/*
main
*/
int main(int argc, char* argv[]) {
LINKEDLIST *self;
PERSONALINFO *personInfo;
CreateLinkedList(&self);
AddPersonalInfo(&personInfo, "kim", "111", "seoul", FALSE);
AppendLinkedList(&self, &personInfo);
AddPersonalInfo(&personInfo, "lee", "222", "busan", FALSE);
AppendLinkedList(&self, &personInfo);
AddPersonalInfo(&personInfo, "park", "333", "inchon", FALSE);
InsertLinkedList(&self, 2, &personInfo);
DeleteLinkedList(&self, 3);
//DeleteLinkedList(&self, 1);
//DeleteLinkedList(&self, 1);
personInfo = ViewAtLinkedList(&self, 2);
printf("name : %s\nphone : %s\naddress : %s\nflag : %d\n", personInfo->name, personInfo->phone, personInfo->address, personInfo->flagOfDelete);
DestroyLinkedList(&self);
return 0;
}
/*!
* \brief
* Processes an xml map node to populate a map element with its parts.
*
* \param map_element
* The map element to populate.
*
* \param map_definition
* The xml map part definition to process.
*
* \param host_directory
* The relative directory of the maps parts on the file server.
*
* \returns
* Returns true if the map parts were added to the map element successfully, otherwise returns false.
*
* Processes an xml map element to populate a map element with its parts.
*/
static bool AddMapParts(c_map_element* map_element, const TiXmlElement* map_definition, const char* host_directory)
{
// iterate through all of the maps parts
const TiXmlElement* current_part = map_definition->FirstChildElement("part");
if(!current_part)
{
blam::console_printf(false, "No part nodes present for %s", map_element->m_name.c_str());
return false;
}
do
{
const char* name = current_part->Attribute("name");
const char* md5 = current_part->Attribute("md5");
const char* encrypted = current_part->Attribute("encrypted");
const char* unencryptedmd5 = current_part->Attribute("unencrypted_md5");
// check the md5 strings are the correct length
bool md5_valid = false;
if(md5)
md5_valid = (strlen(md5) == 32);
bool unencrypted_md5_valid = false;
if(unencryptedmd5)
unencrypted_md5_valid = (strlen(unencryptedmd5) == 32);
bool encrypted_value = false;
if(encrypted)
ValueConversion::FromString(encrypted, encrypted_value);
bool encryption_valid = true;
if((encrypted_value && !unencryptedmd5) || (!encrypted_value && unencryptedmd5))
encryption_valid = false;
else if(encrypted_value && !unencrypted_md5_valid)
encryption_valid = false;
// if the part is valid, create a new part element
if(name && md5 && md5_valid && encryption_valid)
{
c_part_element* part_element = new c_part_element();
part_element->Ctor();
part_element->m_name.assign(name);
// build the parts redirection address
c_url_interface url_interface;
url_interface.ParseURL(g_map_download_globals.m_host_address);
if(host_directory && (strlen(host_directory) > 0))
url_interface.AppendPath(host_directory);
url_interface.AppendPath(name);
part_element->m_redirect_address = url_interface.GetURL();
// add the part to the maps part list
AppendLinkedListNode(map_element->m_parts, part_element);
}
else
{
if(!name)
blam::console_printf(false, "A part node is missing its name");
if(!md5)
blam::console_printf(false, "A part node is missing its md5 checksum");
else if(!md5_valid)
blam::console_printf(false, "A part nodes md5 checksum is too long/short");
if(encrypted_value && !unencryptedmd5)
blam::console_printf(false, "A part node is encrypted but has no unencrypted_md5 attribute");
else if(!encrypted_value && unencryptedmd5)
blam::console_printf(false, "A part node is not encrypted but has an unencrypted_md5 attribute");
else if(encrypted_value && !unencrypted_md5_valid)
blam::console_printf(false, "An encrypted part nodes unencrypted md5 checksum is too long/short");
// delete the part list to leave the map element unchanged
DeleteLinkedList(map_element->m_parts);
return false;
}
}while(current_part = current_part->NextSiblingElement("part"));
return true;
}
