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Working on memory dynamic allocation

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This commit is contained in:
Ugo Cirmignani
2018-12-23 19:37:29 +01:00
parent 29a065a480
commit dab352a26a
13 changed files with 42 additions and 26 deletions
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build/modules/configRead.o
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5
ftpData.h
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@ -153,6 +153,7 @@ struct workerData
ftpCommandDataType ftpCommand;
DYNV_VectorGenericDataType directoryInfo;
FILE *theStorFile;
DYNMEM_MemoryTable_DataType *memoryTable;
} typedef workerDataType;
struct clientData
@ -205,6 +206,8 @@ struct clientData
unsigned long long int connectionTimeStamp;
unsigned long long int lastActivityTimeStamp;
DYNMEM_MemoryTable_DataType *memoryTable;
} typedef clientDataType;
struct loginFails
@ -271,7 +274,7 @@ void resetWorkerData(ftpDataType *data, int clientId, int isInitialization);
void resetClientData(ftpDataType *data, int clientId, int isInitialization);
int compareStringCaseInsensitive(char *stringIn, char* stringRef, int stringLenght);
int isCharInString(char *theString, int stringLen, char theChar);
void destroyConfigurationVectorElement(void * data);
void destroyConfigurationVectorElement(DYNV_VectorGenericDataType *theVector);
#ifdef __cplusplus
}
#endif

36
library/configRead.c
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@ -42,10 +42,17 @@ static int parseConfigurationFile(ftpParameters_DataType *ftpParameters, DYNV_Ve
static int searchParameter(char *name, DYNV_VectorGenericDataType *parametersVector);
static int readConfigurationFile(char *path, DYNV_VectorGenericDataType *parametersVector);
void destroyConfigurationVectorElement(void * data)
void destroyConfigurationVectorElement(DYNV_VectorGenericDataType *theVector)
{
free(((parameter_DataType *)data)->value);
free(((parameter_DataType *)data)->name);
int i;
for (i = 0; i < theVector->Size; i++)
{
printf("\n(parameter_DataType *)theVector->Data[%d])->value = %ld", i, ((parameter_DataType *)theVector->Data)->value);
DYNMEM_free(((parameter_DataType *)theVector->Data[i])->value, &theVector->memoryTable);
printf("\n(parameter_DataType *)theVector->Data[%d])->name = %ld", i, ((parameter_DataType *)theVector->Data)->name);
DYNMEM_free(((parameter_DataType *)theVector->Data[i])->name, &theVector->memoryTable);
DYNMEM_free(theVector->Data[i], &theVector->memoryTable);
}
}
/* Public Functions */
@ -93,6 +100,7 @@ void configurationRead(ftpParameters_DataType *ftpParameters)
}
DYNV_VectorGeneric_Destroy(&configParameters, destroyConfigurationVectorElement);
printf("\n\nconfigParameters.memoryTable = %d ***", configParameters.memoryTable);
return;
}
@ -317,8 +325,8 @@ static int readConfigurationFile(char *path, DYNV_VectorGenericDataType *paramet
case STATE_STORE:
{
parameter_DataType parameter;
parameter.name = malloc(nameIndex+1);
parameter.value = malloc(valueIndex+1);
parameter.name = DYNMEM_malloc(nameIndex+1, &parametersVector->memoryTable);
parameter.value = DYNMEM_malloc(valueIndex+1, &parametersVector->memoryTable);
strcpy(parameter.name, name);
strcpy(parameter.value, value);
parameter.name[nameIndex] = '\0';
@ -340,8 +348,8 @@ static int readConfigurationFile(char *path, DYNV_VectorGenericDataType *paramet
valueIndex > 0)
{
parameter_DataType parameter;
parameter.name = malloc(nameIndex+1);
parameter.value = malloc(valueIndex+1);
parameter.name = DYNMEM_malloc(nameIndex+1, &parametersVector->memoryTable);
parameter.value = DYNMEM_malloc(valueIndex+1, &parametersVector->memoryTable);
strcpy(parameter.name, name);
strcpy(parameter.value, value);
parameter.name[nameIndex] = '\0';
@ -569,9 +577,13 @@ static int parseConfigurationFile(ftpParameters_DataType *ftpParameters, DYNV_Ve
userData.ownerShip.groupOwnerString = NULL;
userData.ownerShip.userOwnerString = NULL;
userData.name = malloc(strlen(((parameter_DataType *) parametersVector->Data[searchUserIndex])->value) + 1);
userData.password = malloc(strlen(((parameter_DataType *) parametersVector->Data[searchPasswordIndex])->value) + 1);
userData.homePath = malloc(strlen(((parameter_DataType *) parametersVector->Data[searchHomeIndex])->value) + 1);
userData.name = DYNMEM_malloc((strlen(((parameter_DataType *) parametersVector->Data[searchUserIndex])->value) + 1), &ftpParameters->usersVector.memoryTable);
userData.password = DYNMEM_malloc((strlen(((parameter_DataType *) parametersVector->Data[searchPasswordIndex])->value) + 1), &ftpParameters->usersVector.memoryTable);
userData.homePath = DYNMEM_malloc((strlen(((parameter_DataType *) parametersVector->Data[searchHomeIndex])->value) + 1), &ftpParameters->usersVector.memoryTable);
strcpy(userData.name, ((parameter_DataType *) parametersVector->Data[searchUserIndex])->value);
strcpy(userData.password, ((parameter_DataType *) parametersVector->Data[searchPasswordIndex])->value);
@ -584,8 +596,8 @@ static int parseConfigurationFile(ftpParameters_DataType *ftpParameters, DYNV_Ve
if (searchUserOwnerIndex != -1 &&
searchGroupOwnerIndex != -1)
{
userData.ownerShip.groupOwnerString = malloc(strlen(((parameter_DataType *) parametersVector->Data[searchGroupOwnerIndex])->value) + 1);
userData.ownerShip.userOwnerString = malloc(strlen(((parameter_DataType *) parametersVector->Data[searchUserOwnerIndex])->value) + 1);
userData.ownerShip.groupOwnerString = DYNMEM_malloc((strlen(((parameter_DataType *) parametersVector->Data[searchGroupOwnerIndex])->value) + 1), &ftpParameters->usersVector.memoryTable);
userData.ownerShip.userOwnerString = DYNMEM_malloc((strlen(((parameter_DataType *) parametersVector->Data[searchUserOwnerIndex])->value) + 1), &ftpParameters->usersVector.memoryTable);
strcpy(userData.ownerShip.groupOwnerString, ((parameter_DataType *) parametersVector->Data[searchGroupOwnerIndex])->value);
strcpy(userData.ownerShip.userOwnerString, ((parameter_DataType *) parametersVector->Data[searchUserOwnerIndex])->value);

11
library/dynamicMemory.c
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@ -90,7 +90,7 @@ void *DYNMEM_malloc(size_t bytes, DYNMEM_MemoryTable_DataType **memoryListHead)
}
//printf("\nElement size: %ld", (*memoryListHead)->size);
//printf("\nElement address: %ld", (long int) (*memoryListHead)->address);
printf("\nElement address: %ld", (long int) (*memoryListHead)->address);
//printf("\nElement nextElement: %ld",(long int) (*memoryListHead)->nextElement);
//printf("\nElement previousElement: %ld",(long int) (*memoryListHead)->previousElement);
@ -172,15 +172,20 @@ void DYNMEM_free(void *f_address, DYNMEM_MemoryTable_DataType ** memoryListHead)
if(!found)
{
printf("\n\nMemory address : %ld not found\n\n", f_address);
fflush(0);
//Debug TRAP
//char *theData ="c";
//strcpy(theData, "ciaociaociao");
char *theData ="c";
strcpy(theData, "ciaociaociao");
report_error_q("Unable to free memory not previously allocated",__FILE__,__LINE__, 1);
// Report this as an error
}
DYNMEM_DecreaseMemoryCounter(found->size + sizeof(DYNMEM_MemoryTable_DataType));
printf("\nFree of %ld", f_address);
free(f_address);
if(found->previousElement)
found->previousElement->nextElement = found->nextElement;

14
library/dynamicVectors.c
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@ -118,16 +118,12 @@ void DYNV_VectorGeneric_SoftPopBack(DYNV_VectorGenericDataType *TheVector)
TheVector->Size--;
}
void DYNV_VectorGeneric_Destroy(DYNV_VectorGenericDataType *TheVector, void (*DeleteElementFunction)(void *TheElementToDelete))
void DYNV_VectorGeneric_Destroy(DYNV_VectorGenericDataType *TheVector, void (*DeleteElementFunction)(DYNV_VectorGenericDataType *TheVector))
{
int i;
for (i = 0; i < TheVector->Size; i++)
{
printf("\n Deleting element : %d", i);
fflush(0);
DeleteElementFunction((void *) TheVector->Data[i]);
DYNMEM_free(TheVector->Data[i], &TheVector->memoryTable);
}
//printf("\n Deleting vector element %d address %ld", i,TheVector->Data[i]);
DeleteElementFunction(TheVector);
//DYNMEM_free(TheVector->Data[i], &TheVector->memoryTable);
DYNMEM_free(TheVector->Data, &TheVector->memoryTable);
DYNMEM_free(TheVector->ElementSize, &TheVector->memoryTable);

2
library/dynamicVectors.h
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@ -69,7 +69,7 @@ void DYNV_VectorGeneric_InitWithSearchFunction(DYNV_VectorGenericDataType *TheVe
void DYNV_VectorGeneric_PushBack(DYNV_VectorGenericDataType *TheVectorGeneric, void * TheElementData, int TheElementSize);
void DYNV_VectorGeneric_PopBack(DYNV_VectorGenericDataType *TheVector, void (*DeleteElementFunction)(void *TheElementToDelete));
void DYNV_VectorGeneric_SoftPopBack(DYNV_VectorGenericDataType *TheVector);
void DYNV_VectorGeneric_Destroy(DYNV_VectorGenericDataType *TheVector, void (*DeleteElementFunction)(void *TheElementToDelete));
void DYNV_VectorGeneric_Destroy(DYNV_VectorGenericDataType *TheVector, void (*DeleteElementFunction)(DYNV_VectorGenericDataType *TheVector));
void DYNV_VectorGeneric_SoftDestroy(DYNV_VectorGenericDataType *TheVector);
void DYNV_VectorGeneric_DeleteAt(DYNV_VectorGenericDataType *TheVector, int index, void (*DeleteElementFunction)(void *TheElementToDelete));