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Ah, I get it. I thought that once I started using the array notation in the for loop, it would automatically go to the correct position for test[0], etc.

#include <stdlib.h>
#include <stdio.h>
#include <string.h>
#include <assert.h>
int main(){
unsigned char **test = calloc(3,sizeof(char*));
*test = "Test";
test++;
*test = "This";
...

I fixed both of those things in your edit, and it is still doing the same thing

I added the headers to my code above, I had them in mine but I forgot to put them above. Also, I tried your suggestions and I still have the same issue

When I try to assign strings to a double pointer, it only prints out the last string when I try to print everything out, and then it segfaults.


#include <stdlib.h>
#include <stdio.h>
#include...

Yes, that makes sense. How would I allocate only the first dimension individually, and same question for the second? Would allocating for the first just be:

keywords =...

I have a double pointer, and I need to read words into it. Here's what I have so far:

while(fscanf(keywordFile,"%s",keyinputter)==1){
keys_cnt++;
}
keywords =...

Alright, I was thinking about it wrong then, thank you.

testSection contains a sentence with spaces in between the words. Should this bit of code read in each word individually and the next time sscanf gets called it would move onto the next word?

while(sscanf(testSection,"%s",currentWord)==1){
if(strcmp(currentWord,argv[1])==0){
fputc('1',output);
} else {
...

Sweet, thank you so much, this is much easier than I was making it out to be.

By four separate goes, do you mean call sscanf four different times with my different formats? Then only one will work correctly depending on the format of that line correct?

For a project, I have to read in input from a file, but the tricky part is that each line could have one of four formats:
"char long char string int float"
"char long string"
"char long string...

struct onode* addOrder(struct hashStorage* hash, struct order* data) {
struct onode *newOrder;
int position, idNmbr;
idNmbr = data->id;
newOrder = newNode(data);
position =...

I'm trying to call a function via a function pointer, and this function pointer is inside a structure. The structure is being referenced via a structure pointer.

position =...

I'm trying to allocate memory for an array of pointers to structures with:

struct onode *onodeArray[size] = (struct onode**)calloc(size,sizeof(struct onode*));
size is a parameter of the function...