Refactor source code and create an "installer"

I have moved some source files into subdirectories for ease of
installation. I have also added an installer script to automatically
place driver files into their respective system directories.

1 files changed, 0 insertions, 482 deletions

diff --git a/KFloppy.HC b/KFloppy.HC
deleted file mode 100644
index 16b6bd3..0000000
--- a/KFloppy.HC
+++ /dev/null
@@ -1,482 +0,0 @@
-/*
-    New, (hopefully) Less Messy Floppy Driver 
-    Copyright (C) 2025-2026 Harley Travis <yoshi128k@gmail.com>.
-    This software (including source code) is licensed under the BSD Zero Clause
-    License. See the Copying.TXT file for details.
-*/
-
-Bool FDCIrq = FALSE;
-
-U0 FDCDMAInit(U16 len)
-{
-  U64 buf_lo, buf_hi, page, cnt_lo, cnt_hi;
-
-  buf_lo = &FDC_DMA & 0xFF;
-  buf_hi = &FDC_DMA >> 8;
-  page = &FDC_DMA >> 16;
-  cnt_lo = (len - 1) & 0xFF;
-  cnt_hi = (len - 1) >> 8;
-
-  OutU8(0x0A, 6); // mask ch 0 and 2
-  Sleep(1);
-  OutU8(0x0C, -1); // reset flip flop
-  Sleep(1);
-  OutU8(0x04, buf_lo); // buf low byte
-  Sleep(1);
-  OutU8(0x04, buf_hi); // buf high byte
-  Sleep(1);
-  OutU8(0x0C, -1); // reset flip flop again
-  Sleep(1);
-  OutU8(0x05, cnt_lo); // cntr low byte
-  Sleep(1);
-  OutU8(0x05, cnt_hi); // cntr high byte
-  Sleep(1);
-  OutU8(0x81, 0); // page
-  Sleep(1);
-  OutU8(0x0A, 2); // unmask ch 0 and 2
-  Sleep(1);
-}
-
-U0 FDCDMAPrepWrite()
-{
-  OutU8(0x0A, 6); // mask ch 0 and 2
-  Sleep(1);
-  OutU8(0x0B, 0x5A); // single xfer, addr inc, auto init, write, ch 2
-  Sleep(1);
-  OutU8(0x0A, 2); // unmask ch 0 and 2
-  Sleep(1);
-}
-
-U0 FDCDMAPrepRead()
-{
-  OutU8(0x0A, 6); // mask ch 0 and 2
-  Sleep(1);
-  OutU8(0x0B, 0x56); // single xfer, addr inc, auto init, read, ch 2
-  Sleep(1);
-  OutU8(0x0A, 2); // unmask ch 0 and 2
-  Sleep(1);
-}
-
-interrupt U0 FDCIrqHandler() {
-  OutU8(0x20, 0x20); // EOI
-  FDCIrq = TRUE;
-}
-
-U16 fdc_base = 0x03F0;
-
-static U8 *fd_types[8] = {
-  "none",
-  "360kB 5.25\"",
-  "1.2MB 5.25\"",
-  "720kB 3.5\"",
-
-  "1.44MB 3.5\"",
-  "2.88MB 3.5\"",
-  "unknown type",
-  "unknown type"
-};
-
-U0 CMOSGetFloppyDrives()
-{
-  OutU8(0x70, 0x10);
-  Sleep(1);
-
-  U64 drives = InU8(0x71);
-
-  AdamLog("Floppy Drive 0: %s\n", fd_types[drives >> 4]);
-  AdamLog("Floppy Drive 1: %s\n", fd_types[drives & 0xF]);
-}
-
-U0 FDCSendCmd(U16 base, U8 cmd)
-{
-  // Send a command to the floppy controller
-
-  // 60 sec timeout
-  U64 i;
-  for (i = 0; i < 600; i++) {
-    Sleep(10);
-    if (0x80 & InU8(base + FDC_MSR_DSR)) {
-      OutU8(base + FDC_DATA, cmd);
-      Sleep(1);
-      return;
-    }
-  }
-  AdamErr("FDC Command TimeOut");
-}
-
-U8 FDCReadData(U16 base)
-{
-  // Read data from the floppy controller
-
-  // 60 sec timeout
-  U64 i;
-  for (i=0;i<600;i++) {
-    Sleep(10);
-    if (0x80 & InU8(base + FDC_MSR_DSR)) {
-      return InU8(base + FDC_DATA);
-    }
-  }
-  AdamErr("FDC Read TimeOut");
-}
-
-U0 FDCCheckInt(U16 base, U8 *st0, U8 *cyl)
-{
-  FDCSendCmd(base, FDC_SENSE_INTR);
-
-  *st0 = FDCReadData(base);
-  *cyl = FDCReadData(base);
-}
-
-I16 fdc_mtr_ticks = 0;
-U8 fdc_mtr_state = FDC_MOTOR_OFF;
-
-U0 FDCMotorOff(U16 base)
-{
-  OutU8(base + FDC_DOR, 0x0C);
-  fdc_mtr_state = FDC_MOTOR_OFF;
-}
-
-U0 FDCMotorPwrOffTimer()
-{
-  // You're supposed to run this function as a separate CTask. It will exit
-  // when the motor exits the "wait" state (either because it has turned off
-  // or because something needs it to be on).
-  // The driver only spawns this when the motor is moved from "on" to "wait".
-  while (fdc_mtr_state == FDC_MOTOR_WAIT) {
-    // Sanity check for if something wants the motor on at the last second
-    if (fdc_mtr_state == FDC_MOTOR_ON) break;
-
-    Sleep(500);
-
-    fdc_mtr_ticks -= 50;
-    if (fdc_mtr_ticks <= 0) {
-      FDCMotorOff(fdc_base);
-    }
-    Yield; // Give control back to the scheduler
-  }
-}
-
-U0 FDCMotorCtrl(U16 base, Bool onoff)
-{
-  U64 prev_mtr_state;
-  if (onoff) {
-    if (!fdc_mtr_state) {
-      // Turn on motor
-      OutU8(base + FDC_DOR, 0x1C);
-      Sleep(500); // Wait 500 ms to allow drive to spin up
-    }
-    fdc_mtr_state = FDC_MOTOR_ON;
-  } else {
-    prev_mtr_state = fdc_mtr_state;
-    if (fdc_mtr_state == FDC_MOTOR_WAIT) {
-      AdamLog("FDC: Motor PowerOff Already Pending\n");
-    }
-    fdc_mtr_ticks = 300; // 3 sec timeout before motor turns off
-    fdc_mtr_state = FDC_MOTOR_WAIT;
-    // Only spawn the timer task of the motor is currently on.
-    // Infinitely-looping tasks peg the CPU!
-    if (prev_mtr_state != FDC_MOTOR_WAIT)
-      Spawn(&FDCMotorPwrOffTimer,,"FDCMotorPwrOffTimer");
-  }
-}
-
-I8 FDCRecalibrate(U16 base)
-{
-  FDCIrq = FALSE;
-
-  U64 i;
-  U8 st0, cyl;
-
-  FDCMotorCtrl(base, FDC_MOTOR_ON);
-
-  for (i=0;i<10;i++) {
-    FDCSendCmd(base, FDC_RECALIBRATE);
-    FDCSendCmd(base, 0);
-
-    // Wait for an interrupt, then get the status
-    while (!FDCIrq) Yield;
-    FDCCheckInt(base, &st0, &cyl);
-    AdamLog("ST0: %d Cyl: %d\n",st0,cyl);
-
-    if (st0 & 0xC0) {
-      static U8 * status[4] = {0, "error", "invalid", "drive"};
-      AdamLog("Calibration Status: %s\n", status[st0 >> 6]);
-    }
-
-    if (!cyl) {
-      FDCMotorCtrl(base, FDC_MOTOR_OFF);
-      return 0;
-    }
-  }
-
-  AdamErr("FDC ReCalibrate TimeOut");
-  FDCMotorCtrl(base, FDC_MOTOR_OFF);
-  return -1;
-}
-
-I8 FDCReset(U16 base)
-{
-  FDCIrq = FALSE;
-
-  OutU8(base + FDC_DOR, 0x00);
-  Sleep(1);
-  OutU8(base + FDC_DOR, 0x0C);
-  Sleep(1);
-
-  while (!FDCIrq) Yield;
-
-  // Ignore this
-  U64 i, lck;
-  U8 st0, cyl;
-  for (i=0;i<4;i++) {
-    FDCCheckInt(base, &st0, &cyl);
-  }
-
-  // Set xfer rate to 500kbps
-  OutU8(base + FDC_CCR_DIR, 0x00);
-  Sleep(1);
-
-  // Set the mechanical params and disable DMA (Terry didn't use it)
-  FDCSendCmd(base, FDC_SPECIFY);
-  FDCSendCmd(base, 0b10000000); // SRT = 8 (8 ms), HUT = 0 (256 ms)
-  FDCSendCmd(base, 0b00011110); // HLT = 15 (30 ms), NDMA = 0 (DMA enabled)
-
-  // Configure the FIFO
-  FDCSendCmd(base, FDC_CONFIGURE);
-  FDCSendCmd(base, 0x00); // 1st param is a 0
-  // 2nd param:
-  // Implied seek on, FIFO on, Drive polling disabled, threshold = 12
-  FDCSendCmd(base, 0b01011011);
-  FDCSendCmd(base, 0x00); // 3rd param: write precomp = 0
-
-  // Lock the configuration
-  FDCSendCmd(base, 0x94);
-  lck = FDCReadData(base); // Result: lock status
-
-  // contingency
-  if (FDCRecalibrate(base)) return -1;
-
-  return 0;
-}
-
-I8 FDCSeek(U16 base, U8 cyli, U8 head)
-{
-  U64 i;
-  U8 st0, cyl;
-  FDCIrq = FALSE;
-
-  FDCMotorCtrl(base, FDC_MOTOR_ON);
-
-  for (i=0;i<10;i++) {
-    // Attempt to move to given cyl
-    // 1: X X X X X HD D1 D0
-    // 2: Cyl No
-    FDCSendCmd(base, FDC_SEEK);
-    FDCSendCmd(base, head<<2);
-    FDCSendCmd(base, cyli);
-
-    while (!FDCIrq) Yield;
-    FDCCheckInt(base, &st0, &cyl);
-    AdamLog("ST0: %d Cyl: %d\n",st0,cyl);
-
-    if (st0 & 0xC0) {
-      static U8 * status[4] = {0, "error", "invalid", "drive"};
-      AdamLog("Seek Status: %s\n", status[st0 >> 6]);
-    }
-
-    if (cyl == cyli) {
-      FDCMotorCtrl(base, FDC_MOTOR_OFF);
-      return 0;
-    }
-  }
-
-  AdamErr("FDC Seek TimeOut");
-  FDCMotorCtrl(base, FDC_MOTOR_OFF);
-  return -1;
-}
-
-U0 FDCRead(U16 base, U8 cyl, U8 head, U8 sect, U8 trklen)
-{
-  // Read data from disk (single-track)
-  static U8 flags;
-  flags = 0x40; // Multi-track off, MFM modulation
-  static U64 cmd;
-  cmd = FDC_READ_DATA | flags;
-  FDCIrq = FALSE;
-
-  U64 st0, st1, st2, rcyl, rhd, rsect, rsectsize;
-
-  FDCMotorCtrl(base, FDC_MOTOR_ON);
-
-  AdamLog("Cmd: %d\nParams: %d %d %d %d %d %d %d %d\n",cmd,head<<2,cyl,head,sect,2,trklen,0x1B,0xFF);
-
-  // Prepare the DMA controller
-  AdamLog("Preparing DMA\n");
-  FDCDMAInit(512*(trklen - sect + 1));
-  FDCDMAPrepRead();
-
-  FDCSendCmd(base, cmd);
-  FDCSendCmd(base, head << 2); // Drive 0, specified head
-  FDCSendCmd(base, cyl);
-  FDCSendCmd(base, head);
-  FDCSendCmd(base, sect);
-  FDCSendCmd(base, 2); // Sector size = 2 = 512 bytes
-  FDCSendCmd(base, trklen); // Track Length/Max Sector No.
-  FDCSendCmd(base, 0x1B); // GAP3 Length = 27 (3.5")
-  FDCSendCmd(base, 0xFF); // Data Length (irrelevant)
-
-  // Wait for xfer to complete
-  while (!FDCIrq) Yield;
-
-  st0 = FDCReadData(base);
-  st1 = FDCReadData(base);
-  st2 = FDCReadData(base);
-  rcyl = FDCReadData(base);
-  rhd = FDCReadData(base);
-  rsect = FDCReadData(base);
-  rsectsize = FDCReadData(base);
-
-  AdamLog("Read Results:\nST0: %d\nST1: %d\nST2: %d\nCyl: %d\nHead: %d\nSect: %d\nSect Size: %d\n",st0,st1,st2,rcyl,rhd,rsect,rsectsize);
-
-  FDCMotorCtrl(base, FDC_MOTOR_OFF);
-}
-
-
-U0 FDCReadMulti(U16 base, U8 cyl, U8 head, U8 sect, U8 trklen)
-{
-  // Read data from disk (multi-track)
-  static U8 flags;
-  flags = 0xC0; // Multi-track on, MFM modulation
-  static U64 cmd;
-  cmd = FDC_READ_DATA | flags;
-  FDCIrq = FALSE;
-
-  U64 st0, st1, st2, rcyl, rhd, rsect, rsectsize;
-
-  FDCMotorCtrl(base, FDC_MOTOR_ON);
-
-  AdamLog("Cmd: %d\nParams: %d %d %d %d %d %d %d %d\n",cmd,head<<2,cyl,head,sect,2,trklen,0x1B,0xFF);
-
-  // Prepare the DMA controller
-  AdamLog("Preparing DMA\n");
-  FDCDMAInit(512*(trklen - sect + 1)*2);
-  FDCDMAPrepRead();
-
-  FDCSendCmd(base, cmd);
-  FDCSendCmd(base, head << 2); // Drive 0, specified head
-  FDCSendCmd(base, cyl);
-  FDCSendCmd(base, head);
-  FDCSendCmd(base, sect);
-  FDCSendCmd(base, 2); // Sector size = 2 = 512 bytes
-  FDCSendCmd(base, trklen); // Track Length/Max Sector No.
-  FDCSendCmd(base, 0x1B); // GAP3 Length = 27 (3.5")
-  FDCSendCmd(base, 0xFF); // Data Length (irrelevant)
-
-  // Wait for the xfer to complete
-  while (!FDCIrq) Yield;
-
-  st0 = FDCReadData(base);
-  st1 = FDCReadData(base);
-  st2 = FDCReadData(base);
-  rcyl = FDCReadData(base);
-  rhd = FDCReadData(base);
-  rsect = FDCReadData(base);
-  rsectsize = FDCReadData(base);
-
-  AdamLog("Read Results:\nST0: %d\nST1: %d\nST2: %d\nCyl: %d\nHead: %d\nSect: %d\nSect Size: %d\n",st0,st1,st2,rcyl,rhd,rsect,rsectsize);
-
-  FDCMotorCtrl(base, FDC_MOTOR_OFF);
-}
-
-U0 FDCWrite(U16 base, U8 cyl, U8 head, U8 sect, U8 trklen)
-{
-  // Write data to disk (single-track)
-  static U8 flags;
-  flags = 0x40; // Multi-track off, MFM modulation
-  static U64 cmd;
-  cmd = FDC_WRITE_DATA | flags;
-  FDCIrq = FALSE;
-
-  U64 st0, st1, st2, rcyl, rhd, rsect, rsectsize;
-
-  FDCMotorCtrl(base, FDC_MOTOR_ON);
-
-  AdamLog("Cmd: %d\nParams: %d %d %d %d %d %d %d %d\n",cmd,head<<2,cyl,head,sect,2,trklen,0x1B,0xFF);
-
-  // Prepare the DMA controller
-  AdamLog("Preparing DMA\n");
-  FDCDMAInit(512*(trklen - sect + 1));
-  FDCDMAPrepWrite();
-
-  FDCSendCmd(base, cmd);
-  FDCSendCmd(base, head << 2); // Drive 0, specified head
-  FDCSendCmd(base, cyl);
-  FDCSendCmd(base, head);
-  FDCSendCmd(base, sect);
-  FDCSendCmd(base, 2); // Sector size = 2 = 512 bytes
-  FDCSendCmd(base, trklen); // Track Length/Max Sector No.
-  FDCSendCmd(base, 0x1B); // GAP3 Length = 27 (3.5")
-  FDCSendCmd(base, 0xFF); // Data Length (irrelevant)
-
-  // Wait for xfer to complete
-  while (!FDCIrq) Yield;
-
-  st0 = FDCReadData(base);
-  st1 = FDCReadData(base);
-  st2 = FDCReadData(base);
-  rcyl = FDCReadData(base);
-  rhd = FDCReadData(base);
-  rsect = FDCReadData(base);
-  rsectsize = FDCReadData(base);
-
-  AdamLog("Read Results:\nST0: %d\nST1: %d\nST2: %d\nCyl: %d\nHead: %d\nSect: %d\nSect Size: %d\n",st0,st1,st2,rcyl,rhd,rsect,rsectsize);
-
-  FDCMotorCtrl(base, FDC_MOTOR_OFF);
-}
-
-
-U0 FDCWriteMulti(U16 base, U8 cyl, U8 head, U8 sect, U8 trklen)
-{
-  // Write data to disk (multi-track)
-  static U8 flags;
-  flags = 0xC0; // Multi-track on, MFM modulation
-  static U64 cmd;
-  cmd = FDC_WRITE_DATA | flags;
-  FDCIrq = FALSE;
-
-  U64 st0, st1, st2, rcyl, rhd, rsect, rsectsize;
-
-  FDCMotorCtrl(base, FDC_MOTOR_ON);
-
-  AdamLog("Cmd: %d\nParams: %d %d %d %d %d %d %d %d\n",cmd,head<<2,cyl,head,sect,2,trklen,0x1B,0xFF);
-
-  // Prepare the DMA controller
-  AdamLog("Preparing DMA\n");
-  FDCDMAInit(512*(trklen - sect + 1)*2);
-  FDCDMAPrepWrite();
-
-  FDCSendCmd(base, cmd);
-  FDCSendCmd(base, head << 2); // Drive 0, specified head
-  FDCSendCmd(base, cyl);
-  FDCSendCmd(base, head);
-  FDCSendCmd(base, sect);
-  FDCSendCmd(base, 2); // Sector size = 2 = 512 bytes
-  FDCSendCmd(base, trklen); // Track Length/Max Sector No.
-  FDCSendCmd(base, 0x1B); // GAP3 Length = 27 (3.5")
-  FDCSendCmd(base, 0xFF); // Data Length (irrelevant)
-
-  // Wait for the xfer to complete
-  while (!FDCIrq) Yield;
-
-  st0 = FDCReadData(base);
-  st1 = FDCReadData(base);
-  st2 = FDCReadData(base);
-  rcyl = FDCReadData(base);
-  rhd = FDCReadData(base);
-  rsect = FDCReadData(base);
-  rsectsize = FDCReadData(base);
-
-  AdamLog("Read Results:\nST0: %d\nST1: %d\nST2: %d\nCyl: %d\nHead: %d\nSect: %d\nSect Size: %d\n",st0,st1,st2,rcyl,rhd,rsect,rsectsize);
-
-  FDCMotorCtrl(base, FDC_MOTOR_OFF);
-}