; assembly | /* r2dec pseudo code output */ | /* bdlcc_deque.t/assume @ 0x4b5ec0 */ | #include | ; (fcn) method.int_BloombergLP::bslmt::ThreadUtil::createWithAllocator_TEST_CASE_11.HighWaterMarkFunctor_double____unsigned_long__TEST_CASE_11::HighWaterMarkFunctor_double__const__BloombergLP::bslma::Allocator_ () | int64_t method_int_BloombergLP::bslmt::ThreadUtil::createWithAllocator_TEST_CASE_11_HighWaterMarkFunctor_double_unsigned_long_TEST_CASE_11::HighWaterMarkFunctor_double_const_BloombergLP::bslma::Allocator_ (int64_t arg3, int64_t arg2, int64_t arg1) { | int64_t var_8h; | int64_t var_20h; | uint32_t var_40h; | int64_t var_48h; | rdx = arg3; | rsi = arg2; | rdi = arg1; | /* int BloombergLP::bslmt::ThreadUtil::createWithAllocator >(unsigned long*, TEST_CASE_11::HighWaterMarkFunctor const&, BloombergLP::bslma::Allocator*) */ 0x004b5ec0 push rbp | 0x004b5ec1 push r15 | 0x004b5ec3 push r14 | 0x004b5ec5 push r12 | 0x004b5ec7 push rbx | 0x004b5ec8 sub rsp, 0x50 | 0x004b5ecc mov r14, rdx | r14 = rdx; 0x004b5ecf mov rbp, rsi | 0x004b5ed2 mov r12, rdi | r12 = rdi; 0x004b5ed5 mov rax, qword [rdx] | rax = *(rdx); 0x004b5ed8 mov esi, 0x50 | esi = 0x50; 0x004b5edd mov rdi, rdx | rdi = rdx; 0x004b5ee0 call qword [rax + 0x10] | rax = uint64_t (*rax + 0x10)(void, void, void, void) (rbx, r12, r14, r15); 0x004b5ee3 mov rbx, rax | rbx = rax; 0x004b5ee6 mov qword [rax], 0x4b6060 | *(rax) = method.BloombergLP::bslmt::EntryPointFunctorAdapter_TEST_CASE_11::HighWaterMarkFunctor_double___.invokerFunction_void_; 0x004b5eed lea r15, [rax + 8] | r15 = rax + 8; 0x004b5ef1 movups xmm0, xmmword [rbp] | __asm ("movups xmm0, xmmword [rbp]"); 0x004b5ef5 movups xmmword [rax + 8], xmm0 | __asm ("movups xmmword [rax + 8], xmm0"); 0x004b5ef9 mov rax, qword [rbp + 0x10] | rax = *((rbp + 0x10)); 0x004b5efd mov qword [rbx + 0x18], rax | *((rbx + 0x18)) = rax; 0x004b5f01 lea rdi, [rbx + 0x20] | 0x004b5f05 mov qword [rbx + 0x20], 0 | *((rbx + 0x20)) = 0; 0x004b5f0d mov qword [rbx + 0x48], r14 | *((rbx + 0x48)) = r14; 0x004b5f11 movaps xmm0, xmmword [rip + 0x30378] | xmm0 = .comment; 0x004b5f18 movups xmmword [rbx + 0x38], xmm0 | __asm ("movups xmmword [rbx + 0x38], xmm0"); 0x004b5f1c mov ecx, 0x4e90b0 | 0x004b5f21 xor esi, esi | 0x004b5f23 xor edx, edx | 0x004b5f25 call 0x4c2e20 | bsl::basic_string,bsl::allocator>::privateAppend(char const*,unsigned long,char const*) (rbx + 0x20, 0, 0, "string<...>::assign(i,j): string too long"); 0x004b5f2a lea rdi, [rsp + 8] | 0x004b5f2f call 0x4be750 | BloombergLP::bslmt::ThreadAttributes::ThreadAttributes() (rsp + 8); 0x004b5f34 lea rsi, [rsp + 8] | 0x004b5f39 mov edx, 0x4be2b0 | 0x004b5f3e mov rdi, r12 | 0x004b5f41 mov rcx, rbx | 0x004b5f44 call 0x4bec40 | eax = BloombergLP::bslmt::ThreadUtilImpl::create(unsigned long*,BloombergLP::bslmt::ThreadAttributesconst&,void*(*)(void*),void*) (r12, rsp + 8, sym.bslmt_EntryPointFunctorAdapter_invoker, rbx); 0x004b5f49 mov ebp, eax | 0x004b5f4b cmp qword [rsp + 0x40], 0x17 | | if (*((rsp + 0x40)) != 0x17) { 0x004b5f51 je 0x4b5f63 | 0x004b5f53 mov rsi, qword [rsp + 0x20] | rsi = *((rsp + 0x20)); 0x004b5f58 mov rdi, qword [rsp + 0x48] | rdi = *((rsp + 0x48)); 0x004b5f5d mov rax, qword [rdi] | rax = *(rdi); 0x004b5f60 call qword [rax + 0x18] | uint64_t (*rax + 0x18)() (); | } 0x004b5f63 test ebp, ebp | | if (ebp != 0) { 0x004b5f65 je 0x4b5f98 | 0x004b5f67 cmp qword [rbx + 0x40], 0x17 | | if (*((rbx + 0x40)) != 0x17) { 0x004b5f6c je 0x4b5f7c | 0x004b5f6e mov rsi, qword [rbx + 0x20] | rsi = *((rbx + 0x20)); 0x004b5f72 mov rdi, qword [rbx + 0x48] | rdi = *((rbx + 0x48)); 0x004b5f76 mov rax, qword [rdi] | rax = *(rdi); 0x004b5f79 call qword [rax + 0x18] | uint64_t (*rax + 0x18)() (); | } 0x004b5f7c mov qword [rbx + 0x38], 0xffffffffffffffff | *((rbx + 0x38)) = 0xffffffffffffffff; 0x004b5f84 mov rdi, r15 | 0x004b5f87 call 0x4b5e40 | TEST_CASE_11::HighWaterMarkFunctor::~HighWaterMarkFunctor() (r15); 0x004b5f8c mov rax, qword [r14] | rax = *(r14); 0x004b5f8f mov rdi, r14 | rdi = r14; 0x004b5f92 mov rsi, rbx | rsi = rbx; 0x004b5f95 call qword [rax + 0x18] | uint64_t (*rax + 0x18)() (); | } 0x004b5f98 mov eax, ebp | eax = ebp; 0x004b5f9a add rsp, 0x50 | 0x004b5f9e pop rbx | 0x004b5f9f pop r12 | 0x004b5fa1 pop r14 | 0x004b5fa3 pop r15 | 0x004b5fa5 pop rbp | 0x004b5fa6 ret | return rax; | }