#include "btree_map.h"
#include "proxysql.h"
#include "cpp.h"


using namespace std;


/*
AdvancedKV::AdvancedKV() {
//	dataSize=0;
};
*/

/*
struct classcomp1 {
    bool operator() (char *a, char *b) const
    {return strcmp(a,b); }
};

//typedef btree::btree_map<char *, char *, classcomp> MyMap;
*/



KV_BtreeArray::KV_BtreeArray() {
	spinlock_rwlock_init(&lock);
}

/*
KV_BtreeAray::set((char *kp, void *entry)
  //spin_wrlock(&fdb_hashes[i].lock);
	spin_wrlock(&rwlock);
  ptrArray->add(entry);
	btree::btree_map<const char *, char *, classcomp>::iterator lookup;
	lookup = bt_map.find(key);
	if (lookup != bt_map.end()) {
  g_hash_table_replace(fdb_hashes[i].hash, (void *)entry->key, (void *)entry);
	spin_wrunlock(&lock);

*/

/*
void SimpleKV::insert(const char *key, char *value) {
	if (lock_enabled)
		spin_wrlock(&rwlock);
	//g_hash_table_insert(hash, key, value);
	bt_map.insert(std::make_pair(key,value));
	if (lock_enabled)
		spin_wrunlock(&rwlock);
}

void SimpleKV::insert_copy(const char *key, char * value) {
	//std::string *key_copy=key;
	char * key_copy=strdup(key);
	char * value_copy=strdup(value);
	if (lock_enabled)
		spin_wrlock(&rwlock);
	//g_hash_table_insert(hash, key_copy, value_copy);	
	bt_map.insert(std::make_pair(key_copy,value_copy));
	if (lock_enabled)
		spin_wrunlock(&rwlock);
}

void SimpleKV::replace(const char *key, char * value) {
	if (lock_enabled)
		spin_wrlock(&rwlock);
	//g_hash_table_replace(hash, key, value);
	//btree::btree_map<std::string *, char *>::iterator lookup;
	btree::btree_map<const char *, char *, classcomp>::iterator lookup;
	//btree::btree_map<char *, char *, classcomp>::iterator lookup ;
	//btree::btree_map<char *, char *, classcomp>::iterator lookup ;
	lookup = bt_map.find(key);
	//printf("%s\n", *lookup->first) ;
	if (lookup != bt_map.end()) {
		const char *f=lookup->first;
		free(lookup->second);
		bt_map.erase(lookup);
		free((void *)f);
	}
	bt_map.insert(std::make_pair(key,value));
	if (lock_enabled)
		spin_wrunlock(&rwlock);
}

void SimpleKV::replace_copy(char *key, char * value) {
	char * key_copy=strdup((const char *)key);
	char * value_copy=strdup((const char *)value);
	replace(key_copy, value_copy);
	if (lock_enabled)
		spin_wrlock(&rwlock);
	g_hash_table_replace(hash, key_copy, value_copy);	
	if (lock_enabled)
		spin_wrunlock(&rwlock);
}


char * SimpleKV::lookup(const char * key) {
	char *v=NULL;
	if (lock_enabled)
		spin_rdlock(&rwlock);
	btree::btree_map<const char *, char *, classcomp>::iterator lookup;
	lookup = bt_map.find(key);
	if (lookup != bt_map.end()) {
		v=lookup->second;
	}
	if (lock_enabled)
		spin_rdunlock(&rwlock);
	return v;
}

char * SimpleKV::lookup_copy(const char * key) {
	char *v=NULL;
	char *r=NULL;
	if (lock_enabled)
		spin_rdlock(&rwlock);
	btree::btree_map<const char *, char *, classcomp>::iterator lookup;
	lookup = bt_map.find(key);
	if (lookup != bt_map.end()) {
		r=lookup->second;
	}
	if (r)
		v=strdup((const char *)r);
	if (lock_enabled)
		spin_rdunlock(&rwlock);
	return v;
}


void SimpleKV::remove(const char *key) {
	if (lock_enabled)
        spin_wrlock(&rwlock);
	btree::btree_map<const char *, char *, classcomp>::iterator lookup;
	lookup = bt_map.find(key);
	if (lookup != bt_map.end()) {
		const char *f=lookup->first;
		free(lookup->second);
		bt_map.erase(lookup);
		free((void *)f);
	}	
	if (lock_enabled)
        spin_wrunlock(&rwlock);

}

void SimpleKV::empty() {
	if (lock_enabled)
        spin_wrlock(&rwlock);
	btree::btree_map<const char *, char *, classcomp>::iterator lookup;

	while (bt_map.size()) {
		lookup = bt_map.begin();
		if ( lookup != bt_map.end() ) {
		//free((char *)lookup.first);
			const char *f=lookup->first;
			free(lookup->second);
			bt_map.erase(lookup);
			free((void *)f);
		}
	}

	if (lock_enabled)
        spin_wrunlock(&rwlock);

}

SimpleKV::~SimpleKV() {
	//g_hash_table_destroy(hash);
	empty();
}

int SimpleKV::size() {
	return bt_map.size();
}

*/