Extracted Text
Process Name Commit Stack
rustc.exe ▼[Root]
Size (...
Legend
- ntdll.dll!RtUser ThreadStart
66..
kernel32.dll! Base ThreadInitThunk
-std-f6ba14966492e2d5.dllistd:sys:windows thread: (impl):new.thread_start
66..
-std-f6ba14966492e2d5.dllalloc.boxed::fimpl]}:call_once<tuple<>,alloc: boxed:Box<FnOnce<tuple<>>, alloc:alloc: Global>,alloc:alloc:Global>
67...
-rustc_driver-5e053d6e614dadc3.dll!core:ops function:FnOnce:call_once<closure-0,tuple<>>
67..
-rustc_driver-5e053d6e614dadc3.dllstd::panicking try<tuple<> std:panic:AssertUnwindSafe<closure-0>>
68...
rustc_driver-5e053d6e614dadc3.dllstd::sys_common::backtrace:_rust_begin_short_backtrace<closure-0,tuple<>>
68
-rustc_driver-5e053d6e614dadc3.dlllrustc_span:with_session_globals<core::result::Result<tuple<>, rustc_errors::ErrorReported>,closure-0>
70....
-rustc_driver-5e053d6e614dadc3.dll!rustc_codegen_ssa:backc:write::execute_work_item<rustc_codegen_livm:LIvmCodegenBackend>
-rustc driver-5e053d6e614dadc3.dllicore ptr drop in place<rustc_codegen_ssac back write CodegenContext<rustc codegen livmc:LIvmCodegenBackend>>
15..
rustc driver-5e053d6e614dadc3.dll!_chkstk
4.0.
-rustc_driver-5e053d6e614dadc3.dll!memcpy_repmovs
4.0..
Avg
Min
Max
Cou...
Sum
Sum
Size (MB)
4.000
4.000
4.000
4.000
4.000
4.000
4.000
4.000
4.000
4.000
4.000
4.000
4.000
10...
10...
10...
10...
10...
10...
10...
10...
10...
65...
95...
4.0...
4.0...
1,141,100
1,110,182
1,110,182
1,088,537
1,072,895
1,072,712
1,040,367
1,040,367
567,261
472,594
403
108
1
0.0.
0.0..
0.0.
0.0..
0.0.
0.0...
0.0.
0.0..
0.0.
0.0..
0.0.
0.0.
0.0...
72,105.348
71,899.008
71,899.008
70,706.258
70,522.637
70,492.027
69,993.512
69,993.512
39,015.836
30,914.445
62.805
0.422
0.004
Explanation
The image shows a process called "rustc.exe" along with its commit stack. The commit stack traces the execution path of the process, showing the different functions and libraries being called. The size, count, sum, and other statistics are displayed for each line, providing insights into memory allocation and usage. The rows in the stack are highlighted to indicate different levels of execution.