int git_clone_bare(
git_repository **out,
const char *origin_url,
const char *dest_path,
git_transfer_progress_callback fetch_progress_cb,
void *fetch_progress_payload)
{
assert(out && origin_url && dest_path);
return clone_internal(
out,
origin_url,
dest_path,
fetch_progress_cb,
fetch_progress_payload,
NULL,
1);
}
int git_clone(
git_repository **out,
const char *origin_url,
const char *workdir_path,
git_transfer_progress_callback fetch_progress_cb,
void *fetch_progress_payload,
git_checkout_opts *checkout_opts)
{
assert(out && origin_url && workdir_path);
return clone_internal(
out,
origin_url,
workdir_path,
fetch_progress_cb,
fetch_progress_payload,
checkout_opts,
0);
}
Hierarchy create_clone(Hierarchy d) {
std::map<Particle*,Particle*> map;
Hierarchy nh= clone_internal(d, map, true);
Bonds bds= get_internal_bonds(d);
for (unsigned int i=0; i< bds.size(); ++i) {
Bonded e0= bds[i].get_bonded(0);
Bonded e1= bds[i].get_bonded(1);
Particle *np0= map[e0.get_particle()];
Particle *np1= map[e1.get_particle()];
Bonded ne0, ne1;
if (Bonded::particle_is_instance(np0)) {
ne0=Bonded(np0);
} else {
ne0=Bonded::setup_particle(np0);
}
if (Bonded::particle_is_instance(np1)) {
ne1=Bonded(np1);
} else {
ne1=Bonded::setup_particle(np1);
}
create_bond(ne0, ne1, bds[i]);
}
return nh;
}
Hierarchy create_clone_one(Hierarchy d) {
std::map<Particle*,Particle*> map;
return clone_internal(d, map, false);
}