364 lines
9.0 KiB
C++
364 lines
9.0 KiB
C++
#help_index "Install"
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//See $LK,"Install Documentation","FI:::/TempleOS/Doc/Install.TXT"$ or $LK,"Upgrading Documentation","FI:::/TempleOS/Doc/Upgrade.TXT"$.
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//Kernel module: Kernel.BIN.Z
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#define KERNEL_BIN_C "Kernel.BIN.C"
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#define BOOT_DIR "/0000Boot"
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#define BOOT_DIR_KERNEL_BIN_C BOOT_DIR "/0000" KERNEL_BIN_C
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//Stage 2 of master boot loader
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#define BOOTMHD2_BIN_C BOOT_DIR "/BootMHD2.BIN.C"
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//Old master boot record
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#define OLDMBR_BIN_C BOOT_DIR "/OldMBR.BIN.C"
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if (IsDrvWritable)
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MkDir("/Temp"); //Good to have a Temp
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#include "BootCD"
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#include "BootHD"
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#include "BootMHD"
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#include "BootMHD2"
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#include "DskCDDVD"
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#help_index "Call"
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asm {
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USE64
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_HI_CALL::
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ENTER 0
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MOV RAX,U64 16[RBP]
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OR RAX,RAX
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JZ @@05
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CALL RAX
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@@05: LEAVE
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RET1 8
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// ************************************
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_HI_MEMCPY::
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ENTER 0
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PUSH RSI
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PUSH RDI
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CLD
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MOV RDI,U64 SF_ARG1[RBP]
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MOV RSI,U64 SF_ARG2[RBP]
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MOV RCX,U64 SF_ARG3[RBP]
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REP_MOVSB
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MOV RAX,RDI
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POP RDI
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POP RSI
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LEAVE
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RET1 24
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}
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_extern _HI_CALL I64 HiCall(U8 *s);
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_extern _HI_MEMCPY U8 *HiMemCpy(U8 *dst,U8 *src,I64 cnt);
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#help_index "Boot"
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public U0 SoftBoot(U8 *filename) //No hardware rst
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//Specify the Kernel binary file you
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//wish to boot.
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{
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I64 size;
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CKernel *hi_image,*lo_image=sys_boot_base-sizeof(CBinFile),
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reg *shutdown,*hi_image2;
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if (!(hi_image2=FileRead(filename,&size))) return;
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shutdown=MAlloc(SYS_RESTART_KERNEL_END-SYS_RESTART_KERNEL,Fs->code_heap);
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hi_image=MAlloc(size,Fs->code_heap);
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HiMemCpy(hi_image,hi_image2,size);
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Free(hi_image2);
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hi_image->boot_base=lo_image(U8 *)+sizeof(CBinFile);
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hi_image->boot_patch_table_base=lo_image(U8 *)+hi_image->h.loader_patch_table_offset;
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HiMemCpy(&hi_image->sys_mem_E801,&lo_image->sys_mem_E801,2*2);
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HiMemCpy(&hi_image->sys_mem_E820,&lo_image->sys_mem_E820,NUM_MEM_E820_ENTRIES*MEM_E820_ENTRY_SIZE);
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hi_image->sys_gr_mode=lo_image->sys_gr_mode;
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hi_image->sys_pci_busses=lo_image->sys_pci_busses;
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hi_image->boot_code=BOOT_CODE_RAM;
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Cli;
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if (mp_cnt>1)
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MPHalt;
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HiMemCpy(shutdown,SYS_RESTART_KERNEL,SYS_RESTART_KERNEL_END-SYS_RESTART_KERNEL);
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HiMemCpy(&hi_image->sys_gdttab,&lo_image->sys_gdttab,GDT_SIZE);
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HiMemCpy(lo_image,hi_image,size);
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HiCall(shutdown);
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}
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#help_index "Install"
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U0 InstallCDir(U8 src,U8 dst)
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{
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U8 buf_s[136],buf_d[136];
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if (src==dst) return;
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SPrintF(buf_s,"%c:/TempleOS",src);
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SPrintF(buf_d,"%c:/TempleOS",dst);
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DelTree(buf_d);
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CopyTree(buf_s,buf_d);
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}
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U8 ChkWritable(U8 drv_let=0)
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{
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Bool cont=TRUE;
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U8 writable_drv=drv_let;
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CPrt *p;
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CBlkDev *bdev;
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if (!IsDrvWritable(drv_let)) {
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'' drv_let;
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": Drive is read-only.\n";
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do {
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"Enter RAM drive (usually 'B') for temporary files:";
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writable_drv=ToUpper(GetChar);
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NewLine;
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p=Drv2Prt(writable_drv);
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bdev=p->bdev;
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if (bdev->type!=BDT_RAM ||
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!IsDrvWritable(writable_drv))
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"Not A RAM Drive\n";
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else
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cont=FALSE;
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} while (cont);
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Fmt(writable_drv,FALSE,FALSE);
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InstallCDir(drv_let,writable_drv);
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}
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return writable_drv;
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}
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#help_index "Install"
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public U0 MakeAll()
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//Call from $LK,"MakeOSInstallPrtBootLoader","MN:MakeOSInstallPrtBootLoader"$() because loader must be patched with block address.
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//These 2 modules (and bootloaders at top) are the only AOT
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//compiled code in TempleOS. Everything else is JIT.
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//You are doing it wrong if you make AOT compiled code.
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{
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Cd("/TempleOS/Compiler");
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if (Cmp("Compiler","Compiler",,':'))
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throw;
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Cd("/TempleOS/Kernel");
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if (Cmp("Kernel","Kernel",,':'))
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throw;
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}
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public Bool MakeOSInstallPrtBootLoader(U8 src_drv=0,U8 dst_drv=0)
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{//Make All and install new boot-loader.
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//Normally, you just supply a src_drv. It will compile
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//the code on that drive and update the boot sect.
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//If you are making a bootable CD-ROM you supply a dst_drv.
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//See $LK-A,"::/TempleOS/Demo/MakeDistro.CPP"$
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//See $LK,"Install Documentation","FI:::/TempleOS/Doc/Install.TXT"$
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//Study my account examples my technique $LK,"Cfg Strs","FL:::/TempleOS/Demo/AcctExample/TSAdam.CPP,1"$ $LK,"Update Funs","FL:::/TempleOS/Demo/AcctExample/TSDistro.CPP,1"$
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CBlkDev *bdev;
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CPrt *p;
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CFAT32Boot br;
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CDirEntry de;
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I64 i;
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Bool result=FALSE;
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try {
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if (!src_drv) src_drv=Fs->cur_prt->drv_let;
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if (!dst_drv) dst_drv=src_drv;
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//This passes a cfg arg for
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//compilation of Kernel which is accessed
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//within a #exe {} statement.
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//See $LK,"InsBootDstDrv","FF:::/TempleOS/Kernel/KCfg.CPP,InsBootDstDrv"$
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//(There is no way to set compiler options.)
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NamedFramePtrAdd("InsBootDstDrv",dst_drv);
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src_drv=ChkWritable(src_drv);
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if (!Drv(src_drv))
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throw;
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MakeAll;
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Cd("/");
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bdev=Drv2BlkDev(dst_drv);
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p =Drv2Prt (dst_drv);
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switch (bdev->type) {
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case BDT_ATAPI:
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Move("/TempleOS/Kernel/Kernel.BIN.Z",BOOT_DIR_KERNEL_BIN_C);
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result=TRUE;
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break;
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case BDT_RAM:
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case BDT_ATA:
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Move("/TempleOS/Kernel/Kernel.BIN.Z",KERNEL_BIN_C);
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if (!FileFind(KERNEL_BIN_C,&de,FUF_JUST_FILES))
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"No Kernel.BIN.C\n";
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else {
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Free(de.full_name);
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"Modifying partition boot record.\n";
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RBlks(p,&br,p->offset,1);
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br.jump_and_nop[0]=OC_JMP_REL8;
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br.jump_and_nop[1]=offset(CFAT32Boot.code)-2;
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br.jump_and_nop[2]=OC_NOP;
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*BHD_BLK_CNT(U16 *)=(de.size+BLK_SIZE-1)>>BLK_SIZE_BITS;
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*BHD_DAP_BLK(I64 *)=p->data+de.cluster*p->spc;
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for (i=0;i<BHD_END-BHD_CODE;i++)
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br.code[i]=BHD_CODE(U8 *)[i];
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for (;i<420;i++)
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br.code[i]=0;
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WBlks(p,&br,p->offset,1);
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result=TRUE;
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}
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break;
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}
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} catch
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CatchAll;
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NamedFramePtrDel("InsBootDstDrv");
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return result;
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}
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public U0 OldMasterBootRead(U8 src_drv,U8 dst_drv)
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{//Reads MBR from disk drive containing src partition.
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//Writes a single blk file to dst /0000Boot directory.
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CBlkDev *bdev=Drv2BlkDev(src_drv);
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CPrt *p;
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CMasterBoot mbr;
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Drv(dst_drv);
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p=Fs->cur_prt;
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if (p->type!=PT_REDSEA && p->type!=PT_FAT32)
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PutDefineErr("ST_NOT_REDSEA");
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else {
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//Bypass partition bounds-checking
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BlkDevLock(bdev);
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ATAReadBlks(bdev,&mbr,0,1);
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BlkDevUnlock(bdev);
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Drv(dst_drv);
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MkDir(BOOT_DIR);
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FileWrite(OLDMBR_BIN_C,&mbr,BLK_SIZE);
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}
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}
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public U0 OldMasterBootWrite(U8 src_drv,U8 dst_drv)
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{ //Reads OldMBR from src drive /0000Boot directory
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//writes it to the MBR of the drive with dst partition.
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CBlkDev *bdev=Drv2BlkDev(dst_drv);
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CMasterBoot *mbr;
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Drv(src_drv);
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if (mbr=FileRead(OLDMBR_BIN_C)) {
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//Bypass partition bounds-checking
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BlkDevLock(bdev);
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ATAWriteBlks(bdev,mbr,0,1);
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BlkDevUnlock(bdev);
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}
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Free(mbr);
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}
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public U0 MasterBootZero(U8 dst_drv)
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{ //Set MBR of disk with dst partition to zero.
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//This is dangerous!!
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//The TempleOS partitioner doesn't play well
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//with other operating systems at this time and you need
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//to do this on a drive partitioned by TempleOS
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//if you wish to partition with another operating system.
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CBlkDev *bdev=Drv2BlkDev(dst_drv);
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CMasterBoot mbr;
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MemSet(&mbr,0,BLK_SIZE);
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//Bypass partition bounds-checking
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BlkDevLock(bdev);
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ATAWriteBlks(bdev,&mbr,0,1);
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BlkDevUnlock(bdev);
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}
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public Bool InstallMasterBootLoader(U8 drv_let,U8 *drv_lst=NULL)
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{ //Create new MBR on the disk that has drv_let as a partition.
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//Puts stage 2 in /0000Boot dir of drv_let.
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CBlkDev *bdev,*bdev1;
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CPrt *p,*p1;
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CMasterBoot mbr;
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CDirEntry de;
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I64 i,j,size,*_q;
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U8 *menu_ptr,*ptr,ch,buf[128],buf2[128];
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Bool result=FALSE;
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try {
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if (drv_lst)
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StrCpy(buf2,drv_lst);
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else {
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j=0;
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for (i='A';i<='Z';i++)
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buf2[j++]=i;
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buf2[j++]=0;
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}
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Drv(drv_let);
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p=Fs->cur_prt;
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if (p->type!=PT_REDSEA && p->type!=PT_FAT32)
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PutDefineErr("ST_NOT_REDSEA");
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else {
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bdev=Drv2BlkDev(drv_let);
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if (!FileFind(OLDMBR_BIN_C,,FUF_JUST_FILES))
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OldMasterBootRead(drv_let,drv_let);
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_q=BMHD2_BLK_ARRAY;
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MemSet(_q,0,sizeof(I64)*8);
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menu_ptr=BMHD2_BOOT_MSG;
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SPrintF(menu_ptr,"\n\r\n\rTempleOS Boot Loader\n\r\n\r");
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j=0;
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if (FileFind(OLDMBR_BIN_C,&de,FUF_JUST_FILES)) {
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Free(de.full_name);
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*_q++=p->data+de.cluster*p->spc;
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StrCat(menu_ptr,"0. Old Boot Record\n\r");
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j++;
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}
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ptr=buf2;
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while (ch=*ptr++) {
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try {
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p1 =Drv2Prt(ch);
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bdev1=Drv2BlkDev(ch);
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} catch {
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Fs->catch_except=TRUE;
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p1 =NULL;
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bdev1=NULL;
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}
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if (p1 && bdev1==bdev) {
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*_q=p1->offset;
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"Drive %C:%16X\n",Prt2Drv(p1),*_q;
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SPrintF(buf,"%d. Drive %C\n\r",j++,Prt2Drv(p1));
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StrCat(menu_ptr,buf);
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_q++;
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}
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}
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StrCat(menu_ptr,"\n\rSelection:");
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size=BMHD2_END-BMHD2_START;
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FileWrite(BOOTMHD2_BIN_C,BMHD2_START,size);
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if (!FileFind(BOOTMHD2_BIN_C,&de,FUF_JUST_FILES))
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"No Boot Loader Image\n";
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else {
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Free(de.full_name);
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*BMHD_BLK_CNT(U16 *)=(size+BLK_SIZE-1)>>BLK_SIZE_BITS;
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*BMHD_DAP_BLK(I64 *)=p->data+de.cluster*p->spc;
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//Bypass partition bounds-checking
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BlkDevLock(bdev);
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ATAReadBlks(bdev,&mbr,0,1);
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for (i=0;i<BMHD_END-BMHD_CODE;i++)
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mbr.boot_code[i]=BMHD_CODE(U8 *)[i];
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for (;i<440;i++)
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mbr.boot_code[i]=0;
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if (!mbr.media_id)
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mbr.media_id=RandU32;
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mbr.zero=0;
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mbr.signature=0xAA55;
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ATAWriteBlks(bdev,&mbr,0,1);
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BlkDevUnlock(bdev);
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result=TRUE;
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}
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}
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} catch
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CatchAll;
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return result;
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}
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#help_index ""
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