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514 lines
20 KiB
C
514 lines
20 KiB
C
/*
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* EBS - RTFS (Real Time File Manager)
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*
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* Copyright EBS inc, 1996
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* All rights reserved.
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* This code may not be redistributed in source or linkable object form
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* without the consent of its author.
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*/
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/******************************************************************************
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PC_ERTFS_INIT() - Configure ERTFS drive letter/device mapping and initialize
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device drivers.
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Returns
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TRUE If ertfs memory and system resource init functions succeed
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FALSE If ertfs memory or system resource init functions fail
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The user must modify this code to assign parameters and bind device
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driver entry points to ERTFS drive structures. The source code contains
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examples for configuring each of the stock device drivers.
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This routine initializes ERTFS resources and binds device drivers to drive
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letters so it must must be called before any other calls to the ERTFS
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API are made.
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Device driver configuration block.
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The ERTFS drive structure (struct ddrive) contains a section that must be
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initialized by the user.
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The following fields must be initialized -
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register_file_address - IO address pointer that may be used by the
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device driver to access the controller. For the stock set of drivers
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only the IDE/ATAPI driver use this parameter.
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interrupt_number - Interrupt vector number that the controller
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will interrupt on.
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drive_flags - The user sets bits in this field to tell ERTFS
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and the device driver about the drive s properties. The device driver
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uses this field to keep track of the device status.
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These two bits may be set by the user in the main body of the
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the pc_ertfs_init routine.
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DRIVE_FLAGS_PARTITIONED - Set this bit if the device is a partitioned
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device.
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DRIVE_FLAGS_PCMCIA - Set this bit if the device is a pcmcia device.
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ERTFS does not look at this bit. It is used ony by the device drivers.
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DRIVE_FLAGS_FAILSAFE - Set this bit if you want pc_ertfs_init()
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to call pro_failsafe_auto_init for this drive to automatically
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enable failsafe operating mode.
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Note: pro_failsafe_auto_init() is implemented inside the file
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prapifs.c. By default the function automatically fails unless
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the prapifs.c is modified and the compile time constant
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named INCLUDE_FAILSAFE_AUTO_INIT is set to one. pro_failsafe_auto_init()
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as implemented supports only one drive at a time. It places the
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device in autorestore, autorecover and autocommit
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mode. To change the default behavior or to support more than one device
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you must modify the source code.
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These bits are set by device driver.
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DRIVE_FLAGS_VALID - Set by the driver in the WARMSTART IO Control
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call if initialization succeeded. If this flags is not set then ERTFS
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will not call the driver again.
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DRIVE_FLAGS_FORMAT - Set by the driver in the WARMSTART IO Control
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call if the device requires formatting before it may be used. If this flags is set
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then ERTFS will format the device during the rtfs_init phase.
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DRIVE_FLAGS_REMOVABLE - Set by the device driver init routine if the
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device is removable. If this bit is set then the driver must implement
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the DEVCTL_CHECKSTATUS ioctrl function.
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DRIVE_FLAGS_INSERTED - This bit is used by the device driver to maintain
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state information. This bit is used by the PCMCIA drivers in the
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following way. The default value is ZERO. If this value is zero when the
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check status IOCTRL call is made then the driver attempts to map the
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device through the pcmcia controller. The pcmcia management interrupt
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routine clears this bit when a card removal occurs.
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partition_number - If DRIVE_FLAGS_PARTITIONED is set in the
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drive_flags field then this must be initialized with the partition
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number. 0,1,2 etc.
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pcmcia_slot_number - If DRIVE_FLAGS_PCMCIA is set then this tells which
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pcmcia slot. Must be (0 or 1) for the supplied PCMCIA subsystem.
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pcmcia_cfg_opt_value - This is the value to be place in the card s
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configuration option register by the pcmcia driver after power up.
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controller_number - This is set by the user in init and used by
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driver to access controller specific information. For example the ide
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device driver supports two controllers. This value is used by the driver
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to store controller specific data and calculate controller specific
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addresses and values.
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logical_unit_number - This is a logical unit number that is used only
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by the device driver. For example the IDE driver uses logical unit
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number 1 to access the slave drive. The floppy disk uses logical
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unit 1 to access the secondary floppy.
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driveno - This is the drive number that the user wishes ERTFS to access
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this device as. 0 = A:, 1 = B: etc.
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dev_table_drive_io - This is the io function for the device. The
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function must perform the requested read or write operation and
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return the correct status (TRUE for success, FALSE for failure).
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By example here is the ide drive io function.
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BOOLEAN ide_io(driveno, sector, buffer, count, BOOLEAN reading)
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int driveno - 0 to prtfs_cfg->cfg_NDRIVES == A:,B:,.. the driver calls
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pc_drno_to_drive_struct(driveno) to access the drive structure.
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dword sector- Starting sector number to read or write
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void *buffer- Buffer to read to write from.
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word count - Number of sectors to transfer
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reading - True for a read request, False for a write request.
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dev_table_perform_device_ioctl - This is the control interface to the
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device driver.
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By example here is the ide drive io control function.
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int ide_perform_device_ioctl(driveno, opcode, pargs)
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int driveno - 0 to prtfs_cfg->cfg_NDRIVES == A:,B:,.. the driver calls
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pc_drno_to_drive_struct(driveno) to access the drive structure.
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int opcode - One of the following:
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DEVCTL_CHECKSTATUS
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DEVCTL_WARMSTART
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DEVCTL_POWER_RESTORE
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DEVCTL_POWER_LOSS
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DEVCTL_GET_GEOMETRY
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DEVCTL_FORMAT
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DEVCTL_REPORT_REMOVE
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void * pargs - void pointer to arguments. See details below.
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Here are detailed descriptions of each OPCODE and its relation
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to pargs.
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DEVCTL_CHECKSTATUS - Return the status of device. ERTFS calls
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the driver with this opcode before it performs IO.
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Note: For the CHECKSTATUS call. ERTFS will pass a BOOLEAN value
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to the driver to indicate if the volume in question has unwritten
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cached data that will be lost if the driver returns anything but
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DEVTEST_NOCHANGE. If this value is true then the driver may
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make more aggresive efforts to correct media changes. For example
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by asking the user to re-insert the correct diskette or card.
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The driver must return one of the following values:
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DEVTEST_NOCHANGE - The device is available and no media change
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has been detected since the previous CHECKSTATUS call.
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DEVTEST_NOMEDIA - The device contains no media.
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DEVTEST_UNKMEDIA - The device contains media but the driver
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can not read or write to it.
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DEVTEST_CHANGED - The device is available to but a media change
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has been detected since the previous CHECKSTATUS call. ERTFS will
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close out the current logical volume and re-mount the device.
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DEVCTL_WARMSTART - The device driver is called with this opcode
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once at startup. For non removable media the device should verify
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that the device is accessable and if so set the DRIVE_FLAGS_VALID
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bit. For removable media the device should verify that the device
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controller is accessable and if so set the DRIVE_FLAGS_VALID and
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DRIVE_FLAGS_REMOVABLE bits. pargs is not used.
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DEVCTL_POWER_RESTORE - Tell the device driver that system power
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has been restored. The driver should attempt to restore the
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device to the "UP" state. ERTFS never calls the driver with this
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opcode. System integrators may call it to inform the driver of
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power restore. pargs is not used.
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DEVCTL_POWER_LOSS - Tell the device driver that system power
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has been lost or will soon be lost. The driver should attempt to
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go into low power mode. ERTFS never calls the driver with this
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opcode. System integrators may call it to inform the driver of
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power loss. pargs is not used.
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DEVCTL_GET_GEOMETRY - ERTFS calls this routine to get the values
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it will use to partition and format volumes.
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pargs points to a structure of type DEV_GEOMETRY. The driver
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should fill in the values as defined below.
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typedef struct dev_geometry {
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- Geometry in HCN format
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int dev_geometry_heads; - Must be < 256
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int dev_geometry_cylinders; - Must be < 1024
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int dev_geometry_secptrack; - Must be < 64
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BOOLEAN fmt_parms_valid; If the device io control call sets
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this TRUE then it it telling the
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the format parameters are valid
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and should be used. This is a way to
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format floppy disks exactly as they
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are formatted by dos.
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FMTPARMS fmt;
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} DEV_GEOMETRY;
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DEVCTL_FORMAT - ERTFS calls this routine to physically
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format the device. pargs points to the DEV_GEOMETRY structure
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that was returned from the GET_GEOMETRY call. The device driver
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should physically format the device if needed.
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DEVCTL_REPORT_REMOVE - This can be called by an external
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interrupt to tell the driver that the device has been removed.
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The pcmcia management interrupt calls this and the pcmcia aware
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drivers, PCMSRAM.C and IDE_DRV.C, clear the DRIVE_FLAGS_INSERTED
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bit in the drive structure. They later query this from the
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CHECKSTATUS code. pargs is not used.
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*/
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#include <twl.h>
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#include <rtfs_target_os.h> /* twl modified */
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#include <rtfs.h>
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#include <portconf.h> /* For included devices */
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/*ctr modified(delete prototype definition of the all driver here.)*/
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int auto_format_disk(DDRIVE *pdr, byte *drivename);
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void drno_to_string(byte *pname, int drno);
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void print_device_names(void);
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#if (STORE_DEVICE_NAMES_IN_DRIVE_STRUCT)
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/*ctr modified*/
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#define STORE_DEVICE_NAME(NAME) rtfs_strcpy(current_pdr->device_name, (byte *)NAME);
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#else
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#define STORE_DEVICE_NAME(NAME)
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#endif
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/*------------------ctr modified start------------------*/
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//BOOLEAN i_rtfs_begin_attach( void);
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BOOLEAN i_rtfs_attach( int driveno, DDRIVE* pdr, char* dev_name);
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BOOLEAN i_rtfs_end_attach( void);
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extern BOOLEAN rtfs_first_attach; //attach.c<><63>attach API<50><49><EFBFBD>܂<EFBFBD><DC82><EFBFBD><EFBFBD>g<EFBFBD>p<EFBFBD>Ȃ<EFBFBD>TRUE
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int enabled_drivers;
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DDRIVE* current_pdr;
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BOOLEAN rtfs_init( void)
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{
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int j;
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DDRIVE* pdr;
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/* Call the user supplied configuration function */
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prtfs_cfg = 0;
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/* pc_ertfs_init: Can't used rtfs_set_errno(p_errno); */
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if (!pc_ertfs_config()) /*apicnfig.c*/
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{
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return(FALSE);
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}
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if (!pc_memory_init()) /*rtkernfn.c*/
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{
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return(FALSE);
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}
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/* Allocate semaphores for all drives here and assign them to the
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drive structures. If an allocation fails, fail to initialize */
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pdr = prtfs_cfg->mem_drives_structures;
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for (j = 0; j < prtfs_cfg->cfg_NDRIVES; j++, pdr++)
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{
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/* make sure this drive has a semaphore associated with it */
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pdr->access_semaphore = rtfs_port_alloc_mutex();
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if (!pdr->access_semaphore)
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return(FALSE);
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}
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/*---------- ctr modified ----------*/
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for( j=0; j<26; j++) {
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prtfs_cfg->drno_to_dr_map[j] = 0;
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}
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/*----------------------------------*/
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enabled_drivers = 0;
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current_pdr = prtfs_cfg->mem_drives_structures;
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rtfs_first_attach = FALSE; //ctr modified
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// RTC<54>̏<EFBFBD><CC8F><EFBFBD><EFBFBD><EFBFBD>
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// OSAPI_RTCINIT(); //ctr modified
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return( TRUE);
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}
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/*--- ctr modified ---*/
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/*SDK_WEAK_SYMBOL BOOL rtcInit( void)
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{
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return( FALSE);
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}*/
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/*--------------------*/
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/*---------------------------------------------------------------------------*
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Name: rtfs_attach
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Description:
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Arguments: driveno : <20>h<EFBFBD><68><EFBFBD>C<EFBFBD>u<EFBFBD>ԍ<EFBFBD>
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Returns:
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*---------------------------------------------------------------------------*/
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SDK_WEAK_SYMBOL BOOLEAN i_rtfs_attach( int driveno, DDRIVE* pdr, char* dev_name)
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{
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return( FALSE);
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/* if (++enabled_drivers > prtfs_cfg->cfg_NDRIVES) {
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osTPrintf( "%d / %d\n", enabled_drivers, prtfs_cfg->cfg_NDRIVES);
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return( FALSE);
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}
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current_pdr->driveno = driveno;
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current_pdr->dev_table_drive_io = pdr->dev_table_drive_io;
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current_pdr->dev_table_perform_device_ioctl = pdr->dev_table_perform_device_ioctl;
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STORE_DEVICE_NAME(dev_name)
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current_pdr->register_file_address = pdr->register_file_address;
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current_pdr->interrupt_number = pdr->interrupt_number;
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current_pdr->drive_flags = pdr->drive_flags;
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current_pdr->partition_number = pdr->partition_number;
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current_pdr->pcmcia_slot_number = pdr->pcmcia_slot_number;
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current_pdr->controller_number = pdr->controller_number;
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current_pdr->logical_unit_number = pdr->logical_unit_number;
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current_pdr++;
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return( TRUE);*/
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}
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/*---------------------------------------------------------------------------*
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Name: rtfs_detach
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Description:
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Arguments: driveno : <20>h<EFBFBD><68><EFBFBD>C<EFBFBD>u<EFBFBD>ԍ<EFBFBD>
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Returns:
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*---------------------------------------------------------------------------*/
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/*BOOLEAN rtfs_detach( int driveno)
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{
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DDRIVE *target_pdr;
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target_pdr = prtfs_cfg->drno_to_dr_map[pdr->driveno];
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if( target_pdr->dev_table_drive_io == default_pdr->dev_table_drive_io) {
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return( FALSE); //<2F><><EFBFBD><EFBFBD>detach<63>ς<EFBFBD>
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}
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target_pdr->driveno = driveno;
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target_pdr->dev_table_drive_io = default_pdr->dev_table_drive_io;
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target_pdr->dev_table_perform_device_ioctl = default_pdr->dev_table_perform_device_ioctl;
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rtfs_strcpy(target_pdr->device_name, (byte *)"DEFAULT\0"); //STORE_DEVICE_NAME(dev_name)
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target_pdr->register_file_address = default_pdr->register_file_address;
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target_pdr->interrupt_number = default_pdr->interrupt_number;
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target_pdr->drive_flags = default_pdr->drive_flags;
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target_pdr->partition_number = default_pdr->partition_number;
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target_pdr->pcmcia_slot_number = default_pdr->pcmcia_slot_number;
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target_pdr->controller_number = default_pdr->controller_number;
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target_pdr->logical_unit_number = default_pdr->logical_unit_number;
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return( TRUE);
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}*/
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BOOLEAN i_rtfs_end_attach( void)
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{
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// current_pdr = prtfs_cfg->mem_drives_structures;
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return( FALSE);
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}
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/*----------------ctr modified end---------------*/
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BOOLEAN pc_ertfs_init(void) /* __apifn__ */
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{
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int j;
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DDRIVE *pdr;
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//int drives_used;
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byte drname[8]; /* Temp buffer for displaying drive letters as strings */
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int default_drive;
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if( rtfs_first_attach == FALSE) { return( TRUE); } //ctr modified
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pdr = prtfs_cfg->mem_drives_structures;
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// drives_used = 0;
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//ctr modified : erase attach codes of some drivers here.
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/* End User initialization section */
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print_device_names();
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pdr= prtfs_cfg->mem_drives_structures;
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default_drive = 27; /* greater than maximum legal value */
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for (j = 0; j < prtfs_cfg->cfg_NDRIVES; j++, pdr++)
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{
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if (pdr->dev_table_drive_io)
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{
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prtfs_cfg->drno_to_dr_map[pdr->driveno] = pdr; /* MAPS DRIVE structure to DRIVE: */
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if (pdr->dev_table_perform_device_ioctl(pdr->driveno, DEVCTL_WARMSTART, (void *) 0) != 0)
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{
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prtfs_cfg->drno_to_dr_map[pdr->driveno] = 0; /* It is not there. */
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/* so forget it */
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continue;
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}
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#if (INCLUDE_FAILSAFE_CODE)
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/* Call the the ertfs pro failsafe autoinit function */
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if (pdr->drive_flags&DRIVE_FLAGS_FAILSAFE)
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{
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if (!pro_failsafe_auto_init(pdr)) //<2F>}<7D>j<EFBFBD><6A><EFBFBD>A<EFBFBD><41><EFBFBD>Q<EFBFBD><51>
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{
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prtfs_cfg->drno_to_dr_map[pdr->driveno] = 0; /* Forget it, not there. */
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continue;
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}
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}
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#endif
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/* Set the default drive to the lowest assigned drive letter */
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if (pdr->driveno < default_drive)
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{
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default_drive = pdr->driveno;
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}
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}
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}
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/* If there are no valid devices return failure
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otherwise use the lowest valid drive id as the system's default drive*/
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if (default_drive == 27)
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return(FALSE);
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prtfs_cfg->default_drive_id = default_drive;
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RTFS_PRINT_STRING_1(USTRING_RTFSINIT_05,PRFLG_NL); /* "Autoformatting RAM Devices\n" */
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RTFS_PRINT_STRING_1(USTRING_RTFSINIT_06,PRFLG_NL); /* "==========================\n" */
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pdr= prtfs_cfg->mem_drives_structures;
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for (j = 0; j < prtfs_cfg->cfg_NDRIVES; j++, pdr++)
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{
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if ( pdr->drive_flags&DRIVE_FLAGS_VALID && pdr->drive_flags&DRIVE_FLAGS_FORMAT)
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{
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OS_CLAIM_LOGDRIVE(pdr->driveno) /* Autoformat Register drive in use */
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drno_to_string(drname, pdr->driveno);
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RTFS_PRINT_STRING_2(USTRING_RTFSINIT_07, drname,0); /* "Autoformatting Drive Id - " */
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#if (STORE_DEVICE_NAMES_IN_DRIVE_STRUCT)
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RTFS_PRINT_STRING_2(USTRING_RTFSINIT_08, pdr->device_name,PRFLG_NL); /* " as Device: " */
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#endif
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if (auto_format_disk(pdr, drname) != 0)
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{
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RTFS_PRINT_STRING_2(USTRING_RTFSINIT_09, drname,PRFLG_NL); /* "Autoformatting Drive Id - \n" */
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}
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OS_RELEASE_LOGDRIVE(pdr->driveno) /* Autoformat release */
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}
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}
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RTFS_PRINT_STRING_1(USTRING_RTFSINIT_10, PRFLG_NL); /* " = " */
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return(TRUE);
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need_more_drives:
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RTFS_PRINT_STRING_1(USTRING_RTFSINIT_11, PRFLG_NL); /* "NDRIVES is too small to mount all devices" */
|
||
return(FALSE);
|
||
}
|
||
|
||
|
||
int auto_format_disk(DDRIVE *pdr, byte *drivename)
|
||
{
|
||
DEV_GEOMETRY geometry;
|
||
|
||
/* check media and clear change conditions */
|
||
if (!check_drive_number_present(pdr->driveno))
|
||
return(-1);
|
||
|
||
/* This must be called before calling the later routines */
|
||
if (!pc_get_media_parms(drivename, &geometry))
|
||
return(-1);
|
||
|
||
/* Call the low level media format. Do not do this if formatting a
|
||
volume that is the second partition on the drive */
|
||
if (!pc_format_media(drivename, &geometry))
|
||
return(-1);
|
||
|
||
/* Get media parms again in case the format operation changed the parameters */
|
||
if (!pc_get_media_parms(drivename, &geometry))
|
||
return(-1);
|
||
|
||
if (!pc_format_volume(drivename, &geometry))
|
||
return(-1);
|
||
return (0);
|
||
}
|
||
void drno_to_string(byte *pname, int drno)
|
||
{
|
||
byte c,*p;
|
||
p = pname;
|
||
c = (byte) ('A' + drno);
|
||
CS_OP_ASSIGN_ASCII(p,c);
|
||
CS_OP_INC_PTR(p);
|
||
CS_OP_ASSIGN_ASCII(p,':');
|
||
CS_OP_INC_PTR(p);
|
||
CS_OP_TERM_STRING(p);
|
||
}
|
||
|
||
void print_device_names(void)
|
||
{
|
||
int j;
|
||
DDRIVE *pdr;
|
||
byte drname[8];
|
||
|
||
RTFS_PRINT_STRING_1(USTRING_RTFSINIT_01,PRFLG_NL); /* "ERTFS Device List" */
|
||
RTFS_PRINT_STRING_1(USTRING_RTFSINIT_02,PRFLG_NL); /* "=================" */
|
||
#if (!STORE_DEVICE_NAMES_IN_DRIVE_STRUCT)
|
||
RTFS_PRINT_STRING_1(USTRING_RTFSINIT_03,PRFLG_NL); /* "Name Logging Disabled" */
|
||
#else
|
||
|
||
pdr = prtfs_cfg->mem_drives_structures;
|
||
for (j = 0; j < prtfs_cfg->cfg_NDRIVES; j++, pdr++)
|
||
{
|
||
if (pdr->dev_table_drive_io)
|
||
{
|
||
drno_to_string(drname, pdr->driveno);
|
||
RTFS_PRINT_STRING_2(USTRING_RTFSINIT_12, pdr->device_name,0); /* "Device name : " */
|
||
RTFS_PRINT_STRING_2(USTRING_RTFSINIT_13, drname,PRFLG_NL); /* " Is mounted on " */
|
||
}
|
||
}
|
||
RTFS_PRINT_STRING_1(USTRING_RTFSINIT_04,PRFLG_NL); /* " = " */
|
||
#endif
|
||
}
|