#include "PendingTransaction.h"
+#include "KeyValue.h"
+#include "IoTString.h"
+#include "Transaction.h"
+#include "TransactionPart.h"
+#include "ByteBuffer.h"
PendingTransaction::PendingTransaction(int64_t _machineId) :
keyValueUpdateSet(new Hashset<KeyValue *>()),
- keyValueGuardSet(new HashSet<KeyValue *>()),
+ keyValueGuardSet(new Hashset<KeyValue *>()),
arbitrator(-1),
clientLocalSequenceNumber(-1),
machineId(_machineId),
*/
void PendingTransaction::addKV(KeyValue *newKV) {
- KeyValue rmKV = NULL;
+ KeyValue *rmKV = NULL;
// Make sure there are no duplicates
- for (KeyValue kv : keyValueUpdateSet) {
- if (kv.getKey().equals(newKV.getKey())) {
+ SetIterator<KeyValue *> *kvit = keyValueUpdateSet->iterator();
+ while (kvit->hasNext()) {
+ KeyValue *kv = kvit->next();
+ if (kv->getKey()->equals(newKV->getKey())) {
// Remove key if we are adding a newer version of the same key
rmKV = kv;
break;
}
}
+ delete kvit;
// Remove key if we are adding a newer version of the same key
if (rmKV != NULL) {
- keyValueUpdateSet.remove(rmKV);
- currentDataSize -= rmKV.getSize();
+ keyValueUpdateSet->remove(rmKV);
+ currentDataSize -= rmKV->getSize();
}
// Add the key to the hash set
- keyValueUpdateSet.add(newKV);
- currentDataSize += newKV.getSize();
+ keyValueUpdateSet->add(newKV);
+ currentDataSize += newKV->getSize();
}
/**
*/
void PendingTransaction::addKVGuard(KeyValue *newKV) {
// Add the key to the hash set
- keyValueGuardSet.add(newKV);
- currentDataSize += newKV.getSize();
+ keyValueGuardSet->add(newKV);
+ currentDataSize += newKV->getSize();
}
/**
return arb == arbitrator;
}
-bool PendingTransaction::evaluateGuard(Hashtable<IoTString *, KeyValue *> keyValTableCommitted, Hashtable<IoTString *, KeyValue *> keyValTableSpeculative, Hashtable<IoTString *, KeyValue *> keyValTablePendingTransSpeculative) {
- for (KeyValue kvGuard : keyValueGuardSet) {
+bool PendingTransaction::evaluateGuard(Hashtable<IoTString *, KeyValue *> *keyValTableCommitted, Hashtable<IoTString *, KeyValue *> *keyValTableSpeculative, Hashtable<IoTString *, KeyValue *> *keyValTablePendingTransSpeculative) {
+ SetIterator<KeyValue *> *kvit = keyValueGuardSet->iterator();
+ while (kvit->hasNext()) {
+ KeyValue *kvGuard = kvit->next();
// First check if the key is in the speculative table, this is the value of the latest assumption
- KeyValue kv = keyValTablePendingTransSpeculative.get(kvGuard.getKey());
+ KeyValue *kv = keyValTablePendingTransSpeculative->get(kvGuard->getKey());
if (kv == NULL) {
// if it is not in the pending trans table then check the speculative table and use that
// value as our latest assumption
- kv = keyValTableSpeculative.get(kvGuard.getKey());
+ kv = keyValTableSpeculative->get(kvGuard->getKey());
}
if (kv == NULL) {
// if it is not in the speculative table then check the committed table and use that
// value as our latest assumption
- kv = keyValTableCommitted.get(kvGuard.getKey());
+ kv = keyValTableCommitted->get(kvGuard->getKey());
}
- if (kvGuard.getValue() != NULL) {
- if ((kv == NULL) || (!kvGuard.getValue().equals(kv.getValue()))) {
+ if (kvGuard->getValue() != NULL) {
+ if ((kv == NULL) || (!kvGuard->getValue()->equals(kv->getValue()))) {
+ delete kvit;
return false;
}
} else {
if (kv != NULL) {
+ delete kvit;
return false;
}
}
}
+ delete kvit;
return true;
}
Array<char> *charData = convertDataToBytes();
int currentPosition = 0;
- int remaining = charData.length;
+ int remaining = charData->length();
while (remaining > 0) {
bool isLastPart = false;
// determine how much to copy
- int copySize = TransactionPart.MAX_NON_HEADER_SIZE;
- if (remaining <= TransactionPart.MAX_NON_HEADER_SIZE) {
+ int copySize = TransactionPart_MAX_NON_HEADER_SIZE;
+ if (remaining <= TransactionPart_MAX_NON_HEADER_SIZE) {
copySize = remaining;
isLastPart = true;// last bit of data so last part
}
// Copy to a smaller version
- char[] partData = new char[copySize];
- System.arraycopy(charData, currentPosition, partData, 0, copySize);
+ Array<char> *partData = new Array<char>(copySize);
+ System_arraycopy(charData, currentPosition, partData, 0, copySize);
- TransactionPart part = new TransactionPart(NULL, machineId, arbitrator, clientLocalSequenceNumber, transactionPartCount, partData, isLastPart);
- newTransaction.addPartEncode(part);
+ TransactionPart *part = new TransactionPart(NULL, machineId, arbitrator, clientLocalSequenceNumber, transactionPartCount, partData, isLastPart);
+ newTransaction->addPartEncode(part);
// Update position, count and remaining
currentPosition += copySize;
}
// Add the Guard Conditions
- for (KeyValue kv : keyValueGuardSet) {
- newTransaction.addGuardKV(kv);
+ SetIterator<KeyValue *> *kvit = keyValueGuardSet->iterator();
+ while (kvit->hasNext()) {
+ KeyValue *kv = kvit->next();
+ newTransaction->addGuardKV(kv);
}
+ delete kvit;
// Add the updates
- for (KeyValue kv : keyValueUpdateSet) {
- newTransaction.addUpdateKV(kv);
+ kvit = keyValueUpdateSet->iterator();
+ while (kvit->hasNext()) {
+ KeyValue *kv = kvit->next();
+ newTransaction->addUpdateKV(kv);
}
-
+ delete kvit;
return newTransaction;
}
-Arrar<char> *PendingTransaction::convertDataToBytes() {
+Array<char> *PendingTransaction::convertDataToBytes() {
// Calculate the size of the data
int sizeOfData = 2 * sizeof(int32_t); // Number of Update KV's and Guard KV's
sizeOfData += currentDataSize;
ByteBuffer *bbEncode = ByteBuffer_wrap(dataArray);
// Encode the size of the updates and guard sets
- bbEncode->putInt(keyValueGuardSet.size());
- bbEncode->putInt(keyValueUpdateSet.size());
+ bbEncode->putInt(keyValueGuardSet->size());
+ bbEncode->putInt(keyValueUpdateSet->size());
// Encode all the guard conditions
- for (KeyValue kv : keyValueGuardSet) {
+ SetIterator<KeyValue *> *kvit = keyValueGuardSet->iterator();
+ while (kvit->hasNext()) {
+ KeyValue *kv = kvit->next();
kv->encode(bbEncode);
}
+ delete kvit;
// Encode all the updates
- for (KeyValue kv : keyValueUpdateSet) {
+ kvit = keyValueUpdateSet->iterator();
+ while (kvit->hasNext()) {
+ KeyValue *kv = kvit->next();
kv->encode(bbEncode);
}
+ delete kvit;
return bbEncode->array();
}
projects / iotcloud.git / blobdiff