Filled in missing EU addresses (#212)

With EU support in the decomp, it is now possible to precisely
identify the address of any NA/EU symbol when given an address
in the other game version. I updated the syncing script within the
decomp project to fill in any missing addresses between EU/NA
(mostly EU). There were a handful of cases where EU and NA were
pointing to different symbols, which I also ironed out.

headers/data/overlay29.h

@@ -82,8 +82,8 @@ extern int32_t ATK_STAT_IDX;
 extern int32_t ROLLOUT_DAMAGE_MULT_TABLE[10];
 extern struct rgba MAP_COLOR_TABLE[9];
 extern bool CORNER_CARDINAL_NEIGHBOR_IS_OPEN[4][8];
-extern int16_t GUMMI_LIKE_STRING_IDS[4];
 extern int16_t GUMMI_IQ_STRING_IDS[5];
+extern int16_t GUMMI_LIKE_STRING_IDS[4];
 extern int16_t DAMAGE_STRING_IDS[27];
 extern struct dungeon* DUNGEON_PTR;
 extern struct dungeon* DUNGEON_PTR_MASTER;

headers/functions/arm7.h

@@ -1,7 +1,9 @@
 #ifndef HEADERS_FUNCTIONS_ARM7_H_
 #define HEADERS_FUNCTIONS_ARM7_H_
 
-void EntryArm7(void);
+void _start_arm7(void);
+void do_autoload_arm7(void);
+void StartAutoloadDoneCallbackArm7(void);
 void NitroSpMain(void);
 void HardwareInterrupt(void);
 void ReturnFromInterrupt(void);

headers/functions/arm9.h

@@ -3,8 +3,8 @@
 
 #include "arm9/itcm.h"
 
-void SvcWaitByLoop(void);
 void SvcSoftReset(void);
+void SvcWaitByLoop(void);
 void SvcCpuSet(void);
 void _start(void);
 void MIiUncompressBackward(void);

symbols/arm7.yml

@@ -37,13 +37,13 @@ arm7:
     Speaking generally, this is the program run by the Nintendo DS's secondary ARM7TDMI CPU, which handles the audio I/O, the touch screen, Wi-Fi functions, cryptography, and more.
     
     Memory map: (binary is initially loaded at 0x2380000)
-    0x2380000-0x23801E8 => Contains EntryArm7 and two more methods, all related to memory mapping.
+    0x2380000-0x23801E8 => Contains _start_arm7 and two more methods, all related to memory mapping.
     0x23801E8-0x238F7F0 => Mapped to 0x37F8000, contains NitroSpMain and functions crucial to execution.
     0x238F7F0-0x23A7068 => Mapped to 0x27E0000, contains everything else that won't fit in the fast WRAM.
     
     Note that while the length for the main EU/NA/JP block is defined as 0x27080 above, after memory mappings, the block located at that address is only a 0x1E8 long ENTRY block, containing 3 functions solely used for the initial memory mapping. The memory following this block is reused and its purpose is undocumented at the moment.
   functions:
-    - name: EntryArm7
+    - name: _start_arm7
       address:
         EU: 0x2380000
         NA: 0x2380000
@@ -56,6 +56,16 @@ arm7:
         Once the memory mapping has been completed, a constant containing the address to NitroSpMain is loaded into a register (r1), and a `bx` branch will jump to NitroSpMain.
         
         No params.
+    - name: do_autoload_arm7
+      address:
+        EU: 0x2380118
+        NA: 0x2380118
+        JP: 0x2380118
+    - name: StartAutoloadDoneCallbackArm7
+      address:
+        EU: 0x2380188
+        NA: 0x2380188
+        JP: 0x2380188
     - name: NitroSpMain
       address:
         EU: 0x23801E8