hackern64/HackerSM64
0
0
Fork 0
mirror of https://github.com/HackerN64/HackerSM64.git synced 2026-01-21 10:35:32 -08:00
Code Issues Packages Projects Releases Wiki Activity

Small changes

Browse Source
This commit is contained in:
Arceveti
2024-05-17 14:49:49 -07:00
parent caf253ede8
commit 26eb1b896b
3 changed files with 19 additions and 19 deletions
Download Patch File Download Diff File Expand all files Collapse all files

2
src/crash_screen/cs_main.c
View File

@@ -50,7 +50,7 @@ u32 gTimingDiv = 1;
* @brief Reinitialize the crash screen's global variables, settings, buffers, etc.
*/
static void cs_reinitialize(void) {
_Bool wasAssert = (((gCrashedThread != NULL) && (gCrashedThread->context.cause == EXC_SYSCALL)));
_Bool wasAssert = ((gCrashedThread != NULL) && (gCrashedThread->context.cause == EXC_SYSCALL));
// If the crash screen has crashed, disable the page that crashed, unless it was an assert.
if (!sFirstCrash) {// && !wasAssert) {

4
src/crash_screen/popups/reginspect_bits.inc.c
View File

@@ -54,7 +54,7 @@ const RegBitsInfo regBits_C0_CAUSE[] = {
REG_BITS_CMD_GAP(),
REG_BITS_CMD_DEC("exc code", CAUSE_EXCMASK, 2),
REG_BITS_CMD_SETX(2),
REG_BITS_CMD_FUNC(NULL, BITMASK(31), REG_BITS_INFO_FUNC_C0_CAUSE),
REG_BITS_CMD_FUNC(NULL, BITMASK(32), REG_BITS_INFO_FUNC_C0_CAUSE),
REG_BITS_CMD_END(),
};
@@ -128,7 +128,7 @@ const RegBitsInfo regBits_RDRAM_MODE[] = {
REG_BITS_CMD_STR("RDRAM device", RDRAM_MODE_DE_MASK, REG_BITS_INFO_STR_ENABLED),
REG_BITS_CMD_STR("PowerDown", RDRAM_MODE_LE_MASK, REG_BITS_INFO_STR_ENABLED),
REG_BITS_CMD_DEC("AckDis", RDRAM_MODE_AD_MASK, 1),
REG_BITS_CMD_FUNC("CCValue", BITMASK(31), REG_BITS_INFO_FUNC_RDRAM_MODE_CCVALUE),
REG_BITS_CMD_FUNC("CCValue", BITMASK(32), REG_BITS_INFO_FUNC_RDRAM_MODE_CCVALUE),
REG_BITS_CMD_END(),
};

32
src/crash_screen/util/insn_db.inc.c
View File

@@ -209,22 +209,22 @@ ALIGNED32 static const InsnTemplate insn_db_cop1_sub01[] = { // OPC_COP1, INSN_T
INSN_END(), // NULL terminator.
};
ALIGNED32 static const InsnTemplate insn_db_cop1_sub10[] = { // OPC_COP1, INSN_TYPE_FUNC
INSN_DB(OPS_ADD_F, "ADD ", TRUE, IFMT_DST, 1, PSI_ADDF ), // 0: ADD.[fmt] Floating-Point Add (3cyc).
INSN_DB(OPS_SUB_F, "SUB ", TRUE, IFMT_DST, 1, PSI_SUBF ), // 1: SUB.[fmt] Floating-Point Subtract (3cyc).
INSN_DB(OPS_MUL_F, "MUL ", TRUE, IFMT_DST, 1, PSI_MULF ), // 2: MUL.[fmt] Floating-Point Multiply (S:5cyc; D:8cyc).
INSN_DB(OPS_DIV_F, "DIV ", TRUE, IFMT_DST, 1, PSI_DIVF ), // 3: DIV.[fmt] Floating-Point Divide (S:29cyc; D:58cyc).
INSN_DB(OPS_SQRT_F, "SQRT ", TRUE, IFMT_DS_XX, 1, PSI_CVTF ), // 4: SQRT.[fmt] Floating-Point Square Root (S:29cyc; D:58cyc).
INSN_DB(OPS_ABS_F, "ABS ", TRUE, IFMT_DS_XX, 1, PSI_CVTF ), // 5: ABS.[fmt] Floating-Point Absolute Value (1cyc).
INSN_DB(OPS_MOV_F, "MOV ", TRUE, IFMT_DS_XX, 1, PSI_MOVF ), // 6: MOV.[fmt] Floating-Point Move (1cyc).
INSN_DB(OPS_NEG_F, "NEG ", TRUE, IFMT_DS_XX, 1, PSI_NEGF ), // 7: NEG.[fmt] Floating-Point Negate (1cyc).
INSN_DB(OPS_ROUND_L_F, "ROUND.L", TRUE, IFMT_DS_IX, 1, PSI_CVTF ), // 8: ROUND.L.[fmt] Floating-Point Round to Long Fixed-Point (5cyc).
INSN_DB(OPS_TRUNC_L_F, "TRUNC.L", TRUE, IFMT_DS_IX, 1, PSI_CVTF ), // 9: TRUNC.L.[fmt] Floating-Point Truncate to Long Fixed-Point (5cyc).
INSN_DB(OPS_CEIL_L_F, "CEIL.L ", TRUE, IFMT_DS_IX, 1, PSI_CVTF ), // 10: CEIL.L.[fmt] Floating-Point Ceiling to Long Fixed-Point (5cyc).
INSN_DB(OPS_FLOOR_L_F, "FLOOR.L", TRUE, IFMT_DS_IX, 1, PSI_CVTF ), // 11: FLOOR.L.[fmt] Floating-Point Floor to Long Fixed-Point (5cyc).
INSN_DB(OPS_ROUND_W_F, "ROUND.W", TRUE, IFMT_DS_IX, 1, PSI_CVTF ), // 12: ROUND.W.[fmt] Floating-Point Round to Word Fixed-Point (5cyc).
INSN_DB(OPS_TRUNC_W_F, "TRUNC.W", TRUE, IFMT_DS_IX, 1, PSI_CVTF ), // 13: TRUNC.W.[fmt] Floating-Point Truncate to Word Fixed-Point (5cyc).
INSN_DB(OPS_CEIL_W_F, "CEIL.W ", TRUE, IFMT_DS_IX, 1, PSI_CVTF ), // 14: CEIL.W.[fmt] Floating-Point Ceiling to Word Fixed-Point (5cyc).
INSN_DB(OPS_FLOOR_W_F, "FLOOR.W", TRUE, IFMT_DS_IX, 1, PSI_CVTF ), // 15: FLOOR.W.[fmt] Floating-Point Floor to Word Fixed-Point (5cyc).
INSN_DB(OPS_ADD_F, "ADD ", TRUE, IFMT_DST, 1, PSI_ADDF), // 0: ADD.[fmt] Floating-Point Add (3cyc).
INSN_DB(OPS_SUB_F, "SUB ", TRUE, IFMT_DST, 1, PSI_SUBF), // 1: SUB.[fmt] Floating-Point Subtract (3cyc).
INSN_DB(OPS_MUL_F, "MUL ", TRUE, IFMT_DST, 1, PSI_MULF), // 2: MUL.[fmt] Floating-Point Multiply (S:5cyc; D:8cyc).
INSN_DB(OPS_DIV_F, "DIV ", TRUE, IFMT_DST, 1, PSI_DIVF), // 3: DIV.[fmt] Floating-Point Divide (S:29cyc; D:58cyc).
INSN_DB(OPS_SQRT_F, "SQRT ", TRUE, IFMT_DS_XX, 1, PSI_CVTF), // 4: SQRT.[fmt] Floating-Point Square Root (S:29cyc; D:58cyc).
INSN_DB(OPS_ABS_F, "ABS ", TRUE, IFMT_DS_XX, 1, PSI_CVTF), // 5: ABS.[fmt] Floating-Point Absolute Value (1cyc).
INSN_DB(OPS_MOV_F, "MOV ", TRUE, IFMT_DS_XX, 1, PSI_MOVF), // 6: MOV.[fmt] Floating-Point Move (1cyc).
INSN_DB(OPS_NEG_F, "NEG ", TRUE, IFMT_DS_XX, 1, PSI_NEGF), // 7: NEG.[fmt] Floating-Point Negate (1cyc).
INSN_DB(OPS_ROUND_L_F, "ROUND.L", TRUE, IFMT_DS_IX, 1, PSI_CVTF), // 8: ROUND.L.[fmt] Floating-Point Round to Long Fixed-Point (5cyc).
INSN_DB(OPS_TRUNC_L_F, "TRUNC.L", TRUE, IFMT_DS_IX, 1, PSI_CVTF), // 9: TRUNC.L.[fmt] Floating-Point Truncate to Long Fixed-Point (5cyc).
INSN_DB(OPS_CEIL_L_F, "CEIL.L ", TRUE, IFMT_DS_IX, 1, PSI_CVTF), // 10: CEIL.L.[fmt] Floating-Point Ceiling to Long Fixed-Point (5cyc).
INSN_DB(OPS_FLOOR_L_F, "FLOOR.L", TRUE, IFMT_DS_IX, 1, PSI_CVTF), // 11: FLOOR.L.[fmt] Floating-Point Floor to Long Fixed-Point (5cyc).
INSN_DB(OPS_ROUND_W_F, "ROUND.W", TRUE, IFMT_DS_IX, 1, PSI_CVTF), // 12: ROUND.W.[fmt] Floating-Point Round to Word Fixed-Point (5cyc).
INSN_DB(OPS_TRUNC_W_F, "TRUNC.W", TRUE, IFMT_DS_IX, 1, PSI_CVTF), // 13: TRUNC.W.[fmt] Floating-Point Truncate to Word Fixed-Point (5cyc).
INSN_DB(OPS_CEIL_W_F, "CEIL.W ", TRUE, IFMT_DS_IX, 1, PSI_CVTF), // 14: CEIL.W.[fmt] Floating-Point Ceiling to Word Fixed-Point (5cyc).
INSN_DB(OPS_FLOOR_W_F, "FLOOR.W", TRUE, IFMT_DS_IX, 1, PSI_CVTF), // 15: FLOOR.W.[fmt] Floating-Point Floor to Word Fixed-Point (5cyc).
INSN_DB(OPS_CVT_S_F, "CVT.S ", TRUE, IFMT_DS_FX, 1, PSI_CVTF), // 32: CVT.S.[fmt] Floating-Point Convert to Single Floating-Point (D:2cyc; W:5cyc; L:5cyc).
INSN_DB(OPS_CVT_D_F, "CVT.D ", TRUE, IFMT_DS_FX, 1, PSI_CVTF), // 33: CVT.D.[fmt] Floating-Point Convert to Double Floating-Point (S:1cyc; W:5cyc; L:5cyc).