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Work on DebugLog in a different buffer

This commit is contained in:
Adrien Bourmault 2020-02-06 13:18:22 +01:00
parent 2d7da323ec
commit 4bf7b5c9ca
14 changed files with 49 additions and 33 deletions
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2
kaleid/kernel/init/info.c
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@ -111,7 +111,7 @@ void BtDoSanityChecks(uint mbMagic) {
if (!(mbMagic == MULTIBOOT_BOOTLOADER_MAGIC)) if (!(mbMagic == MULTIBOOT_BOOTLOADER_MAGIC))
KeStartPanic("Magic number %x is incorrect\n", mbMagic); KeStartPanic("Magic number %x is incorrect\n", mbMagic);
DebugLog("\t Kernel successfully loaded at %p\n", DebugLog("Kernel successfully loaded at %p\n",
BtLoaderInfo.kernelAddr); BtLoaderInfo.kernelAddr);
} }

4
kaleid/kernel/init/init.c
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@ -88,6 +88,10 @@ noreturn void BtStartKern(multiboot_info_t *mbInfo, uint mbMagic, void *codeSeg)
PsInitSched(); PsInitSched();
// Command line (kernel mode) // Command line (kernel mode)
KernLog("Copyright (C) 2018-2020 The OS/K Team\n"
"This program comes with ABSOLUTELY NO WARRANTY.\n"
"This is free software, type `ver' for details.\n");
ShStartShell(); ShStartShell();
//KeCrashSystem(); //KeCrashSystem();

16
kaleid/kernel/io/acpi.c
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@ -121,7 +121,7 @@ static inline void IoInitRSDP(void)
if (rsdp->legacy.revision == 1 || rsdp->legacy.revision >= 3) if (rsdp->legacy.revision == 1 || rsdp->legacy.revision >= 3)
KeStartPanic("Invalid ACPI Revision : %d", rsdp->legacy.revision); KeStartPanic("Invalid ACPI Revision : %d", rsdp->legacy.revision);
KernLog("\tACPI Revision %d (OEM %s)\n", DebugLog("ACPI Revision %d (OEM %s)\n",
(uint)rsdp->legacy.revision, (uint)rsdp->legacy.revision,
rsdp->legacy.OEMID rsdp->legacy.OEMID
); );
@ -153,14 +153,14 @@ static inline void IoInitRXSDT(void)
KeStartPanic("Invalid RSDT checksum : %d vs 0", checksum); KeStartPanic("Invalid RSDT checksum : %d vs 0", checksum);
if (IoACPIVersion == 1) { if (IoACPIVersion == 1) {
KernLog("\tACPI Root System Table %s (%s) length %d [%p]\n", DebugLog("ACPI Root System Table %s (%s) length %d [%p]\n",
rxsdt->signature, rxsdt->signature,
rxsdt->OEMID, rxsdt->OEMID,
rxsdt->length, rxsdt->length,
rxsdt rxsdt
); );
} else { } else {
KernLog("\tACPI Extended System Table %s (%s) length %d [%p]\n", DebugLog("ACPI Extended System Table %s (%s) length %d [%p]\n",
rxsdt->signature, rxsdt->signature,
rxsdt->OEMID, rxsdt->OEMID,
rxsdt->length, rxsdt->length,
@ -187,7 +187,7 @@ static inline void IoSearchAcpiTables(void)
entries = (xrsdt->length - sizeof(xrsdt)) / 8; entries = (xrsdt->length - sizeof(xrsdt)) / 8;
} }
KernLog("\tACPI detected %d entries\n", entries); DebugLog("ACPI detected %d entries\n", entries);
curInt = &(xrsdt->sdtTablePtr); curInt = &(xrsdt->sdtTablePtr);
curLong = &(xrsdt->sdtTablePtr); curLong = &(xrsdt->sdtTablePtr);
@ -203,7 +203,7 @@ static inline void IoSearchAcpiTables(void)
if (MmIsBusyZone(table)) { if (MmIsBusyZone(table)) {
checksum = DoChecksum(table, (size_t)table->length, 0, 0); checksum = DoChecksum(table, (size_t)table->length, 0, 0);
if (!checksum) { if (!checksum) {
KernLog("\tACPI System Table %s (OEM %s) length %d [%p]\n", DebugLog("ACPI System Table %s (OEM %s) length %d [%p]\n",
table->signature, table->signature,
table->OEMID, table->OEMID,
table->length, table->length,
@ -221,12 +221,6 @@ static inline void IoSearchAcpiTables(void)
// //
void IoInitAcpi(void) void IoInitAcpi(void)
{ {
if (BtFirmwareInfo.romValid)
KernLog("\tRom Table is valid at %p\n", BtFirmwareInfo.romTable);
if (BtFirmwareInfo.apmValid)
KernLog("\tApm Table is valid at %p\n", BtFirmwareInfo.apmTable);
// MAP ACPI PAGES // MAP ACPI PAGES
// Search the zone where the start address is // Search the zone where the start address is

13
kaleid/kernel/io/vga.c
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@ -176,6 +176,9 @@ error_t IoInitVGABuffer(void)
static char bvgabufsrc[1 * MB]; static char bvgabufsrc[1 * MB];
static Buffer_t bvgabufstruct; static Buffer_t bvgabufstruct;
static char bdbgbufsrc[1 * MB];
static Buffer_t bdbgbufstruct;
BStdOut = &bvgabufstruct; BStdOut = &bvgabufstruct;
BOpenTermBufEx(&BStdOut, BOpenTermBufEx(&BStdOut,
@ -186,7 +189,15 @@ error_t IoInitVGABuffer(void)
BEnableAutoScroll(BStdOut); BEnableAutoScroll(BStdOut);
BStdDbg = BStdOut; BStdDbg = &bdbgbufstruct;
BOpenTermBufEx(&BStdDbg,
bdbgbufsrc, BS_WRONLY,
BtVideoInfo.framebufferWidth,
BtVideoInfo.framebufferHeight,
10, NULL);
BEnableAutoScroll(BStdDbg);
return EOK; return EOK;
} }

2
kaleid/kernel/ke/cpuid.c
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@ -44,7 +44,7 @@ void KeGetCpuInfos(void)
CpuInfo.frequency = KeGetCpuFrequency(); CpuInfo.frequency = KeGetCpuFrequency();
} }
DebugLog("\tCPU %s %#d MHz detected with features %#x\n", DebugLog("CPU %s %#d MHz detected with features %#x\n",
CpuInfo.vendorStr, CpuInfo.vendorStr,
(long)(CpuInfo.frequency / 1000.0), (long)(CpuInfo.frequency / 1000.0),
CpuInfo.featureFlag CpuInfo.featureFlag

9
kaleid/kernel/ke/idt.c
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@ -27,6 +27,7 @@
#include <ke/idt.h> #include <ke/idt.h>
#include <io/vga.h> #include <io/vga.h>
#include <io/spkr.h> #include <io/spkr.h>
#include <ke/time.h>
IdtEntry_t idt[256] = { 0 }; IdtEntry_t idt[256] = { 0 };
IdtPtr_t _KeIdtPtr; IdtPtr_t _KeIdtPtr;
@ -183,7 +184,7 @@ void KeSetupIDT(void)
// Load IDT // Load IDT
KeLoadIDT(); KeLoadIDT();
//DebugLog("\tInterrupt table initialized at %p\n", _KeIdtPtr.base); //DebugLog("\tInterrupt table initialized at %p\n", _KeIdtPtr.base);
KernLog("\tInterrupts activated\n"); DebugLog("Interrupts activated\n");
} }
// //
@ -308,8 +309,10 @@ void _KeHandleISR(ISRFrame_t *regs)
} }
} }
bprintf(BStdOut, "[ISR 0x%x] %s\n", regs->intNo, "Unknown ISR Exception"); bprintf(BStdDbg, "[%d]\tISR 0x%x %s\n",
BStdOut->flusher(BStdOut); KeGetTicks(),
regs->intNo,
"Unknown ISR Exception");
KeSendEOItoPIC(regs->intNo); KeSendEOItoPIC(regs->intNo);
} }

2
kaleid/kernel/ke/log.c
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@ -24,6 +24,7 @@
#include <lib/buf.h> #include <lib/buf.h>
#include <kernel.h> #include <kernel.h>
#include <ke/time.h>
// //
// Prints formatted string on standard output // Prints formatted string on standard output
@ -49,6 +50,7 @@ void DebugLog(const char *fmt, ...)
va_list ap; va_list ap;
va_start(ap, fmt); va_start(ap, fmt);
BPrintOnBuf(BStdDbg, "[%d]\t", KeGetTicks());
BPrintOnBufV(BStdDbg, fmt, ap); BPrintOnBufV(BStdDbg, fmt, ap);
va_end(ap); va_end(ap);
} }

2
kaleid/kernel/ke/pit.c
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@ -132,7 +132,7 @@ void KeEnablePIT(void)
// Setting up the IRQ line // Setting up the IRQ line
KeUnmaskIRQ(0); KeUnmaskIRQ(0);
DebugLog("\tPIT activated with period %d ms\n", 1000/PIT_FREQUENCY); DebugLog("PIT activated with period %d ms\n", 1000/PIT_FREQUENCY);
KeRestoreIRQs(flags); KeRestoreIRQs(flags);
KeEnableNMI(); KeEnableNMI();

2
kaleid/kernel/ke/rtc.c
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@ -213,7 +213,7 @@ void KeEnableRTC(void)
KeEnableNMI(); KeEnableNMI();
srand(KeGetTimeStamp()); // Initializes the kernel number generator srand(KeGetTimeStamp()); // Initializes the kernel number generator
DebugLog("\tRTC interrupt frequency set to %d Hz\n", DebugLog("RTC interrupt frequency set to %d Hz\n",
32768 >> (RTC_RATE - 1)); 32768 >> (RTC_RATE - 1));
} }

8
kaleid/kernel/mm/gdt.c
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@ -63,10 +63,10 @@ void MmInitGdt(void)
tss.ist3 = (ulong)memalign(4*KB, 4*KB) + 4*KB; // ISR STACK tss.ist3 = (ulong)memalign(4*KB, 4*KB) + 4*KB; // ISR STACK
tss.iomap_base = sizeof(tss); tss.iomap_base = sizeof(tss);
/* KernLog("\tISR Stacks initialized : Rescue %p, Normal %p, %p\n", */ DebugLog("ISR Stacks initialized : Rescue %p, Normal %p, %p\n",
/* tss.ist1, */ tss.ist1,
/* tss.ist2, */ tss.ist2,
/* tss.ist3); */ tss.ist3);
memmove(&gdt[2], &tssDesc, sizeof(TssDescriptor_t)); memmove(&gdt[2], &tssDesc, sizeof(TssDescriptor_t));

2
kaleid/kernel/mm/map.c
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@ -99,7 +99,7 @@ static error_t InitMemoryMap(void)
if (memoryMap.freeRamSize < MINIMUM_RAM_SIZE) if (memoryMap.freeRamSize < MINIMUM_RAM_SIZE)
return ENOMEM; return ENOMEM;
KernLog("\tAvailable RAM size : %u MB\n", DebugLog("Available RAM size : %u MB\n",
memoryMap.freeRamSize / MB); memoryMap.freeRamSize / MB);
return EOK; return EOK;

14
kaleid/kernel/mm/paging.c
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@ -71,7 +71,7 @@ void MmInitPaging(void)
ulong lastDirectoryAddr = 0; ulong lastDirectoryAddr = 0;
ulong phDirSize = 0; ulong phDirSize = 0;
KernLog("\tActivating paging...\n"); DebugLog("Activating paging...\n");
// Maximum PHYSICAL address in memory // Maximum PHYSICAL address in memory
ulong phRamSize = memoryMap.freeRamSize + memoryMap.nonfreeRamSize; ulong phRamSize = memoryMap.freeRamSize + memoryMap.nonfreeRamSize;
@ -171,21 +171,21 @@ void MmInitPaging(void)
MmPT[index] = (ulong)curAddrPT | PRESENT; MmPT[index] = (ulong)curAddrPT | PRESENT;
MmPhysicalPageTable[xedni] = (ulong)curAddrPT; MmPhysicalPageTable[xedni] = (ulong)curAddrPT;
MmStackGuards[0] = (ulong)curAddrPT; MmStackGuards[0] = (ulong)curAddrPT;
//DebugLog("\tStack Guard at %p\n", curAddrPT); DebugLog("Stack Guard at %p\n", curAddrPT);
} }
else if ((ulong)curAddrPT == else if ((ulong)curAddrPT ==
(ulong)BtLoaderInfo.kernelEndAddr) { (ulong)BtLoaderInfo.kernelEndAddr) {
MmPT[index] = (ulong)curAddrPT | PRESENT; MmPT[index] = (ulong)curAddrPT | PRESENT;
MmPhysicalPageTable[xedni] = (ulong)curAddrPT; MmPhysicalPageTable[xedni] = (ulong)curAddrPT;
MmStackGuards[1] = (ulong)curAddrPT; MmStackGuards[1] = (ulong)curAddrPT;
//DebugLog("\tStack Guard at %p\n", curAddrPT); DebugLog("Stack Guard at %p\n", curAddrPT);
} }
// SECTION .TEXT PROTECTION // SECTION .TEXT PROTECTION
else if ((ulong)curAddrPT >= (ulong)&_text else if ((ulong)curAddrPT >= (ulong)&_text
&& (ulong)curAddrPT <= (ulong)&_text_end) { && (ulong)curAddrPT <= (ulong)&_text_end) {
MmPT[index] = (ulong)curAddrPT | PRESENT; MmPT[index] = (ulong)curAddrPT | PRESENT;
MmPhysicalPageTable[xedni] = (ulong)curAddrPT; MmPhysicalPageTable[xedni] = (ulong)curAddrPT;
//DebugLog("\tSection .text at %p\n", curAddrPT); DebugLog("Section .text at %p\n", curAddrPT);
} }
// SECTION .DATA PROTECTION // SECTION .DATA PROTECTION
else if ((ulong)curAddrPT >= (ulong)&_data else if ((ulong)curAddrPT >= (ulong)&_data
@ -195,14 +195,14 @@ void MmInitPaging(void)
| READWRITE | READWRITE
| NX; | NX;
MmPhysicalPageTable[xedni] = (ulong)curAddrPT; MmPhysicalPageTable[xedni] = (ulong)curAddrPT;
//DebugLog("\tSection .data at %p\n", curAddrPT); DebugLog("Section .data at %p\n", curAddrPT);
} }
// SECTION .RODATA PROTECTION // SECTION .RODATA PROTECTION
else if ((ulong)curAddrPT >= (ulong)&_rodata else if ((ulong)curAddrPT >= (ulong)&_rodata
&& (ulong)curAddrPT <= (ulong)&_rodata_end) { && (ulong)curAddrPT <= (ulong)&_rodata_end) {
MmPT[index] = (ulong)curAddrPT | PRESENT | NX; MmPT[index] = (ulong)curAddrPT | PRESENT | NX;
MmPhysicalPageTable[xedni] = (ulong)curAddrPT; MmPhysicalPageTable[xedni] = (ulong)curAddrPT;
//DebugLog("\tSection .rodata at %p\n", curAddrPT); DebugLog("Section .rodata at %p\n", curAddrPT);
} }
// While we're inside the kernel pages // While we're inside the kernel pages
else if ((ulong)curAddrPT <= MmPhysLastKernAddress) { else if ((ulong)curAddrPT <= MmPhysLastKernAddress) {
@ -219,7 +219,7 @@ void MmInitPaging(void)
MmLoadPML4((void *)MmPageMapLevel4); MmLoadPML4((void *)MmPageMapLevel4);
MmEnableWriteProtect(); MmEnableWriteProtect();
DebugLog("\tPage table size : %u MB\n", (lastDirectoryAddr - firstDirectoryAddr + phDirSize)/MB); DebugLog("Page table size : %u MB\n", (lastDirectoryAddr - firstDirectoryAddr + phDirSize)/MB);
} }
// //

2
kaleid/kernel/ps/sched.c
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@ -307,6 +307,8 @@ void PsInitSched(void)
PsUnlockSched(); PsUnlockSched();
PsInitialized = true; PsInitialized = true;
DebugLog("Scheduler initialized\n");
} }
// //

4
kaleid/kernel/sh/shcmds.c
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@ -4,7 +4,7 @@
// Desc: Kernel shell // // Desc: Kernel shell //
// // // //
// // // //
// Copyright © 2018-2019 The OS/K Team // // Copyright © 2018-2020 The OS/K Team //
// // // //
// This file is part of OS/K. // // This file is part of OS/K. //
// // // //
@ -166,7 +166,7 @@ error_t CmdVersion(int argc, char **argv, char *cmdline)
CN CN
); );
KernLog("Copyright (C) 2018-2019 The OS/K Team\n\n"); KernLog("Copyright (C) 2018-2020 The OS/K Team\n\n");
KernLog("This program is free software, released under the\n"); KernLog("This program is free software, released under the\n");
KernLog("terms of the GNU GPL version 3 or later as published\n"); KernLog("terms of the GNU GPL version 3 or later as published\n");
KernLog("by the Free Software Foundation.\n"); KernLog("by the Free Software Foundation.\n");