SMPStaticAnalyzer @ 1e62fa0b

-Subproject commit cc2f311549cf75d7e8a48b455799cd5b91f5310b
+Subproject commit 1e62fa0b539e5873e6a63b9bb85cfcf2f5f60721

cicd_testing/afl.yaml

+name: 'baseline afl config'
+fuzzing-time: '15 minutes'
+input-timeout: '30 seconds'
+memory-limit: '50 MB'
+num-cores: 2
+working-dir:  /tmp/rida-fuzzing

cicd_testing/do-fuzz.sh

+#!/bin/bash 
+
+function main()
+{
+	set -e 
+	# build software
+	git submodule sync --recursive
+	git submodule update --recursive --init
+
+	scons -j3
+
+	# force reinstall tools so we are always up-to-date
+	yes | sudo bash -c "$(curl -fsSL allzp.zephyr-software.io/turbo/cli-install.sh)"
+
+	# better done with boost add -q -i 
+	turbo-cli boost add rida_exe || true
+	local bid=$(turbo-cli boost list|grep rida_exe|cut -d"	" -f1)
+
+	# add seeds, ignore errors if they already exist.
+	turbo-cli seed add $bid cicd_testing/rida-seed.yaml || true
+	turbo-cli seed add $bid cicd_testing/rida-seed2.yaml || true
+	turbo-cli seed add $bid cicd_testing/rida-seed3.yaml || true
+	turbo-cli seed add $bid cicd_testing/rida-seed4.yaml || true
+
+	local vid=$(turbo-cli version add -q $bid irdb-libs/plugins_install/rida.exe)
+	turbo-cli fuzz --fuzz-config cicd_testing/afl.yaml --app-config cicd_testing/rida-config.yaml --ver-id $vid
+
+	local report="$(turbo-cli log get report $vid)"
+
+	echo "The report is: "
+	echo "$report"
+
+	local declare crash_count=$(echo "$report"|shyaml get-value failing-input-count)
+
+	if [[ $crash_count == 0 ]]; then
+		echo "No crashes found"
+		exit 0
+	else
+		echo "$crash_count count crashes found!"
+		exit 1
+	fi
+
+}
+
+main "$@"

cicd_testing/rida-config.yaml

+
+name: "rida test config"
+
+

cicd_testing/rida-seed.yaml

+name: rida
+cmdline:
+  - use-version: true
+  - filename: foo.exe
+  - /tmp/out.annot
+
+env:
+files:
+  - name: foo.exe
+    contents: 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+    perms: rw
+network: ~

cicd_testing/rida-seed2.yaml

+name: rida
+cmdline:
+  - use-version: true
+  - filename: foo.exe
+  - /tmp/out.annot
+env: ~
+network: ~
+files:
+  - name: foo.exe
+    contents: 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+    perms: rw

cicd_testing/rida-seed3.yaml

+name: rida
+cmdline:
+  - use-version: true
+  - filename: foo.exe
+  - /tmp/out.annot
+
+env: ~
+network: ~
+files:
+  - name: foo.exe
+    contents: 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+    perms: rw

cicd_testing/rida-seed4.yaml

+name: rida
+cmdline:
+  - use-version: true
+  - filename: foo.exe
+  - /tmp/out.annot
+
+env: ~
+network: ~
+files:
+  - name: foo.exe
+    contents: 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+    perms: rw

irdb-libs/ir_builders/split_eh_frame.cpp

@@ -656,18 +656,19 @@ class pe_eh_split_t
 				const auto frame_reg       = uint8_t(unwind_struct.FrameRegister);
 				const auto frame_offset    = uint8_t(unwind_struct.FrameOffset);
 				const auto unwind_pgm_size = round_up_to(unwind_struct.CountOfCodes,2);
-				const auto handler_ptr     = reinterpret_cast<const uint32_t*>(&unwind_struct.UnwindCode[unwind_pgm_size]);
-				const auto handler_rva     = *handler_ptr;
-				const auto handler_addr    = firp->getArchitecture()->getFileBase() + handler_rva;
-				const auto handler_insn_it = offset_to_insn_map.find(handler_addr);
-				const auto handler_insn    = has_handler ? handler_insn_it->second : (Instruction_t*)nullptr;
 
 
-				assert( (handler_insn_it != end(offset_to_insn_map)) == has_handler);
-
-				auto user_data = string();
+				auto handler_insn = (Instruction_t*)nullptr;
+				auto user_data    = string();
 				if(has_handler)
 				{
+					const auto handler_ptr     = reinterpret_cast<const uint32_t*>(&unwind_struct.UnwindCode[unwind_pgm_size]);
+					const auto handler_rva     = *handler_ptr;
+					const auto handler_addr    = firp->getArchitecture()->getFileBase() + handler_rva;
+					const auto handler_insn_it = offset_to_insn_map.find(handler_addr);
+					assert(handler_insn_it != end(offset_to_insn_map));
+					handler_insn    = handler_insn_it->second ;
+
 					const auto unwind_user_data = reinterpret_cast<const char*>(handler_ptr) + sizeof(uint32_t);
 					const auto unwind_info_size_with_unwindcode_array = reinterpret_cast<const char*>(&unwind_struct.UnwindCode[unwind_pgm_size]) - reinterpret_cast<const char*>(&unwind_struct);
 					const auto user_data_addr   = firp->getArchitecture()->getFileBase() + unwind_addr + unwind_info_size_with_unwindcode_array;

irdb-libs/libMEDSannotation/include/MEDS_FuncAnnotation.hpp

@@ -23,7 +23,6 @@
 
 #include <string>
 #include "VirtualOffset.hpp"
-#include "MEDS_Register.hpp"
 #include "MEDS_AnnotationBase.hpp"
 
 

irdb-libs/libMEDSannotation/include/MEDS_SafeFuncAnnotation.hpp

@@ -23,7 +23,6 @@
 
 #include <string>
 #include "VirtualOffset.hpp"
-#include "MEDS_Register.hpp"
 #include "MEDS_FuncAnnotation.hpp"
 
 

irdb-libs/libMEDSannotation/test/afl.yaml

+name: 'baseline afl config'
+fuzzing-time: '600 minutes'
+input-timeout: '30 seconds'
+memory-limit: '50 MB'
+num-cores: 2
+working-dir:  /tmp/medsannotparser-fuzzing

irdb-libs/libMEDSannotation/test/do-fuzz.sh

+#!/bin/bash 
+
+function main()
+{
+
+
+	g++ test.cpp -I ../include -fmax-errors=2 -L../../lib -lMEDSannotation -g -o test.exe
+
+	# force reinstall tools so we are always up-to-date
+	yes | sudo bash -c "$(curl -fsSL allzp.zephyr-software.io/turbo/cli-install.sh)"
+
+	# better done with boost add -q -i 
+	turbo-cli boost add map_so || true
+	local bid=$(turbo-cli boost list|grep map_so|cut -d"	" -f1)
+
+	# add seeds, ignore errors if they already exist.
+	turbo-cli seed add $bid ./map-seed1.yaml || true
+	turbo-cli seed add $bid ./map-seed2.yaml || true
+	turbo-cli seed add $bid ./map-seed3.yaml || true
+
+	local vid=$(turbo-cli version add -q $bid ../../lib/libMEDSannotation.so)
+	turbo-cli fuzz --fuzz-config ./afl.yaml --app-config ./map-config.yaml --ver-id $vid
+
+	local report="$(turbo-cli log get report $vid)"
+
+	echo "The report is: "
+	echo "$report"
+
+	local declare crash_count=$(echo "$report"|shyaml get-value failing-input-count)
+
+	if [[ $crash_count == 0 ]]; then
+		echo "No crashes found"
+		exit 0
+	else
+		echo "$crash_count count crashes found!"
+		exit 1
+	fi
+
+}
+
+main "$@"

irdb-libs/libMEDSannotation/test/do-test.sh

+#!/bin/bash
+
+g++ test.cpp -I ../include -fmax-errors=2 -L../../lib -lMEDSannotation -g
+
+./a.out ls.annot
+./a.out ls.infoannot
+./a.out ls.STARSxrefs

irdb-libs/libMEDSannotation/test/ls.STARSxrefs

+             154f0      0 INSTR XREF IBT FROMDATA               1138 
+             155e0      0 INSTR XREF IBT FROMDATA               10d8 
+             15620      0 INSTR XREF IBT FROMDATA               10a8 
+             15690      0 INSTR XREF IBT FROMDATA               1030 
+             162c0      0 INSTR XREF IBT FROMDATA               5866 
+             16330      0 INSTR XREF IBT FROMDATA               585f 
+             1636c      0 INSTR XREF IBT FROMDATA                ee0 
+             162f1      1 INSTR XREF IBT FROMIB               376e RETURNTARGET
+              40d7      7 INSTR XREF TAKES_ADDRESS_OF DATA              16598
+              40f8      7 INSTR XREF TAKES_ADDRESS_OF DATA             21f2e0
+              40ff      7 INSTR XREF TAKES_ADDRESS_OF DATA              1a148
+              4134      5 INSTR XREF TAKES_ADDRESS_OF DATA              16598
+              413e      2 INSTR XREF IBT FROMIB               413c SWITCHTABLE
+              483c      2 INSTR XREF IBT FROMIB               413c SWITCHTABLE
+              484b      2 INSTR XREF IBT FROMIB               413c SWITCHTABLE
+              55ff      2 INSTR XREF IBT FROMIB               413c SWITCHTABLE
+              5699      2 INSTR XREF IBT FROMIB               413c SWITCHTABLE
+              413c      2 INSTR XREF FROMIB COMPLETE     60 SWITCHTABLE
+              413e      7 INSTR XREF TAKES_ADDRESS_OF DATA             22132d

irdb-libs/libMEDSannotation/test/ls.annot

+                 0      1 DATAREF GLOBAL     1223 221311 PARENT byte_221311  VOID RW
+                 0     10 DATAREF GLOBAL     1251 221366 PARENT SMP_dummy414  VOID RW
+                 0     16 DATAREF GLOBAL     1252 221370 PARENT tp  VOID RW AGGREGATE
+                 0      8 DATAREF GLOBAL     1253 221370 CHILDOF 1252 OFFSET 0 tp + 0 FIELD DIRECT
+                 0      8 DATAREF GLOBAL     1254 221370 CHILDOF 1252 OFFSET 8 tp + 8 FIELD DIRECT
+                 0      8 DATAREF GLOBAL     1255 221380 PARENT ptr  VOID RW
+                 0      8 DATAREF GLOBAL     1256 221388 PARENT qword_221388  VOID RW
+                 0      1 DATAREF GLOBAL     1257 221390 PARENT byte_221390  VOID RW
+                 0      8 DATAREF GLOBAL     1282 221558 PARENT s  VOID RW
+              3758     23 FUNC GLOBAL .init_proc FUNC_SAFE NOFP RET               376e 
+              3758      0 FUNC FRAMERESTORE 0 0 2 1 0 0 2 0 0 3 0 0 4 0 8 5 0 1 6 0 0 7 0 0 8 0 0 9 0 0 10 0 0 11 0 0 12 0 16 13 0 0 14 0 0 15 0 0 ZZ
+              3758      0 FUNC MMSAFENESS SAFE
+              3758      4 INSTR BELONGTO 3758 
+              3758     -1 INSTR LOCAL SafeFrameAlloc sub     rsp, 8; _init 
+              3758      8 MEMORYHOLE STACK esp + 8 ReturnAddress 
+              3758      8 DATAREF STACK 1283 esp + 0 PARENT LocalFrame LOCALFRAME
+              3758      4 INSTR DEADREGS  EFLAGS RAX ZZ sub     rsp, 8; _init 
+              375c      7 INSTR BELONGTO 3758 
+              375c     -2 INSTR LOCAL n RAX ZZ  NumericDEFs mov     rax, cs:__gmon_start___ptr 
+              375c      7 INSTR DEADREGS  EFLAGS RAX ZZ mov     rax, cs:__gmon_start___ptr 
+              3763      3 INSTR BELONGTO 3758 
+              3763     -1 INSTR LOCAL NoMetaUpdate test    rax, rax 
+              3763      3 INSTR DEADREGS  EFLAGS ZZ test    rax, rax 
+              3766      2 INSTR BELONGTO 3758 
+              3766     -1 INSTR LOCAL NoMetaUpdate jz      short loc_376A 
+              3768      2 INSTR BELONGTO 3758 
+              3768     -1 INSTR LOCAL NoMetaUpdate call    rax ; __gmon_start__ 
+              3768      2 INSTR DEADREGS  EFLAGS ZZ call    rax ; __gmon_start__ 
+              376a      4 INSTR BELONGTO 3758 
+              376a      4 INSTR DEADREGS  EFLAGS ZZ add     rsp, 8 
+              376e      1 INSTR BELONGTO 3758 
+              376e      8 DEALLOC STACK esp - 8 retn
+              376e      1 INSTR DEADREGS  EFLAGS ZZ retn 
+              376e     -4 INSTR LOCAL SafeReturn retn
+              3770     12 FUNC GLOBAL sub_3770 FUNC_UNSAFE NOFP RET               377b 
+              3770      0 FUNC FRAMERESTORE 0 0 0 1 0 0 2 0 0 3 0 0 4 0 0 5 0 0 6 0 0 7 0 0 8 0 0 9 0 0 10 0 0 11 0 0 12 0 0 13 0 0 14 0 0 15 0 0 ZZ
+              3770      0 FUNC MMSAFENESS UNSAFE
+              3770      6 INSTR BELONGTO 3770 
+              3770      8 MEMORYHOLE STACK esp + 8 ReturnAddress 
+              3770      8 DATAREF STACK 1284 esp + 0 PARENT LocalFrame LOCALFRAME
+              3770      8 DATAREF STACK 1285 esp + 0 CHILDOF 1284 OFFSET 0 OutArgsRegion OUTARGS
+              3776      6 INSTR BELONGTO 3770 
+              3776     -1 INSTR LOCAL NoMetaUpdate jmp     cs:qword_21FC48 
+              59c0    650 FUNC GLOBAL sub_59C0 FUNC_UNSAFE NOFP RET FUNC_LEAF               5c49 
+              59c0      0 FUNC FRAMERESTORE 0 0 2 1 0 1 2 0 2 3 -48 4 4 0 8 5 -40 8 6 0 4 7 0 4 8 0 4 9 0 4 10 0 0 11 0 16 12 -32 4 13 -24 1 14 -16 4 15 -8 16 ZZ
+              59c0      0 FUNC MMSAFENESS SAFE
+              59c0      3 INSTR BELONGTO 59c0 
+              59c0      3 INSTR DEADREGS  EFLAGS RAX R8 R9 R10 R11 ZZ mov     r8, [rsi] 
+              59c3      3 INSTR BELONGTO 59c0 
+              59c3      3 INSTR DEADREGS  EFLAGS RAX R9 R10 R11 ZZ mov     r9, [rdi] 
+              59c6      7 INSTR BELONGTO 59c0 
+              59c6      7 INSTR DEADREGS  EFLAGS RAX R10 R11 ZZ lea     r11, jpt_5A81 
+              59cd      2 INSTR BELONGTO 59c0 
+              59cd     -3 INSTR LOCAL NoWarn push    r15 
+              59cd      2 INSTR DEADREGS  EFLAGS RAX R10 ZZ push    r15 
+              59cf      3 INSTR BELONGTO 59c0 
+              59cf     -2 INSTR LOCAL n R10 ZZ  AlwaysNUM xor     r10d, r10d 
+              59cf      3 INSTR DEADREGS  EFLAGS RAX R10 R15 ZZ xor     r10d, r10d 
+              59d2      2 INSTR BELONGTO 59c0 
+              59d2     -3 INSTR LOCAL NoWarn push    r14 
+              59d2      2 INSTR DEADREGS  EFLAGS RAX R15 ZZ push    r14 
+              59d4      5 INSTR BELONGTO 59c0 
+              59d4     -1 INSTR LOCAL MetadataUnused mov     eax, 1 
+              59d4      5 INSTR DEADREGS  EFLAGS RAX R14 R15 ZZ mov     eax, 1 
+              59d9      2 INSTR BELONGTO 59c0 
+              59d9     -3 INSTR LOCAL NoWarn push    r13 
+              59d9      2 INSTR DEADREGS  EFLAGS R14 R15 ZZ push    r13 
+              59db      2 INSTR BELONGTO 59c0 
+              59db     -3 INSTR LOCAL NoWarn push    r12 
+              59db      2 INSTR DEADREGS  EFLAGS R13 R14 R15 ZZ push    r12 
+              59dd      3 INSTR BELONGTO 59c0 
+              59dd     -1 INSTR LOCAL MetadataUnused mov     r12d, edx 
+              59dd      3 INSTR DEADREGS  EFLAGS R12 R13 R14 R15 ZZ mov     r12d, edx 
+              59e0      1 INSTR BELONGTO 59c0 
+              5c28      5 INSTR BELONGTO 59c0 
+              5c28     -1 INSTR LOCAL MetadataRedundant lea     r14d, [r13+r14-37h] 
+              5c28      5 INSTR DEADREGS  EFLAGS RCX R15 ZZ lea     r14d, [r13+r14-37h] 
+              5c2d      5 INSTR BELONGTO 59c0 
+              5c2d     -1 INSTR LOCAL NoMetaUpdate jmp     loc_5B28 
+              5c2d      5 INSTR DEADREGS  EFLAGS RCX R13 R15 ZZ jmp     loc_5B28 
+              5c38      4 INSTR BELONGTO 59c0 
+              5c38     -2 INSTR LOCAL n R14 ZZ  AlwaysNUM shl     r14d, 4 
+              5c38      4 INSTR DEADREGS  EFLAGS RCX R15 ZZ shl     r14d, 4 
+              5c3c      4 INSTR BELONGTO 59c0 
+              5c3c      4 INSTR DEADREGS  EFLAGS RCX R15 ZZ add     r8, 1 
+              5c40      5 INSTR BELONGTO 59c0 
+              5c40     -1 INSTR LOCAL MetadataRedundant lea     r14d, [r13+r14-57h] 
+              5c40      5 INSTR DEADREGS  EFLAGS RCX R15 ZZ lea     r14d, [r13+r14-57h] 
+              5c45      5 INSTR BELONGTO 59c0 
+              5c45     -1 INSTR LOCAL NoMetaUpdate jmp     loc_5B28 
+              5c45      5 INSTR DEADREGS  EFLAGS RCX R13 R15 ZZ jmp     loc_5B28 

irdb-libs/libMEDSannotation/test/ls.infoannot

+              3758     23 FUNC RETURNTYPE RAX 2
+              3758     23 FUNC INARGS    6  ARG0 0 ARG1 0 ARG2 0 ARG3 0 ARG4 0 ARG5 0 
+              3770     12 FUNC RETURNTYPE RAX 0
+              3770     12 FUNC PROBLEM sub_3770 JUMPUNRESOLVED 
+              3780      6 FUNC RETURNTYPE RAX 0
+              3780      6 FUNC PROBLEM .__ctype_toupper_loc JUMPUNRESOLVED 
+              3790      6 FUNC RETURNTYPE RAX 0
+              37b0      6 FUNC PROBLEM .sigprocmask JUMPUNRESOLVED 
+              3e78      6 FUNC RETURNTYPE RAX 0
+              3e78      6 FUNC PROBLEM malloc JUMPUNRESOLVED 
+              3e80      6 FUNC RETURNTYPE RAX 0
+              3e80      6 FUNC PROBLEM __cxa_finalize JUMPUNRESOLVED 
+              3e90   6587 FUNC RETURNTYPE RAX 0
+              3e90   6587 FUNC INARGS    6  ARG0 0 ARG1 4 ARG2 0 ARG3 0 ARG4 0 ARG5 0 
+              40eb      6 INSTR CODEPTR 1 mov     r15d, 1
+              4124      5 INSTR CHECK OVERFLOW UNSIGNED 32  RAX ZZ add     eax, 83h; switch 276 cases 
+              4151      5 INSTR CODEPTR 1 mov     byte ptr [rsp+88h+var_78], 1; jumptable 000000000000413C case 107
+              a9b8      5 INSTR CODEPTR 5 mov     edx, 5; category
+              a9dd     1         15edf      5 INSTR CODEPTR 73 mov     eax, 73h ; 's'
+             1604f      4 INSTR CHECK OVERFLOW NOFLAGUNSIGNED 64 RAX+2 ZZ lea     rcx, [rax+2] 
+             16053      4 INSTR CHECK OVERFLOW NOFLAGUNSIGNED 64 RAX+3 ZZ lea     rdi, [rax+3]; size 
+             16081      3 INSTR CHECK UNDERFLOW UNSIGNED 64  RDI ZZ sub     rdi, rdx 
+             16084      4 INSTR CHECK OVERFLOW UNSIGNED 64  RDX ZZ add     rdx, 1; n 
+             1608b      3 INSTR CHECK OVERFLOW UNSIGNED 64  RDI ZZ IDIOM 18 MEMORYSINK add     rdi, r15 
+             1608e      3 INSTR CHECK OVERFLOW UNSIGNED 64  RDI ZZ IDIOM 18 MEMORYSINK add     rdi, r12; dest 
+             1609b      5 INSTR CHECK OVERFLOW NOFLAGUNSIGNED 64 R12+R15 ZZ IDIOM 18 MEMORYSINK lea     rdi, [r12+r15-1]; dest 
+             1609b      5 INSTR CHECK OVERFLOW NOFLAGUNSIGNED 64 R12+R15+-1 ZZ IDIOM 18 MEMORYSINK lea     rdi, [r12+r15-1]; dest 
+             160a0      4 INSTR CHECK OVERFLOW NOFLAGUNSIGNED 64 R13+1 ZZ IDIOM 18 MEMORYSINK lea     rdx, [r13+1]; n 
+             160fb      5 INSTR CODEPTR 1 mov     edx, 1
+             16141      4 INSTR CHECK OVERFLOW NOFLAGUNSIGNED 64 RAX+2 ZZ lea     rcx, [rax+2] 
+             16145      4 INSTR CHECK OVERFLOW NOFLAGUNSIGNED 64 RAX+3 ZZ lea     rsi, [rax+3]; size 
+             161a0    123 FUNC RETURNTYPE RAX 1
+             161a0    123 FUNC INARGS    6  ARG0 4 ARG1 0 ARG2 1 ARG3 0 ARG4 0 ARG5 0 
+             161f2      5 INSTR CODEPTR 1 mov     edx, 1; whence
+             16220     64 FUNC RETURNTYPE RAX 0
+             16220     64 FUNC INARGS    6  ARG0 4 ARG1 0 ARG2 0 ARG3 0 ARG4 0 ARG5 0 
+             1624b      5 INSTR CODEPTR 1 mov     edx, 1
+             16260     87 FUNC RETURNTYPE RAX 0
+             16260     87 FUNC INARGS    6  ARG0 4 ARG1 1 ARG2 2 ARG3 0 ARG4 0 ARG5 0 
+             162c0    101 FUNC RETURNTYPE RAX 2
+             162c0    101 FUNC INARGS    6  ARG0 0 ARG1 0 ARG2 0 ARG3 0 ARG4 0 ARG5 0 
+             162c0    101 FUNC PROBLEM init CALLUNRESOLVED 
+             1630d      4 INSTR CHECK OVERFLOW UNSIGNED 64  RBX ZZ add     rbx, 1 
+             16330      2 FUNC RETURNTYPE RAX 0
+             16330      2 FUNC INARGS    6  ARG0 0 ARG1 0 ARG2 0 ARG3 1 ARG4 0 ARG5 0 
+             16340     41 FUNC RETURNTYPE RAX 16
+             16340     41 FUNC INARGS    6  ARG0 2 ARG1 0 ARG2 0 ARG3 0 ARG4 0 ARG5 0 
+             1636c      9 FUNC RETURNTYPE RAX 0
+             1636c      9 FUNC INARGS    6  ARG0 0 ARG1 0 ARG2 0 ARG3 0 ARG4 0 ARG5 0 
+   8000000      2 SUCCESS ANALYSISCOMPLETED

irdb-libs/libMEDSannotation/test/map-config.yaml

+
+name: "map test config"
+
+ld-path-prepend-version: "libMEDSannotation.so"
+

irdb-libs/libMEDSannotation/test/map-seed1.yaml

+name: long ls
+cmdline:
+  - ./test.exe
+  - filename: ls.annot
+env: ~
+network: ~
+files:
+  - name: ls.annot
+    contents:                  0      1 DATAREF GLOBAL     1223 221311 PARENT byte_221311  VOID RW
                 0     10 DATAREF GLOBAL     1251 221366 PARENT SMP_dummy414  VOID RW
                 0     16 DATAREF GLOBAL     1252 221370 PARENT tp  VOID RW AGGREGATE
                 0      8 DATAREF GLOBAL     1253 221370 CHILDOF 1252 OFFSET 0 tp + 0 FIELD DIRECT
                 0      8 DATAREF GLOBAL     1254 221370 CHILDOF 1252 OFFSET 8 tp + 8 FIELD DIRECT
                 0      8 DATAREF GLOBAL     1255 221380 PARENT ptr  VOID RW
                 0      8 DATAREF GLOBAL     1256 221388 PARENT qword_221388  VOID RW
                 0      1 DATAREF GLOBAL     1257 221390 PARENT byte_221390  VOID RW
                 0      8 DATAREF GLOBAL     1282 221558 PARENT s  VOID RW
              3758     23 FUNC GLOBAL .init_proc FUNC_SAFE NOFP RET               376e 
              3758      0 FUNC FRAMERESTORE 0 0 2 1 0 0 2 0 0 3 0 0 4 0 8 5 0 1 6 0 0 7 0 0 8 0 0 9 0 0 10 0 0 11 0 0 12 0 16 13 0 0 14 0 0 15 0 0 ZZ
              3758      0 FUNC MMSAFENESS SAFE
              3758      4 INSTR BELONGTO 3758 
              3758     -1 INSTR LOCAL SafeFrameAlloc sub     rsp, 8; _init 
              3758      8 MEMORYHOLE STACK esp + 8 ReturnAddress 
              3758      8 DATAREF STACK 1283 esp + 0 PARENT LocalFrame LOCALFRAME
              3758      4 INSTR DEADREGS  EFLAGS RAX ZZ sub     rsp, 8; _init 
              375c      7 INSTR BELONGTO 3758 
              375c     -2 INSTR LOCAL n RAX ZZ  NumericDEFs mov     rax, cs:__gmon_start___ptr 
              375c      7 INSTR DEADREGS  EFLAGS RAX ZZ mov     rax, cs:__gmon_start___ptr 
              3763      3 INSTR BELONGTO 3758 
              3763     -1 INSTR LOCAL NoMetaUpdate test    rax, rax 
              3763      3 INSTR DEADREGS  EFLAGS ZZ test    rax, rax 
              3766      2 INSTR BELONGTO 3758 
              3766     -1 INSTR LOCAL NoMetaUpdate jz      short loc_376A 
              3768      2 INSTR BELONGTO 3758 
              3768     -1 INSTR LOCAL NoMetaUpdate call    rax ; __gmon_start__ 
              3768      2 INSTR DEADREGS  EFLAGS ZZ call    rax ; __gmon_start__ 
              376a      4 INSTR BELONGTO 3758 
              376a      4 INSTR DEADREGS  EFLAGS ZZ add     rsp, 8 
              376e      1 INSTR BELONGTO 3758 
              376e      8 DEALLOC STACK esp - 8 retn
              376e      1 INSTR DEADREGS  EFLAGS ZZ retn 
              376e     -4 INSTR LOCAL SafeReturn retn
              3770     12 FUNC GLOBAL sub_3770 FUNC_UNSAFE NOFP RET               377b 
              3770      0 FUNC FRAMERESTORE 0 0 0 1 0 0 2 0 0 3 0 0 4 0 0 5 0 0 6 0 0 7 0 0 8 0 0 9 0 0 10 0 0 11 0 0 12 0 0 13 0 0 14 0 0 15 0 0 ZZ
              3770      0 FUNC MMSAFENESS UNSAFE
              3770      6 INSTR BELONGTO 3770 
              3770      8 MEMORYHOLE STACK esp + 8 ReturnAddress 
              3770      8 DATAREF STACK 1284 esp + 0 PARENT LocalFrame LOCALFRAME
              3770      8 DATAREF STACK 1285 esp + 0 CHILDOF 1284 OFFSET 0 OutArgsRegion OUTARGS
              3776      6 INSTR BELONGTO 3770 
              3776     -1 INSTR LOCAL NoMetaUpdate jmp     cs:qword_21FC48 
              59c0    650 FUNC GLOBAL sub_59C0 FUNC_UNSAFE NOFP RET FUNC_LEAF               5c49 
              59c0      0 FUNC FRAMERESTORE 0 0 2 1 0 1 2 0 2 3 -48 4 4 0 8 5 -40 8 6 0 4 7 0 4 8 0 4 9 0 4 10 0 0 11 0 16 12 -32 4 13 -24 1 14 -16 4 15 -8 16 ZZ
              59c0      0 FUNC MMSAFENESS SAFE
              59c0      3 INSTR BELONGTO 59c0 
              59c0      3 INSTR DEADREGS  EFLAGS RAX R8 R9 R10 R11 ZZ mov     r8, [rsi] 
              59c3      3 INSTR BELONGTO 59c0 
              59c3      3 INSTR DEADREGS  EFLAGS RAX R9 R10 R11 ZZ mov     r9, [rdi] 
              59c6      7 INSTR BELONGTO 59c0 
              59c6      7 INSTR DEADREGS  EFLAGS RAX R10 R11 ZZ lea     r11, jpt_5A81 
              59cd      2 INSTR BELONGTO 59c0 
              59cd     -3 INSTR LOCAL NoWarn push    r15 
              59cd      2 INSTR DEADREGS  EFLAGS RAX R10 ZZ push    r15 
              59cf      3 INSTR BELONGTO 59c0 
              59cf     -2 INSTR LOCAL n R10 ZZ  AlwaysNUM xor     r10d, r10d 
              59cf      3 INSTR DEADREGS  EFLAGS RAX R10 R15 ZZ xor     r10d, r10d 
              59d2      2 INSTR BELONGTO 59c0 
              59d2     -3 INSTR LOCAL NoWarn push    r14 
              59d2      2 INSTR DEADREGS  EFLAGS RAX R15 ZZ push    r14 
              59d4      5 INSTR BELONGTO 59c0 
              59d4     -1 INSTR LOCAL MetadataUnused mov     eax, 1 
              59d4      5 INSTR DEADREGS  EFLAGS RAX R14 R15 ZZ mov     eax, 1 
              59d9      2 INSTR BELONGTO 59c0 
              59d9     -3 INSTR LOCAL NoWarn push    r13 
              59d9      2 INSTR DEADREGS  EFLAGS R14 R15 ZZ push    r13 
              59db      2 INSTR BELONGTO 59c0 
              59db     -3 INSTR LOCAL NoWarn push    r12 
              59db      2 INSTR DEADREGS  EFLAGS R13 R14 R15 ZZ push    r12 
              59dd      3 INSTR BELONGTO 59c0 
              59dd     -1 INSTR LOCAL MetadataUnused mov     r12d, edx 
              59dd      3 INSTR DEADREGS  EFLAGS R12 R13 R14 R15 ZZ mov     r12d, edx 
              59e0      1 INSTR BELONGTO 59c0 
              5c28      5 INSTR BELONGTO 59c0 
              5c28     -1 INSTR LOCAL MetadataRedundant lea     r14d, [r13+r14-37h] 
              5c28      5 INSTR DEADREGS  EFLAGS RCX R15 ZZ lea     r14d, [r13+r14-37h] 
              5c2d      5 INSTR BELONGTO 59c0 
              5c2d     -1 INSTR LOCAL NoMetaUpdate jmp     loc_5B28 
              5c2d      5 INSTR DEADREGS  EFLAGS RCX R13 R15 ZZ jmp     loc_5B28 
              5c38      4 INSTR BELONGTO 59c0 
              5c38     -2 INSTR LOCAL n R14 ZZ  AlwaysNUM shl     r14d, 4 
              5c38      4 INSTR DEADREGS  EFLAGS RCX R15 ZZ shl     r14d, 4 
              5c3c      4 INSTR BELONGTO 59c0 
              5c3c      4 INSTR DEADREGS  EFLAGS RCX R15 ZZ add     r8, 1 
              5c40      5 INSTR BELONGTO 59c0 
              5c40     -1 INSTR LOCAL MetadataRedundant lea     r14d, [r13+r14-57h] 
              5c40      5 INSTR DEADREGS  EFLAGS RCX R15 ZZ lea     r14d, [r13+r14-57h] 
              5c45      5 INSTR BELONGTO 59c0 
              5c45     -1 INSTR LOCAL NoMetaUpdate jmp     loc_5B28 
              5c45      5 INSTR DEADREGS  EFLAGS RCX R13 R15 ZZ jmp     loc_5B28 

+    perms: rw

irdb-libs/libMEDSannotation/test/map-seed2.yaml

+name: long ls
+cmdline:
+  - ./test.exe
+  - filename: ls.annot
+env: ~
+network: ~
+files:
+  - name: ls.annot
+    contents: 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VEVECg==
+    perms: rw