Re-organize LLVM JIT mode implementation, includes:
- Remove code with MCJIT APIs. Embrance ORC.
  - WASM_ENABLE_LAZY_JIT only represent lazy compilation. It won't specify
    ORC or MCJIT
  - Remove runtime ORC compilation threads and move all aot functions
    into one module
  - Current LLVM ORC JIT implements eagel compilation. Will add lazy
    compilation later
- JIT and AOT both apply the new pass manager
  - All JIT passes are in IRTransferLayer

P.S.
| Varient impl.           | Norm. Score | Norm. (ms) |
| ----------------------- | ----------- | ---------- |
| Original                | 1.0         | 1.0        |
| Apply the new PM        | 1.01        | 1.007      |
| Opt in IRTransformLayer | 0.997       | 1.04       |

* Performance Tuning

1. Register the `AAManager` and `buildDefaultAAPipeline`
2. Use function pointers in `aot_compile_op_call` and `aot_compile_op_indirect_call`
   instead of `lookup_orcjit_func`

CoreMark Score:
| Varient impl.           | Norm. Score | Norm. (ms) |
| ----------------------- | ----------- | ---------- |
| Original                | 1.0         | 1.0        |
| Apply the new PM        | 1.01        | 1.007      |
| Opt in IRTransformLayer | 0.997       | 1.04       |
| Tuning#1                | 1.01        | 0.83       |

* fix assertions about function pointers

Merge main into dev/refactor_llvm_jit

Merge main into dev/refactor_llvm_jit

Use LLJIT to do eager compilation
Use LLLazyJIT to do lazy compilation

Merge main into dev/refactor_llvm_jit

Remove looking up jit func addresses with backend threads

Compile several functions as a group for the orcjit compile threads, which
shows that it can reduce the compilation time

Add WASM_ORC_JIT_BACKEND_THREAD_NUM to distinguish it form
WASM_ORC_JIT_COMPILE_THREAD_NUM

Move orcjit thread args/handles global variables into aot module

Test apply llvm new pass manager in do_ir_transform callback of
LLVMOrcIRTransformLayerSetTransform

Fix build error for LLVM 15.0