Thread: Debug Assertion Failed!

ok. thanks again for the explanation.

to use malloc() in this case:

Code:

typedef struct paciente
{
	char nome[50];
	char morada[80];
	int contacto;

	int numBenif;
	int medicoFamilia;
	
	int totalC;
	Consulta *historico; //<------------ with a array of struct pointers where
}Paciente;

Paciente listaPaciente[250]; //<------------ and a array of structs here
Medico listaMedico[10];

void inserirConsulta(Paciente tempP[], Medico tempM[], int nP, int nM)
{
(...)
}

is this the correct way?

Code:

{
      tempP[j].historico = malloc(sizeof(Consulta));
      tempP[j].historico->medico = x;
      ...
      free tempP[j].historico;
}

ok, i'll remenber that ;-)

sorry, but i have another question (zZzZz...), in this case i'm going to insert data to the first field of the array of struct pointers:

Code:

{
      tempP[j].historico = malloc(sizeof(Consulta));
      tempP[j].historico->medico = x;
      ...
}

if i need to insert more data to the array, how do i do that without overwriting the stored data?

but what i want to do is, for each client i want to save on this medical history every time he goes to the doctor.

cliente = tempP
history = historico

isn't this possible?

Code:

{
      tempP[j].historico = malloc(sizeof(Consulta));
      tempP[j].historico[0].medico = x;
      ...
}

because doing this:

Code:

{
      tempP[j].historico = malloc(50 * sizeof(Consulta));
      tempP[j].historico[0].medico = x;
      ...
}

i would only have space for 50 history records, correct?

if so, it would be better to use a array of structs like this:

Code:

typedef struct paciente
{
	char nome[50];
	char morada[80];
	int contacto;

	int numBenif;
	int medicoFamilia;
	
	int totalC;
	Consulta historico[50]; //<---- array of structs
}Paciente;

(...)
tempP[j].historico[y].medico = x;
(...)

wow!
and how do i do that???

tanks arpsmack, you've been a great help ;-)

i'm going to take a look at the tutorial you gave and learn more about link lists. but for now i'm going to use an array of structs for the patients history for now.

once again thanks allot for the help.

everytime i insert a new record to my array, the data goes to the right place but the previous data will be replaced with junk :-(

example:
i save data to the position array[3], but the data from array[0], array[1] and array[2] will de replaced with junk.

can anyone tell me what i'm doing wrong?

Code:

x = tempM[i].nConsultas;
(...)
tempM[i].dados = malloc(sizeof(DadosConsultas));

tempM[i].dados[x].idPaciente = nBenif;
tempM[i].dados[x].tempAprox = tempo;
strcpy(tempM[i].dados[x].tipoConsultas, tipoConsulta);

tempM[i].nConsultas = tempM[i].nConsultas + 1;

what I see - you allocate dados as 1 struct, but use it as array. What are the types used in this code snipplet?

What are the types used in this code snipplet?

Is this what you need?

Code:

typedef struct
{
	int dia;
	int hora;
}Horario;

typedef struct
 {
	char tipoConsulta[10];
	Data dataConsulta;
	int medico;
	char especial[50];
	char desc[100];
}Consulta;

typedef struct
{
	int idPaciente;
	int tempAprox;
	char tipoConsultas[10];
}DadosConsultas;

typedef struct medico
{
	char nome[50];
	char morada[80];
	int contacto;

	char especialidade[50];
	int numPacientes;
	int idMedico;
	int nConsultas;

	Horario horarioTrab[5];
	DadosConsultas *dados; //<----------------
}Medico;

typedef struct paciente
{
	char nome[50];
	char morada[80];
	int contacto;

	int numBenif;
	int medicoFamilia;
	
	int totalC;
	Consulta historico[20];
}Paciente;

Code:

Medico listaMedico[10];
Paciente listaPaciente[250];

void inserirConsulta(Paciente tempP[], Medico tempM[], int nP, int nM)
{
     (...)
     x = tempM[i].nConsultas;
     (...)
     tempM[i].dados = malloc(sizeof(DadosConsultas));

     tempM[i].dados[x].idPaciente = nBenif;
     tempM[i].dados[x].tempAprox = tempo;
     strcpy(tempM[i].dados[x].tipoConsultas, tipoConsulta);

     tempM[i].nConsultas = tempM[i].nConsultas + 1;

}

Originally Posted by Todd Burch

Also, depending on your compiler, the '\0' may be placed in read-only stack storage.

Todd

1. Stack is NEVER read only.
2. char *something = '\0'; does the same as char *something = NULL - we set the pointer to NULL, and guess what: fgets() in debug mode checks that string should not be NULL.

--
Mats

Thanks.

Is this what you need?

So I was correct in my assumption that you allocate one struct and use it as array. Are you planning to fix it?