Method for automatically enabling peripheral devices and a storage medium for storing automatic enable program for peripheral devices

Claim 1

A method, for automatically enabling a peripheral device, that can be applied to an information processing system which may be plugged with both a peripheral device driven by a device driver of a first addressing mode and a peripheral device driven by a device driver of a second addressing mode, comprising the steps of: (a) detecting an insertion event when a peripheral device is inserted into said information processing system; (b) giving priority, in response to the insertion event, to a device driver of said first addressing mode in enabling said peripheral device; (c) successively initiating multiple first address mode device drivers; (d) detecting for peripheral device enablement with each successive first address mode device driver; and (e) giving chance, in response to the insertion event, to a device driver of said second addressing mode in enabling said peripheral device if said inserted device is not enabled by any device drivers of the first addressing mode.

Claim 2

A method, for automatically enabling a peripheral device, that can be applied to an information processing system which may be plugged with both a peripheral device driven by a device driver of a first addressing mode and a peripheral device driven by a device driver of a second addressing mode, comprising the steps of: (a) detecting an insertion event when a peripheral device is inserted into said information processing system; (b) giving priority, in response to the insertion event, to a device driver of said first addressing mode in enabling said peripheral device; (c) successively initiating multiple first address mode device drivers; (d) detecting for peripheral device enablement with each successive first address mode device driver; and (e) giving chance, in response to the insertion event, to a device driver of said second addressing mode in enabling said peripheral device if said inserted device is not enabled by any device drivers of the first addressing mode.

Claim 3

A method, for automatically enabling a PC card, that can be applied to an information processing system which may be plugged with both a PC card driven by a device driver of a 16-bit mode and a PC card driven by a device driver of a 32-bit mode, comprising the steps of: (a) detecting an insertion event when a PC card is inserted into said information processing system; (b) giving priority, in response to the insertion event, to a device driver of said 16-bit mode in enabling said PC card; (c) initiating said 16-bit mode device driver; (d) detecting for PC card enablement by said 16-bit mode device driver; and (e) giving chance, in response to the insertion event, to a device driver of said 32-bit mode in enabling said PC card if said PC card is not enabled by any device drivers of said 16-bit mode.

Claim 4

A method, for automatically enabling a PC card, that can be applied to an information processing system which may be plugged with both a PC card driven by a device driver of a 16-bit mode and a PC card driven by a device driver of a 32-bit mode, comprising the steps of: (a) detecting an insertion event when a PC card is inserted into said information processing system; (b) giving priority, in response to the insertion event, to a device driver of said 16-bit mode in enabling said PC card; (c) initiating said 16-bit mode device driver; (d) detecting for PC card enablement by said 16-bit mode device driver; and (e) giving chance, in response to the insertion event, to a device driver of said 32-bit mode in enabling said PC card if said PC card is not enabled by any device drivers of said 16-bit mode.

Claim 5

A method, for automatically enabling a PC card, that can be applied to an information processing system which is controlled by an operating system having either a 32-bit mode or a 16-bit mode, and that have a plurality of device drivers of both a 32-bit mode and a 16-bit mode, comprising the steps of: (a) detecting an insertion event when a PC card is inserted into said information processing system; (b) giving priority, in response to the insertion event, to a device driver of said 16-bit mode in enabling said PC card; (c) successively initiating multiple 16-bit mode device drivers; (d) detecting for PC card enablement with each successive 16-bit mode device driver; and (e) giving chance, in response to the insertion event, to a device driver of said 32-bit mode in enabling said PC card if said PC card is not enabled by any device drivers of said 16-bit mode.

Claim 6

A method, for automatically enabling a PC card, that can be applied to an information processing system which is controlled by an operating system having either a 32-bit mode or a 16-bit mode, and that have a plurality of device drivers of both a 32-bit mode and a 16-bit mode, comprising the steps of: (a) detecting an insertion event when a PC card is inserted into said information processing system; (b) giving priority, in response to the insertion event, to a device driver of said 16-bit mode in enabling said PC card; (c) successively initiating multiple 16-bit mode device drivers; (d) detecting for PC card enablement with each successive 16-bit mode device driver; and (e) giving chance, in response to the insertion event, to a device driver of said 32-bit mode in enabling said PC card if said PC card is not enabled by any device drivers of said 16-bit mode.

Claim 7

A method, for automatically enabling a peripheral device, that can be applied to an information processing system which may be plugged with both a peripheral device driven by a device driver of a first addressing mode and a peripheral device driven by a device driver of a second addressing mode, comprising the steps of: (a) detecting an insertion event when a peripheral device is inserted into said information processing system; (b) giving priority, in response to the insertion event, to a device driver of said first addressing mode in ascertaining whether said device driver can operate said peripheral device; (c) said device driver requesting, when a response at said step (b) is affirmative, allocation of system resources to said inserted peripheral device; (d) allocating, in response to a request at said step (c), said system resources for said inserted peripheral device; (e) giving chance, in response to the insertion event, to a device driver of said second addressing mode in ascertaining whether said device driver can operate said peripheral device if said peripheral device is not enabled by said device driver of said first addressing mode; (f) said device driver requesting, when a response at said step (e) is affirmative, allocation of system resources to said inserted peripheral device; and (g) allocating, in response to a request at said step (f), said system resources for said inserted peripheral device.

Claim 8

A method, for automatically enabling a peripheral device, that can be applied to an information processing system which may be plugged with both a peripheral device driven by a device driver of a first addressing mode and a peripheral device driven by a device driver of a second addressing mode, comprising the steps of: (a) detecting an insertion event when a peripheral device is inserted into said information processing system; (b) giving priority, in response to the insertion event, to a device driver of said first addressing mode in ascertaining whether said device driver can operate said peripheral device; (c) said device driver requesting, when a response at said step (b) is affirmative, allocation of system resources to said inserted peripheral device; (d) allocating, in response to a request at said step (c), said system resources for said inserted peripheral device; (e) giving chance, in response to the insertion event, to a device driver of said second addressing mode in ascertaining whether said device driver can operate said peripheral device if said peripheral device is not enabled by said device driver of said first addressing mode; (f) said device driver requesting, when a response at said step (e) is affirmative, allocation of system resources to said inserted peripheral device; and (g) allocating, in response to a request at said step (f), said system resources for said inserted peripheral device.

Claim 9

A method, for automatically enabling a PC card, that can be applied to an information processing system which may be plugged with both a PC card driven by a device driver of a 16-bit mode and a PC card driven by a device driver of a 32-bit mode, comprising the steps of: (a) detecting an insertion event when a PC card is inserted into said information processing system; (b) giving priority, in response to the insertion event, to a device driver of said 16-bit mode in ascertaining whether said device driver can operate said PC card; (c) said device driver requesting, when a response at said step (b) is affirmative, allocation of system resources to said inserted PC card; (d) allocating, in response to a request at said step (c), said system resources for said inserted PC card; (e) giving chance, in response to the insertion event, to a device driver of said 32-bit mode in ascertaining whether said device driver can operate said PC card if said PC card is not enabled by said device driver of said 16-bit mode; (f) said device driver requesting, when a response at said step (e) is affirmative, allocation of system resources to said inserted PC card; and (g) allocating, in response to a request at said step (f), said system resources for said inserted PC card.

Claim 10

A method, for automatically enabling a PC card, that can be applied to an information processing system which may be plugged with both a PC card driven by a device driver of a 16-bit mode and a PC card driven by a device driver of a 32-bit mode, comprising the steps of: (a) detecting an insertion event when a PC card is inserted into said information processing system; (b) giving priority, in response to the insertion event, to a device driver of said 16-bit mode in ascertaining whether said device driver can operate said PC card; (c) said device driver requesting, when a response at said step (b) is affirmative, allocation of system resources to said inserted PC card; (d) allocating, in response to a request at said step (c), said system resources for said inserted PC card; (e) giving chance, in response to the insertion event, to a device driver of said 32-bit mode in ascertaining whether said device driver can operate said PC card if said PC card is not enabled by said device driver of said 16-bit mode; (f) said device driver requesting, when a response at said step (e) is affirmative, allocation of system resources to said inserted PC card; and (g) allocating, in response to a request at said step (f), said system resources for said inserted PC card.

Claim 11

A method, for automatically enabling a PC card, that can be applied to an information processing system which is controlled by an operating system having either a 32-bit mode or a 16-bit mode, and that have a plurality of device drivers of both a 32-bit mode and a 16-bit mode, comprising the steps of: (a) detecting an insertion event when a PC card is inserted into said information processing system; (b) giving priority, in response to the insertion event, to a device driver of said 16-bit mode in ascertaining whether said device driver can operate said PC card; (c) said device driver requesting, when a response at said step (b) is affirmative, allocation of system resources to said inserted PC card; (d) allocating, in response to a request at said step (c), said system resources for said inserted PC card; (e) giving chance, in response to the insertion event, to a device driver of said 32-bit mode in ascertaining whether said device driver can operate said PC card if said PC card is not enabled by said device driver of said 16-bit mode; (f) said device driver requesting, when a response at said step (e) is affirmative, allocation of system resources to said inserted PC card; and (g) allocating, in response to a request at said step (f), said system resources for said inserted PC card.

Claim 12

A method, for automatically enabling a PC card, that can be applied to an information processing system which is controlled by an operating system having either a 32-bit mode or a 16-bit mode, and that have a plurality of device drivers of both a 32-bit mode and a 16-bit mode, comprising the steps of: (a) detecting an insertion event when a PC card is inserted into said information processing system; (b) giving priority, in response to the insertion event, to a device driver of said 16-bit mode in ascertaining whether said device driver can operate said PC card; (c) said device driver requesting, when a response at said step (b) is affirmative, allocation of system resources to said inserted PC card; (d) allocating, in response to a request at said step (c), said system resources for said inserted PC card; (e) giving chance, in response to the insertion event, to a device driver of said 32-bit mode in ascertaining whether said device driver can operate said PC card if said PC card is not enabled by said device driver of said 16-bit mode; (f) said device driver requesting, when a response at said step (e) is affirmative, allocation of system resources to said inserted PC card; and (g) allocating, in response to a request at said step (f), said system resources for said inserted PC card.

Claim 13

A method, for automatically enabling a peripheral device, that can be applied to an information processing system which may be plugged with both a peripheral device driven by a device driver of a first addressing mode and a peripheral device driven by a device driver of a second addressing mode, comprising the steps of: (a) detecting an removal event when an inserted peripheral device is removed; (b) notifying, when said removed peripheral device was driven by a device driver of said first addressing mode, said device driver of the removal event; (c) the device driver of said first addressing mode releasing, upon receipt of the notification at said step (b), system resources assigned to said removed peripheral device so as to disable said peripheral device; (d) notifying, when said removed peripheral device was driven by a device driver of said second addressing mode, said device driver of the removal event; and (e) the device driver of said second addressing mode releasing, upon receipt of the notification at said step (d), system resources assigned to said removed peripheral device so as to disable said peripheral device.

Claim 14

A method, for automatically enabling a peripheral device, that can be applied to an information processing system which may be plugged with both a peripheral device driven by a device driver of a first addressing mode and a peripheral device driven by a device driver of a second addressing mode, comprising the steps of: (a) detecting an removal event when an inserted peripheral device is removed; (b) notifying, when said removed peripheral device was driven by a device driver of said first addressing mode, said device driver of the removal event; (c) the device driver of said first addressing mode releasing, upon receipt of the notification at said step (b), system resources assigned to said removed peripheral device so as to disable said peripheral device; (d) notifying, when said removed peripheral device was driven by a device driver of said second addressing mode, said device driver of the removal event; and (e) the device driver of said second addressing mode releasing, upon receipt of the notification at said step (d), system resources assigned to said removed peripheral device so as to disable said peripheral device.

Claim 15

A method, for automatically enabling a PC card, that can be applied to an information processing system which may be plugged with both a PC card driven by a device driver of a 16-bit mode and a PC card driven by a device driver of a 32-bit mode, comprising the steps of: (a) detecting a removal event when an inserted PC card is removed; (b) notifying, when said removed PC card was driven by a device driver of said 16-bit mode, said device driver of the removal event; (c) said device driver of said 16-bit mode releasing, upon receipt of the notification at said step (b), system resources assigned to said removed PC card so as to disable said PC card; (d) notifying, when said removed PC card was driven by a device driver of said 32-bit mode, said device driver of the removal event; and (e) said device driver of said 32-bit mode releasing, upon receipt of the notification at said step (d), system resources assigned to said removed PC card so as to disable said PC card.

Claim 16

A method, for automatically enabling a PC card, that can be applied to an information processing system which may be plugged with both a PC card driven by a device driver of a 16-bit mode and a PC card driven by a device driver of a 32-bit mode, comprising the steps of: (a) detecting a removal event when an inserted PC card is removed; (b) notifying, when said removed PC card was driven by a device driver of said 16-bit mode, said device driver of the removal event; (c) said device driver of said 16-bit mode releasing, upon receipt of the notification at said step (b), system resources assigned to said removed PC card so as to disable said PC card; (d) notifying, when said removed PC card was driven by a device driver of said 32-bit mode, said device driver of the removal event; and (e) said device driver of said 32-bit mode releasing, upon receipt of the notification at said step (d), system resources assigned to said removed PC card so as to disable said PC card.

Claim 17

A method, for automatically enabling a PC card, that can be applied to an information processing system which is controlled by an operating system having either a 32-bit mode or a 16-bit mode, and that have a plurality of device drivers for both a 32-bit mode and a 16-bit mode, comprising the steps of: (a) detecting a removal event when an inserted PC card is removed; (b) notifying, when said removed PC card was driven by a device driver of said 16-bit mode, said device driver of the removal event; (c) said device driver of said 16-bit mode releasing, upon receipt of the notification at said step (b), system resources assigned to said removed PC card so as to disable said PC card; (d) notifying, when said removed PC card was driven by a device driver of said 32-bit mode, said device driver of said event; and (e) said device driver of said 32-bit mode releasing, upon receipt of the notification at said step (d), system resources assigned to said removed PC card so as to disable said PC card.

Claim 18

A method, for automatically enabling a PC card, that can be applied to an information processing system which is controlled by an operating system having either a 32-bit mode or a 16-bit mode, and that have a plurality of device drivers for both a 32-bit mode and a 16-bit mode, comprising the steps of: (a) detecting a removal event when an inserted PC card is removed; (b) notifying, when said removed PC card was driven by a device driver of said 16-bit mode, said device driver of the removal event; (c) said device driver of said 16-bit mode releasing, upon receipt of the notification at said step (b), system resources assigned to said removed PC card so as to disable said PC card; (d) notifying, when said removed PC card was driven by a device driver of said 32-bit mode, said device driver of said event; and (e) said device driver of said 32-bit mode releasing, upon receipt of the notification at said step (d), system resources assigned to said removed PC card so as to disable said PC card.