CAMiddleMix.cpp File Reference

Macros
#define	MIDDLE_MIX_SIZE_OF_SYMMETRIC_KEYS   2*KEY_SIZE
#define	MIDDLE_MIX_ASYM_PADDING_SIZE   42
#define	RETRIES   100
#define	RETRYTIME   10

Functions
THREAD_RETURN	mm_loopSendToMixAfter (void *param)
	UPSTREAM (to WEB) Take the packets from the Queue and write them to the Socket. More...
THREAD_RETURN	mm_loopSendToMixBefore (void *param)
	DOWNSTREAM (to Client) Take the packets from the Queue and write them to the Socket. More...
THREAD_RETURN	mm_loopReadFromMixBefore (void *param)
THREAD_RETURN	mm_loopReadFromMixAfter (void *param)

Macro Definition Documentation

MIDDLE_MIX_ASYM_PADDING_SIZE

#define MIDDLE_MIX_ASYM_PADDING_SIZE   42

MIDDLE_MIX_SIZE_OF_SYMMETRIC_KEYS

#define MIDDLE_MIX_SIZE_OF_SYMMETRIC_KEYS   2*KEY_SIZE

RETRIES

#define RETRIES   100

RETRYTIME

#define RETRYTIME   10

Function Documentation

mm_loopReadFromMixAfter()

THREAD_RETURN mm_loopReadFromMixAfter

(

void *

param

)

SGX MIX locksem(downstreamSemPreId, SN_EMPTY); memcpy(downstreamPreBuffer,pPoolEntry, sizeof(tPoolEntry)); unlocksem(downstreamSemPreId, SN_FULL);

locksem(downstreamSemPostId, SN_FULL); memcpy(pPoolEntry,downstreamPostBuffer, sizeof(tPoolEntry)); unlocksem(downstreamSemPostId, SN_EMPTY); getRandom(pMixPacket->data,DATA_SIZE);

SGX MIX locksem(pMix->downstreamSemPreId, SN_EMPTY); memcpy(pMix->downstreamPreBuffer,pPoolEntry, sizeof(tPoolEntry)); unlocksem(pMix->downstreamSemPreId, SN_FULL);

locksem(pMix->downstreamSemPostId, SN_FULL); memcpy(pPoolEntry,pMix->downstreamPostBuffer, sizeof(tPoolEntry)); unlocksem(pMix->downstreamSemPostId, SN_EMPTY);

mm_loopReadFromMixBefore()

THREAD_RETURN mm_loopReadFromMixBefore

(

void *

param

)

mm_loopSendToMixAfter()

THREAD_RETURN mm_loopSendToMixAfter

(

void *

param

)

UPSTREAM (to WEB) Take the packets from the Queue and write them to the Socket.

mm_loopSendToMixBefore()

THREAD_RETURN mm_loopSendToMixBefore

(

void *

param

)

DOWNSTREAM (to Client) Take the packets from the Queue and write them to the Socket.