-
```
Boar uses the 128 bit md5 checksum algorithm. The odds against an accidental
collision (two different files having the same checksum) are truly astronomical
(if you have 10 000 000 000 files, th…
-
```
Boar uses the 128 bit md5 checksum algorithm. The odds against an accidental
collision (two different files having the same checksum) are truly astronomical
(if you have 10 000 000 000 files, th…
-
```
Boar uses the 128 bit md5 checksum algorithm. The odds against an accidental
collision (two different files having the same checksum) are truly astronomical
(if you have 10 000 000 000 files, th…
-
```
What steps will reproduce the problem?
1. Create a new repo
2. Start some large writing operation, like importing a huge directory
3. Kill the boar process in some way that will not allow normal c…
-
```
What steps will reproduce the problem?
1. go to any directory out of boar on your local disk c:\temp for example
2. type boar ls
3. You get error no repository specified
4. set REPO_PATH="c:\path\…
-
```
Boar uses the 128 bit md5 checksum algorithm. The odds against an accidental
collision (two different files having the same checksum) are truly astronomical
(if you have 10 000 000 000 files, th…
-
```
Boar uses the 128 bit md5 checksum algorithm. The odds against an accidental
collision (two different files having the same checksum) are truly astronomical
(if you have 10 000 000 000 files, th…
-
```
Boar uses the 128 bit md5 checksum algorithm. The odds against an accidental
collision (two different files having the same checksum) are truly astronomical
(if you have 10 000 000 000 files, th…
-
```
Boar uses the 128 bit md5 checksum algorithm. The odds against an accidental
collision (two different files having the same checksum) are truly astronomical
(if you have 10 000 000 000 files, th…
-
```
What steps will reproduce the problem?
1. Create a new repo
2. Start some large writing operation, like importing a huge directory
3. Kill the boar process in some way that will not allow normal c…