static void* allocate(std::size_t n) {
if (n >= cache_line_size) {
return big_alloc.allocate(n);
} else {
return small_alloc.allocate(n);
}
}
virtual void on_scheduler_entry( bool is_worker )
{
assert(tls_thread_index == 0);
tls_thread_index = thread_next_index++;
assert( thread_next_index <= THREADID_MAX );
printf("new thread appears, with id: %u\n", tls_thread_index);
assert(thread_aborts[tls_thread_index] == NULL);
thread_aborts[tls_thread_index] = abort_allocator.allocate(sizeof(bool));
assert(tls_thread_abort == NULL);
tls_thread_abort = thread_aborts[tls_thread_index];
*tls_thread_abort = false;
assert(tls_private_sgraph_set == NULL);
tls_private_sgraph_set = new PrivateSeqGraphSet();
tls_kmernode_allocator = g__KMERNODE_ALLOCATOR->GetTlsAllocator(tls_thread_index);
tls_seqnode_allocator = g__SEQNODE_ALLOCATOR->GetTlsAllocator(tls_thread_index);
}