static void acl_details(CXmlNodePtr acl,const char *type)
{
CXmlNodePtr h=fileattr_find(acl,type);
const char *d,*i;
if(h)
{
d=fileattr_getvalue(h,"@deny");
i=fileattr_getvalue(h,"@inherit");
if(!strcmp(type,"all") && (d && atoi(d)))
{
type="none";
d=NULL;
}
printf("\t%s",type);
if((d && atoi(d)) || (i && !atoi(i)))
{
printf("(");
if(d && atoi(d))
{
printf("deny");
if(i && atoi(i))
printf(",");
}
if(i&&!atoi(i))
{
printf("noinherit");
}
printf(")");
}
printf("\n");
}
}
static void show_acl(CXmlNodePtr acl)
{
while(acl)
{
const char *user = fileattr_getvalue(acl,"@user");
const char *branch = fileattr_getvalue(acl,"@branch");
const char *merge = fileattr_getvalue(acl,"@merge");
const char *priority = fileattr_getvalue(acl,"@priority");
const char *message = fileattr_getvalue(acl,"message");
const char *comma="";
printf("\n");
if(user)
{
printf("user=%s",user);
comma=",";
}
if(branch)
{
printf("%sbranch=%s",comma,branch);
comma=",";
}
if(merge)
{
printf("%smerge=%s",comma,merge);
}
if(!user && !branch && !merge)
printf("<default>");
if(priority)
printf(",priority=%s",priority);
if(message)
printf(",message=%s",message);
printf("\n");
acl_details(acl,"all");
acl_details(acl,"read");
acl_details(acl,"write");
acl_details(acl,"create");
acl_details(acl,"tag");
acl_details(acl,"control");
acl = fileattr_next(acl);
}
}
/*
* Show file ACL
*/
static Dtype lsacl_dirproc (void *callerdat, char *dir, char *repos, char *update_dir, List *entries, const char *virtual_repository, Dtype hint)
{
const char *owner;
CXmlNodePtr acl;
if(hint!=R_PROCESS)
return hint;
owner = fileattr_getvalue(NULL,"directory/owner");
if(is_rlsacl && !strcmp(update_dir,"."))
update_dir="<root>";
printf("Directory: %s\n",update_dir);
printf("Owner: %s\n",(owner&&*owner)?owner:"<not set>");
acl = fileattr_find(NULL,"directory/acl");
show_acl(acl);
return R_PROCESS;
}
static void set_acl(CXmlNodePtr base)
{
CXmlNodePtr acl, acl_to_set = NULL;
acl = fileattr_find(base,"acl");
while(acl)
{
const char *user = fileattr_getvalue(acl,"@user");
const char *branch = fileattr_getvalue(acl,"@branch");
const char *merge = fileattr_getvalue(acl,"@merge");
if(((!user && !parms.user) || (user && parms.user && !usercmp(user,parms.user))) &&
((!branch && !parms.branch) || (branch && parms.branch && !strcmp(branch,parms.branch))) &&
((!merge && !parms.merge) || (merge && parms.merge && !strcmp(merge,parms.merge))))
{
acl_to_set = acl;
break;
}
acl = fileattr_next(acl);
}
if(acl_to_set)
fileattr_batch_delete(acl_to_set);
if(!parms.del)
{
char *parm = xstrdup(parms.access);
char *acc = parm?strtok(parm,","):NULL;
base->NewNode("acl");
fileattr_modified();
if(parms.user)
base->NewAttribute("user",parms.user);
if(parms.branch)
base->NewAttribute("branch",parms.branch);
if(parms.merge)
base->NewAttribute("merge",parms.merge);
if(parms.priority && atoi(parms.priority))
base->NewAttribute("priority",parms.priority);
if(parms.message)
base->NewNode("message",parms.message,false);
base->NewNode("modified_by",getcaller(),false);
base->NewNode("modified_date",current_date,false);
while(acc)
{
int deny=0;
if(!strncmp(acc,"no",2) && strcmp(acc,"none"))
{
deny=1;
acc+=2;
}
if(!strcmp(acc,"all"))
set_attrs(base,"all",deny,parms.noinherit);
else if(!strcmp(acc,"none"))
set_attrs(base,"all",!deny,parms.noinherit);
else if(!strcmp(acc,"read"))
set_attrs(base,"read",deny,parms.noinherit);
else if(!strcmp(acc,"write"))
set_attrs(base,"write",deny,parms.noinherit);
else if(!strcmp(acc,"create"))
set_attrs(base,"create",deny,parms.noinherit);
else if(!strcmp(acc,"tag"))
set_attrs(base,"tag",deny,parms.noinherit);
else if(!strcmp(acc,"control"))
set_attrs(base,"control",deny,parms.noinherit);
else
error(1,0,"Invalid access control attribute '%s'",acc);
acc = strtok(NULL,",");
}
base->GetParent();
fileattr_prune(base);
xfree(parm);
}
else
{
if(acl_to_set)
fileattr_prune(acl_to_set);
}
}
