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https://github.com/SEPPDROID/DR-DOS-OpenDOS.git
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214 lines
5.2 KiB
Plaintext
214 lines
5.2 KiB
Plaintext
; File : $VECTORS.DEF$
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;
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; Description :
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;
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; Original Author : DIGITAL RESEARCH
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;
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; Last Edited By : $CALDERA$
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;
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;-----------------------------------------------------------------------;
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; Copyright Work of Caldera, Inc. All Rights Reserved.
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;
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; THIS WORK IS A COPYRIGHT WORK AND CONTAINS CONFIDENTIAL,
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; PROPRIETARY AND TRADE SECRET INFORMATION OF CALDERA, INC.
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; ACCESS TO THIS WORK IS RESTRICTED TO (I) CALDERA, INC. EMPLOYEES
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; WHO HAVE A NEED TO KNOW TO PERFORM TASKS WITHIN THE SCOPE OF
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; THEIR ASSIGNMENTS AND (II) ENTITIES OTHER THAN CALDERA, INC. WHO
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; HAVE ACCEPTED THE CALDERA OPENDOS SOURCE LICENSE OR OTHER CALDERA LICENSE
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; AGREEMENTS. EXCEPT UNDER THE EXPRESS TERMS OF THE CALDERA LICENSE
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; AGREEMENT NO PART OF THIS WORK MAY BE USED, PRACTICED, PERFORMED,
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; COPIED, DISTRIBUTED, REVISED, MODIFIED, TRANSLATED, ABRIDGED,
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; CONDENSED, EXPANDED, COLLECTED, COMPILED, LINKED, RECAST,
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; TRANSFORMED OR ADAPTED WITHOUT THE PRIOR WRITTEN CONSENT OF
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; CALDERA, INC. ANY USE OR EXPLOITATION OF THIS WORK WITHOUT
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; AUTHORIZATION COULD SUBJECT THE PERPETRATOR TO CRIMINAL AND
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; CIVIL LIABILITY.
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;-----------------------------------------------------------------------;
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;
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; *** Current Edit History ***
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; *** End of Current Edit History ***
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;
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; $Log$
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;
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; ENDLOG
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INT08_OFFSET equ 0020h
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INT08_SEGMENT equ INT08_OFFSET + 2
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INT09_OFFSET equ 0024h
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INT09_SEGMENT equ INT09_OFFSET + 2
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INT10_OFFSET equ 0040h
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INT10_SEGMENT equ INT10_OFFSET + 2
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INT11_OFFSET equ 0044h
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INT11_SEGMENT equ INT11_OFFSET + 2
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INT12_OFFSET equ 0048h
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INT12_SEGMENT equ INT12_OFFSET + 2
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INT13_OFFSET equ 004Ch
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INT13_SEGMENT equ INT13_OFFSET + 2
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INT14_OFFSET equ 0050h
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INT14_SEGMENT equ INT14_OFFSET + 2
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INT15_OFFSET equ 0054h
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INT15_SEGMENT equ INT15_OFFSET + 2
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INT16_OFFSET equ 0058h
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INT16_SEGMENT equ INT16_OFFSET + 2
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INT17_OFFSET equ 005Ch
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INT17_SEGMENT equ INT17_OFFSET + 2
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INT18_OFFSET equ 0060h
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INT18_SEGMENT equ INT18_OFFSET + 2
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INT19_OFFSET equ 0064h
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INT19_SEGMENT equ INT19_OFFSET + 2
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INT1A_OFFSET equ 0068h
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INT1A_SEGMENT equ INT1A_OFFSET + 2
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INT1B_OFFSET equ 006Ch
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INT1B_SEGMENT equ INT1B_OFFSET + 2
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INT1C_OFFSET equ 0070h
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INT1C_SEGMENT equ INT1C_OFFSET + 2
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INT1D_OFFSET equ 0074h
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INT1D_SEGMENT equ INT1D_OFFSET + 2
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INT1E_OFFSET equ 0078h
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INT1E_SEGMENT equ INT1E_OFFSET + 2
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INT1F_OFFSET equ 007Ch
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INT1F_SEGMENT equ INT1F_OFFSET + 2
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INT20_OFFSET equ 0080h
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INT20_SEGMENT equ INT20_OFFSET + 2
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INT21_OFFSET equ 0084h
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INT21_SEGMENT equ INT21_OFFSET + 2
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INT22_OFFSET equ 0088h
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INT22_SEGMENT equ INT22_OFFSET + 2
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INT23_OFFSET equ 008Ch
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INT23_SEGMENT equ INT23_OFFSET + 2
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INT24_OFFSET equ 0090h
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INT24_SEGMENT equ INT24_OFFSET + 2
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INT25_OFFSET equ 0094h
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INT25_SEGMENT equ INT25_OFFSET + 2
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INT26_OFFSET equ 0098h
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INT26_SEGMENT equ INT26_OFFSET + 2
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INT27_OFFSET equ 009Ch
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INT27_SEGMENT equ INT27_OFFSET + 2
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INT28_OFFSET equ 00A0h
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INT28_SEGMENT equ INT28_OFFSET + 2
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INT29_OFFSET equ 00A4h
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INT29_SEGMENT equ INT29_OFFSET + 2
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INT2A_OFFSET equ 00A8h
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INT2A_SEGMENT equ INT2A_OFFSET + 2
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INT2B_OFFSET equ 00ACh
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INT2B_SEGMENT equ INT2B_OFFSET + 2
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INT2C_OFFSET equ 00B0h
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INT2C_SEGMENT equ INT2C_OFFSET + 2
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INT2D_OFFSET equ 00B4h
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INT2D_SEGMENT equ INT2D_OFFSET + 2
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INT2E_OFFSET equ 00B8h
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INT2E_SEGMENT equ INT2E_OFFSET + 2
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INT2F_OFFSET equ 00BCh
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INT2F_SEGMENT equ INT2F_OFFSET + 2
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INT30_OFFSET equ 00C0h
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INT30_SEGMENT equ INT30_OFFSET + 2
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INT31_OFFSET equ 00C4h
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INT31_SEGMENT equ INT31_OFFSET + 2
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INT32_OFFSET equ 00C8h
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INT32_SEGMENT equ INT32_OFFSET + 2
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INT33_OFFSET equ 00CCh
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INT33_SEGMENT equ INT33_OFFSET + 2
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INT34_OFFSET equ 00D0h
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INT34_SEGMENT equ INT34_OFFSET + 2
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INT35_OFFSET equ 00D4h
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INT35_SEGMENT equ INT35_OFFSET + 2
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INT36_OFFSET equ 00D8h
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INT36_SEGMENT equ INT36_OFFSET + 2
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INT37_OFFSET equ 00DCh
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INT37_SEGMENT equ INT37_OFFSET + 2
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INT38_OFFSET equ 00E0h
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INT38_SEGMENT equ INT38_OFFSET + 2
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INT39_OFFSET equ 00E4h
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INT39_SEGMENT equ INT39_OFFSET + 2
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INT3A_OFFSET equ 00E8h
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INT3A_SEGMENT equ INT3A_OFFSET + 2
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INT3B_OFFSET equ 00ECh
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INT3B_SEGMENT equ INT3B_OFFSET + 2
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INT3C_OFFSET equ 00F0h
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INT3C_SEGMENT equ INT3C_OFFSET + 2
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INT3D_OFFSET equ 00F4h
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INT3D_SEGMENT equ INT3D_OFFSET + 2
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INT3E_OFFSET equ 00F8h
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INT3E_SEGMENT equ INT3E_OFFSET + 2
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INT3F_OFFSET equ 00FCh
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INT3F_SEGMENT equ INT3F_OFFSET + 2
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INT5B_OFFSET equ 016Ch
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INT5B_SEGMENT equ INT5B_OFFSET + 2
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INT5C_OFFSET equ 0170h
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INT5C_SEGMENT equ INT5C_OFFSET + 2
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INTE0_OFFSET equ 0380h ; Concurrent DOS Vector
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INTE0_SEGMENT equ INTE0_OFFSET + 2
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INTEF_OFFSET equ 03BCh ; GEM Interrupt Vector
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INTEF_SEGMENT equ INTEF_OFFSET + 2
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;
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; The following equates determine the vectors that will be saved
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; during a DISPATCH. A core of vectors is always saved these are
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; specified by the VEC_LOWCORE and VEC_HIGHCORE equates. Then the
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; absolute FIRST and LAST vectors that will ever be preserved are
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; specified by VEC_MINSAVE and VEC_MAXSAVE.
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;
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; The VEC_DEFAULT equate specifies the default range of equates
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; that will be saved if this value is not over-ridden.
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;
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VEC_MINSAVE equ 05h ; Concurrent Saves 0 to 4
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VEC_MAXSAVE equ 0FFh ; Brief 2.01 Uses vectors > F0h
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VEC_LOWCORE equ 05h
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VEC_HIGHCORE equ 32h
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VEC_LOWSPECIAL equ 70h ; 70h-77h are hardware vectors on PC
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VEC_HIGHSPECIAL equ 77h ; and so are specially saved/restored
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VEC_DEFAULT equ (VEC_HIGHCORE * 0100h) + VEC_LOWCORE
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