internal void Bootstrap_Main_Thread_Context () {
  // 0. Setup general MB(70) allocator
  GPAllocator_Initialize_Allocation_Tracker();
  // 1. Setup arena table
  initialize_arena_table();
  // 2. Setup thread local context
  ExpandableArena* arena_ex = expandable_arena_new(Arena_Reserve::Size_64M, 16);
  
  thread_local_context = New<Thread_Context>(get_allocator(arena_ex));
  thread_local_context->temp        = expandable_arena_new(Arena_Reserve::Size_2M, 16);
  thread_local_context->arena       = arena_ex;
  thread_local_context->allocator   = get_allocator(arena_ex);
  thread_local_context->thread_idx  = 0;
  thread_local_context->thread_name = "Main Thread";
  // thread_local_context->logger     = init_logger();

}

// #include "lib/Base/Arena_Array.h"
void run_arena_array_tests () {
  { push_arena(thread_local_context->temp);
    push_alignment(thread_local_context->temp, 1);
    auto_reset(thread_local_context->temp);
    auto something = New<Thread_Context>();
    auto something2 = New<Array<s64>>();
    auto something3 = internal_alloc(MB(70));
  }
  
  { push_allocator(GPAllocator());
    auto something = New<Thread_Context>();
    auto something2 = New<Array<s64>>();
  }
  
  // { auto na = arena_array_new<s64>(64000, Arena_Reserve::Size_64G); 
    // array_add(...)
  // }
}

internal void Main_Entry_Point (int argc, WCHAR **argv) {
  run_arena_array_tests();

  // Worker_Info* info = (Worker_Info*)GPAllocator_New(sizeof(Worker_Info), 64);
  temp_reset();
  debug_break();
  printf("sizeof(Array): %zd\n", sizeof(Array<f32>));
  printf("sizeof(Arena): %zd\n", sizeof(Arena));
  printf("sizeof(Worker_Info): %zd\n", sizeof(Thread));
  printf("sizeof(Worker_Info): %zd\n", sizeof(Worker_Info));
  
  // #TODO:
  // [ ] Launch second thread
  // [ ] Setup Mouse and Keyboard Inputs 
  // OS_Create_Window();
}