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Please elaborate. |
Two 64DD debug disks used by Rare were found and dumped, dating around December 1997. While neither of these are playable builds, lots of the data inside differs from the final game.
Last Frame before Dump#
Willis Dump |
GL64 Dump |
|---|---|
These are the last rendered frames of both RAM dumps before it was dumped onto the disk.
Willis#
Willis seems to be dumped in Treasure Trove Cove next where the single note in the alcove is located in the final game. It appears whoever was playing may have flew over to this alcove, grabbed the note, entered the loading zone, and crashed upon touching it.
GL64#
GL64 seems to be dumped in an early version of Clanker's Cavern Lobby in the tunnel that leads to the Bubblegloop Swamp puzzle in the final game.
Map Differences#
Three maps have been found so far in both of the dumps: Treasure Trove Cove, Clanker's Cavern, and Clanker's Cavern Lobby.
Treasure Trove Cove#
Looks very similar to the final game's map, but the lighthouse and wooden stairs are attached to the map and not separate objects like the final game. This was most likely done to improve performance on the map.
At the time the dump was taken, the player was in the alcove opposite the Lockup jiggy, about to ascend the stairs to the top area of the map. Player and level objects that were loaded into RAM when it was dumped: Banjo and Kazooie, various crates, a palm tree, a Jiggy with particles, the map's skybox, and a blue egg shell fragment. At a glance, the objects appear to be similar (if not identical) to the final. It is unclear which Jiggy the one in this capture represents; it has particles around it as if it had just appeared.
(Note that due to how the Banjo and Kazooie model is programmed, Kazooie's extracted model usually appears with her Turbo Trainers and Wading Boots intersecting through her feet. The appearance is thus not indicative of any actual difference in the model.)
Clanker's Cavern Lobby#
Probably the most interesting map in the dump, an early version of the Clanker's Cavern Lobby in Grunty's Lair. The level geometry appears to be structurally the same as the final, but uses placeholder textures or ones from other parts of the game. Almost no vertex coloring has been applied to the geometry, either. The pipe section appears to be completely untextured, and the walls use a green and yellow brick texture. The player was swimming about halfway into the tunnel towards the puzzle room at the time the dump was taken.
The objects for the Lobby.
- The map appears to have been in the state before the world door is opened, i.e. no enemies are present, nor is there a level sign. That or the map is in such an early state that none of those objects were implemented yet regardless of whether the level was open or not.
- Brentilda, the beehive, area pickups like red feathers, and the level entrance pipe grate were not loaded when the RAM was dumped, or had not yet been implemented.
- The raiseable pipe platforms do not have textures yet.
- The switches aren't labeled and can only be differentiated by color.
- There is a thin Jiggy-shaped object that looks like pages in a book, and uses a small image of the early Mumbo's Mountain as one of its textures. This was probably a placeholder texture for the puzzle wall.
Graphical Differences#
Mumbo Token#
Proto |
Final |
|---|---|
 |
 |
The Mumbo Token is at 64×64 resolution and has 14 frames of animation. The final version cut this down to 32×32 and 12 frames.
Text#
Songs#
These are all the internal song names found in the RAM dumps. Names noted with "*" are only in the GL64 dump and are not in the Willis dump.
Blank
Boss 1
Jungle 2
Snow 2
Bells
Beach
Swamp
Crab Cave
Title
Notes
Jinjo
Feather
Egg
Jigpiece
Sky
Spooky
Training
Lighthouse
Crab
Shell
Feather Inv
Extra life
Honeycomb
Empty honey piece
Extra honey
Mystery
You lose
Termite nest Outside whale
Spell
Witch House
In whale
Desert
In spooky
Grave
Church
Sphinx
Invulnerabilty
Collapse
Snake
Sandcastle
Summer
Winter
Right
Wrong
Achieve
Autumn
Default forest
5 Jinjos
Game over
Nintendo
Ship
Shark
Ship inside
100 Notes
Door OpenOrgan sequence
Advent
Slalom
Race win
Race lose
Jigsaw magic
Oh dear
Up
Down
Shamen Hut
Jig 10
Carpet
Squirrel
Hornet
Treetop
Turtle Shell
House Summer
House Autumn
Out Buildings
Hornet 2
Cabins
Rain
Jigsaw Open
Jigsaw Close
Witch 1
Witch 2
Witch 3
Witch 4 Witch 5
Mr Vile
Bridge
Turbo Talon Trot
Long legs
Witch 6
Boggy sad
Boggy happy
Quit
Witch 7
Witch 8
Spring
Squirrel attic
Lights
Box
Witch 9
Open up
Puzzle complete
Xmas tree
Puzzle in
Lite tune
Open extra
Ouija
Wozza
Intro
Gnawty
Banjo's Pad
Pause tunePause*
Cesspit*
Quiz*
Unnamed piece
Unnamed piece
Unnamed piece
Unnamed piece"Pause tune" and "Boss 1" are not in the final game. "Pause tune" seems to be an earlier name for the "Pause" song found in the Willis and final game's song list. Boss 1 is the most intriguing song, as it's an unused combination mix of the Grunty Fight theme, the Jungle Japes Minecart theme from Donkey Kong 64, and King Kut Out's theme from Donkey Kong 64. Boss 1 has been known about for years as Grant Kirkhope had released this unused track on his Bandcamp which he later took down due to copyright reasons.
These are the tracks from the final game that are not found in either of the dumps:
Scrap
Frog
GameBoy
Lair
Red Extra
Gold Extra
Egg Extra
Note door
Cheaty
Fairy
Skull
Square Grunty
Square Banjo
Square Joker
Square Music
Lab
Fade Up
Puzzle Out
Secret Gobi
Secret Beach
Secret Ice
Secret Spooky
Secret Squirrel
Secret Egg
Jinjup
Turbo Talon Trot short
Fade Down
Big Jinjo
T1000
CreditsT1000x
Big Door
Descent
Wind up
Air
Do jig
Picture
Piece up
Piece down
Spin
BarBQ
Chord1
Chord2
Chord3
Chord4
Chord5
Chord6
Chord7
Chord8
Chord9
Chord10
Shock1
Shock2
Shock3
Shock4
Sad grunt
Podium
Endbit
Rock
Last Bit World/Overlay Names#
These are the overlay names found in both dumps. All but one of these overlays are internal world names, which is "core". Names noted with "*" are only in the GL64 dump and are not in the Willis dump.
core
coshow
whalehaunted
desert
beachjungle
swamp
shipsnow
tree
training*intro*
witch*The "core" overlay seems to be the only overlay name that was changed in the final game, in which it's called "gs". The "training", "intro", and "witch" overlays are all missing from the Willis dump, which presumably means that Spiral Mountain, cutscenes, and Grunty's Lair were not added to the game at the time of the Willis dump. The only overlay that is missing in both dumps and is present in the final game is the "battle" overlay, which is the Grunty fight.
These are the overlays from the final game that are not found in either of the dumps:
gs
battleDebugging Text#
This string is located in every Banjo-Kazooie and Banjo-Tooie build with different numbers after the colon. This was used to label the latest build that was sent out to testers or events. This build is labeled as the "Shoshinkai Demo" and was built November 18th, 1997.
HjunkDire:584817RSP Text#
A string with the build date and credits for the version of the Reality Signal Processor (RSP) is present in many N64 games. There are two in this dump.
Version 2.0G from 1996:
RSP SW Version: 2.0G, 09-30-96 SGI U64 GFX SW TEAM: S Anderson, S Carr, H Cheng, K Luster, R Moore, N Pooley, A SrinivasanVersion 2.0H from 1997:
RSP SW Version: 2.0H, 02-12-97 SGI U64 GFX SW TEAM: S Anderson, S Carr, H Cheng, K Luster, R Moore, N Pooley, A SrinivasanDebugging Strings#
Some player-related debug strings located not too far away from the huge block of debug strings. The final game also has a very similar block of debug strings.
seqp->state != AL_PLAYING n_seqplayer.c seqp->state == AL_STOPPED n_seqplayer.c FALSE n_seqplayer.c FALSE n_seqplayer.c event->type == AL_SEQ_MIDI_EVT || event->type == AL_SEQP_MIDI_EVT n_seqplayer.c TRACE: '%s' {Line %d}
n_seqplayer.c TRACE: '%s' {Line %d}
n_seqplayer.c seqp->bank != NULL n_seqplayer.c inst != NULL n_seqplayer.cDebug strings of the Willis dump.
glfx.c : glFxMake :(CS) : Allocating audio heap glfx.c : audioloop :(CS) : Command list buffers glfx.c : audioloop :(CS) : Audio buffers cmdLen <= maxRSPCmds glfx.c audio: ai out of samples
*** STACK WARNING *** The program stack is rapidly becoming full. %.1f%% of the stack is now used. Inform a programmer. (PJM)
To increase stack space you must change 'StackSize' & 'StackWarningAt' in 'glglobal.h'
edMemAllocA(): Size requested %d Bytes
edMem: Out of memory in Editors' Arena (ERROR %d) : *** %s ***
edmem.c %7d (%2d%%) %s%6d byt: %s
MEMCHECK: Previous edMemTotalTrace in '%s' on line %d
MEMCHECK: edMemTotalTrace * ERROR * in '%s' on line %d
See programmer's help comment in edMemTotal (glmempjm.c) for more info. Program will now hang.
edmem.c
edMemTotal: %s corrupted (%p) for Block @ %p
edMemTotal: (%p->%s)->%s does NOT equal %p
region %p, %s %p, %s->%s %p
->nextBlock ->previousBlock ->nextFreeBlock ->previousFreeBlock nextBlock previousBlock previousBlock nextBlock nextFreeBlock previousFreeBlock previousFreeBlock nextFreeBlock edMemTotal: (Bad memory! FreeMem should equal FreeMemBack.) FreeMem:%d, FreeMemBack:%d
The Free memory was different when searching thru it forwards & then backwards
edMemTotal: (Bad memory! UsedMem should equal UsedMemBack.) UsedMem:%d, UsedMemBack:%d
The used memory was different when searching thru it forwards & then backwards
edMemTotal: (Bad memory! UsedMem+FreeMem should equal Arena space.) UsedMem:%d, FreeMem:%d, UsedMem+FreeMem=%d Arena=%d
edMemTotal: (Bad memory! UsedMem should equal internal running total) UsedMem:%d, RunTotal:%d
MemAlloc:+
edMemFree: Why are you trying to Free up a free region??? (@ %p)
edMemFree was called from line %d in file %s.
MemFree :- edmem.c
----edMem-----(Development Arena)----------------
Arena at %p
Arena size %d (+2BOOKMARKS = %d)
firstfree %p
ADMIN {Region Size} DATA {Region Size} Status
%16p %7d *** Memory BOOKMARK ***
%16p %7d %16p %7d Free: Used: %s
Can't tidy beyond: '%s'
** NO MESSAGE **
Entries listed %d
Total Memory used by listed regions %d (of which: %d is memory ADMIN, and %d is alignment_padding/wasted)
----
Total memory used is %d
Total memory free is %d
__osRunningThread->id==4 sndplayer.c suaudio.c : suaudioMake :(PJM): Slots for SFX/MIDI (array) suaudio.c Slots[slot] suaudio.c Slots[slot] suaudio.c thRcp: Audio queue overflow
thRcp: Gfx queue overflow
thRcp: Flush != 1
thRcp: RDP done without graphics start
thRcp: Flush != 0
thRcp: Flush != 0
%c
thRcp: Stuck on flush
%c
thRcp: Stuck on frames yielding
%c
thRcp: Stuck on WatchGfx
thRcp: Audio queue is empty after yield
thRcp: Flush !- 0
thRcp: Unknown msg (1) (%p)
thRcp: Unknown msg (2)
DPC_STATUS_XBUS_DMEM_DMA DPC_STATUS_FREEZE DPC_STATUS_FLUSH DPC_STATUS_START_GCLK DPC_STATUS_TMEM_BUSY DPC_STATUS_PIPE_BUSY DPC_STATUS_CMD_BUSY DPC_STATUS_CBUF_READY DPC_STATUS_DMA_BUSY DPC_STATUS_END_VALID DPC_STATUS_START_VALID SP_STATUS_HALT SP_STATUS_BROKE SP_STATUS_DMA_BUSY SP_STATUS_DMA_FULL SP_STATUS_IO_FULL SP_STATUS_SSTEP SP_STATUS_INTR_BREAK SP_STATUS_YIELD SP_STATUS_YIELDED SP_STATUS_TASKDONE SP_STATUS_SIG3 SP_STATUS_SIG4 SP_STATUS_SIG5 SP_STATUS_SIG6 SP_STATUS_SIG7 BD IP8 IP7 IP6 IP5 IP4 IP3 IP2 IP1 Interrupt TLB modification exception TLB exception on load or instruction fetch TLB exception on store Address error on load or instruction fetch Address error on store Bus error exception on instruction fetch Bus error exception on data reference System call exception Breakpoint exception Reserved instruction exception Coprocessor unusable exception Arithmetic overflow exception Trap exception Virtual coherency exception on intruction fetch Floating point exception (see fpcsr) Watchpoint exception Virtual coherency exception on data reference CU3 CU2 CU1 CU0 RP FR RE BEV TS SR CH CE DE IM8 IM7 IM6 IM5 IM4 IM3 IM2 IM1 KX SX UX USR SUP KER ERL EXL IE FS C Unimplemented operation Invalid operation Division by zero Overflow Underflow Inexact operation EV EZ EO EU EI FV FZ FO FU FI RN RZ RP RM %s 0x%08x < , %s >
%s 0x%08x < , %s >
RDP current = 0x%08x (0x%016llx)
RDP start = 0x%08x (0x%016llx)
RDP end = 0x%08x (0x%016llx)
RDP status: RSP status: Free memory was %d bytes.
%c
epc 0x%08x
cause sr badvadr 0x%08x Fault in thread %d:
at:x%08x v0:x%08x v1:x%08x a0:x%08x
a1:x%08x a2:x%08x a3:x%08x t0:x%08x
t1:x%08x t2:x%08x t3:x%08x t4:x%08x
t5:x%08x t6:x%08x t7:x%08x s0:x%08x
s1:x%08x s2:x%08x s3:x%08x s4:x%08x
s5:x%08x s6:x%08x s7:x%08x t8:x%08x
t9:x%08x gp:x%08x sp:x%08x s8:x%08x
ra:x%08x fpcsr f0 %.7e f12 %.7e f22 %.7e
f2 %.7e f14 %.7e f24 %.7e
f4 %.7e f16 %.7e f26 %.7e
f6 %.7e f18 %.7e f28 %.7e
f8 %.7e f20 %.7e f30 %.7e
f10 %.7e FYT glvi.c %c
We seem to be stuck in an infinite loop!
Dump for MAIN thread follows ...
Camera position: Camera rotation: <= action && action < glJoyActionMax gljoy.c newOwner == 0 gljoy.c Blank Boss 1 Jungle 2 Snow 2 Bells Beach Swamp Crab Cave Title Notes Jinjo Feather Egg Jigpiece Sky Spooky Training Lighthouse Crab Shell Feather Inv Extra life Honeycomb Empty honey piece Extra honey Mystery You lose Termite nest Outside whale Spell Witch House In whale Desert In spooky Grave Church Sphinx Invulnerabilty Collapse Snake Sandcastle Summer Winter Right Wrong Achieve Autumn Default forest 5 Jinjos Game over Nintendo Ship Shark Ship inside 100 Notes Door Open Organ sequence Advent Slalom Race win Race lose Jigsaw magic Oh dear Up Down Shamen Hut Jig 10 Carpet Squirrel Hornet Treetop Turtle Shell House Summer House Autumn Out Buildings Hornet 2 Cabins Rain Jigsaw Open Jigsaw Close Witch 1 Witch 2 Witch 3 Witch 4 Witch 5 Mr Vile Bridge Turbo Talon Trot Long legs Witch 6 Boggy sad Boggy happy Quit Witch 7 Witch 8 Spring Squirrel attic Lights Box Witch 9 Open up Puzzle complete Xmas tree Puzzle in Lite tune Open extra Ouija Wozza Intro Gnawty Banjo's Pad Pause tune Unnamed piece Unnamed piece Unnamed piece Unnamed piece glseq.c : glSeqMake :(CS) : Sequence bank '.ctl' file glseq.c : glSeqMake :(CS) : Sequence file header glseq.c : glSeqMake :(CS) : Sequence file data glseq.c : glSeqMake :(CS) : List of pointers to sequences in RAM glseq.c : glSeqInsert :(CS) : Load midi sequence into RAM before playing glseq.c N < MAXSEQS glseq.c 0 glseq.c 0 glseq.c 0 glseq.c N < MAXSEQS glseq.c 0 glseq.c seqp == glSeqGetCSPPlayer(0) glseqfade.c =ˆ‰=ˆ‰ MQ_IS_EMPTY(Queue) glpack.c sizeOut < (MAX_GAME_SAVE_SIZE) glpack.c sizeOut % BLOCKSIZE == 0 glpack.c (position >= 0) && (position < MAX_GAME_SAVE_FILES) glpack.c glpack.c : glPackSave :(RL) : DataOut glpack.c sizeIn < (MAX_GAME_SAVE_SIZE) glpack.c sizeIn % BLOCKSIZE == 0 glpack.c (position >= 0) && (position < MAX_GAME_SAVE_FILES) glpack.c glpack.c : glPackSave :(RL) : DataIn glpack.c glpack.c %02X
core coshow whale haunted desert beach jungle swamp ship snow tree Recommend setting basic ARENASIZE (in 'glmempjm.c') to %d or less
Execution stopped.
(overlay > glOverlayNull) && (overlay < glOverlayLastOvl) gloverlay.c numOvls == glOverlayLastOvl gloverlay.c +=============+
| Memory Info |
+=============+
ARENASIZE = %d (basic) + %d (extra gfx/mtx/vtx) = %d bytes
EDITOR ARENA = %d bytes
CODE ALLOWANCE = %d bytes estimated
Segment: 'core'
START END SIZE (decimal)
RAM: %8x %8x %8d minus (ARENASIZE + ED_ARENASIZE) = %d
ROM: %8x %8x %8d
TEXT: %8x %8x %8d
DATA: %8x %8x %8d
BSS: %8x %8x %8d minus (ARENASIZE + ED_ARENASIZE) = %d
Segment: 'zbuffer'
START END SIZE (decimal)
RAM: %8x %8x %8d
ROM: %8x %8x %8d
TEXT: (No text)
DATA: (No data)
BSS: %8x %8x %8d
Segment: 'gs'
START END SIZE (decimal)
RAM: %8x %8x %8d
ROM: %8x %8x %8d
TEXT: %8x %8x %8d
DATA: %8x %8x %8d
BSS: %8x %8x %8d
staticSegmentStart = %8x
+----------+
| Overlays |
+----------+
Overlay #%d: '%s'
START END SIZE (decimal)
RAM: %8x %8x %8d (Largest overlay)
ROM: %8x %8x %8d
TEXT: %8x %8x %8d
TEXT: (No text)
DATA: %8x %8x %8d
DATA: (No data)
BSS: %8x %8x %8d
BSS: (No bss)
Total saving from using overlays is %d bytes
Remaining code space = %d bytes (includes an estimated development code allowance of %d bytes)
Remaining code space = %d bytes (no code allowance)
*** CODE OVERLAP! *** Software overlap of %d bytes!
BACK BACK# BASE BASE# CENT LF_ANKLE LF_ANKLE# LF_ELBOW LF_ELBOW# LF_HIP LF_HIP# LF_KNEE LF_KNEE# LF_SHOULDER LF_SHOULDER# LF_WRIST LF_WRIST# NECK NECK# RT_ANKLE RT_ANKLE# RT_ELBOW RT_ELBOW# RT_HIP RT_HIP# RT_KNEE RT_KNEE# RT_SHOULDER RT_SHOULDER# RT_WRIST RT_WRIST# TAIL_A TAIL_B TAIL_C LF_BTOES LF_TOES RT_BTOES RT_TOES TAIL TAIL_TIP HEAD GEN_A GEN_B GEN_C GEN_D GEN_E GEN_F GEN_G GEN_H GEN_I GEN_J GEN_K GEN_L GEN_M GEN_N GEN_O GEN_P GEN_Q GEN_R GEN_S GEN_T GEN_U GEN_V GEN_W GEN_X GEN_Y GEN_Z GEN_AA GEN_BB GEN_CC GEN_DD GEN_EE GEN_FF GEN_GG GEN_HH GEN_II GEN_JJ GEN_KK GEN_LL GEN_MM GEN_NN GEN_OO GEN_PP GEN_QQ GEN_RR GEN_SS GEN_TT GEN_UU GEN_VV GEN_WW GEN_XX GEN_YY GEN_ZZ LF_HIPA LF_KNEEA LF_ANKLEA RT_HIPA RT_KNEEA RT_ANKLEA LF_WINGA LF_WINGB LF_WINGC RT_WINGA RT_WINGB RT_WINGC BASEA BACKA NECKA RT_ANKLEB LF_ANKLEB RT_KNEEB LF_KNEEB RT_ANKLEC LF_ANKLEC dbJointNone Rx Ry Rz Sx Sy Sz Tx Ty Tz mask >= 0 && mask < glAnim2MaskMax gljoint.c Top - Base > 0 glmatrix.c glMatrix: ---------------------------------
glMatrix: [%d]
%8.2f
%8.2f
Top - Base < Max - 1 glmatrix.c Top - Base < Max - 1 glmatrix.c Top - Base < Max - 1 glmatrix.c zs==ze glzbuff.c f0s==f0e glzbuff.c f1s==f1e glzbuff.c zs!=f0s glzbuff.c zs!=f1s glzbuff.c glrcp.c glrcp.c glrcp.c glrcp.c glrcp.c glrcp.c glrcp.c : glRcpReset :(MB) : GfxBase[0] glrcp.c : glRcpReset :(MB) : GfxBase[1] glrcp.c : glRcpReset :(MB) : MtxBase[0] glrcp.c : glRcpReset :(MB) : MtxBase[1] glrcp.c : glRcpReset :(MB) : VtxBase[0] glrcp.c : glRcpReset :(MB) : VtxBase[1]
glmempjm.c : meOutOfMemory(): Size requested %d Bytes
glMem: Out of memory (ERROR %d) : *** %s ***
0 glmempjm.c %7d (%2d%%) %s%6d byt: %s
MEMCHECK: Previous glMemTotalTrace in '%s' on line %d
MEMCHECK: glMemTotalTrace * ERROR * in '%s' on line %d
See programmer's help comment in glMemTotal (glmempjm.c) for more info. Program will now hang.
(size & 0x3) == 0 glmempjm.c glmempjm.c glmempjm.c
glMemTotal: %s corrupted (%p) for Block @ %p
glMemTotal: (%p->%s)->%s does NOT equal %p
region %p, %s %p, %s->%s %p
Panic dumping has reached a nested level of %d, and has given up. (PJM) 24/11/97
***********
** ERROR ** glMemAlloc(): PANIC DUMPING FAILED:
*********** %7d bytes for '%s'
***********
MemAlloc:+
glMemFree: Why are you trying to Free up a free region??? (@ %p)
glMemFree was called from line %d in file %s.
MemFree :- object glmempjm.c *object glmempjm.c Trash.top < Trash.min + TrashMax glmempjm.c glmempjm.c glmempjm.c ----glMemPrintf (No VDU Dump)--------(PJM 16/12/97)
glmempjm.c glmempjm.c TIDIED GRAPHIC: Being Delay-Dumped by glMemTidyUpMemGrafix (PJM) TIDIED QUICK DATA: Being Delay-Dumped by glMemTidiedQuick (PJM) CSUM CHANGE:%s: @ %p to %p, %s
CSUM CHANGE:%s: @ %p to %p *** FREE/BOOKMARK ***
CHECKmemPOINTER / glMemCheckPointerValid() failed in file '%s' on line %d
0 glmempjm.c CHECKmemPOINTER / glMemCheckPointerValid() failed in file '%s' on line %d
0 glmempjm.c CHECKmemPOINTER / glMemCheckPointerValid() failed in file '%s' on line %d
0 glmempjm.c CHECKmemPOINTER / glMemCheckPointerValid() failed in file '%s' on line %d
0 glmempjm.c CHECKmemPOINTER / glMemCheckPointerValid() failed in file '%s' on line %d
0 glmempjm.c CHECKmemPOINTER / glMemCheckPointerValid() failed in file '%s' on line %d
0 glmempjm.c CHECKmemPOINTER / glMemCheckPointerValid() failed in file '%s' on line %d
0 glmempjm.c CHECKmemPOINTER / glMemCheckPointerValid() failed in file '%s' on line %d
0 glmempjm.c CHECKmemPOINTER / glMemCheckPointerValid() failed in file '%s' on line %d
0 glmempjm.c CHECKmemPOINTER / glMemCheckPointerValid() failed in file '%s' on line %d
0 glmempjm.c slot >= 0 && slot < NUM_SLOTS gleeprom.c block >= 0 && block < SLOT_BLOCKS gleeprom.c data != NULL gleeprom.c nBlocks <= (SLOT_BLOCKS-block) gleeprom.c MQ_IS_EMPTY(Queue2) gleeprom.c slot >= 0 && slot < NUM_SLOTS gleeprom.c block >= 0 && block < SLOT_BLOCKS gleeprom.c data != NULL gleeprom.c nBlocks <= (SLOT_BLOCKS-block) gleeprom.c MQ_IS_EMPTY(Queue2) gleeprom.c %s RARE_FAT Unable to allocate space for the FAT
Printing FAT
file no. = %d
sblock = %d
eblock = %d
RARE_FAT R %d (%1.4f) %d of %d (%1.4f) Playback finished Playback finished Recording terminated Recording terminated LBA %d to %d Disk is finished %s Disk is finished %s %s Start game Record Playback Help RARE DEBUG RARE DEBUG %s %s Status Frame Begin playback BREAKPOINTS BREAKPOINTS %s %s OFF ON %d/%d LIST OF RECORDINGS LIST OF RECORDINGS NO. FRAMES START END %d. %d %d %d Press Z to delete all recordings Press Z to clear FAT more more The disk is full The file allocation table has been corrupted The file allocation table is full CONTROLLER FUNCTIONS CONTROLLER FUNCTIONS During playback L TRIG + R TRIG stop L TRIG + START pause pause + START resume pause + Z TRIG frame advance During recording L TRIG + R TRIG stop Error initialising the leo manager
joy buf 0 = %x
joy buf 1 = %x
Error allocating the joypad buffer
Error allocating the eeprom buffer
%d blocks written
DD stuff mem ddtrace.c A read error has occurred
error is %x
A write error has occurred
error is %x
comusic.c : coMusicMake :(JS) : W - Seq. List W comusic.c comusic.c === Status of fade indexes ===
%s%s
%sVol %1d = %5d
%s(%1d): %5d %6d
%sNo tune on %d.
dsIndexIsUsed(W->fadeindex, 1) comusic.c W comusic.c seq>=0 comusic.c W comusic.c seq >= 0 comusic.c W comusic.c seq >= 0 comusic.c (W) && (rate>0) && (rate<32768) comusic.c W comusic.c seq >= 0 comusic.c W comusic.c seq>=0 comusic.c W comusic.c W comusic.c W comusic.c W comusic.c comusic.c: Trying to lock a non-existent tune (%d)
W comusic.c comusic.c comusic.c comusic.c (W) && (rate>0) && (rate<32768) comusic.c coMusic: Warning! You're trying to fade a non-existent tune (%d) to nothing?
W comusic.c CPU RCP HZ K ( K) seqp->state != AL_PLAYING n_csplayer.c seqp->state == AL_STOPPED n_csplayer.c FALSE n_csplayer.c FALSE n_csplayer.c seqp->bank != NULL n_csplayer.cA huge block of strings related to a Crash Debugger can be found within this block. The layout of these strings is very similar but also very different from the Crash Debugger found in Banjo-Tooie, which wasn't taken out of the final build, unlike Banjo-Kazooie. If extracted correctly, the Crash Debugger found within these RAM dumps could be ported back into the final game.