
    std::shared_ptr<TypeBase> array_type;
    get_array_type(*type, array_type);
    switch (doc_type_) {
    case key_record:
        unsigned int lower_size, upper_size;
        get_array_sizes(*type, lower_size, upper_size);
        stream << "Array, size limits: [" << lower_size << ", " << upper_size << "] of type: " << endl;
        stream << setw(padding_size + size_setw_) << "" << "#### ";
        print_base(stream, array_type.get());
        break;
    case full_record:
        print_base(stream, array_type.get());
        break;
    }
}


void OutputText::print_impl(ostream& stream, const Abstract *type) {
    // Print documentation of abstract record
    switch (doc_type_) {
    case key_record:
        stream << "Abstract '" << type->type_name() << "' with "<< type->child_size() << " descendants.";
        break;
    case full_record:
        TypeBase::TypeHash hash=type->content_hash();
        if (! was_written(hash) ) {
            // header
            stream << endl;
            stream << "" << "Abstract '" << type->type_name() << "' with " << type->child_size() << " descendants.";
            write_description(stream, OutputBase::get_abstract_description( type ), 0);
            stream << endl;
            stream << "" << std::setfill('-') << setw(10) << "" << std::setfill(' ') << endl;
            // descendants
            doc_type_ = key_record;
            for (Abstract::ChildDataIter it = type->begin_child_data(); it != type->end_child_data(); ++it) {
                size_setw_ = 0;
                stream << setw(padding_size) << "";
                stream << "" << "Record '" << (*it).type_name() << "'";
                write_description(stream, OutputBase::get_record_description( &(*it) ), padding_size+size_setw_);
                stream << endl;
            }
            stream << "" << std::setfill('-') << setw(10) << "" << std::setfill(' ') << " " << type->type_name() << endl;
            // Full documentation of embedded record types.
            doc_type_ = full_record;
        }
        break;
    }
}


void OutputText::print_impl(ostream& stream, const AdHocAbstract *type) {
    // Print documentation of adhoc abstract record
    if (doc_type_ == key_record) {
        stream << type->class_name();
        /*string parent_name;
        get_adhoc_parent_name(type, parent_name);
        stream << "AdHocAbstract" << endl;
        stream << setw(padding_size + size_setw_) << "";
        stream << "#### Derived from Abstract '" << parent_name << "', ";
        stream << "added Records: ";
        {
            Abstract::ChildDataIter parent_it = get_adhoc_parent_data(type);
            bool add_comma = false;
            for (Abstract::ChildDataIter it = type->begin_child_data(); it != type->end_child_data(); ++it) {
                if ((*it).type_name() == (*parent_it).type_name()) {
                    ++parent_it;
                } else {
                    if (add_comma) stream << ", ";
                    else add_comma = true;
                    stream << "'" << (*it).type_name() << "'";
                }
            }
        }*/
    }
}
void OutputText::print_impl(ostream& stream, const Selection *type) {
    ASSERT(type->is_finished())(type->type_name()).warning("Printing documentation of unfinished Input::Type::Selection.");
    switch (doc_type_) {
    case key_record:
        stream << "Selection '" << type->type_name() << "' of " << type->size() << " values.";
        break;
    case full_record:
        TypeBase::TypeHash hash=type->content_hash();
        if (! was_written(hash) ) {
            stream << endl << "Selection '" << type->type_name() << "' of " << type->size() << " values.";
            write_description(stream, OutputBase::get_selection_description( type ), 0);
            stream << endl;
            stream << "" << std::setfill('-') << setw(10) << "" << std::setfill(' ') << endl;
            // keys
            for (Selection::keys_const_iterator it = type->begin(); it != type->end(); ++it) {
                stream << setw(padding_size) << "" << it->key_ << " = " << it->value;
                if (it->description_ != "") {
                    stream << endl;
                    stream << setw(padding_size + it->key_.size() + 3) << "" << "# " << it->description_ << "";
                }
                stream << endl;
            }
            stream << "" << std::setfill('-') << setw(10) << "" << std::setfill(' ') << " " << type->type_name() << endl;
        }
        break;
    }
}
void OutputText::print_impl(ostream& stream, const Integer *type) {
    if (doc_type_ == key_record) {
        int lower_bound, upper_bound;
        get_integer_bounds(*type, lower_bound, upper_bound);
        stream << "Integer in [" << lower_bound << ", " << upper_bound << "]";
    }
}
void OutputText::print_impl(ostream& stream, const Double *type) {
    if (doc_type_ == key_record) {
        double lower_bound, upper_bound;
        get_double_bounds(*type, lower_bound, upper_bound);
        stream << "Double in [" << lower_bound << ", " << upper_bound << "]";
    }
}
void OutputText::print_impl(ostream& stream, const Bool *type) {
    if (doc_type_ == key_record) {
        stream << type->class_name();
    }
}
void OutputText::print_impl(ostream& stream, const String *type) {
    if (doc_type_ == key_record) {
        stream << type->class_name() + " (generic)";
    }
}
void OutputText::print_impl(ostream& stream, const FileName *type) {
    if (doc_type_ == key_record) {
        stream << "FileName of ";
        switch (type->get_file_type()) {
        case ::FilePath::input_file:
            stream << "input file";
            break;
        case ::FilePath::output_file:
            stream << "output file";
            break;
        default:
            stream << "file with unknown type";
            break;
        }
    }
}



void OutputText::print_impl(FMT_UNUSED ostream& stream, FMT_UNUSED const Parameter *type) {
    ASSERT_DBG(false).error("Parameter appears in the IST. Check where Instance is missing.");
}




/*******************************************************************
 * implementation of OutputJSONMachine
 */

OutputJSONMachine::OutputJSONMachine(RevNumData rev_num_data) 
: OutputBase()
{    
    rev_num_data_ = rev_num_data;

    format_head="{ \"version\" :";
    format_inner=",\n\"ist_nodes\" : [\n";
    format_full_hash="{}],\n";
    format_tail="}\n";   
}



OutputJSONMachine::OutputJSONMachine(const Record &root_type, RevNumData rev_num_data) 
: OutputJSONMachine(rev_num_data)
{
    root_type_ =  root_type;
    root_type_.finish();
}


std::string OutputJSONMachine::escape_description(std::string desc) {
    static std::vector< std::pair<std::regex, std::string> > rewrite_rules = {
            // replace single slash with two slashes
            {std::regex("\\\\"), "\\\\"},
            // replace quote with slash quote
            {std::regex("\\\""), "\\\""},
            // replace special chars with escaped slash + special chars
            {std::regex("\\n"), "\\n"},
            {std::regex("\\t"), "\\t"},
            {std::regex("\\r"), "\\r"}
    };


    std::string tmp = std::string(desc);

    for (auto rewrite_rule : rewrite_rules) {
        tmp = std::regex_replace(tmp, rewrite_rule.first, rewrite_rule.second);
    }

    return tmp;
}


ostream& OutputJSONMachine::print(ostream& stream) {
    doc_type_ = full_record;
    clear_processed_types();

    stream << format_head;
    print_program_info(stream);
    stream << format_inner;

    print_base( stream, &root_type_);
    /*
    for (Input::TypeRepository<Selection>::TypeRepositoryMapIter it = Input::TypeRepository<Selection>::get_instance().begin();
            it != Input::TypeRepository<Selection>::get_instance().end(); ++it) {
        print_base( stream, it->second.get() );
    }
    for (Input::TypeRepository<Abstract>::TypeRepositoryMapIter it = Input::TypeRepository<Abstract>::get_instance().begin();
            it != Input::TypeRepository<Abstract>::get_instance().end(); ++it) {
        print_base( stream, it->second.get() );
    }
    for (Input::TypeRepository<Record>::TypeRepositoryMapIter it = Input::TypeRepository<Record>::get_instance().begin();
            it != Input::TypeRepository<Record>::get_instance().end(); ++it) {
        print_base( stream, it->second.get() );
    }
*/
    stream << format_full_hash;
    print_full_hash(stream);
    stream << format_tail;
    return stream;
}

std::string print_attributes(TypeBase::attribute_map attribute_map) {
    stringstream stream;

    if (attribute_map.size() == 0) return "\"attributes\" : {}";

    stream << "\"attributes\" : {" << endl; // print map of attributes
    for (auto it=attribute_map.begin(); it!=attribute_map.end(); ++it) {
        if (it != attribute_map.begin()) {
            stream << "," << endl;
        }
        stream << "\"" << it->first << "\" : " << it->second;
    }
    stream << endl << "}";

    return stream.str();
}


void OutputJSONMachine::print_type_header(ostream &stream, const TypeBase *type) {
    stream << "{" << endl;
    stream << "\"id\" : " << type->hash_str() << "," << endl;
    stream << "\"input_type\" : \"" + type->class_name() + "\"," << endl;
    stream << "\"name\" : \"" << type->type_name() << "\"," << endl;

    // write data of parameters and attributes
    TypeBase::attribute_map attr_map;
    TypeBase::TypeHash generic_type_hash;
    TypeBase::json_string parameter_map_to_json;
    get_attr_and_param_data(type, attr_map, generic_type_hash, parameter_map_to_json);
    // print hash of generic type and parameters into separate keys
    if (generic_type_hash != TypeBase::none_hash) { // print hash of generic type into separate keys
        stream << "\"generic_type\" : " << TypeBase::hash_str(generic_type_hash) << "," << endl;
    }
    if (parameter_map_to_json.size()) { // parameters into separate keys
        stream << "\"parameters\" : " << parameter_map_to_json << "," << endl;
    }
    stream << print_attributes(attr_map);
}


void OutputJSONMachine::print_impl(ostream& stream, const Record *type) {
    if (typeid(*type) == typeid(Type::Tuple)) {
        print_generic<Tuple>(stream, type);
    } else {
        print_generic<Record>(stream, type);
    }

    TypeBase::TypeHash hash=type->content_hash();
    if (was_written(hash)) return;

    print_type_header(stream, type);
    stream << "," << endl << "\"description\" : \"" <<
            escape_description( OutputBase::get_record_description(type) ) << "\"," << endl;

    // parent records, implemented abstracts
    std::vector< std::shared_ptr<Abstract> > parent_vec;
    get_parent_vec(*type, parent_vec);
    if (parent_vec.size()) {
        stream << "\"implements\" : [ ";
        bool add_comma = false;
        for (auto &parent : parent_vec) {
            if (add_comma) stream << ", ";
            else add_comma = true;
            stream << parent->hash_str();
        }
        stream << " ]," << endl;
    }

    // reducible to key
    Record::KeyIter key_it = type->auto_conversion_key_iter();
    if (key_it != type->end()) {
        stream << "\"reducible_to_key\" : \"" << key_it->key_ << "\"," << endl;
    }

    stream << "\"keys\" : [" << endl;

    doc_type_ = key_record;
    for (Record::KeyIter it = type->begin(); it != type->end(); ++it) {
        string dft_type, dft_value;
        get_default(it, dft_type, dft_value);
        if (dft_type != "value at declaration") 
            dft_value = "\"" + escape_description(dft_value) + "\"";

        if (it != type->begin()) {
            stream << "," << endl;
        }
        stream << "{ \"key\" : \"" << it->key_ << "\"," << endl;
        stream << "\"description\" : \"" <<
                escape_description(it->description_) << "\"," << endl;
        stream << "\"default\" : { "
                <<"\"type\" : \"" << dft_type << "\"," << endl
                <<"\"value\" : " << dft_value << " }," << endl;
        stream << "\"type\" : " << it->type_->hash_str() << "," << endl;
        stream << print_attributes(it->attributes);
        stream << "}";
    }

    stream << "]" << endl;
    stream << "},";

    // Full documentation of embedded record types.
    doc_type_ = full_record;
    for (Record::KeyIter it = type->begin(); it != type->end(); ++it) {
        print_base(stream, it->type_.get());
    }

    boost::hash_combine(full_hash_, hash);
}



void OutputJSONMachine::print_impl(ostream& stream, const Array *type) {
    TypeBase::TypeHash hash=type->content_hash();
    if (was_written(hash)) return;

    unsigned int lower_size, upper_size;
    std::shared_ptr<TypeBase> array_type;

    get_array_sizes(*type, lower_size, upper_size);
    get_array_type(*type, array_type);

    print_type_header(stream, type);
    stream << "," << endl;
    stream << "\"range\" : [" << lower_size << ", " << upper_size << "]," << endl;
    stream << "\"subtype\" : " << array_type->hash_str()  << endl;
    stream << "}," << endl;

    print_base(stream, array_type.get());

    boost::hash_combine(full_hash_, hash);
}



void OutputJSONMachine::print_impl(ostream& stream, const Abstract *type) {
    print_generic<Abstract>(stream, type);

    TypeBase::TypeHash hash=type->content_hash();
    if (was_written(hash)) return;

    print_type_header(stream, type);
    stream << "," << endl;
    stream << "\"description\" : \"" <<
            escape_description( OutputBase::get_abstract_description(type)) << "\"," << endl;

    print_abstract_record_keys(stream, type);
    stream << "},";

    for (Abstract::ChildDataIter it = type->begin_child_data(); it != type->end_child_data(); ++it) {
        print_base(stream, &*it);
    }

    boost::hash_combine(full_hash_, hash);
}


void OutputJSONMachine::print_impl(ostream& stream, const AdHocAbstract *type) {
    print_generic<AdHocAbstract>(stream, type);

    TypeBase::TypeHash hash=type->content_hash();
    if (was_written(hash)) return;

    string parent_name;
    get_adhoc_parent_name(type, parent_name);
    print_type_header(stream, type);
    stream << "," << endl;
    print_abstract_record_keys(stream, dynamic_cast<const Type::Abstract *>(type));
    stream << "},";

    for (Abstract::ChildDataIter it = type->begin_child_data(); it != type->end_child_data(); ++it) {
        print_base(stream, &*it);
    }

    boost::hash_combine(full_hash_, hash);
}



void OutputJSONMachine::print_abstract_record_keys(ostream& stream, const Abstract *type) {

    // Print documentation of abstract record
    const Record * desc = type->get_default_descendant();

    // default descendant
    if (desc) {
        stream << "\"default_descendant\" : " << desc->hash_str()  << "," << endl;
    }
    stream << "\"implementations\" : [" << endl;
    for (Abstract::ChildDataIter it = type->begin_child_data(); it != type->end_child_data(); ++it) {
        if (it != type->begin_child_data())
            stream << "," << endl;
        stream << "" << it->hash_str() << "";
    }
    stream << "]";

}





void OutputJSONMachine::print_impl(ostream& stream, const Selection *type) {
    print_generic<Selection>(stream, type);

    TypeBase::TypeHash hash=type->content_hash();
    if (was_written(hash)) return;

    print_type_header(stream, type);
    stream << "," << endl;
    stream << "\"description\" : \"" <<
            escape_description(OutputBase::get_selection_description(type)) << "\"," << endl;

    stream << "\"values\" : [" << endl;
    for (Selection::keys_const_iterator it = type->begin(); it != type->end(); ++it) {
        if (it != type->begin()) {
            stream << "," << endl;
        }
        stream << "{ \"name\" : \"" << it->key_ << "\"," << endl;
        stream << "\"description\" : \"" << escape_description(it->description_) << "\"," << endl;
        stream << print_attributes(it->attributes_)  << endl;
        stream << "}";
    }

    stream << "]" << endl;
    stream << "},";

    boost::hash_combine(full_hash_, hash);
}


void OutputJSONMachine::print_impl(ostream& stream, const Integer *type) {
    TypeBase::TypeHash hash=type->content_hash();
    if (was_written(hash)) return;

    int lower, upper;
    get_integer_bounds(*type, lower, upper);

    print_type_header(stream, type);
    stream << "," << endl;
    stream << "\"range\" : [" << lower << ", " << upper << "]" << endl;
    stream << "},";

    boost::hash_combine(full_hash_, hash);
}


void OutputJSONMachine::print_impl(ostream& stream, const Double *type) {
    TypeBase::TypeHash hash=type->content_hash();
    if (was_written(hash)) return;

    double lower, upper;
    get_double_bounds(*type, lower, upper);

    print_type_header(stream, type);
    stream << "," << endl;
    stream << "\"range\" : [" << lower << ", " << upper << "]" << endl;
    stream << "},";

    boost::hash_combine(full_hash_, hash);
}


void OutputJSONMachine::print_impl(ostream& stream, const Bool *type) {
    TypeBase::TypeHash hash=type->content_hash();
    if (was_written(hash)) return;

    print_type_header(stream, type);
    stream << "},";

    boost::hash_combine(full_hash_, hash);
}


void OutputJSONMachine::print_impl(ostream& stream, const String *type) {
    TypeBase::TypeHash hash=type->content_hash();
    if (was_written(hash)) return;

    print_type_header(stream, type);
    stream << "},";

    boost::hash_combine(full_hash_, hash);
}


void OutputJSONMachine::print_impl(ostream& stream, const FileName *type) {
    TypeBase::TypeHash hash=type->content_hash();
    if (was_written(hash)) return;

    print_type_header(stream, type);
    stream << "," << endl;
    stream << "\"file_mode\" : \"";
    switch (type->get_file_type()) {
    case ::FilePath::input_file:
        stream << "input\"";
        break;
    case ::FilePath::output_file:
        stream << "output\"";
        break;
    }

    stream << endl << "},";

    boost::hash_combine(full_hash_, hash);
}



void OutputJSONMachine::print_impl(ostream& stream, const Parameter *type) {
    TypeBase::TypeHash hash=type->content_hash();
    if (was_written(hash)) return;

    print_type_header(stream, type);
    stream << endl << "},";

    boost::hash_combine(full_hash_, hash);
}



void OutputJSONMachine::print_program_info(ostream& stream) {
    string build_date = string(__DATE__) + ", " + string(__TIME__);

    stream << "{" << endl;
    stream << "\"flow123d_commit\" : \"" << rev_num_data_.revision << "\"," << endl;
    stream << "\"flow123d_version\" : \"" << rev_num_data_.version << "\"," << endl;
    stream << "\"date\" : \"" << build_date << "\"" << endl;
    stream << "}";
}



void OutputJSONMachine::print_full_hash(ostream& stream) {
    stream << "\"IST_hash\" : " << TypeBase::hash_str( full_hash_ ) << endl;
}






std::ostream& operator<<(std::ostream& stream, OutputText type_output) {
    return type_output.print(stream) << endl;
}


std::ostream& operator<<(std::ostream& stream, OutputJSONMachine type_output) {
    return type_output.print(stream) << endl;
}


} // closing namespace Type
} // closing namespace Input