使用TRT运行seg出现std::bad_alloc #567
Description
std::string shape_info_path = "./trt_shape.txt";
if (!PathExists(shape_info_path)) {
infer_config.CollectShapeRangeInfo(shape_info_path);//<<<<<<<<<<<<<<<<<<<<<<这行出现std::bad_alloc，如果不用TRT就跑不到这行，后面都可以正常运行。
}
else {
infer_config.EnableTunedTensorRtDynamicShape(shape_info_path, true);
}
paddle_inference.dll是从官方下载的
https://paddle-inference-lib.bj.bcebos.com/2.3.2/cxx_c/Windows/GPU/x86-64_cuda11.6_cudnn8.4.0_trt8.4.1.5_mkl_avx_vs2019/paddle_inference.zip
之前也是这台电脑用的Ubuntu系统没这个问题，现在换成win10出现了这个毛病。
在运行之前是有12G空闲内存的
模型用的是human_pp_humansegv1_lite_192x192_inference_model
https://paddleseg.bj.bcebos.com/dygraph/pp_humanseg_v2/human_pp_humansegv1_lite_192x192_inference_model.zip
GIT COMMIT ID: 4596b9a22540fb0ea5d369c3c804544de61d03d0
WITH_MKL: ON
WITH_MKLDNN: ON
WITH_GPU: ON
WITH_ROCM: OFF
WITH_ASCEND_CL: OFF
WITH_ASCEND_CXX11: OFF
WITH_IPU: OFF
CUDA version: 11.6
CUDNN version: v8.4
CXX compiler version: 19.29.30145.0
WITH_TENSORRT: ON
TensorRT version: v8.4.1.5
paddle_inference.dll的基址0x00007FFFB2170000
0x00007FF8F8195369 处(位于 demo.exe 中)有未经处理的异常: Microsoft C++ 异常: std::bad_alloc，位于内存位置 0x0000004AF9BBE620 处。
KernelBase.dll!RaiseException() 未知
paddle_inference.dll!00007fffb5ae4274() 未知
paddle_inference.dll!00007fffb280ab5f() 未知
paddle_inference.dll!00007fffb5ae287d() 未知
paddle_inference.dll!00007fffb24fbd92() 未知
paddle_inference.dll!00007fffb5a3374e() 未知
KernelBase.dll!00007ff8f8195369() 未知
00007FF8F81952FF int 3
00007FF8F8195300 sub rsp,0D8h
00007FF8F8195307 mov rax,qword ptr [__security_cookie (07FF8F8425EA0h)]
00007FF8F819530E xor rax,rsp
00007FF8F8195311 mov qword ptr [rsp+0C0h],rax
00007FF8F8195319 and qword ptr [rsp+28h],0
00007FF8F819531F lea rax,[RaiseException (07FF8F8195300h)]
00007FF8F8195326 and edx,1
00007FF8F8195329 mov dword ptr [rsp+20h],ecx
00007FF8F819532D mov dword ptr [rsp+24h],edx
00007FF8F8195331 mov qword ptr [rsp+30h],rax
00007FF8F8195336 test r9,r9
00007FF8F8195339 je RaiseException+87h (07FF8F8195387h)
00007FF8F819533B mov eax,0Fh
00007FF8F8195340 lea rcx,[rsp+40h]
00007FF8F8195345 cmp r8d,eax
00007FF8F8195348 mov rdx,r9
00007FF8F819534B cmova r8d,eax
00007FF8F819534F mov dword ptr [rsp+38h],r8d
00007FF8F8195354 shl r8,3
00007FF8F8195358 call memcpy (07FF8F8226D17h)
00007FF8F819535D lea rcx,[rsp+20h]
00007FF8F8195362 call qword ptr [__imp_RtlRaiseException (07FF8F83532D8h)]
00007FF8F8195369 nop dword ptr [rax+rax]
00007FF8F819536E mov rcx,qword ptr [rsp+0C0h]
00007FF8F8195376 xor rcx,rsp
00007FF8F8195379 call __security_check_cookie (07FF8F81FED40h)
00007FF8F819537E add rsp,0D8h
00007FF8F8195385 ret
00007FF8F8195386 int 3
00007FF8F8195387 and dword ptr [rsp+38h],0
00007FF8F819538C jmp RaiseException+5Dh (07FF8F819535Dh)
00007FF8F819538E int 3
paddle_inference.dll!00007fffb5ae4274() 未知
00007FFFB5AE41E3 int 3
00007FFFB5AE41E4 mov qword ptr [rsp+18h],rbx
00007FFFB5AE41E9 mov qword ptr [rsp+20h],rsi
00007FFFB5AE41EE push rdi
00007FFFB5AE41EF sub rsp,50h
00007FFFB5AE41F3 mov rbx,rdx
00007FFFB5AE41F6 mov rsi,rcx
00007FFFB5AE41F9 mov edi,19930520h
00007FFFB5AE41FE test rdx,rdx
00007FFFB5AE4201 je 00007FFFB5AE4220
00007FFFB5AE4203 test byte ptr [rdx],10h
00007FFFB5AE4206 je 00007FFFB5AE4220
00007FFFB5AE4208 mov rcx,qword ptr [rcx]
00007FFFB5AE420B sub rcx,8
00007FFFB5AE420F mov rax,qword ptr [rcx]
00007FFFB5AE4212 mov rbx,qword ptr [rax+30h]
00007FFFB5AE4216 mov rax,qword ptr [rax+40h]
00007FFFB5AE421A call qword ptr [7FFFB5FC0778h]
00007FFFB5AE4220 lea rdx,[rsp+20h]
00007FFFB5AE4225 mov rcx,rbx
00007FFFB5AE4228 call qword ptr [7FFFB5FC0450h]
00007FFFB5AE422E mov qword ptr [rsp+20h],rax
00007FFFB5AE4233 test rbx,rbx
00007FFFB5AE4236 je 00007FFFB5AE4247
00007FFFB5AE4238 test byte ptr [rbx],8
00007FFFB5AE423B jne 00007FFFB5AE4242
00007FFFB5AE423D test rax,rax
00007FFFB5AE4240 jne 00007FFFB5AE4247
00007FFFB5AE4242 mov edi,1994000h
00007FFFB5AE4247 mov edx,1
00007FFFB5AE424C mov qword ptr [rsp+28h],rdi
00007FFFB5AE4251 lea r9,[rsp+28h]
00007FFFB5AE4256 mov qword ptr [rsp+30h],rsi
00007FFFB5AE425B mov ecx,0E06D7363h
00007FFFB5AE4260 mov qword ptr [rsp+38h],rbx
00007FFFB5AE4265 mov qword ptr [rsp+40h],rax
00007FFFB5AE426A lea r8d,[rdx+3]
00007FFFB5AE426E call qword ptr [7FFFB5FC0458h]
00007FFFB5AE4274 mov rbx,qword ptr [rsp+70h] <<<<<<<<<<<<<<<<<<<<<<<
00007FFFB5AE4279 mov rsi,qword ptr [rsp+78h]
00007FFFB5AE427E add rsp,50h
00007FFFB5AE4282 pop rdi
00007FFFB5AE4283 ret
00007FFFB5AE4284 mov rax,rsp
00007FFFB5AE4287 mov qword ptr [rax+20h],r9
00007FFFB5AE428B mov qword ptr [rax+18h],r8
00007FFFB5AE428F mov qword ptr [rax+10h],rdx
00007FFFB5AE4293 mov qword ptr [rax+8],rcx
00007FFFB5AE4297 push rbx
00007FFFB5AE4298 sub rsp,70h
00007FFFB5AE429C mov rbx,rcx
00007FFFB5AE429F and dword ptr [rax-38h],0
00007FFFB5AE42A3 mov qword ptr [rax-20h],rcx
00007FFFB5AE42A7 mov qword ptr [rax-18h],r8
00007FFFB5AE42AB call 00007FFFB5AE69DC
00007FFFB5AE42B0 lea rdx,[rsp+58h]
00007FFFB5AE42B5 mov ecx,dword ptr [rbx]
00007FFFB5AE42B7 mov rax,qword ptr [rax+10h]
00007FFFB5AE42BB call qword ptr [7FFFB5FC0778h]
00007FFFB5AE42C1 mov dword ptr [rsp+40h],0
00007FFFB5AE42C9 jmp 00007FFFB5AE42CB
00007FFFB5AE42CB mov eax,dword ptr [rsp+40h]
00007FFFB5AE42CF add rsp,70h
00007FFFB5AE42D3 pop rbx
00007FFFB5AE42D4 ret
00007FFFB5AE42D5 int 3