Merge 'dev' branch into stable

test/db/extras/asm_ghidra

@@ -190,10 +190,9 @@ EXPECT=<<EOF
 0x80001008 lui t0, 0x8003
 0x8000100c addiu t0, t0, -0x3b50
 0x80001010 lui t1, 0x8015
-0x80001014   str.e0:
-0x80001014 0x80001019 invalid
-0x8000101a sll zero, a1, 0x0
-0x8000101e invalid
+0x80001014 addiu t1, t1, 0x6530
+0x80001018 beq t0, t1, 0x80001030
+0x8000101c nop
 0x80001020 addiu t0, t0, 0x4
 0x80001024 sltu at, t0, t1
 0x80001028   pc:
@@ -236,6 +235,7 @@ EXPECT=<<EOF
 0x800010b8 sw zero, 0x0(at)
 0x800010bc bgtz v0, 0x800010b8
 0x800010c0 addi v0, v0, -0x1
+0x800010c4 mfc0 v0, wired
 EOF
 CMDS=<<EOF
 pdga
@@ -538,8 +538,8 @@ EXPECT=<<EOF
 0x00011828 ldub [l3+0xc4],g1
 0x0001182c cmp g1,0x0
 0x00011830 bpne,pn %icc,0x11898
-0x00011834 sethi %hi(0x4a000),l2
-0x00011838 sethi %hi(0x4a000),l1
+0x00011834 sethi %hi(segment.LOAD1),l2
+0x00011838 sethi %hi(segment.LOAD1),l1
 0x0001183c or l2,0x8,l2
 0x00011840 or l1,0xc,l1
 0x00011844 sub l1,l2,l1

test/db/extras/ghidra

@@ -1903,14 +1903,14 @@ NAME=aeropause64-sp (many features combined without bp)
 FILE=bins/dectest64-sp
 EXPECT=<<EOF
 
+// WARNING: [rz-ghidra] Detected overlap for variable var_14h
 // WARNING: [rz-ghidra] Removing arg arg_14h because it doesn't fit into ProtoModel
 
 void sym.Aeropause(Bright *bright, int32_t argc, char **argv)
 {
     int32_t iVar1;
     Morning *pMVar2;
     int64_t var_20h;
-    int32_t var_14h;
     void **var_10h;
 
     pMVar2 = (Morning *)sym.imp.malloc(0x10);
@@ -1989,6 +1989,7 @@ RUN
 
 
 NAME=typedef
+BROKEN=1
 FILE=bins/dectest32
 EXPECT=<<EOF
 
@@ -3174,14 +3175,17 @@ true
 
 // WARNING: Variable defined which should be unmapped: var_10h
 // WARNING: Variable defined which should be unmapped: var_8h
+// WARNING: [rz-ghidra] Failed to get address for var argc
+// WARNING: [rz-ghidra] Failed to get address for var argv
 // WARNING: [rz-ghidra] Detected overlap for variable var_14h
 // WARNING: [rz-ghidra] Detected overlap for variable var_2ch
 
-undefined8 entry0(int64_t arg1, int64_t arg2)
+int64_t dbg.main(void)
 {
     undefined4 uVar1;
-    undefined8 uVar2;
-    undefined8 uVar3;
+    int64_t iVar2;
+    int64_t arg1;
+    int64_t arg2;
     int64_t var_50h;
     int64_t var_48h;
     int64_t var_40h;
@@ -3191,30 +3195,36 @@ undefined8 entry0(int64_t arg1, int64_t arg2)
     int64_t var_10h;
     int64_t var_8h;
 
-    uVar2 = fcn.100003d9c();
-    uVar1 = (**(code **)0x100008188)(sym._a);
+    arg1 = fcn.100003d9c();
+    iVar2 = arg1;
+    arg1._0_4_ = (*fcns[1])(&a);
+    uVar1 = (undefined4)arg1;
     section.1.__TEXT.__stubs("");
-    uVar3 = fcn.100003d84(sym.class_Test);
-    fcn.100003da8(uVar3, "methodWithoutArgs");
-    fcn.100003da8(uVar3, "methodWithOneArg:", 0x7b);
-    fcn.100003da8(uVar3, "methodWithTwoArgs:secondArg:", 0x539, uVar1);
-    fcn.100003da8(uVar3, "methodWithReturn");
+    arg1 = fcn.100003d84(sym.class_Test);
+    fcn.100003da8(arg1, "methodWithoutArgs");
+    fcn.100003da8(arg1, "methodWithOneArg:", 0x7b);
+    fcn.100003da8(arg1, "methodWithTwoArgs:secondArg:", 0x539, uVar1);
+    fcn.100003da8(arg1, "methodWithReturn");
     section.1.__TEXT.__stubs("");
-    fcn.100003d90(uVar2);
-    return 0;
+    fcn.100003d90(iVar2);
+    arg1 = 0;
+    return arg1;
 }
 ------------ without propagation
 
 // WARNING: Variable defined which should be unmapped: var_10h
 // WARNING: Variable defined which should be unmapped: var_8h
+// WARNING: [rz-ghidra] Failed to get address for var argc
+// WARNING: [rz-ghidra] Failed to get address for var argv
 // WARNING: [rz-ghidra] Detected overlap for variable var_14h
 // WARNING: [rz-ghidra] Detected overlap for variable var_2ch
 
-undefined8 entry0(int64_t arg1, int64_t arg2)
+int64_t dbg.main(void)
 {
     undefined4 uVar1;
-    undefined8 uVar2;
-    undefined8 uVar3;
+    int64_t iVar2;
+    int64_t arg1;
+    int64_t arg2;
     int64_t var_50h;
     int64_t var_48h;
     int64_t var_40h;
@@ -3224,17 +3234,20 @@ undefined8 entry0(int64_t arg1, int64_t arg2)
     int64_t var_10h;
     int64_t var_8h;
 
-    uVar2 = fcn.100003d9c();
-    uVar1 = (**(code **)0x100008188)(sym._a);
+    arg1 = fcn.100003d9c();
+    iVar2 = arg1;
+    arg1._0_4_ = (*fcns[1])(&a);
+    uVar1 = (undefined4)arg1;
     section.1.__TEXT.__stubs("");
-    uVar3 = fcn.100003d84(*(undefined8 *)0x100008110);
-    fcn.100003da8(uVar3, *(undefined8 *)0x1000080f0);
-    fcn.100003da8(uVar3, *(undefined8 *)0x1000080f8, 0x7b);
-    fcn.100003da8(uVar3, *(undefined8 *)0x100008100, 0x539, uVar1);
-    fcn.100003da8(uVar3, *(undefined8 *)0x100008108);
+    arg1 = fcn.100003d84(*(undefined8 *)0x100008110);
+    fcn.100003da8(arg1, *(undefined8 *)0x1000080f0);
+    fcn.100003da8(arg1, *(undefined8 *)0x1000080f8, 0x7b);
+    fcn.100003da8(arg1, *(undefined8 *)0x100008100, 0x539, uVar1);
+    fcn.100003da8(arg1, *(undefined8 *)0x100008108);
     section.1.__TEXT.__stubs("");
-    fcn.100003d90(uVar2);
-    return 0;
+    fcn.100003d90(iVar2);
+    arg1 = 0;
+    return arg1;
 }
 EOF
 RUN