//--- // gint:core:bootlog - Boot-time on-screen log for extreme debugging //--- /* TODO: Review, enhance and fix bootlog */ #include #include #include #include #include #include #ifdef FXCG50 #define dclear(c) Bdisp_AllClr_VRAM() #define dupdate() Bdisp_PutDisp_DD() #endif /* Linker script symbols - see core/start.c for details */ extern char brom, srom, sgdata, sgbss, sdata, sbss, btors, mtors, etors; /* bootlog_loaded() - section loading stage */ void bootlog_loaded(void) { /* Version string - the string constant resides in ROM */ const char *base = "gint @"; const char *hexa = "0123456789abcdef"; char str[14]; for(int i = 0; i < 6; i++) str[i] = base[i]; str[13] = 0; /* Retrieve the commit number */ for(int i = 0; i < 7; i++) { int shift = 24 - (i << 2); str[i + 6] = hexa[(GINT_VERSION >> shift) & 0xf]; } /* Size of memory sections */ uint32_t rom_size = (uint32_t)&srom; uint32_t ram_size = (uint32_t)&sdata + (uint32_t)&sbss; uint32_t gint_size = (uint32_t)&sgdata + (uint32_t)&sgbss; /* MPU type */ mpu_t mpu = gint_mpu(); const char *names = "SH7337\0 SH7305\0 SH7355\0 SH7724"; /* TODO: Use a solid API for boot-time printing */ dclear(color_white); print(1, 1, str); print(15, 1, " Loaded"); if((uint)mpu < 4) print(16, 2, names + 8 * (mpu - 1)); else print_dec(16, 2, mpu, 6); print(1, 2, "ROM RAM GINT"); print(4, 3, "k c d"); print_dec(1, 3, (rom_size + 0x3ff) >> 10, 3); print_dec(6, 3, ram_size, 4); print_dec(11, 3, gint_size, 4); print_dec(17, 3, &mtors - &btors, 2); print_dec(20, 3, &etors - &mtors, 2); dupdate(); } /* bootlog_mapped() - ROM mapping stage */ void bootlog_mapped(int rom, int ram) { rom = (rom + 0x3ff) >> 10; ram = (ram + 0x3ff) >> 10; print(15, 1, " Mapped"); print(1, 4, "MMU ROM: k RAM: k"); (rom < 0) ? print(9, 4, "???") : print_dec(9, 4, rom, 3); (ram < 0) ? print(18, 4, "???") : print_dec(18, 4, ram, 3); dupdate(); } /* bootlog_kernel() - gint loading stage */ void bootlog_kernel(void) { print(15, 1, " Kernel"); if(isSH3()) { print(1, 5, "ABCD"); print_hex( 6, 5, SH7705_INTC._.IPRA->word, 4); print_hex(10, 5, SH7705_INTC._.IPRB->word, 4); print_hex(14, 5, SH7705_INTC._.IPRC->word, 4); print_hex(18, 5, SH7705_INTC._.IPRD->word, 4); print(1, 6, "EFGH"); print_hex( 6, 6, SH7705_INTC._.IPRE->word, 4); print_hex(10, 6, SH7705_INTC._.IPRF->word, 4); print_hex(14, 6, SH7705_INTC._.IPRG->word, 4); print_hex(18, 6, SH7705_INTC._.IPRH->word, 4); } else { print(1, 5, "ACFG"); print_hex( 6, 5, SH7305_INTC._->IPRA.word, 4); print_hex(10, 5, SH7305_INTC._->IPRC.word, 4); print_hex(14, 5, SH7305_INTC._->IPRF.word, 4); print_hex(18, 5, SH7305_INTC._->IPRG.word, 4); print(1, 6, "HJKL"); print_hex( 6, 6, SH7305_INTC._->IPRH.word, 4); print_hex(10, 6, SH7305_INTC._->IPRJ.word, 4); print_hex(14, 6, SH7305_INTC._->IPRK.word, 4); print_hex(18, 6, SH7305_INTC._->IPRL.word, 4); } dupdate(); }