Windows Serial Console Program In Netbeans

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Advanced Serial Console on Windows. By Kattni Rembor. Windows 7 Driver. If you're using Windows 7, use the link below to download the driver package. Download the file and install the program on your machine. If you run into issues, you can try downloading the 32-bit version instead. However, the 64-bit version will work on most PCs. Running of a console application is rather awkward in the Windows environment. However, there is a possible to create an executable.exe file, which automatically open a command line window and run the application. There are several ways to create an executable file, however, using the built-in. Now you need to open PuTTY. Under Connection type: choose the button next to Serial. In the box under Serial line, enter the serial port you found that your board is using. In the box under Speed, enter 115200. This called the baud rate, which is the speed in bits per second that data is sent over the serial connection.

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This document defines the content of the Serial Port Console Redirection Table. This table is used to indicate whether a serial port or a non-legacy UART interface is available for use with Microsoft® Windows® Emergency Management Services (EMS).

The table provides information about the configuration and use of the serial port or non-legacy UART interface. On a system where the BIOS or system firmware uses the serial port for console input/output, this table should be used to convey information about the settings, to ensure a seamless transition between the firmware console output and Windows EMS output.

This table must be located in system memory with other ACPI tables, and it must be referenced in the ACPI RSDT table.

Patent Notice:Microsoft is making certain patent rights available for implementations of this specification under two options:

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  1. Microsoft’s Community Promise, available at http://www.microsoft.com/openspecifications/en/us/programs/community-promise/default.aspx; or
  2. The Open Web Foundation Final Specification Agreement Version 1.0 ('OWF 1.0') as of October 1, 2012, available at http://www.openwebfoundation.org/legal/the-owf-1-0-agreements/owfa-1-0.

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FieldByte LengthByte OffsetDescription
Header
Signature40‘SPCR’. Signature for the Serial Port Console Redirection Table.
Length44Length, in bytes, of the entire Serial Port Console Redirection Table.
Revision182
Checksum19Entire table must sum to zero.
OEMID610OEM ID.
OEM Table ID816For the Serial Port Console Redirection Table, the table ID is the manufacturer model ID.
OEM Revision424OEM revision of Serial Port Console Redirection Table for supplied OEM Table ID.
Creator ID428Vendor ID of utility that created the table. For the DSDT, RSDT, SSDT, and PSDT tables, this is the ID for the ASL Compiler.
Creator Revision432Revision of utility that created the table. For the DSDT, RSDT, SSDT, and PSDT tables, this is the revision for the ASL Compiler.
Interface Type136Indicates the type of the register interface:

For Revision 1:

  • 0 = full 16550 interface
  • 1 = full 16450 interface (must also accept writing to the 16550 FCR register)
  • 2-255 = reserved

For Revision 2:

See the Serial Port Subtypes in Table 3 of the DBG2 Specification
Reserved337Must be 0.
Base Address1240

The base address of the Serial Port register set described using the ACPI Generic Address Structure.

0 = console redirection disabled

Note:

- COM1 (0x3F8) would be:

Integer Form: 0x 01 08 00 00 00000000000003F8

Viewed in Memory: 0x01080000F803000000000000

COM2 (Ox2F8) would be:

Integer Form: 0x 01 08 00 00 00000000000002F8

Viewed in Memory: 0x01080000F802000000000000

Interrupt Type152Interrupt type(s) used by the UART.

Bit[0] PC-AT-compatible dual-8259 IRQ interrupt

Bit[1] I/O APIC interrupt (Global System Interrupt)

Bit[2] I/O SAPIC interrupt (Global System Interrupt)

(IRQ)

Bit[3] ARMH GIC interrupt (Global System Interrupt)

Bit[4:7] reserved (must be 0)

0 = not supported

1 = supported

Platforms with both a dual-8259 and an I/O APIC or I/O SAPIC must set the IRQ bit (Bit[0]) and the corresponding Global System Interrupt bit.). E.g. an system that supported 8259 and SAPIC would be 5.

IRQ153The PC-AT-compatible IRQ used by the UART.

2-7, 9-12, 14-15 = valid IRQs respectively

0-1, 8, 13, 16-255 = reserved

Valid only if Bit[0] of the Interrupt Type field is set.

Global System Interrupt454The Global System Interrupt (GSIV) used by the UART. Not valid if Bit[0] is the only bit set in the Interrupt Type field.
Baud Rate158The baud rate the BIOS used for redirection.
  • 0 = as is, operating system relies on the current configuration of serial port until the full featured driver will be initialized.
  • 3 = 9600
  • 4 = 19200
  • 6 = 57600
  • 7 = 115200
  • 1-2, 5, 8 - 255 = reserved
Parity159

0 = No Parity

1-255 = reserved

Stop Bits160

0 = Stop bit

1-255 = reserved

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Terminal Type162The terminal protocol the BIOS was using for console redirection:
  • 0 = VT100
  • 1 = VT100+
  • 2 = VT-UTF8
  • 3 = ANSI
  • 4-255 = reserved
Reserved163Must be 0
PCI Device ID264Must be 0xFFFF if it is not a PCI device
PCI Vendor ID266Must be 0xFFFF if it is not a PCI device
PCI Bus Number168PCI Bus Number if table describes a PCI device

Must be 0x00 if it is not a PCI device

PCI Device Number169PCI Slot Number if table describes a PCI device

Must be 0x00 if it is not a PCI device

PCI Function Number170PCI Function Number if table describes a PCI device

Must be 0x00 if it is not a PCI device

PCI Flags471PCI Compatibility flags bitmask. Should be zero by default.
  • Bit[0] = Operating System should NOT suppress PNP device enumeration or disable power management for this device. Must be 0 if it is not a PCI device
  • Bits 1-31 = RESERVED, must be zero.
PCI Segment175PCI segment number.

For systems with fewer than 255 PCI buses, this number must be 0.

Reserved476Must be 0

Revision History

Serial
DateRevDescription
2/15/00.10Created
3/1/00.50‘SPCR’. Signature Data added
3/20/00.55Data revised to include port and irq
3/22/00.56Clarified port identification Added ability to disable redirection. Added pointer to the Generic Register Address Structure
3/23/00.56aFormatting, disclaimer, copy editing
4/24/00.6Posted on web for WinHEC
4/24/00.6Public review draft published
5/25/00.61Correction to BASE_ADDRESS description
5/25/00.61Public review draft published
5/31/00.7Correction to BASE_ADDRESS description examples. Added 16540 interface
5/31/00.71Changed the info on the GRAS from a note to a “*”
5/31/00.71Public review draft published
6/1/00.72Changed GRAS COM port examples to be little-endian Added text to the end of the line
7/12/00.75Fixed IRQ Description. Fixed various format issues Added PCI bus information.
7/26/00.76Update to PCI field name “Device Number”. Changed intro language to include non-legacy UART.
8/10/00.77Changed interrupt information, adding APIC and SAPIC Added flow control
9/22/00.78Added PCI Segment
10/25/00.80Fixed PCI Flags section. Added Terminal Types Added 16450 FCR info
10/1/01.95Removed language codes
1/11/021.00adding updated licensing spec to 1.00
3/12/141.01Released under Microsoft Community Promise
6/2/141.02Changed Table Revision to 2 and added support for additional Interface Types, as defined in the DBG2 specification.
8/10/151.03Updated patent notice.
7/23/20181.04