aaru-dps/fstester
1
0
Fork 0
mirror of https://github.com/aaru-dps/fstester.git synced 2025-12-16 19:24:39 +00:00
Code Issues Packages Projects Releases Wiki Activity

Implement Fragmentation() for UNIX et al.

Browse Source
This commit is contained in:
Natalia Portillo
2019-04-28 21:58:04 +01:00
parent 20d594abde
commit 4f178e4266
1 changed files with 298 additions and 2 deletions
Download Patch File Download Diff File Expand all files Collapse all files

300
setter/unix.c
View File

@@ -565,7 +565,7 @@ void DirectoryDepth(const char *path)
pos++;
// This can continue until the disk fills, the kernel crashes, or some other nasty success
if(pos >= 1000) return;
if(pos >= 1000) break;
}
printf("\tCreated %ld levels of directory hierarchy\n", pos);
@@ -573,7 +573,303 @@ void DirectoryDepth(const char *path)
void Fragmentation(const char *path, size_t clusterSize)
{
// TODO: Implement
size_t halfCluster = clusterSize / 2;
size_t quarterCluster = clusterSize / 4;
size_t twoCluster = clusterSize * 2;
size_t threeQuartersCluster = halfCluster + quarterCluster;
size_t twoAndThreeQuartCluster = threeQuartersCluster + twoCluster;
unsigned char *buffer;
long i;
int ret;
FILE * h;
int rc, wRc, cRc;
ret = chdir(path);
if(ret)
{
printf("Error %d changing to specified path.\n", errno);
return;
}
ret = mkdir("FRAGS", 0755);
if(ret)
{
printf("Error %d creating working directory.\n", errno);
return;
}
ret = chdir("FRAGS");
if(ret)
{
printf("Error %d changing to working directory.\n", errno);
return;
}
printf("Writing fragmented files:\n");
h = fopen("HALFCLST", "w+");
rc = 0;
wRc = 0;
cRc = 0;
tRc = 0;
if(h == NULL) { rc = errno; }
else
{
buffer = malloc(halfCluster);
memset(buffer, 0, halfCluster);
for(i = 0; i < halfCluster; i++) buffer[i] = clauniaBytes[i % CLAUNIA_SIZE];
ret = fwrite(buffer, halfCluster, 1, h);
if(ret < 0) { wRc = errno; }
ret = fclose(h);
if(ret) { cRc = errno; }
free(buffer);
}
printf("\tFile name = \"%s\", size = %d, rc = %d, wRc = %d, cRc = %d\n", "HALFCLST", halfCluster, rc, wRc, cRc);
h = fopen("QUARCLST", "w+");
rc = 0;
wRc = 0;
cRc = 0;
tRc = 0;
if(h == NULL) { rc = errno; }
else
{
buffer = malloc(quarterCluster);
memset(buffer, 0, quarterCluster);
for(i = 0; i < quarterCluster; i++) buffer[i] = clauniaBytes[i % CLAUNIA_SIZE];
ret = fwrite(buffer, quarterCluster, 1, h);
if(ret < 0) { wRc = errno; }
ret = fclose(h);
if(ret) { cRc = errno; }
free(buffer);
}
printf("\tFile name = \"%s\", size = %d, rc = %d, wRc = %d, cRc = %d\n", "QUARCLST", quarterCluster, rc, wRc, cRc);
h = fopen("TWOCLST", "w+");
rc = 0;
wRc = 0;
cRc = 0;
tRc = 0;
if(h == NULL) { rc = errno; }
else
{
buffer = malloc(twoCluster);
memset(buffer, 0, twoCluster);
for(i = 0; i < twoCluster; i++) buffer[i] = clauniaBytes[i % CLAUNIA_SIZE];
ret = fwrite(buffer, twoCluster, 1, h);
if(ret < 0) { wRc = errno; }
ret = fclose(h);
if(ret) { cRc = errno; }
free(buffer);
}
printf("\tFile name = \"%s\", size = %d, rc = %d, wRc = %d, cRc = %d\n", "TWOCLST", twoCluster, rc, wRc, cRc);
h = fopen("TRQTCLST", "w+");
rc = 0;
wRc = 0;
cRc = 0;
tRc = 0;
if(h == NULL) { rc = errno; }
else
{
buffer = malloc(threeQuartersCluster);
memset(buffer, 0, threeQuartersCluster);
for(i = 0; i < threeQuartersCluster; i++) buffer[i] = clauniaBytes[i % CLAUNIA_SIZE];
ret = fwrite(buffer, threeQuartersCluster, 1, h);
if(ret < 0) { wRc = errno; }
ret = fclose(h);
if(ret) { cRc = errno; }
free(buffer);
}
printf("\tFile name = \"%s\", size = %d, rc = %d, wRc = %d, cRc = %d\n",
"TRQTCLST",
threeQuartersCluster,
rc,
wRc,
cRc);
h = fopen("TWTQCLST", "w+");
rc = 0;
wRc = 0;
cRc = 0;
tRc = 0;
if(h == NULL) { rc = errno; }
else
{
buffer = malloc(twoAndThreeQuartCluster);
memset(buffer, 0, twoAndThreeQuartCluster);
for(i = 0; i < twoAndThreeQuartCluster; i++) buffer[i] = clauniaBytes[i % CLAUNIA_SIZE];
ret = fwrite(buffer, twoAndThreeQuartCluster, 1, h);
if(ret < 0) { wRc = errno; }
ret = fclose(h);
if(ret) { cRc = errno; }
free(buffer);
}
printf("\tFile name = \"%s\", size = %d, rc = %d, wRc = %d, cRc = %d\n",
"TWTQCLST",
twoAndThreeQuartCluster,
rc,
wRc,
cRc);
h = fopen("TWO1", "w+");
rc = 0;
wRc = 0;
cRc = 0;
tRc = 0;
if(h == NULL) { rc = errno; }
else
{
buffer = malloc(twoCluster);
memset(buffer, 0, twoCluster);
for(i = 0; i < twoCluster; i++) buffer[i] = clauniaBytes[i % CLAUNIA_SIZE];
ret = fwrite(buffer, twoCluster, 1, h);
if(ret < 0) { wRc = errno; }
ret = fclose(h);
if(ret) { cRc = errno; }
free(buffer);
}
printf("\tFile name = \"%s\", size = %d, rc = %d, wRc = %d, cRc = %d\n", "TWO1", twoCluster, rc, wRc, cRc);
h = fopen("TWO2", "w+");
rc = 0;
wRc = 0;
cRc = 0;
tRc = 0;
if(h == NULL) { rc = errno; }
else
{
buffer = malloc(twoCluster);
memset(buffer, 0, twoCluster);
for(i = 0; i < twoCluster; i++) buffer[i] = clauniaBytes[i % CLAUNIA_SIZE];
ret = fwrite(buffer, twoCluster, 1, h);
if(ret < 0) { wRc = errno; }
ret = fclose(h);
if(ret) { cRc = errno; }
free(buffer);
}
printf("\tFile name = \"%s\", size = %d, rc = %d, wRc = %d, cRc = %d\n", "TWO2", twoCluster, rc, wRc, cRc);
h = fopen("TWO3", "w+");
rc = 0;
wRc = 0;
cRc = 0;
tRc = 0;
if(h == NULL) { rc = errno; }
else
{
buffer = malloc(twoCluster);
memset(buffer, 0, twoCluster);
for(i = 0; i < twoCluster; i++) buffer[i] = clauniaBytes[i % CLAUNIA_SIZE];
ret = fwrite(buffer, twoCluster, 1, h);
if(ret < 0) { wRc = errno; }
ret = fclose(h);
if(ret) { cRc = errno; }
free(buffer);
}
printf("\tDeleting \"TWO2\".\n");
ret = unlink("TWO2");
if(!ret) { rc = errno; }
printf("\tFile name = \"%s\", size = %d, rc = %d, wRc = %d, cRc = %d\n", "TWO3", twoCluster, rc, wRc, cRc);
h = fopen("FRAGTHRQ", "w+");
rc = 0;
wRc = 0;
cRc = 0;
tRc = 0;
if(h == NULL) { rc = errno; }
else
{
buffer = malloc(threeQuartersCluster);
memset(buffer, 0, threeQuartersCluster);
for(i = 0; i < threeQuartersCluster; i++) buffer[i] = clauniaBytes[i % CLAUNIA_SIZE];
ret = fwrite(buffer, threeQuartersCluster, 1, h);
if(ret < 0) { wRc = errno; }
ret = fclose(h);
if(ret) { cRc = errno; }
free(buffer);
}
printf("\tDeleting \"TWO1\".\n");
ret = unlink("TWO1");
if(!ret) { rc = errno; }
printf("\tDeleting \"TWO3\".\n");
ret = unlink("TWO3");
if(!ret) { rc = errno; }
printf("\tFile name = \"%s\", size = %d, rc = %d, wRc = %d, cRc = %d\n",
"FRAGTHRQ",
threeQuartersCluster,
rc,
wRc,
cRc);
h = fopen("FRAGSIXQ", "w+");
rc = 0;
wRc = 0;
cRc = 0;
tRc = 0;
if(h == NULL) { rc = errno; }
else
{
buffer = malloc(twoAndThreeQuartCluster);
memset(buffer, 0, twoAndThreeQuartCluster);
for(i = 0; i < twoAndThreeQuartCluster; i++) buffer[i] = clauniaBytes[i % CLAUNIA_SIZE];
ret = fwrite(buffer, twoAndThreeQuartCluster, 1, h);
if(ret < 0) { wRc = errno; }
ret = fclose(h);
if(ret) { cRc = errno; }
free(buffer);
}
printf("\tFile name = \"%s\", size = %d, rc = %d, wRc = %d, cRc = %d\n",
"FRAGSIXQ",
twoAndThreeQuartCluster,
rc,
wRc,
cRc);
}
void Sparse(const char *path)