Function smem_parse_chunk

Core/SoarKernel/src/semantic_memory.cpp:3468–3778

}

bool smem_parse_chunk(agent* thisAgent, smem_str_to_chunk_map* chunks, smem_chunk_set* newbies)
{
    bool return_val = false;
    
    smem_chunk* new_chunk = new smem_chunk;
    new_chunk->slots = NULL;
    
    std::string* chunk_name = NULL;
    
    char temp_letter;
    uint64_t temp_number;
    
    bool good_at;
    
    //
    
    // consume left paren
    get_lexeme(thisAgent);
    
    if ((thisAgent->lexeme.type == AT_LEXEME) || (thisAgent->lexeme.type == IDENTIFIER_LEXEME) || (thisAgent->lexeme.type == VARIABLE_LEXEME))
    {
        good_at = true;
        
        if (thisAgent->lexeme.type == AT_LEXEME)
        {
            get_lexeme(thisAgent);
            
            good_at = (thisAgent->lexeme.type == IDENTIFIER_LEXEME);
        }
        
        if (good_at)
        {
            // save identifier
            chunk_name = smem_parse_lti_name(&(thisAgent->lexeme), &(temp_letter), &(temp_number));
            new_chunk->lti_letter = temp_letter;
            new_chunk->lti_number = temp_number;
            new_chunk->lti_id = NIL;
            new_chunk->soar_id = NIL;
            new_chunk->slots = new smem_slot_map;
            
            // consume id
            get_lexeme(thisAgent);
            
            //
            
            uint64_t intermediate_counter = 1;
            smem_chunk* intermediate_parent;
            smem_chunk* temp_chunk;
            std::string temp_key;
            std::string* temp_key2;
            Symbol* chunk_attr;
            smem_chunk_value* chunk_value;
            smem_slot* s;
            
            // populate slots
            while (thisAgent->lexeme.type == UP_ARROW_LEXEME)
            {
                intermediate_parent = new_chunk;