3 Structures

Global data structures and types are listed alphabetically below. Some data structures used by only a few routines or by only one or two classes are documented within those routines or classes.

3.1 Structures A-C

ActionDescriptor

ActionDescriptor 		struct
	AD_OD				optr
	AD_message			word
ActionDescriptor		ends

This structure describes an event, storing both the message to send and the optr of the destination for that message.

Library: ui.def

ActivateCreateFlags

ActivateCreateFlags			record
	ACF_NOTIFY		:	1		;notify selected objects that
								;tool is activating
ActivateCreateFlags			end

Library: grobj.def

ActivationData

ActivationData		struc
	AD_dialog			optr	; On-screen "Activating..." dialog.
	AD_appLaunchBlock 	hptr	; Initial AppLaunchBlock - not used once 
								; geode is known (NOT a reference, i.e.
								; MemRefCount is *not* incremented for
								; this usage, so don't decrement later)

	AD_geode			hptr	; Geode having a dialog put up for it
	AD_savedBlankMoniker lptr	; Saved blank moniker if not currently in use in
								; the "Activating" dialog
ActivationData		ends

Library: grobj.def

ActiveSearchSpellType

ActiveSearchSpellType				etype	byte, 0, 1
	ASST_NOTHING_ACTIVE			enum	ActiveSearchSpellType
	ASST_SPELL_ACTIVE			enum	ActiveSearchSpellType
	ASST_SEARCH_ACTIVE			enum	ActiveSearchSpellType

Library: Objects/vTextC.def

AddChildRelativeParams

AddChildRelativeParams			struct
	ACRP_child			optr			;the object to add
	ACRP_parent			optr			;the visual parent to use
	ACRP_buildFlags		SpecBuildFlags	;the spec build flags to use
AddChildRelativeParams			ends

Library: Objects/visC.def

AddUndoActionFlags

AddUndoActionFlags			record
	AUAF_NOTIFY_BEFORE_FREEING						:1	
	AUAF_NOTIFY_IF_FREED_WITHOUT_BEING_PLAYED_BACK	:1
					:14	; Unused bits
AddUndoActionFlags			end

AUAF_NOTIFY_BEFORE_FREEING
Set this flag if you want to be notified when (before) the associated action is freed.

AUAF_NOTIFY_IF_FREED_WITHOUT_BEING_PLAYED_BACK
Set this flag if you want to be notified if the action is freed without being played back.

Library: Objects/gProcC.def

AddUndoActionStruct

AddUndoActionStruct			struct
	AUAS_data			UndoActionStruct
	AUAS_output			optr
	AUAS_flags			AddUndoActionFlags
	even
AddUndoActionStruct			ends

This structure provides several pieces of information vital to processes which will be working with the “undo” mechanism.

AUAS_output stores the optr of the object to be sent MSG_META_CLIPBOARD_UNDO.

Library: Objects/gProc.def

AddVarDataParams

AddVarDataParams			struct
	AVDP_data			fptr;
	AVDP_dataSize		word;
	AVDP_dataType		word;
AddVarDataParams			ends

AVDP_data stores a pointer to data to initialize the vardata with, or null if no extra data is available. AVDP_data may also be null if the extra data should be initialized to zero.

AVDP_dataSize stores the size of the extra data, if any.

AVDP_dataType stores the VarData type.

Library: Objects/metaC.def

AdjustType

AdjustType		etype	byte, 0, 1
	AT_NORMAL		enum		AdjustType
	AT_PASTE		enum		AdjustType
	AT_QUICK		enum		AdjustType

Library: Objects/vTextC.def

AfterAddedToGroupData

AfterAddedToGroupData			struct
	AATGD_group				optr;
	AATGD_centerAdjust		PointDWFixed;
AfterAddedToGroupData			ends

AATGD_group stores the optr of the group object.

AATGD_centerAdjust stores the value to subtract from the center of the child to position it correctly.

Library: grobj.def

AfterEditAction

AfterEditAction			etype	byte, 0
	DONT_SELECT_AFTER_EDIT		enum		AfterEditAction
	SELECT_AFTER_EDIT			enum		AfterEditAction

Library: grobj.def

AlignParams

AlignParams				struct
	AP_x			DWFixed
	AP_y			DWFixed
	AP_spacingX		DWFixed
	AP_spacingY		DWFixed
	AP_type			AlignType
AlignParams				ends

Library: grobj.def

AlignToGridType

AlignToGridType			record
	ATGT_LEFT		:1
	ATGT_H_CENTER	:1
	ATGT_RIGHT		:1
	ATGT_TOP		:1
	ATGT_V_CENTER	:1
	ATGT_BOTTOM		:1
AlignToGridType			end

Library: grobj.def

AlignType

AlignType				record
	AT_ALIGN_X		:1
	AT_DISTRIBUTE_X	:1
	AT_CLRW			CenterLeftRightWidth:2
	AT_ALIGN_Y		:1
	AT_DISTRIBUTE_Y	:1
	AT_CTBH			CenterTopBottomHeight:2
AlignType				end

Library: grobj.def

AnotherToolActivatedFlags

AnotherToolActivatedFlags				record
	ATAF_STANDARD_POINTER		:1
	ATAF_SHAPE					:1
	ATAF_GUARDIAN				:1
AnotherToolActivatedFlags				end

This record provides basic information about tool activation. Selected or edited GrObj objects will use this information to determine whether to remain selected or edited.

ATAF_STANDARD_POINTER
A pointer tool intended to work on the normal move and resize handles of an object.

ATAF_SHAPE
A shape drawing tool, rectangle, ellipse…

ATAF_GUARDIAN
A Vis guardian object

Library: grobj.def

AppAttachFlags

AppAttachFlags					record
	AAF_RESTORING_FROM_STATE		:1
	AAF_STATE_FILE_PASSED			:1
	AAF_DATA_FILE_PASSED			:1
	AAF_RESTORING_FROM_QUIT			:1
									:12
AppAttachFlags					end

These flags are passed in MSG_GEN_PROCESS_RESTORE_FROM_STATE, MSG_GEN_PROCESS_OPEN_APPLICATION, and MSG_GEN_PROCESS_OPEN_ENGINE.

AAF_RESTORING_FROM_STATE
Set if this application was invoked with MSG_GEN_PROCESS_RESTORE_FROM_STATE. The mode chosen to restore to was extracted from the GenApplication object. The flag AAF_STATE_FILE_PASSED will always be set if this flag is.

AAF_STATE_FILE_PASSED
Set if a state file was passed into this application when invoked. This will be set if AAF_RESTORING_FROM_STATE, but may also be set if the application has been invoked with a “template” state file.

AAF_DATA_FILE_PASSED
Set if a data file, whose name is in the AppLaunchBlock, has been passed into the invocation of this application.

AAF_RESTORING_FROM_QUIT
Set if the application was in the process of quitting, got to engine mode, and is now being restarted to application mode again. If this is set, AAF_RESTORING_FROM_STATE will also be set.

Library: Objects/gProcC.def

AppInstanceReference

AppInstanceReference			struct
	AIR_fileName			char PATH_BUFFER_SIZE dup (?)
	AIR_stateFile			char FILE_LONGNAME_BUFFER_SIZE dup (?)
	AIR_diskHandle			word
	AIR_savedDiskData		byte 0
	AppInstanceReference			ends

This structure stores information needed to reload an instance of an application. This structure is stored in the application object itself and copied into the field when the application is forcefully detached.

AIR_filename stores the file name of the application to launch. The path name is relative to the SP_APPLICATION directory, though you can override this behavior by specifying an absolute path.

AIR_stateFile specifies the name of the state file for the application. The state file name is assumed to be in the SP_STATE directory. If the first byte of this instance data is “0”, then there is no state file for this application and it cannot be relaunched.

AIR_diskHandle specifies the disk handle where the application is located. In the field, if AppInstanceReference is a placeholder structure AIR_diskHandle stores the handle of the application object we are waiting to detach.

AIR_savedDiskData stores the start of data saved by DiskSave when instance data is saved to state.

Library: Objects/gProcC.def

AppLaunchBlock

AppLaunchBlock		struct
	ALB_appRef			AppInstanceReference
	ALB_appMode			word
	ALB_launchFlags		AppLaunchFlags
	ALB_diskHandle		word
	ALB_path			char	PATH_BUFFER_SIZE dup (?)
	ALB_dataFile		FileLongName
	ALB_genParent		optr
	ALB_userLoadAckAD	ActionDescriptor
	ALB_userLoadAckID	word
	ALB_extraData		word
AppLaunchBlock		ends

This structure is used when an application is first starting up. It is the argument of various messages, including MSG_META_ATTACH, which will be intercepted by system classes. The first fields (ALB_appRef, ALB_appMode, and ALB_launchFlags) are preserved in the application’s state file. The other information must be set correctly upon launch.

ALB_appRef stores the AppInstanceReference which specifies the pathname to both the application and its associated state file.

ALB_appMode stores the attach mode message used to invoke the application. This should be one of the following:

MSG_GEN_PROCESS_RESTORE_FROM_STATE
State file must be passed; no data file should be passed.

MSG_GEN_PROCESS_OPEN_APPLICATION
State file normally should not be passed, although one might pass a state file to use UI templates. A data file may be passed as well.

MSG_GEN_PROCESS_OPEN_ENGINE
State file normally should not be passed. The data file on which the engine will operate must be passed. If this is zero, the default data file should be used. (The default data file is specified by the application, not GenProcessClass.)

ALB_launchFlags stores the AppLaunchFlags that specify the type of launch desired for the application.

ALB_diskHandle stores the disk handle for the data path. (This is set as the application’s current path in MSG_META_ATTACH.)

ALB_path stores the directory path for the application to use as its default starting path. (This is also set as the application’s current path in MSG_META_ATTACH.)

ALB_dataFile stores the name of the associated data file to be opened (or zero if none). The file name is relative to ALB_path.

ALB_genParent stores the generic parent of the launching application (or zero to specify the default field). (This optr should be null when sent to MSG_GEN_FIELD_LAUNCH_APPLICATION.)

ALB_userLoadAckAD stores the ActionDescriptor to activate once the application is successfully launched (used in conjunction with ALF_SEND_LAUNCH_REQUEST_TO_UI_TO_HANDLE). This ActionDescriptor should be set to zero if no action should be sent. The event sent will pass the following information:
cx - GeodeHandle (if launched successfully).
dx - Error (0 if no error).
bp - ID passed in ALB_userLoadAckID.
This ActionDescriptor should be set to zero if no action should be sent.

ALB_userLoadAckID stores the ID sent out via ALB_userLoadAckAD, if any.

ALB_extraData stores extra data to send to the process, if any (possibly a handle to a block containing extra arguments).

Library: Objects/gProcC.def

AppLaunchFlags

AppLaunchFlags			record
	ALF_SEND_LAUNCH_REQUEST_TO_UI_TO_HANDLE		:1
	ALF_OPEN_IN_BACK							:1
	ALF_DESK_ACCESSORY							:1
	ALF_DO_NOT_OPEN_ON_TOP						:1
	ALF_OVERRIDE_MULTIPLE_INSTANCE				:1
	ALF_OPEN_FOR_IACP_ONLY						:1
												:2
AppLaunchFlags			end

ALF_SEND_LAUNCH_REQUEST_TO_UI_TO_HANDLE
If this bit is set, the application will not immediately be launched, but instead the UI will be sent a method which will cause it to do so. Because of this, no error is returned. (This flag should not be passed to the application itself; it is used only by UserLoadApplication.)

ALF_OPEN_IN_BACK
Set to open application behind other applications. It will also ensure that if an application has multiple GenPrimaries, (each with a different Layer ID), the GenPrimaries will be restored in the correct order (one behind the other). This flag is normally set when restoring from state.

ALF_DESK_ACCESSORY
Set to open application as a “desk accessory”, in a layer above normal applications.

ALF_DO_NOT_OPEN_ON_TOP
Set to prevent application from opening on top with the focus.

ALF_OVERRIDE_MULTIPLE_INSTANCE
Set to prevent application, when running in a UILM_MULTIPLE_INSTANCE field, from asking the user whether to start another copy. This flag is used especially by the express menu.

ALF_OPEN_FOR_IACP_ONLY
This flag is used only for MSG_GEN_PROCESS_OPEN_APPLICATION mode connections. This flag is set if the application is being launched via IACPConnect() for a specific task only, and should close once the task is complete, as indicated by the IACP connection closing (unless there is some other reason for the application to stay open, such as other application-mode IACP connections). This flag should be clear where ever IACPConnect() is being used to open an application with the intention that the application is to remain open after the IACP connection is closed.

Library: Objects/gProcC.def

ApplicationStates

ApplicationStates			record
									:1
	AS_TRANSPARENT					:1
	AS_HAS_FULL_SCREEN_EXCL			:1
	AS_QUIT_DETACHING				:1
	AS_AVOID_TRANSPARENT_DETACH		:1
	AS_TRANSPARENT_DETACHING		:1
	AS_REAL_DETACHING				:1
	AS_QUITTING						:1
	AS_DETACHING					:1
	AS_FOCUSABLE					:1
	AS_MODELABLE					:1
	AS_NOT_USER_INTERACTIBLE		:1
	AS_RECEIVED_APP_OBJECT_DETACH	:1
	AS_ATTACHED_TO_STATE_FILE		:1
	AS_ATTACHING					:1
	ApplicationStates		end

AS_TRANSPARENT
Set if the application is running in UILM_TRANSPARENT mode.

AS_HAS_FULL_SCREEN_EXCL
Set if the application has the full screen.

AS_SINGLE_INSTANCE
Set if the application is not capable of being launched multiple times.

AS_QUIT_DETACHING
Set if the detach sequence has been initiated as the result of a quit.

AS_AVOID_TRANSPARENT_DETACH
Set if this application should ignore transparent detaches.

AS_TRANSPARENT_DETACHING
Set if this application is being transparently-detached, that is, being shutdown to state because another application has been started in this application’s field and that field is in UILM_TRANSPARENT mode.

AS_REAL_DETACHING
Set while the application is irreversibly detaching, after the UI has been detached and the application’s GS_USABLE bit has been cleared.

AS_QUITTING
Set if the application is currently quitting.

AS_DETACHING
Set if the app object is detaching.

AS_FOCUSABLE
Set if the application may receive the “Focus” exclusive. If set, the application will be given the focus exclusive within its field, when launched, or clicked in by the user. This bit is set TRUE by default. This bit is copied to the GeodeWinFlags stored as part of the geode upon load, which act to guide the window system.

AS_MODELABLE
Set if the application may receive the “Model” exclusive. If set, the application will be given the model exclusive within its field, when launched, or clicked in by the user. Unless you’re doing something odd, you’ll want to have this match the state of your GA_TARGETABLE bit. This bit is set TRUE by default. This bit is copied to the GeodeWinFlags stored as part of the geode upon load, which act to guide the window system.

AS_NOT_USER_INTERACTABLE
Clear if this is a standard application which has at least one primary window or other interactable window on-screen. If this bit is set, then the UI need not provide options to navigate or select this application for user interaction.

AS_RECEIVED_APP_OBJECT_DETACH
Set if we have received a MSG_GEN_APPLICATION_OBJECT_DETACH.

AS_ATTACHED_TO_STATE_FILE
Set if we are attached to a state file.

AS_ATTACHING
Set if the application is in the process of attaching.

Library: Objects/gAppC.def

AppMeasurementType

AppMeasurementType		etype		byte
	AMT_US		enum		AppMeasurementType, MEASURE_US
	AMT_METRIC	enum		AppMeasurementType, MEASURE_METRIC
	AMT_DEFAULT	enum		AppMeasurementType, 0xff ;use system default

Library: Objects/gAppC.def

AppNavigationID

AppNavigationID		etype		word, NAVIGATION_ID_APP_START
	NAVIGATION_ID_START_OF_RANGE	equ		0x8000

This mask is OR-ed into a navigation ID number (which is given in HINT_NAVIGATION_ID); this bit specifies that the ID number serves as the start of a range.

Library: Objects/genC.def

AppUIData

AppUIData		struct
	AUID_specificUI				hptr			;handle of specific UI
	AUID_displayScheme			DisplayScheme <>
	AUID_noTargetNoFocusReg		fptr.Region		;cursor for no target, no focus
	AUID_targetNoFocusReg		fptr.Region		;cursor for target, no focus
	AUID_noTargetFocusReg		fptr.Region		;cursor for no target, focus
	AUID_targetFocusReg			fptr.Region		;cursor for target, focus
	AUID_textKbdBindings		fptr			;VisText kbd bindings.
	AUID_textEditCursor			optr.PointerDef	;handle:chunk to PointerDef
												;(cursor) for text editing
AppUIData		ends

This structure stores the UI data stored with each process.

Library: Objects/gAppC.def

ApplicationOptFlags

ApplicationOptFlags			record
	AOF_MULTIPLE_INIT_FILE_CATEGORIES	:1
										:7
ApplicationOptFlags			ends

AOF_MULTIPLE_INIT_FILE_CATEGORIES
This is an optimization flag for UserGetIniCategory. Keep it clear if an application has only one init file category.

Library: Objects/gAppC.def

ArcCloseType

ArcCloseType		etype		word
	ACT_OPEN	enum		ArcCloseType	; illegal for filled arcs
	ACT_CHORD	enum		ArcCloseType	; draw/fill as a chord
	ACT_PIE		enum		ArcCloseType	; draw/fill as a pie

Library: graphics.def

ArcBasicInit

ArcBasicInit		struct
	ABI_arcCloseType		ArcCloseType
	ABI_startAngle			WWFixed
	ABI_endAngle			WWFixed
	ABI_startPoint			PointWWFixed
	ABI_endPoint			PointWWFixed
	ABI_midPoint			PointWWFixed
	ABI_radius				WWFixed	 ArcBasicInit	ends

Library: grobj.def

ArcParams

ArcParams			struct
	AP_close	ArcCloseTyp		; how the arc should be closed
	AP_left		sword			; ellipse bounding box: left
	AP_top		sword			; 						top
	AP_right	sword			; 						right
	AP_bottom	sword			;						bottom
	AP_angle1	sword			; start angle for arc
	AP_angle2	sword			; ending angle for arc
ArcParams			ends

ArcParams is a structure passed to several arc construction routines.

Library: graphics.def

AreaAttr

AreaAttr		struct
	AA_colorFlag	ColorFlag CF_INDEX		; RGB or INDEX
	AA_color		RGBValue <0,0,0>		; RGB values or index
	AA_mask			SystemDrawMask			; draw mask
	AA_mapMode		ColorMapMode 			; color map mode
AreaAttr		ends

This structure is used with GrSetAreaAttr.

Library: graphics.def

ArgumentStackElement

ArgumentStackElement			struct
	ASE_type		EvalStackArgumentType	; The type of argument.
	ASE_data		EvalStackArgumentData	; The associated data.
ArgumentStackElement			ends

Library: parse.def

BackgroundColors

BackgroundColors		struc
	BC_unselectedColor1		byte	;the two colors to use when unselected
	BC_unselectedColor2		byte
	BC_selectedColor1		byte	;the two colors to use when selected
	BC_selectedColor2		byte
BackgroundColors		ends

Library: Objects/genC.def

BasicGrab

BasicGrab				struct
	BG_OD		optr
	BG_data		word
BasicGrab				ends

This structure is used for grab mechanisms where a single optr has the grab at any moment in time, and when methods should be sent out to notify optrs of their gaining or losing of the grab. The BG_data field is solely to keep the struct the same size as the MouseGrab structures, so that common routines may operate on the different structures.

Library: Objects/uiInputC.def

BasicInit

BasicInit		struct
	BI_center		PointDWFixed
	BI_width		WWFixed
	BI_height		WWFixed
	BI_transform	GrObjTransMatrix
	align			word
BasicInit		ends

Library: grobj.def

BBFixed

BBFixed		struct
	BBF_frac		byte
	BBF_int			byte
BBFixed		ends

This structure stores an 8 bit/8 bit fixed point number.

Library: geos.def

BCCToolboxFeatures

BCCToolboxFeatures			record
BCCToolboxFeatures			end

Library: Objects/Text/tCtrlC.def

BCFeatures

BCFeatures				record
	BCF_LIST		:1
	BCF_CUSTOM		:1
BCFeatures				end

Library: Objects/Text/tCtrlC.def

BCToolboxFeatures

BCToolboxFeatures		record
BCToolboxFeatures		end

Library: Objects/Text/tCtrlC.def

Bitmap

Bitmap	struct
	B_width		word
	B_height	word
	B_compact	BMCompact BMC_UNCOMPACTED
	B_type		BMType <0,0,0,0,BMF_MONO>
Bitmap	ends

This structure stores information about a simple graphics bitmap.

B_width and B_height store the width and height of the bitmap, in points (pixels).

B_compact stores the method of compaction in use by this bitmap.

B_type stores the bitmap type (BMType).

Library: graphics.def

BitmapGuardianBitmapPointerActiveStatus

BitmapGuardianBitmapPointerActiveStatus etype byte, 0
	BGBPAS_ACTIVE		enum	BitmapGuardianBitmapPointerActiveStatus
	BGBPAS_INACTIVE		enum	BitmapGuardianBitmapPointerActiveStatus

Library: grobj.def

BitmapGuardianFlags

BitmapGuardianFlags				record
	BGF_POINTER_ACTIVE				:1
	BGF_REAL_ESTATE_RESIZE			:1
	BitmapGuardianFlags			end

BGF_POINTER_ACTIVE
This flag specifies that a floater is a BitmapPointer, so the bitmap should display handles instead of a dotted box for its edit indicator and it should respond to clicks on those handles. The BitmapPointer is used for changing the bitmap width and height.

BGF_REAL_ESTATE_RESIZE
This flag specifies that the current resize action is actually a real estate resize.

Library: grobj.def

BitmapGuardianSpecificInitializationData

BitmapGuardianSpecificInitializationData	struct
	BGSID_toolClass					fptr.ClassStruct
	BGSID_activeStatus				VisWardToolActiveStatus
BitmapGuardianSpecificInitializationData	ends

Library: grobj.def

BitmapMode

BitmapMode		record
							:14
	BM_EDIT_MASK			:1
	BM_CLUSTERED_DITHER		:1
BitmapMode		end

BM_EDIT_MASK
This flag specifies whether the mask is edited.

BM_CLUSTERED_DITHER
This flag specifies that the bitmap uses a clustered dither instead of a dispersed dither.

Library: graphics.def

BLTMode

BLTMode	etype	word
	BLTM_COPY 		enum BLTMode		; 0 = copy image
	BLTM_MOVE 		enum BLTMode		; 1 = move image
	BLTM_CLEAR 		enum BLTMode		; 2 = clear source rect

Library: graphics.def

BMCompact

BMCompact		etype		byte
	BMC_UNCOMPACTED 	enum BMCompact			; 0 = no compaction
	BMC_PACKBITS 		enum BMCompact			; 1 = Mac packbits
	BMC_USER_DEFINED 	enum BMCompact, 0x80	; >0x80 = user defined 
												; compaction

This data structure is used to specify what sort of compaction is used top store a graphics bitmap.

Library: graphics.def

BMDestroy

BMDestroy		etype		byte
	BMD_KILL_DATA		enum BMDestroy		; 0 = free bitmap (HugeArray)
	BMD_LEAVE_DATA		enum BMDestroy		; 1 = leave bitmap data alone

Library: graphics.def

BMFormat

BMFormat		etype		byte, 0
	BMF_MONO		enum BMFormat		; 0 = monochrome
	BMF_4BIT		enum BMFormat		; 1 = 4-bit (EGA,VGA)
	BMF_8BIT		enum BMFormat		; 2 = 8-bit (MCGA,SVGA)
	BMF_24BIT		enum BMFormat		; 3 = 24-bit (high end cards)
	BMF_4CMYK		enum BMFormat		; 4 = 4-bit CMYK (printers)
	BMF_3CMY		enum BMFormat		; 5 = 3-bit CMY (printers)

This type determines a graphic bitmap’s depth.

Library: graphics.def

BMType

BMType		record
	BMT_PALETTE			:1
	BMT_HUGE			:1
	BMT_MASK			:1
	BMT_COMPLEX			:1
	BMT_FORMAT			BMFormat:3
BMType		end

This record stores various facts about a graphics bitmap.

BMT_PALETTE
This flag indicates: 0 = no palette stored with bitmap; 1 = palette supplied. (This bit is ignored if BMT_COMPLEX = 0.)

BMT_HUGE
This flag indicates that the bitmap is stored in a HugeArray.

BMT_MASK
This flag specifies that a bitmap mask is stored along with bitmap data.

BMT_COMPLEX
This flag specifies that this is not a simple bitmap. This flag must set to use a palette.

BMT_FORMAT
The type of bitmap format (BMFormat) is specified here.

Library: graphics.def

BooleanByte

BooleanByte				etype		byte
	BB_FALSE	enum		BooleanByte, 0
	BB_TRUE		enum		BooleanByte, 255

Library: geos.def

BooleanWord

BooleanWord				etype		word
	BW_FALSE	enum		BooleanWord, 0
	BW_TRUE		enum		BooleanWord, 0ffffh

Library: geos.def

BoundingRectData

BoundingRectData			struct
	BRD_rect			RectDWFixed
	CheckHack			< (offset BRD_rect eq 0) >
	BRD_destGState		hptr.GState
	BRD_parentGState	hptr.GState
	BRD_initialized		word
BoundingRectData			ends

BRD_initialized is zero if the rectangle has not been initialized. This entry is generally ignored except by groups.

Library: grobj.def

BranchReplaceParams

BranchReplaceParams					struct
	BRP_searchParam			dd	(?)
	BRP_replaceParam		dd	(?)
	BRP_type				BranchReplaceParamType
BranchReplaceParams					ends

BRP_searchParam stores the search parameter, which is compared with instance data. Single word compare values should be stored in the first word; single byte values should be stored in the first byte.

BRP_replaceParam stores the replace parameter, which replaces any instance data which matches the search parameter. Single word compare values should be stored in first word, single byte in first byte.

BRP_type stores the type of replace operation (BranchReplaceParamType).

Library: Objects/genC.def

BranchReplaceParamType

BranchReplaceParamType			etype		word
	BRPT_OUTPUT_OPTR		enum	BranchReplaceParamType

This type is passed with MSG_GEN_BRANCH_REPLACE_PARAMS to specify the type of replacement operation to effect.

The type BRPT_OUTPUT_OPTR affects all optr’s stored in output optr fields and action descriptors within the generic branch, replacing and relocating them. Generic linkage itself is not affected.

The following generic objects recognize this replacement operation:
GenTrigger, GenList, GenValue, GenText: action optr’s, GenView: output optr’s.

Library: Objects/genC.def

Button

Button	etype	byte
	BUTTON_0		enum		Button
	BUTTON_1		enum		Button
	BUTTON_2		enum		Button
	BUTTON_3		enum		Button

Library: input.def

ButtonInfo

ButtonInfo			record
	BI_PRESS			:1
	BI_DOUBLE_PRESS		:1
	BI_B3_DOWN			:1
	BI_B2_DOWN			:1
	BI_B1_DOWN			:1
	BI_B0_DOWN			:1
	BI_BUTTON			Button:2
ButtonInfo			end

This record defines the active state of a mouse’s buttons.

Library: input.def

C_CallbackStruct

C_CallbackStruct		struc
	C_callbackType	CallbackType
	C_params		fptr
	C_returnDS		word
	C_u				C_CallbackUnion
	align			word
C_CallbackStruct 		ends

Library: parse.def

C_CallbackUnion

C_CallbackUnion		union
	CT_ftt		CT_FFT_CallbackStruct
	CT_ntt		CT_NTT_CallbackStruct
	CT_cne		CT_CNE_CallbackStruct
	CT_cns		CT_CNS_CallbackStruct
	CT_ef		CT_EF_CallbackStruct
	CT_ln		CT_LN_CallbackStruct
	CT_ul		CT_UL_CallbackStruct
	CT_ff		CT_FF_CallbackStruct
	CT_fn		CT_FN_CallbackStruct
	CT_cc		CT_CC_CallbackStruct
	CT_ec		CT_EX_CallbackStruct
	CT_ntc		CT_NTC_CallbackStruct
	CT_ftc		CT_FTC_CallbackStruct
	CT_dc		CT_DC_CallbackStruct
	CT_sf		CT_SF_CallbackStruct
C_CallbackUnion		end

Library: parse.def

CallBackMessageData

CallBackMessageData			struct
	CBMD_callBackOD				optr
	CBMD_callBackMessage		word
	CBMD_groupOD				optr
	CBMD_childOD				optr
	CBMD_extraData1				word
	CBMD_extraData2				word
	CallBackMessageData		ends

Library: grobj.def

CallbackType

CallbackType		etype		byte, 0, 1
	CT_FUNCTION_TO_TOKEN			enum		CallbackType
		; Description:
		;	Converts a function name to a function ID token.
		; Pass:
		;	ss:bp		= Pointer to ParserParameters structure
		;	ds:si		= Pointer to the text of the identifier
		;	cx			= Length of the identifier
		; Return:
		;	carry set if the text is a function name
		;	di			= The Function-ID for the identifier
		;
	CT_NAME_TO_TOKEN				enum		CallbackType
		; Description:
		;	Converts a name to a name ID token.
		; Pass:
		;	ss:bp		= Pointer to ParserParameters structure
		;	ds:si		= Pointer to the text of the name
		;	cx			= Length of the name
		; Return:
		;	cx			= Token for the name
		;	Carry set on error
		;	al			= Error code
		;
	CT_CHECK_NAME_EXISTS			enum		CallbackType
		; Description:
		;	Checks whether a name already exists
		; Pass:
		;	ss:bp		= Pointer to ParserParameters structure 
		;	ds:si		= Pointer to the text of the name
		;	cx			= Length of the name
		; Return:
		;	carry set if the name exists
		;	carry clear otherwise
		;
	CT_CHECK_NAME_SPACE				enum		CallbackType
		; Description:
		;	Signals the need to allocate a certain number of names.
		;	This avoids the problem of getting part way through
		;	a set of name glaciations for an expression and running out 
		;	of space for the names.
		; Pass:
		;	ss:bp		= Pointer to ParserParameters structure
		;	cx			= Number of names we want to allocate
		; Return:
		;	Carry set on error
		;	al			= Error code
		;
	CT_EVAL_FUNCTION				enum		CallbackType
		; Description:
		;	Evaluates a function with parameters.
		; Pass:
		;	ss:bp		= Pointer to EvalParameters structure
		;	cx			= Number of arguments
		;	si			= Function ID
		;	es:di		= Operator stack
		;	es:bx		= Argument stack
		; Return:
		;	carry set on error
		;	al			= Error code
		;
	CT_LOCK_NAME					enum		CallbackType
		; Description:
		;	Locks a name definition.
		; Pass:
		;	ss:bp		= Pointer to ParserParameters structure
		;	cx			= Name token
		; Return:
		;	carry set on error
		;	al			= Error code
		;	ds:si		= Pointer to the definition
		;
	CT_UNLOCK						enum		CallbackType
		; Description:
		;	Unlocks a name/function definition.
		; Pass:
		;	ss:bp		= Pointer to ParserParameters structure
		;	ds			= Segment address of the data to unlock
		;
	CT_FORMAT_FUNCTION				enum		CallbackType
		; Description:
		;	Formats a function name into a buffer.
		; Pass:
		;	ss:bp		= Pointer to ParserParameters structure
		;	es:di		= Buffer to store the text
		;	cx			= Function token
		;	dx			= Maximum number of characters that can be written
		; Return:
		;	es:di		= Pointer past the inserted text
		;	dx			= Number of characters that were written
		;
	CT_FORMAT_NAME					enum		CallbackType
		; Description:
		;	Formats a name into a buffer.
		; Pass:
		;	ss:bp		= Pointer to ParserParameters structure
		;	es:di		= Place to store the text
		;	cx			= Name token
		;	dx			= Maximum number of characters that can be written
		; Return:
		;	ss:bp		= Pointer to ParserParameters structure
		;	es:di		= Pointer past the inserted text
		;	dx		= Number of characters that were written
		;
	CT_CREATE_CELL					enum		CallbackType
		; Description:
		;	Creates a new empty cell. Used by the dependency code to
		;	create a cell to add dependencies to.
		; Pass:
		;	ss:bp		= Pointer to ParserParameters structure
		;	dx			= Row of the cell to create
		;	cx			= Column of the cell to create
		; Return:
		;	carry set on error
		;	al			= Error code
		;
	CT_EMPTY_CELL					enum		CallbackType
		; Description:
		;	Removes a cell if it's appropriate. This is called when a cell
		;	has its last dependency removed.
		; Pass:
		;	ss:bp		= Pointer to ParserParameters structure
		;	dx			= Row of the cell that now has no dependencies
		;	cx			= Column of the cell that now has no dependencies
		; Return:
		;	carry set on error
		;	al			= Error code
		;
	CT_NAME_TO_CELL					enum		CallbackType
		; Description:
		;	Converts a name into a cell to enable the addition of 
		;	dependencies to it.
		; Pass:
		;	ss:bp		= Pointer to ParserParameters structure
		;	cx			= Name token
		; Return:
		;	dx			= Row of the cell containing the names 
		;			 	dependencies
		;	cx			= Column of the cell containing the names 
		;				dependencies
		;
	CT_FUNCTION_TO_CELL				enum		CallbackType
		; Description:
		;	Converts a function into a cell to enable the addition of 
		;	dependencies to it.
		; Pass:
		;	ss:bp		= Pointer to ParserParameters structure
		;	cx			= Function-ID
		; Return:
		;	dx			= Row of the cell containing the functions ;	
		;					dependencies
		;				= 0 if no dependency is required
		;	cx			= Column of the cell containing the functions
		;				dependencies.
		;
	CT_DEREF_CELL					enum		CallbackType
		; Description:
		;	Returns the contents of a cell. The callback is responsible for
		;	popping the cell reference off the stack.
		; Pass:
		;	es:bx		= Pointer to the argument stack
		;	es:di		= Pointer to operator/function stack
		;	ss:bp		= Pointer to EvalParameters structure
		;	dx			= Row of the cell to dereference
		;	cx			= Column of the cell to dereference
		; Return:
		;	es:bx		= New pointer to the argument stack
		;	carry set on error
		;	al			= Error code
		;
	CT_SPECIAL_FUNCTION				enum		CallbackType
		; Description:
		;	Returns the value of one of the special functions.
		; Pass:
		;	es:bx		= Pointer to the argument stack
		;	es:di		= Pointer to operator/function stack
		;	ss:bp		= Pointer to EvalParameters structure
		;	cx			= Special function
		; Return:
		;	es:bx		= New pointer to the argument stack
		;	carry set on error
		;	al			= Error code

Library: parse.def

CBitmap

CBitmap	struct
	CB_simple		Bitmap <> 			; simple bitmap structure
	CB_startScan	word 0				; starting row number
	CB_numScans		word 1				; Number of scans of data in this slice
	;
	; the following three offsets are offsets from the start of the bitmap
	; structure
	;
	CB_devInfo		word 0				; offset to device info
	CB_data			word (size CBitmap)	; offset to start of data
	CB_palette		word 0				; offset to color table
										; (if bit 6 set in B_type of Bitmap 
										; structure)
	CB_xres			word 72				; x resolution (DPI)
	CB_yres			word 72				; y resolution (DPI)
CBitmap	ends

This structure stores information for a “complex” bitmap. (For a simple bitmap see the reference entry for Bitmap.)

CBitmap holds bitmap specifics such as resolution information, a palette, and mask data.

Library: graphics.def

CDependencyStruct

CDependencyStruct		struc
	DP_parameters				DependencyParameters
	DP_callbackPtr				fptr
	DP_callbackStruct			C_CallbackStruct
CDependencyStruct		ends

Library: parse.def

CellFunctionParameterFlags

CellFunctionParameterFlags				record
	CFPF_DIRTY			:1	;If set, the parameter block is dirty.
						:4	;Unused.
	CFPF_NO_FREE_COUNT	:3	;Set temporarily in RangeEnum to make sure 
							;that a callback doesn't attempt to free 
							;anything. These bits count the number of 
							;calls to a non-special RangeEnum
CellFunctionParameterFlags				end

Library: cell.def

CellFunctionParameters

CellFunctionParameters			struct
	CFP_flags			CellFunctionParameterFlags
	CFP_file			word
	CFP_rowBlocks		RowBlockList
CellFunctionParameters			ends

This structure is used to pass specifics about a cell file to the cell library routines. Some of the data in the CellFunctionParameters structure is opaque to the application (namely, the CFP_flags) and should not be modified by the application.

CFP_flags stores flags that are set and modified by the cell library. The only flag that is allowed to be checked or changed is the CFPF_dirty flag. The cell library routines set this bit whenever it changes the CellFunctionParameters structure, indicating that the structure needs to be resaved. After it is saved, you may clear this bit.

CFP_file must contain the VM file handle of the cell file. This field must be set each time you open the file. The cell library routines will always act on the file specified here, not on the VM override file (if any).

CFP_rowBlocks contains an array of VM block handles, one for every existing or potential row block. The length of this array is N_ROW_BLOCKS (defined in cell.h). When you create a cell file, initialize all of these handles to zero; do not access or change this field thereafter.

Warning: The cell library expects the CellFunctionParameters structure to remain motionless for the duration of the call. Therefore, if you allocate it as a DB item in a cell file, you must not have the structure be an ungrouped item.

Library: cell.def

CellRange

CellRange		struct
	CR_start		CellReference <>
	CR_end			CellReference <>
CellRange		ends

This structure specifies a rectangular range of cells

Library: parse.def

CellReference

CellReference		struct
	CR_row		CellRowColumn <>
	CR_column	CellRowColumn <>
CellReference		ends

Cell references can be absolute, relative, or mixed. If the cell reference is absolute, this structure specifies a particular cell; if the reference is relative, this structure specifies an offset from a previous cell position.

Library: parse.def

CellRowColumn

CellRowColumn		record
	CRC_ABSOLUTE			:1	; Set if the reference is absolute
	CRC_VALUE				:15	; The value of the row/column
CellRowColumn		end

Library: parse.def

CenterLeftRightWidth

CenterLeftRightWidth			etype		byte
	CLRW_CENTER			enum	CenterLeftRightWidth
	CLRW_LEFT			enum	CenterLeftRightWidth
	CLRW_RIGHT			enum	CenterLeftRightWidth
	CLRW_WIDTH			enum	CenterLeftRightWidth

Library: grobj.def

CenterTopBottomHeight

CenterTopBottomHeight			etype		byte
	CTBH_CENTER			enum	CenterTopBottomHeight
	CTBH_TOP			enum	CenterTopBottomHeight
	CTBH_BOTTOM			enum	CenterTopBottomHeight
	CTBH_HEIGHT			enum	CenterTopBottomHeight

Library: grobj.def

CEvalStruct

CEvalStruct		struc
	CE_parameters			EvalParameters
	CE_callbackPtr			fptr
	CE_callbackStruct		C_CallbackStruct
CEvalStruct		ends

Library: parse.def

CFormatStruct

CFormatStruct		struc
	CF_parameters			FormatParameters
	CF_callbackPtr			fptr
	CF_callbackStruct		C_CallbackStruct CFormatStruct		ends

Library: parse.def

CharacterSet

CharacterSet		etype		byte
	CS_BSW		enum CharacterSet, 0x00	;Extended BSW set (printable) (Chars)
	CS_CONTROL	enum CharacterSet, 0xff	;Control codes (non-printable) (VChar)
	CS_UI_FUNCS enum CharacterSet, 0xfe	;Special UI functions, not actually key
										;presses, defined in ui.def (UChar)
	VC_ISANSI	= CS_BSW
	VC_ISCTRL	= CS_CONTROL
	VC_ISUI		= CS_UI_FUNCS

Library: input.def

CharChoiceInformation

CharChoiceInformation				struct
	CCI_numChoices			word
	CCI_firstPoint			word
	CCI_lastPoint			word
	CCI_data				fptr.word
CharChoiceInformation				ends

CCI_numChoices stores the number of choices for this character (can be 0)

CCI_firstPoint stores the offset to the first point in the ink data corresponding to this char.

CCI_lastPoint stores the offset to the last point in the ink data corresponding to this char.

CCI_data stores the actual pointer to the characters.

Library: hwr.def

CharFlags

CharFlags		record
	CF_STATE_KEY	:1	;Set if state key (shift/toggle modifier)
		:2
	CF_EXTENDED		:1	;TRUE: extended key
	CF_TEMP_ACCENT	:1	;Set if temporary accent char
	CF_FIRST_PRESS	:1	;Set if initial key press
	CF_REPEAT_PRESS	:1	;Set if repeated key press
	CF_RELEASE		:1	;Set if key release (may be set in conjunction 
						;with the other two, by monitors or UI to lessen
						;number of events)
CharFlags		end

Library: input.def

Chars

Chars	etype	byte

	C_NULL			enum Chars, 0x0			;NULL
	C_CTRL_A		enum Chars, 0x1			;<ctrl>-A
	C_CTRL_B		enum Chars, 0x2			;<ctrl>-B
	C_CTRL_C		enum Chars, 0x3			;<ctrl>-C
	C_CTRL_D		enum Chars, 0x4			;<ctrl>-D
	C_CTRL_E		enum Chars, 0x5			;<ctrl>-E
	C_CTRL_F		enum Chars, 0x6			;<ctrl>-F
	C_CTRL_G		enum Chars, 0x7			;<ctrl>-G
	C_CTRL_H		enum Chars, 0x8			;<ctrl>-H
	C_TAB			enum Chars, 0x9			; TAB
	C_LINEFEED		enum Chars, 0xa			; LINE FEED
	C_CTRL_K		enum Chars, 0xb			;<ctrl>-K
	C_CTRL_L		enum Chars, 0xc			;<ctrl>-L
	C_ENTER			enum Chars, 0xd			; ENTER or CR
	C_SHIFT_OUT		enum Chars, 0xe			;<ctrl>-N
	C_SHIFT_IN		enum Chars, 0xf			;<ctrl>-O
	C_CTRL_P		enum Chars, 0x10		;<ctrl>-P
	C_CTRL_Q		enum Chars, 0x11		;<ctrl>-Q
	C_CTRL_R		enum Chars, 0x12		;<ctrl>-R
	C_CTRL_S		enum Chars, 0x13		;<ctrl>-S
	C_CTRL_T		enum Chars, 0x14		;<ctrl>-T
	C_CTRL_U		enum Chars, 0x15		;<ctrl>-U
	C_CTRL_V		enum Chars, 0x16		;<ctrl>-V
	C_CTRL_W		enum Chars, 0x17		;<ctrl>-W
	C_CTRL_X		enum Chars, 0x18		;<ctrl>-X
	C_CTRL_Y		enum Chars, 0x19		;<ctrl>-Y
	C_CTRL_Z		enum Chars, 0x1a		;<ctrl>-Z
	C_ESCAPE		enum Chars, 0x1b		;ESC

	; common shortcuts for low 32 codes
	C_NUL		= C_NULL
	C_STX		= C_CTRL_B
	C_ETX		= C_CTRL_C
	C_BEL		= C_CTRL_G
	C_BS		= C_CTRL_H
	C_HT		= C_CTRL_I
	C_VT		= C_CTRL_K
	C_FF		= C_CTRL_L
	C_SO		= C_CTRL_N
	C_SI		= C_CTRL_O
	C_DC1		= C_CTRL_Q
	C_DC2		= C_CTRL_R
	C_DC3		= C_CTRL_S
	C_DC4		= C_CTRL_T
	C_CAN		= C_CTRL_X
	C_EM		= C_CTRL_Y
	C_ESC		= C_ESCAPE
	;
	; some alternative names:
	;
	C_CR		= C_ENTER
	C_CTRL_M	= C_ENTER
	C_CTRL_I	= C_TAB
	C_CTRL_J	= C_LINEFEED
	C_LF		= C_LINEFEED
	C_CTRL_N	= C_SHIFT_OUT
	C_CTRL_O	= C_SHIFT_IN

	C_NULL_WIDTH		enum Chars, 0x19	; null width character
	C_GRAPHIC			enum Chars, 0x1a	; Graphic in text.
	C_THINSPACE			enum Chars, 0x1b	; 1/4 width space
	C_ENSPACE			enum Chars, 0x1c	; En-space, fixed width
	C_EMSPACE			enum Chars, 0x1d	; Em-space, fixed width.

	C_SECTION_BREAK		enum Chars, C_CTRL_K
	C_PAGE_BREAK		enum Chars, C_CTRL_L

	C_COLUMN_BREAK		=	C_PAGE_BREAK

	C_NONBRKHYPHEN		enum	Chars, 0x1e	; Non breaking hyphen.
	C_OPTHYPHEN			enum	Chars, 0x1f	; Optional hyphen, only drawn
											; at end of line.
	C_FS				= C_ENSPACE
	C_FIELD_SEP			= C_FS
	;
	; the standard ASCII chars:
	;
	C_SPACE				enum Chars, ' '
	C_EXCLAMATION		enum Chars, '!'
	C_QUOTE				enum Chars, '"'
	C_NUMBER_SIGN		enum Chars, '#'
	C_DOLLAR_SIGN		enum Chars, '$'
	C_PERCENT			enum Chars, '%'
	C_AMPERSAND			enum Chars, '&'
	C_SNG_QUOTE			enum Chars, 0x27
	C_LEFT_PAREN		enum Chars, '('
	C_RIGHT_PAREN		enum Chars, ')'
	C_ASTERISK			enum Chars, '*'
	C_PLUS				enum Chars, '+'
	C_COMMA				enum Chars, ','
	C_MINUS				enum Chars, '-'
	C_PERIOD			enum Chars, '.'
	C_SLASH				enum Chars, '/'
	C_ZERO				enum Chars, '0'
	C_ONE				enum Chars, '1'
	C_TWO				enum Chars, '2'
	C_THREE				enum Chars, '3'
	C_FOUR				enum Chars, '4'
	C_FIVE				enum Chars, '5'
	C_SIX				enum Chars, '6'
	C_SEVEN				enum Chars, '7'
	C_EIGHT				enum Chars, '8'
	C_NINE				enum Chars, '9'
	C_COLON				enum Chars, ':'
	C_SEMICOLON			enum Chars, ';'
	C_LESS_THAN			enum Chars, '<'
	C_EQUAL				enum Chars, '='
	C_GREATER_THAN		enum Chars, '>'
	C_QUESTION_MARK		enum Chars, '?'
	C_AT_SIGN			enum Chars, '@'
	C_CAP_A				enum Chars, 'A'
	C_CAP_B				enum Chars, 'B'
	C_CAP_C				enum Chars, 'C'
	C_CAP_D				enum Chars, 'D'
	C_CAP_E				enum Chars, 'E'
	C_CAP_F				enum Chars, 'F'
	C_CAP_G				enum Chars, 'G'
	C_CAP_H				enum Chars, 'H'
	C_CAP_I				enum Chars, 'I'
	C_CAP_J				enum Chars, 'J'
	C_CAP_K				enum Chars, 'K'
	C_CAP_L				enum Chars, 'L'
	C_CAP_M				enum Chars, 'M'
	C_CAP_N				enum Chars, 'N'
	C_CAP_O				enum Chars, 'O'
	C_CAP_P				enum Chars, 'P'
	C_CAP_Q				enum Chars, 'Q'
	C_CAP_R				enum Chars, 'R'
	C_CAP_S				enum Chars, 'S'
	C_CAP_T				enum Chars, 'T'
	C_CAP_U				enum Chars, 'U'
	C_CAP_V				enum Chars, 'V'
	C_CAP_W				enum Chars, 'W'
	C_CAP_X				enum Chars, 'X'
	C_CAP_Y				enum Chars, 'Y'
	C_CAP_Z				enum Chars, 'Z'
	C_LEFT_BRACKET		enum Chars, '['
	C_BACKSLASH			enum Chars, 0x5c
	C_RIGHT_BRACKET		enum Chars, ']'
	C_ASCII_CIRCUMFLEX	enum Chars, '^'
	C_UNDERSCORE		enum Chars, '_'
	C_BACKQUOTE			enum Chars, '`'
	C_SMALL_A			enum Chars, 'a'
	C_SMALL_B			enum Chars, 'b'
	C_SMALL_C			enum Chars, 'c'
	C_SMALL_D			enum Chars, 'd'
	C_SMALL_E			enum Chars, 'e'
	C_SMALL_F			enum Chars, 'f'
	C_SMALL_G			enum Chars, 'g'
	C_SMALL_H			enum Chars, 'h'
	C_SMALL_I			enum Chars, 'i'
	C_SMALL_J			enum Chars, 'j'
	C_SMALL_K			enum Chars, 'k'
	C_SMALL_L			enum Chars, 'l'
	C_SMALL_M			enum Chars, 'm'
	C_SMALL_N			enum Chars, 'n'
	C_SMALL_O			enum Chars, 'o'
	C_SMALL_P			enum Chars, 'p'
	C_SMALL_Q			enum Chars, 'q'
	C_SMALL_R			enum Chars, 'r'
	C_SMALL_S			enum Chars, 's'
	C_SMALL_T			enum Chars, 't'
	C_SMALL_U			enum Chars, 'u'
	C_SMALL_V			enum Chars, 'v'
	C_SMALL_W			enum Chars, 'w'
	C_SMALL_X			enum Chars, 'x'
	C_SMALL_Y			enum Chars, 'y'
	C_SMALL_Z			enum Chars, 'z'
	C_LEFT_BRACE		enum Chars, '{'
	C_VERTICAL_BAR		enum Chars, '|'
	C_RIGHT_BRACE		enum Chars, '}'
	C_ASCII_TILDE		enum Chars, '~'
	C_DELETE			enum Chars, 0x7f
	;
	; some alternative names:
	;
	C_HYPHEN 			= C_MINUS
	C_GRAVE 			= C_BACKQUOTE
	C_UA_DIERESIS		enum Chars, 0x80
	C_UA_RING			enum Chars, 0x81
	C_UC_CEDILLA		enum Chars, 0x82
	C_UE_ACUTE			enum Chars, 0x83
	C_UN_TILDE			enum Chars, 0x84
	C_UO_DIERESIS		enum Chars, 0x85
	C_UU_DIERESIS		enum Chars, 0x86
	C_LA_ACUTE			enum Chars, 0x87
	C_LA_GRAVE			enum Chars, 0x88
	C_LA_CIRCUMFLEX		enum Chars, 0x89
	C_LA_DIERESIS		enum Chars, 0x8a
	C_LA_TILDE			enum Chars, 0x8b
	C_LA_RING			enum Chars, 0x8c
	C_LC_CEDILLA		enum Chars, 0x8d
	C_LE_ACUTE			enum Chars, 0x8e
	C_LE_GRAVE			enum Chars, 0x8f
	C_LE_CIRCUMFLEX		enum Chars, 0x90
	C_LE_DIERESIS		enum Chars, 0x91
	C_LI_ACUTE			enum Chars, 0x92
	C_LI_GRAVE			enum Chars, 0x93
	C_LI_CIRCUMFLEX		enum Chars, 0x94
	C_LI_DIERESIS		enum Chars, 0x95
	C_LN_TILDE			enum Chars, 0x96
	C_LO_ACUTE			enum Chars, 0x97
	C_LO_GRAVE			enum Chars, 0x98
	C_LO_CIRCUMFLEX		enum Chars, 0x99
	C_LO_DIERESIS		enum Chars, 0x9a
	C_LO_TILDE			enum Chars, 0x9b
	C_LU_ACUTE			enum Chars, 0x9c
	C_LU_GRAVE			enum Chars, 0x9d
	C_LU_CIRCUMFLEX		enum Chars, 0x9e
	C_LU_DIERESIS		enum Chars, 0x9f
	C_DAGGER			enum Chars, 0xa0
	C_DEGREE			enum Chars, 0xa1
	C_CENT				enum Chars, 0xa2
	C_STERLING			enum Chars, 0xa3
	C_SECTION			enum Chars, 0xa4
	C_BULLET			enum Chars, 0xa5
	C_PARAGRAPH			enum Chars, 0xa6
	C_GERMANDBLS		enum Chars, 0xa7
	C_REGISTERED		enum Chars, 0xa8
	C_COPYRIGHT			enum Chars, 0xa9
	C_TRADEMARK			enum Chars, 0xaa
	C_ACUTE				enum Chars, 0xab
	C_DIERESIS			enum Chars, 0xac
	C_NOTEQUAL			enum Chars, 0xad
	C_U_AE				enum Chars, 0xae
	C_UO_SLASH			enum Chars, 0xaf
	C_INFINITY			enum Chars, 0xb0
	C_PLUSMINUS			enum Chars, 0xb1
	C_LESSEQUAL			enum Chars, 0xb2
	C_GREATEREQUAL		enum Chars, 0xb3
	C_YEN				enum Chars, 0xb4
	C_L_MU				enum Chars, 0xb5
	C_L_DELTA			enum Chars, 0xb6
	C_U_SIGMA			enum Chars, 0xb7
	C_U_PI				enum Chars, 0xb8
	C_L_PI				enum Chars, 0xb9
	C_INTEGRAL			enum Chars, 0xba
	C_ORDFEMININE		enum Chars, 0xbb
	C_ORDMASCULINE		enum Chars, 0xbc
	C_U_OMEGA			enum Chars, 0xbd
	C_L_AE				enum Chars, 0xbe
	C_LO_SLASH			enum Chars, 0xbf
	C_QUESTIONDOWN		enum Chars, 0xc0
	C_EXCLAMDOWN		enum Chars, 0xc1
	C_LOGICAL_NOT		enum Chars, 0xc2
	C_ROOT				enum Chars, 0xc3
	C_FLORIN			enum Chars, 0xc4
	C_APPROX_EQUAL		enum Chars, 0xc5
	C_U_DELTA			enum Chars, 0xc6
	C_GUILLEDBLLEFT		enum Chars, 0xc7
	C_GUILLEDBLRIGHT	enum Chars, 0xc8
	C_ELLIPSIS			enum Chars, 0xc9
	C_NONBRKSPACE		enum Chars, 0xca
	C_UA_GRAVE			enum Chars, 0xcb
	C_UA_TILDE			enum Chars, 0xcc
	C_UO_TILDE			enum Chars, 0xcd
	C_U_OE				enum Chars, 0xce
	C_L_OE				enum Chars, 0xcf
	C_ENDASH			enum Chars, 0xd0
	C_EMDASH			enum Chars, 0xd1
	C_QUOTEDBLLEFT		enum Chars, 0xd2
	C_QUOTEDBLRIGHT		enum Chars, 0xd3
	C_QUOTESNGLEFT		enum Chars, 0xd4
	C_QUOTESNGRIGHT		enum Chars, 0xd5
	C_DIVISION			enum Chars, 0xd6
	C_DIAMONDBULLET		enum Chars, 0xd7
	C_LY_DIERESIS		enum Chars, 0xd8
	C_UY_DIERESIS		enum Chars, 0xd9
	C_FRACTION			enum Chars, 0xda
	C_CURRENCY			enum Chars, 0xdb
	C_GUILSNGLEFT		enum Chars, 0xdc
	C_GUILSNGRIGHT		enum Chars, 0xdd
	C_LY_ACUTE			enum Chars, 0xde
	C_UY_ACUTE			enum Chars, 0xdf
	C_DBLDAGGER			enum Chars, 0xe0
	C_CNTR_DOT			enum Chars, 0xe1
	C_SNGQUOTELOW		enum Chars, 0xe2
	C_DBLQUOTELOW		enum Chars, 0xe3
	C_PERTHOUSAND		enum Chars, 0xe4
	C_UA_CIRCUMFLEX		enum Chars, 0xe5
	C_UE_CIRCUMFLEX		enum Chars, 0xe6
	C_UA_ACUTE			enum Chars, 0xe7
	C_UE_DIERESIS		enum Chars, 0xe8
	C_UE_GRAVE			enum Chars, 0xe9
	C_UI_ACUTE			enum Chars, 0xea
	C_UI_CIRCUMFLEX		enum Chars, 0xeb
	C_UI_DIERESIS		enum Chars, 0xec
	C_UI_GRAVE			enum Chars, 0xed
	C_UO_ACUTE			enum Chars, 0xee
	C_UO_CIRCUMFLEX		enum Chars, 0xef
	C_LOGO				enum Chars, 0xf0
	C_UO_GRAVE			enum Chars, 0xf1
	C_UU_ACUTE			enum Chars, 0xf2
	C_UU_CIRCUMFLEX		enum Chars, 0xf3
	C_UU_GRAVE			enum Chars, 0xf4
	C_LI_DOTLESS		enum Chars, 0xf5
	C_CIRCUMFLEX		enum Chars, 0xf6
	C_TILDE				enum Chars, 0xf7
	C_MACRON			enum Chars, 0xf8
	C_BREVE				enum Chars, 0xf9
	C_DOTACCENT			enum Chars, 0xfa
	C_RING				enum Chars, 0xfb
	C_CEDILLA			enum Chars, 0xfc
	C_HUNGARUMLAT		enum Chars, 0xfd
	C_OGONEK			enum Chars, 0xfe
	C_CARON				enum Chars, 0xff
	;
	; some alternative names:
	;
	C_PARTIAL_DIFF		= C_L_DELTA
	C_SUM				= C_U_SIGMA
	C_PRODUCT			= C_U_PI
	C_RADICAL			= C_ROOT
	C_LOZENGE			= C_DIAMONDBULLET

Library: char.def

CharTableData

CharTableData			struct
	CTD_line1		optr
	CTD_line2		optr
	CTD_line3		optr
	CTD_line4		optr
	CTD_line5		optr
CharTableData			ends

This structure is used during notification of the pen object.

Library: Objects/gPenICC.def

ChunkArrayHeader

ChunkArrayHeader			struct
	CAH_count			word
	CAH_elementSize		word
	CAH_curOffset		word
	CAH_offset			word
ChunkArrayHeader			ends

Every chunk array begins with a ChunkArrayHeader. This structure contains the basic information about the associated chunk array. Applications should never change the contents of the ChunkArrayHeader; only the chunk array routines should do this. However, applications can examine the header if they wish.

CAH_count stores the number of elements in the chunk array.

CAH_elementSize stores the size of each element in the chunk array if the elements are each of the same size. If the elements are variable-sized, this entry will be zero.

CAH_curOffset stores bookkeeping information pointing to the current element in use during an enumeration.

CAH_offset stores the offset from the start of the chunk to the first element in the array.

Library: chunkarr.def

ChunkMapList

ChunkMapList		struc
	CML_source			word
	CML_dest			word
ChunkMapList		ends

Library: impex.def

ClassFlags

ClassFlags		record
	CLASSF_HAS_DEFAULT		:1	; Set if dword before the class record
								; contains an fptr of a default method
								; handler to deal with any unrecognized
								; method send to an object of the class.
	CLASSF_MASTER_CLASS		:1	; Set if class is a master class
	CLASSF_VARIANT_CLASS	:1	; Set if superclass varies
	CLASSF_DISCARD_ON_SAVE	:1	; Set if class data can be discarded
								; when object is saved
	CLASSF_NEVER_SAVED		:1	; Set if objects of this class
								; are never saved. This is a signal
								; to Esp that it needn't build up
								; a relocation table for the class
	CLASSF_HAS_RELOC		:1	; Set if dword after method table is
								; routine to call to relocate or
								; unrelocate an object. Routine is
								; passed MSG_META_RELOCATE or
								; MSG_META_UNRELOCATE in AX.
	CLASSF_C_HANDLERS		:1	; Handlers are written in C and must
								; be called with the C convention
							:1
ClassFlags		end

This record is stored in the ClassStruct structure’s Class_flags field. These flags are internal and may not be set or retrieved directly.

Library: object.def

ClassStruct

ClassStruct			struct
	Class_superClass			fptr.ClassStruct
	Class_masterOffset			word
	Class_methodCount			word
	Class_instanceSize			word
	Class_vdRelocTable			nptr.VarObjRelocation
	Class_relocTable			nptr.ObjRelocation
	Class_flags					ClassFlags
	Class_masterMethods			byte
	Class_methodTable			label word
ClassStruct			ends

This structure contains the arguments which define a class. It is internal and used only very rarely by anything other than the kernel and the UI.

Class_superClass stores the ClassStruct of this class’s superclass.

Class_masterOffset stores the offset to the master class data.

Class_methodCount stores the number of methods defined for this class. This is used to determine the size of the method table, which follows this ClassStruct.

Class_instanceSize stores the size of the entire master group’s instance data.

Class_vdRelocTable stores the offset to the class’ relocatable vardata table.

Class_relocTable stores the offset to the class’ relocatable instance data table.

Class_flags stores the ClassFlags in use by the class.

Class_masterMessages stores internal flags that Esp uses to indicate the presence of method handlers for a given master level.

Class_methodTable marks the start of the class’ method table.

Library: object.def

ClipboardItemFlags

ClipboardItemFlags			record
	CIF_UNUSED			:1
	CIF_QUICK			:1
	CIF_UNUSED2			:14
ClipboardItemFlags			end

Library: Objects/clipbrd.def

ClipboardItemFormat

ClipboardItemFormat		etype		word
	CIF_TEXT				enum		ClipboardItemFormat
	CIF_GRAPHICS_STRING		enum		ClipboardItemFormat
	CIF_FILES				enum		ClipboardItemFormat
	CIF_SPREADSHEET			enum		ClipboardItemFormat
	CIF_INK					enum		ClipboardItemFormat
	CIF_GROBJ				enum		ClipboardItemFormat
	CIF_GEODEX				enum		ClipboardItemFormat
	CIF_BITMAP				enum		ClipboardItemFormat
	CIF_SOUND_SYNTH			enum		ClipboardItemFormat
	CIF_SOUND_SAMPLE		enum		ClipboardItemFormat

CIF_TEXT
The contents of the clipboard are null terminated text (with possible formatting information).

CIF_GRAPHICS_STRING
The contents of the clipboard is a standard GEOS graphics string.

CIF_FILES
The contents of the clipboard are in an internal desktop format for direct-manipulation file operations.

Library: geoworks.def

ClipboardItemFormatID

ClipboardItemFormatID			struct
	CIFID_manufacturer				ManufacturerID
	CIFID_type						ClipboardItemFormat
ClipboardItemFormatID			ends

Format IDs are identified by two words. One is a manufacturer ID and the other is a manufacturer-specific value that specifies the actual format.

Library: Objects/clipbrd.def

ClipboardItemFormatInfo

ClipboardItemFormatInfo			struct
	;
	; two words of format identification
	;
	CIFI_format			ClipboardItemFormatID
	;
	; two words of format-specific extra data
	;	(not used for CIF_TEXT, gstring size for CIF_GRAPHICS_STRING,
	;	 not used for CIF_FILES)
	;
	CIFI_extra1			word
	CIFI_extra2			word
	;
	; VM block handle of first block in linked chain of data blocks
	;
	CIFI_vmChain		dword
	;
	; token of application that knows how to render this format
	; (not currently used)
	;
	CIFI_renderer		GeodeToken <>
ClipboardItemFormatInfo			ends

A clipboard item header contains all of the data for the item in all formats supported by the owner. Each format is identified by a structure that stores the format type, two words of format-specific extra data, and the VM block handle of the first VM block in a chain of VM data blocks for the format.

Library: Objects/clipbrd.def

ClipboardItemHeader

ClipboardItemHeader			struct
	CIH_owner			optr
	CIH_flags			ClipboardItemFlags
	CIH_name			ClipboardItemNameBuffer
	CIH_formatCount		word
	CIH_sourceID		optr
	CIH_formats			ClipboardItemFormatInfo CLIPBOARD_MAX_FORMATS dup (<>)
	CIH_reserved		dword
ClipboardItemHeader			ends

This structure is passed to ClipboardRegisterItem, ClipboardRequestItemFormat, ClipboardDoneWithItem and returned from ClipboardQueryItem.

CIH_owner stores the owner of the transfer item - this is cleared when a clipboard item is saved to disk when shutting down. Note that only normal transfer items persist across shutdown.

CIH_flags stores the quick/normal (quick item is only temporary).

CIH_name stores the name of this clipboard item.

CIH_formatCount stores the number of data formats available.

CIH_sourceID stores the optr of additional info about transfer item source (used to determine default move/copy behavior during quick transfer). “source document ID” – most things will want to put the optr of the parent GenDocument object here.

CIH_formats stores the data formats available ordered from most informative (includes VM block handles containing data for the format) (all formats for a given transfer item must be in the same VM file).

CIH_reserved is reserved for future expansion (must be 0 for now).

Library: Objects/clipbrd.def

ClipboardQuickNotifyFlags

ClipboardQuickNotifyFlags			record
	CQNF_ERROR				:1
	CQNR_SOURCE_EQUAL_DEST	:1
	CQNR_MOVE				:1
	CQNR_COPY				:1
	CQNR_NO_OPERATION		:1
	CQNR_UNUSED				:11
ClipboardQuickNotifyFlags			end

These flags return information about the success or failure of a quick transfer operation.

Library: Objects/clipbrd.def

ClipboardQuickTransferFeedback

ClipboardQuickTransferFeedback				etype word
	CQTF_SET_DEFAULT		enum		ClipboardQuickTransferFeedback
	CQTF_CLEAR_DEFAULT		enum		ClipboardQuickTransferFeedback
	CQTF_MOVE				enum		ClipboardQuickTransferFeedback
	CQTF_COPY				enum		ClipboardQuickTransferFeedback
	CQTF_CLEAR				enum		ClipboardQuickTransferFeedback

CQTF_SET_DEFAULT
Sets the default modal cursor used during a clipboard quick-transfer operation. (This is used internally.)

CQTF_CLEAR_DEFAULT
Clears the default modal cursor during a clipboard quick-transfer operation. (This is used internally.)

CQTF_MOVE
Sets the move cursor during a clipboard quick-transfer operation.

CQTF_COPY
Sets the copy cursor during a clipboard quick-transfer operation.

CQTF_CLEAR
Clears any move/copy cursors present.

Library: Objects/clipbrd.def

ClipboardQuickTransferFlags

ClipboardQuickTransferFlags				record
	CQTF_IN_PROGRESS		:1		; internal
	CQTF_COPY_ONLY			:1		; if the source only supports copying
	CQTF_USE_REGION			:1		; use region
	CQTF_NOTIFICATION		:1		; set if the quick-transfer source wants 
									; to be notified when the transfer item
									; has been processed.
							:12
ClipboardQuickTransferFlags				end

Library: Objects/clipbrd.def

ClipboardQuickTransferRegionInfo

ClipboardQuickTransferRegionInfo			struct
	CQTRI_paramAX				word
	CQTRI_paramBX				word
	CQTRI_paramCX				word
	CQTRI_paramDX				word
	CQTRI_regionPos				Point
	CQTRI_strategy				dword
	CQTRI_region				dword
ClipboardQuickTransferRegionInfo			ends

This structure stores the stack parameters used in ClipboardStartQuickTransfer if the ClipboardQuickTransferFlags in use include CQTF_USE_REGION.

Library: Objects/clipbrd.def

Color

Color		etype	byte
	C_BLACK 		enum Color		; black color index
	C_BLUE 			enum Color		; dark blue color index
	C_GREEN 		enum Color		; dark green color index
	C_CYAN 			enum Color		; dark cyan color index
	C_RED 			enum Color		; dark red color index
	C_VIOLET 		enum Color		; dark violet color index
	C_BROWN 		enum Color		; brown color index
	C_LIGHT_GRAY 	enum Color		; light gray color index
	C_DARK_GRAY 	enum Color		; dark gray color index
	C_LIGHT_BLUE 	enum Color		; light blue color index
	C_LIGHT_GREEN 	enum Color		; light green color index
	C_LIGHT_CYAN 	enum Color		; light cyan color index
	C_LIGHT_RED 	enum Color		; light red color index
	C_LIGHT_VIOLET 	enum Color		; light violet color index
	C_YELLOW 		enum Color		; yellow color index
	C_WHITE 		enum Color		; white color index

	C_LIGHT_GREY =	C_LIGHT_GRAY	; alternate spelling
	C_DARK_GREY	 =	C_DARK_GRAY		; alternate spelling

	MAX_CF_INDEX	= C_WHITE

	C_BW_GREY		= 0x84			; "color" to pass to black
									; and white driver to get
									; 50% pattern (in dither mode)

	;	Additional color enums for use as color indices

	C_GRAY_0		enum Color, 0x10	; start of grey ramp, 0.0%
	C_GRAY_7		enum Color, 0x11	; start of grey ramp, 6.3%
	C_GRAY_13		enum Color, 0x12	; start of grey ramp, 13.3%
	C_GRAY_20		enum Color, 0x13	; start of grey ramp, 20.0%
	C_GRAY_27		enum Color, 0x14	; start of grey ramp, 26.7%
	C_GRAY_33		enum Color, 0x15	; start of grey ramp, 33.3%
	C_GRAY_40		enum Color, 0x16	; start of grey ramp, 40.0%
	C_GRAY_47		enum Color, 0x17	; start of grey ramp, 46.7%
	C_GRAY_53		enum Color, 0x18	; start of grey ramp, 53.3%
	C_GRAY_60		enum Color, 0x19	; start of grey ramp, 60.0%
	C_GRAY_68		enum Color, 0x1a	; start of grey ramp, 67.7%
	C_GRAY_73		enum Color, 0x1b	; start of grey ramp, 73.3%
	C_GRAY_80		enum Color, 0x1c	; start of grey ramp, 80.0%
	C_GRAY_88		enum Color, 0x1d	; start of grey ramp, 87.7%
	C_GRAY_93		enum Color, 0x1e	; start of grey ramp, 93.3%
	C_GRAY_100		enum Color, 0x1f	; start of grey ramp,100.0%

	C_UNUSED_0		enum Color, 0x20	; 8 unused spots
	C_UNUSED_1		enum Color, 0x21
	C_UNUSED_2		enum Color, 0x22
	C_UNUSED_3		enum Color, 0x23
	C_UNUSED_4		enum Color, 0x24
	C_UNUSED_5		enum Color, 0x25
	C_UNUSED_6		enum Color, 0x26
	C_UNUSED_7		enum Color, 0x27
	C_R0_G0_B0		enum Color, 0x28	; start of 6x6x6 RGB cube
	C_R0_G0_B1		enum Color, 0x29
	C_R0_G0_B2		enum Color, 0x2a
	C_R0_G0_B3		enum Color, 0x2b
	C_R0_G0_B4		enum Color, 0x2c
	C_R0_G0_B5		enum Color, 0x2d
	C_R0_G1_B0		enum Color, 0x2e
	C_R0_G1_B1		enum Color, 0x2f
	C_R0_G1_B2		enum Color, 0x30
	C_R0_G1_B3		enum Color, 0x31
	C_R0_G1_B4		enum Color, 0x32
	C_R0_G1_B5		enum Color, 0x33
	C_R0_G2_B0		enum Color, 0x34
	C_R0_G2_B1		enum Color, 0x35
	C_R0_G2_B2		enum Color, 0x36
	C_R0_G2_B3		enum Color, 0x37
	C_R0_G2_B4		enum Color, 0x38
	C_R0_G2_B5		enum Color, 0x39
	C_R0_G3_B0		enum Color, 0x3a
	C_R0_G3_B1		enum Color, 0x3b
	C_R0_G3_B2		enum Color, 0x3c
	C_R0_G3_B3		enum Color, 0x3d
	C_R0_G3_B4		enum Color, 0x3e
	C_R0_G3_B5		enum Color, 0x3f
	C_R0_G4_B0		enum Color, 0x40
	C_R0_G4_B1		enum Color, 0x41
	C_R0_G4_B2		enum Color, 0x42
	C_R0_G4_B3		enum Color, 0x43
	C_R0_G4_B4		enum Color, 0x44
	C_R0_G4_B5		enum Color, 0x45
	C_R0_G5_B0		enum Color, 0x46
	C_R0_G5_B1		enum Color, 0x47
	C_R0_G5_B2		enum Color, 0x48
	C_R0_G5_B3		enum Color, 0x49
	C_R0_G5_B4		enum Color, 0x4a
	C_R0_G5_B5		enum Color, 0x4b
	C_R1_G0_B0		enum Color, 0x4c
	C_R1_G0_B1		enum Color, 0x4d
	C_R1_G0_B2		enum Color, 0x4e
	C_R1_G0_B3		enum Color, 0x4f
	C_R1_G0_B4		enum Color, 0x50
	C_R1_G0_B5		enum Color, 0x51
	C_R1_G1_B0		enum Color, 0x52
	C_R1_G1_B1		enum Color, 0x53
	C_R1_G1_B2		enum Color, 0x54
	C_R1_G1_B3		enum Color, 0x55
	C_R1_G1_B4		enum Color, 0x56
	C_R1_G1_B5		enum Color, 0x57
	C_R1_G2_B0		enum Color, 0x58
	C_R1_G2_B1		enum Color, 0x59
	C_R1_G2_B2		enum Color, 0x5a
	C_R1_G2_B3		enum Color, 0x5b
	C_R1_G2_B4		enum Color, 0x5c
	C_R1_G2_B5		enum Color, 0x5d
	C_R1_G3_B0		enum Color, 0x5e
	C_R1_G3_B1		enum Color, 0x5f
	C_R1_G3_B2		enum Color, 0x60
	C_R1_G3_B3		enum Color, 0x61
	C_R1_G3_B4		enum Color, 0x62
	C_R1_G3_B5		enum Color, 0x63
	C_R1_G4_B0		enum Color, 0x64
	C_R1_G4_B1		enum Color, 0x65
	C_R1_G4_B2		enum Color, 0x66
	C_R1_G4_B3		enum Color, 0x67
	C_R1_G4_B4		enum Color, 0x68
	C_R1_G4_B5		enum Color, 0x69
	C_R1_G5_B0		enum Color, 0x6a
	C_R1_G5_B1		enum Color, 0x6b
	C_R1_G5_B2		enum Color, 0x6c
	C_R1_G5_B3		enum Color, 0x6d
	C_R1_G5_B4		enum Color, 0x6e
	C_R1_G5_B5		enum Color, 0x6f
	C_R2_G0_B0		enum Color, 0x70
	C_R2_G0_B1		enum Color, 0x71
	C_R2_G0_B2		enum Color, 0x72
	C_R2_G0_B3		enum Color, 0x73
	C_R2_G0_B4		enum Color, 0x74
	C_R2_G0_B5		enum Color, 0x75
	C_R2_G1_B0		enum Color, 0x76
	C_R2_G1_B1		enum Color, 0x77
	C_R2_G1_B2		enum Color, 0x78
	C_R2_G1_B3		enum Color, 0x79
	C_R2_G1_B4		enum Color, 0x7a
	C_R2_G1_B5		enum Color, 0x7b
	C_R2_G2_B0		enum Color, 0x7c
	C_R2_G2_B1		enum Color, 0x7d
	C_R2_G2_B2		enum Color, 0x7e
	C_R2_G2_B3		enum Color, 0x7f
	C_R2_G2_B4		enum Color, 0x80
	C_R2_G2_B5		enum Color, 0x81
	C_R2_G3_B0		enum Color, 0x82
	C_R2_G3_B1		enum Color, 0x83
	C_R2_G3_B2		enum Color, 0x84
	C_R2_G3_B3		enum Color, 0x85
	C_R2_G3_B4		enum Color, 0x86
	C_R2_G3_B5		enum Color, 0x87
	C_R2_G4_B0		enum Color, 0x88
	C_R2_G4_B1		enum Color, 0x89
	C_R2_G4_B2		enum Color, 0x8a
	C_R2_G4_B3		enum Color, 0x8b
	C_R2_G4_B4		enum Color, 0x8c
	C_R2_G4_B5		enum Color, 0x8d
	C_R2_G5_B0		enum Color, 0x8e
	C_R2_G5_B1		enum Color, 0x8f
	C_R2_G5_B2		enum Color, 0x90
	C_R2_G5_B3		enum Color, 0x91
	C_R2_G5_B4		enum Color, 0x92
	C_R2_G5_B5		enum Color, 0x93
	C_R3_G0_B0		enum Color, 0x94
	C_R3_G0_B1		enum Color, 0x95
	C_R3_G0_B2		enum Color, 0x96
	C_R3_G0_B3		enum Color, 0x97
	C_R3_G0_B4		enum Color, 0x98
	C_R3_G0_B5		enum Color, 0x99
	C_R3_G1_B0		enum Color, 0x9a
	C_R3_G1_B1		enum Color, 0x9b
	C_R3_G1_B2		enum Color, 0x9c
	C_R3_G1_B3		enum Color, 0x9d
	C_R3_G1_B4		enum Color, 0x9e
	C_R3_G1_B5		enum Color, 0x9f
	C_R3_G2_B0		enum Color, 0xa0
	C_R3_G2_B1		enum Color, 0xa1
	C_R3_G2_B2		enum Color, 0xa2
	C_R3_G2_B3		enum Color, 0xa3
	C_R3_G2_B4		enum Color, 0xa4
	C_R3_G2_B5		enum Color, 0xa5
	C_R3_G3_B0		enum Color, 0xa6
	C_R3_G3_B1		enum Color, 0xa7
	C_R3_G3_B2		enum Color, 0xa8
	C_R3_G3_B3		enum Color, 0xa9
	C_R3_G3_B4		enum Color, 0xaa
	C_R3_G3_B5		enum Color, 0xab
	C_R3_G4_B0		enum Color, 0xac
	C_R3_G4_B1		enum Color, 0xad
	C_R3_G4_B2		enum Color, 0xae
	C_R3_G4_B3		enum Color, 0xaf
	C_R3_G4_B4		enum Color, 0xb0
	C_R3_G4_B5		enum Color, 0xb1
	C_R3_G5_B0		enum Color, 0xb2
	C_R3_G5_B1		enum Color, 0xb3
	C_R3_G5_B2		enum Color, 0xb4
	C_R3_G5_B3		enum Color, 0xb5
	C_R3_G5_B4		enum Color, 0xb6
	C_R3_G5_B5		enum Color, 0xb7
	C_R4_G0_B0		enum Color, 0xb8
	C_R4_G0_B1		enum Color, 0xb9
	C_R4_G0_B2		enum Color, 0xba
	C_R4_G0_B3		enum Color, 0xbb
	C_R4_G0_B4		enum Color, 0xbc
	C_R4_G0_B5		enum Color, 0xbd
	C_R4_G1_B0		enum Color, 0xbe
	C_R4_G1_B1		enum Color, 0xbf
	C_R4_G1_B2		enum Color, 0xc0
	C_R4_G1_B3		enum Color, 0xc1
	C_R4_G1_B4		enum Color, 0xc2
	C_R4_G1_B5		enum Color, 0xc3
	C_R4_G2_B0		enum Color, 0xc4
	C_R4_G2_B1		enum Color, 0xc5
	C_R4_G2_B2		enum Color, 0xc6
	C_R4_G2_B3		enum Color, 0xc7
	C_R4_G2_B4		enum Color, 0xc8
	C_R4_G2_B5		enum Color, 0xc9
	C_R4_G3_B0		enum Color, 0xca
	C_R4_G3_B1		enum Color, 0xcb
	C_R4_G3_B2		enum Color, 0xcc
	C_R4_G3_B3		enum Color, 0xcd
	C_R4_G3_B4		enum Color, 0xce
	C_R4_G3_B5		enum Color, 0xcf
	C_R4_G4_B0		enum Color, 0xd0
	C_R4_G4_B1		enum Color, 0xd1
	C_R4_G4_B2		enum Color, 0xd2
	C_R4_G4_B3		enum Color, 0xd3
	C_R4_G4_B4		enum Color, 0xd4
	C_R4_G4_B5		enum Color, 0xd5
	C_R4_G5_B0		enum Color, 0xd6
	C_R4_G5_B1		enum Color, 0xd7
	C_R4_G5_B2		enum Color, 0xd8
	C_R4_G5_B3		enum Color, 0xd9
	C_R4_G5_B4		enum Color, 0xda
	C_R4_G5_B5		enum Color, 0xdb
	C_R5_G0_B0		enum Color, 0xdc
	C_R5_G0_B1		enum Color, 0xdd
	C_R5_G0_B2		enum Color, 0xde
	C_R5_G0_B3		enum Color, 0xdf
	C_R5_G0_B4		enum Color, 0xe0
	C_R5_G0_B5		enum Color, 0xe1
	C_R5_G1_B0		enum Color, 0xe2
	C_R5_G1_B1		enum Color, 0xe3
	C_R5_G1_B2		enum Color, 0xe4
	C_R5_G1_B3		enum Color, 0xe5
	C_R5_G1_B4		enum Color, 0xe6
	C_R5_G1_B5		enum Color, 0xe7
	C_R5_G2_B0		enum Color, 0xe8
	C_R5_G2_B1		enum Color, 0xe9
	C_R5_G2_B2		enum Color, 0xea
	C_R5_G2_B3		enum Color, 0xeb
	C_R5_G2_B4		enum Color, 0xec
	C_R5_G2_B5		enum Color, 0xed
	C_R5_G3_B0		enum Color, 0xee
	C_R5_G3_B1		enum Color, 0xef
	C_R5_G3_B2		enum Color, 0xf0
	C_R5_G3_B3		enum Color, 0xf1
	C_R5_G3_B4		enum Color, 0xf2
	C_R5_G3_B5		enum Color, 0xf3
	C_R5_G4_B0		enum Color, 0xf4
	C_R5_G4_B1		enum Color, 0xf5
	C_R5_G4_B2		enum Color, 0xf6
	C_R5_G4_B3		enum Color, 0xf7
	C_R5_G4_B4		enum Color, 0xf8
	C_R5_G4_B5		enum Color, 0xf9
	C_R5_G5_B0		enum Color, 0xfa
	C_R5_G5_B1		enum Color, 0xfb
	C_R5_G5_B2		enum Color, 0xfc
	C_R5_G5_B3		enum Color, 0xfd
	C_R5_G5_B4		enum Color, 0xfe

Library: color.def

ColoredObjectOrientation

ColoredObjectOrientation		etype		byte
	COO_AREA_ORIENTED				enum		ColoredObjectOrientation
	COO_TEXT_ORIENTED				enum		ColoredObjectOrientation
	COO_LINE_ORIENTED				enum		ColoredObjectOrientation

Library: Objects/colorC.def

ColorFlag

ColorFlag			etype		byte
	CF_INDEX	enum	ColorFlag			; set color with index
	CF_GRAY		enum	ColorFlag			; set color with gray value
	CF_SAME		enum	ColorFlag			; don't change the color (hatch)
	CF_CMY		enum	ColorFlag			; set color with CMY value
	CF_RGB		enum	ColorFlag, 0x80		; set color with RGB values

Several color-related commands accept colors in a variety of formats. The ColorFlag type is used to specify how the color is being described. The ColorFlag is normally used as part of a ColorQuad. See ColorQuad for information about how to interpret color specifications using ColorFlags.

Library: color.def

ColorMapMode

ColorMapMode			record
	CMM_ON_BLACK	:1					; 1 if drawing on black
					:1
	CMM_MAP_TYPE 	ColorMapType:1		; color mapping mode.
ColorMapMode			end

Library: graphics.def

ColorMapType

ColorMapType			etype		byte
	CMT_CLOSEST 	enum 	ColorMapType	; Map to closest solid color
	CMT_DITHER 		enum 	ColorMapType	; Map to dither pattern

Library: graphics.def

ColorModifiedStates

ColorModifiedStates			record
	CMS_COLOR_CHANGED			:1
	CMS_DRAW_MASK_CHANGED		:1
	CMS_PATTERN_CHANGED			:1
ColorModifiedStates			end

Library: colorC.def

ColorQuad

ColorQuad		struct
	CQ_redOrIndex	byte
	CQ_info			ColorFlag
	CQ_green		byte
	CQ_blue			byte
ColorQuad		ends

This structure represents a color.

CQ_info determines how the color is being described.

If CQ_info includes the CF_INDEX flag, the color is specified by an index value which matches a specific color in the palette. This index is stored in the CQ_redOrIndex field; CQ_green and CQ_blue are ignored if the color is an index value.

If CQ_info includes the CF_RGB flag, the color is specified by separate RGB components. CQ_redOrIndex stores the red value and CQ_green and CQ_blue store the green and blue components, respectively.

If CQ_info contains the CF_GRAY flag, the color is being expressed as a grey scale. This is basically an optimized way of describing RGB colors where the red, green, and blue components are equal. The CQ_redOrIndex field contains the brightness, a number between 0 and 255. The CQ_green and CQ_blue fields are ignored.

When defining hatch patterns, it is possible to have a CF_SAME info field. This means that the hatch lines should used the “same” color when drawing. That is, when hatching text, the text color will be used; when filling an area, the area color will be used. The CQ_redOrIndex, CQ_green, and CQ_blue fields are all ignored.

Library: color.def

ColorScheme

ColorScheme		record
	CS_lightColor		Color:4
	CS_darkColor		Color:4
ColorScheme		end

Library: Objects/visC.def

ColorToolboxPreferences

ColorToolboxPreferences				record
								:2
	CTP_INDEX_ORIENTATION		:2		;ColoredObjectOrientation
	CTP_DRAW_MASK_ORIENTATION	:2
	CTP_PATTERN_ORIENTATION		:1
	CTP_IS_POPUP				:1
ColorToolboxPreferences				end

Library: colorC.def

ColorTransfer

ColorTransfer		struct
	CT_data		RGBDelta 5*5*5 dup (?)		; 375 bytes of data.
ColorTransfer		ends

A color correction table is a 5x5x5 cube of RGB difference values. The correction is done by doing a lookup in the 3D table and applying the RGBDelta values to the original input values.

Library: color.def

ColumnArrayElement

ColumnArrayElement			struct
	CAE_column		byte		; The column number in which the cell resides.
	CAE_data		DBaseItem	; The item containing the cell data.
ColumnArrayElement			ends

Library: cell.def

ColumnArrayHeader

ColumnArrayHeader		struct
	CAH_numEntries			word	; Number of entries in the array.
	CAH_rowFlags			word	; Flags that exist for each row.
ColumnArrayHeader		ends

Library: cell.def

CommonParameters

CommonParameters			struct
	CP_row				word	; Current row
	CP_column			word	; Current column
	CP_maxRow			word	; Largest legal row value
	CP_maxColumn		word	; Largest legal column value
	CP_callback			dword	; One general purpose callback
	CP_cellParams		dword	; Pointer to the cell parameters
CommonParameters			ends

This structure stores basic information that is useful to many of the parse callback routines. It should always be placed at the base of the parameter structures.

Library: parse.def

CommonTransferParams

CommonTransferParams			struct
	CTP_range			VisTextRange
	CTP_pasteFrame		word			;ptr to frame if quick paste.
										;0 otherwise.
	CTP_vmFile			word			;VM file handle
	CTP_vmBlock			word			;VM block handle
CommonTransferParams			ends

This structure stores parameters sent on the stack to all transfer routines.

Library: Objects/vTextC.def

CompChildFlags

CompChildFlags		record
	CCF_MARK_DIRTY	:1,		; Marks chunk and modified objects as
							; dirty
	CCF_REFERENCE	:15		; Object # we should add new object 
							; before (if > # objects, then add new
							; object last)
	CCO_FIRST		equ		0x0000
	CCO_LAST		equ		0x7FFF	;NOTE - will not work if the object 
									;already has 32767 children.
CompChildFlags		end

This record is used when adding, moving, or removing children in an object tree.

CCF_MARK_DIRTY indicates whether the object should be marked dirty at the end of the operation.

CCF_REFERENCE stores a child number; when adding or moving a child, this is the child number after which the new object should be inserted. It can be any number less than 32768 or either of the two constants CCO_FIRST and CCO_LAST specifying the absolute first or last position.

Library: Objects/metaC.def

CompPart

CompPart		struct
	CP_firstChild		optr		; 0 = no children.
CompPart		ends

Library: Objects/metaC.def

CompSizeHintArgs

CompSizeHintArgs			struct
	CSHA_width		SpecWidth <>	; Width of the composite.
	CSHA_height		SpecHeight <>	; Height of each child.
	CSHA_count		sword			; Number of children of a composite.
CompSizeHintArgs			ends

This structure is used for HINT_FIXED_SIZE, HINT_MINIMUM_SIZE, HINT_MAXIMUM_SIZE and HINT_INITIAL_SIZE.

Library: Objects/genC.def

ContextData

ContextData		struct
	CD_object			optr
	CD_numChars			dword
	CD_range			VisTextRange
	CD_selection		VisTextRange
	CD_contextData		label char
ContextData		ends

CD_object stores the optr of the object the context is coming from.

CD_numChars stores the number of chars in the text object.

CD_range stores the range of characters that this context represents.

CD_selection stores the current text selection.

CD_contextData stores the null-terminated data.

Library: Objects/vTextC.def

ContextLocation

ContextLocation		etype		word
	CL_STARTING_AT_POSITION				enum		ContextLocation
	CL_ENDING_AT_POSITION				enum		ContextLocation
	CL_CENTERED_AROUND_POSITION			enum		ContextLocation
	CL_CENTERED_AROUND_SELECTION		enum		ContextLocation
	CL_CENTERED_AROUND_SELECTION_START	enum		ContextLocation
	CL_SELECTED_WORD					enum		ContextLocation

This type is used to identify a context location within a GetContextParams structure.

CL_STARTING_AT_POSITION
Retrieves GCP_numCharsToGet characters starting at GCP_position. CL_ENDING_AT_POSITION
Retrieves text ending at the passed selection.

CL_CENTERED_AROUND_POSITION
Retrieves GCP_numCharsToGet characters centered around GCP_position.

CL_CENTERED_AROUND_SELECTION
Retrieves GCP_numCharsToGet characters centered around the selection

CL_CENTERED_AROUND_SELECTION_START
Retrieves GCP_numCharsToGet characters centered around the start of the selection

CL_SELECTED_WORD
Retrieves the selection or surrounding word.

Library: Objects/vTextC.def

ContextValues

ContextValues		etype word, 0

Library: ec.def

CopyChunkFlags

CopyChunkFlags			record
	CCF_DIRTY		:1
	CCF_MODE		CopyChunkMode:2
	CCF_SIZE		:13			; number of bytes to copy (Not used for 
								; CCM_OPTR).
CopyChunkFlags			end

CCF_DIRTY
If set, any created chunk is set DIRTY. If clear, any created chunk is set IGNORE_DIRTY

Library: Objects/processC.def

CopyChunkInFrame

CopyChunkInFrame		struct
	CCIF_copyFlags			CopyChunkFlags
	CCIF_source				dword
	CCIF_destBlock			hptr
CopyChunkInFrame		ends

This structure is passed on the stack to MSG_PROCESS_COPY_CHUNK_IN.

CCIF_destBlock must be in an object block.

Library: Objects/process.def

CopyChunkMode

CopyChunkMode			etype		byte
	CCM_OPTR		enum		CopyChunkMode
	CCM_HPTR		enum		CopyChunkMode
	CCM_FPTR		enum		CopyChunkMode
	CCM_STRING		enum		CopyChunkMode

CCM_OPTR
The chunk being copied is in the form of an object block and chunk offset.

CCM_HPTR
The chunk being copied is in the form of a memory block and chunk offset.

CCM_FPTR
The chunk being copied is in the form of a segment and chunk offset.

Library: Objects/processC.def

CopyChunkOutFrame

CopyChunkOutFrame			struct
	CCOF_copyFlags		CopyChunkFlags
	CCOF_source			optr
	CCOF_dest			dword
CopyChunkOutFrame			ends

This structure is passed on the stack to MSG_PROCESS_COPY_CHUNK_OUT.

Library: Objects/processC.def

CopyChunkOVerFrame

CopyChunkOVerFrame			struct
	CCOVF_copyFlags		CopyChunkFlags
	CCOVF_source		dword
	CCOVF_dest			optr		; If 0, then creates a new chunk.
CopyChunkOVerFrame			ends

This structure is passed on the stack to MSG_PROCESS_COPY_CHUNK_OVER.

Library: Objects/processC.def

CountryType

CountryType			etype		word, 1, 1
	CT_UNITED_STATE			enum		CountryType
	CT_CANADA				enum		CountryType
	CT_UNITED_KINGDOM		enum		CountryType
	CT_GERMANY				enum		CountryType
	CT_FRANCE				enum		CountryType
	CT_SPAIN				enum		CountryType
	CT_ITALY				enum		CountryType
	CT_DENMARK				enum		CountryType
	CT_NETHERLANDS			enum		CountryType

Library: localize.def

CParserReturnStruct

CParserReturnStruct struc
	PRS_errorCode				byte
	PRS_textOffsetStart			word
	PRS_textOffsetEnd			word
	PRS_lastTokenPtr			fptr
CParserReturnStruct ends

Library: parse.def

CParserStruct

CParserStruct		struc
	C_parameters			ParserParameters
	C_callbackPtr			fptr
	C_callbackStruct		C_CallbackStruct
CParserStruct		ends

Library: parse.def

CPUFlags

CPUFlags		record
						:4
	CPU_OVERFLOW		:1
	CPU_DIRECTION		:1
	CPU_INTERRUPT		:1
	CPU_TRAP			:1
	CPU_SIGN			:1
	CPU_ZERO			:1
						:1
	CPU_AUX_CARRY		:1
						:1
	CPU_PARITY			:1
						:1
	CPU_CARRY			:1
CPUFlags		end

Library: geos.def

CRangeEnumCallbackParams

CRangeEnumCallbackParams			struct
	CRECP_rangeParams		fptr.CRangeEnumParams
	CRECP_row				word			;current row
	CRECP_column			word			;current column
	CRECP_cellData			fptr			;NULL if no data or REF_NO_LOCK 
											;passed
	CRECP_rangeFlags		RangeEnumFlags	;Range flags.
CRangeEnumCallbackParams			ends

This structure is a C version of what the RangeEnum callback function is called with.

Library: cell.def

CRangeEnumParams

CRangeEnumParams			struct
	CREP_params			RangeEnumParams
	CREP_locals			fptr
	CREP_callback		fptr.far	; This field is used internally.
CRangeEnumParams			ends

This structure is a C version of RangeEnumParams.

Library: cell.def

CreateExpressMenuControlItemFeature

CreateExpressMenuControlItemFeature etype word
	CEMCIF_GEOS_TASKS_LIST		enum	CreateExpressMenuControlItemFeature
	CEMCIF_DOS_TASKS_LIST		enum	CreateExpressMenuControlItemFeature
	CEMCIF_CONTROL_PANEL		enum	CreateExpressMenuControlItemFeature
	CEMCIF_UTILITIES_PANEL		enum	CreateExpressMenuControlItemFeature

Library: Objects/eMenuC.def

CreateExpressMenuControlItemParams

CreateExpressMenuControlItemParams struct
	CEMCIP_feature				CreateExpressMenuControlItemFeature
	CEMCIP_class				fptr.ClassStruct
	CEMCIP_itemPriority			CreateExpressMenuControlItemPriority
	CEMCIP_responseMessage		word
	CEMCIP_responseDestination	optr
	CEMCIP_responseData			word
	CEMCIP_field				optr
CreateExpressMenuControlItemParams ends

CEMCIP_feature stores the feature to which the item is to be created. Only EMCF_GEOS_TASKS_LIST, EMCF_DOS_TASKS_LIST, ECMF_CONTROL_PANEL, and ECMF_UTILITIES_PANEL are allowed.

CEMCIP_class stores the class of the object to create. This class must be a subclass of GenItemClass for CEMCIF_GEOS_TASKS_LIST, a subclass of GenTriggerClass for CEMCIF_DOS_TASKS_LIST, or a subclass of GenClass for CEMCIF_CONTROL_PANEL and CEMCIF_UTILITIES_PANEL.

CEMCIP_itemPriority specifies the relative position for the newly created item. Lower numbers will be added in front (above) higher numbers. Use CEMCIP_STANDARD_PRIORITY for default position

CEMCIP_responseMessage stores the message to send with newly created object’s optr.

CEMCIP_responseDestination stores the destination for the response message.

CEMCIP_responseData stores an opaque word of data copied to CEMCIRP_data field to help destination figure out what it should do with the new item.

CEMCIP_field stores the optr of a GenField. Only Express Menu Control objects associated with this GenField object will be affected. Pass 0 if the GenField the Express Menu Control is associated with doesn’t matter.

Library: Objects/eMenuC.def

CreateExpressMenuControlItemPriority

CreateExpressMenuControlItemPriority etype word
	CEMCIP_SPOOL_CONTROL_PANEL	enum CreateExpressMenuControlItemPriority, 100h
	CEMCIP_NETMSG_SEND_MESSAGE	enum CreateExpressMenuControlItemPriority, 200h
	CEMCIP_SAVER_SCREEN_SAVER	enum CreateExpressMenuControlItemPriority, 300h
	CEMCIP_SAVER_SCREEN_LOCK	enum CreateExpressMenuControlItemPriority, 400h
	CEMCIP_STANDARD_PRIORITY	enum CreateExpressMenuControlItemPriority, \
													 CCO_LAST

Library: Objects/eMenuC.def

CreateExpressMenuControlItemResponseParams

CreateExpressMenuControlItemResponseParams struct
	CEMCIRP_newItem					optr
	CEMCIRP_data					word
	CEMCIRP_expressMenuControl		optr
CreateExpressMenuControlItemResponseParams ends

This structure stores the parameters for the response message sent in CreateExpressMenuControlItemParams.

CEMCIRP_newItem stores the optr of the newly created item. ;

CEMCIRP_data stores an opaque word of data copied from CEMCIP_responseData field to help the destination figure out what it should do with the new item.

CEMCIRP_expressMenuControl stores the optr of the Express Menu Control object that created the new item.

Library: Objects/eMenuC.def

CreateVisMonikerFlags

CreateVisMonikerFlags			record
	CVMF_DIRTY			:1
						:7
CreateVisMonikerFlags			end

Library: Objects/visC.def

CreateVisMonikerFrame

CreateVisMonikerFrame			struct
	CVMF_source			dword
	CVMF_sourceType		VisMonikerSourceType
	even
	CVMF_dataType		VisMonikerDataType
	even
	CVMF_length			word
	CVMF_width			word
	CVMF_height			word
	CVMF_flags			CreateVisMonikerFlags
	even
CreateVisMonikerFrame			ends

This structure contains parameters passed to MSG_VIS_CREATE_VIS_MONIKER and MSG_GEN_CREATE_VIS_MONIKER.

CVMF_source stores the source for the moniker. This source may be an optr, hptr, or fptr, depending on the CVMF_sourceType.

CVMF_sourceType stores the VisMonikerSourceType, which specifies whether the moniker in CVMF_source is an optr, hptr, or fptr.

CVMF_dataType specifies whether the source is a VisMoniker, text string, graphics string, or GeodeToken.

CVMF_length stores the byte size of the source. This size is not used if CVMF_sourceType is VMST_OPTR. If the source type is VMDT_TEXT and CVMF_length is 0, text is assumed to be null-terminated. If the source type is VMDT_GSTRING and CVMF_length is 0, the length of the gstring is computed by scanning the gstring.

CVMF_width stores the width of the source if the source type is VMDT_GSTRING. If 0, the width of gstring is computed by scanning the gstring.

CVMF_height stores the height of the source if the source type is VMDT_GSTRING. If 0, the height of the gstring is computed by scanning the gstring.

CVMF_flags stores flags indicating whether to create the new moniker chunk dirty.

Library: Objects/visC.def

CSFeatures

CSFeatures		record
	CSF_FILLED_LIST		:1
	CSF_INDEX			:1
	CSF_RGB				:1
	CSF_DRAW_MASK		:1
	CSF_PATTERN			:1
CSFeatures		end

Library: Objects/colorC.def

CSToolboxFeatures

CSToolboxFeatures			record
	CSTF_INDEX			:1
	CSTF_DRAW_MASK		:1
	CSTF_PATTERN		:1
CSToolboxFeatures			end

Library: colorC.def

CT_CC_CallbackStruct

CT_CC_CallbackStruct		struc		; Structure for CT_CREATE_CELL
	CC_row				word
	CC_column			word
	CC_errorOccurred	byte
	CC_error			byte
CT_CC_CallbackStruct		ends

Library: parse.def

CT_CNE_CallbackStruct

CT_CNE_CallbackStruct		struc	; Structure for CT_CHECK_NAME_EXISTS
	CNE_text			fptr
	CNE_length 			word
	CNE_nameExists		byte
CT_CNE_CallbackStruct		ends

Library: parse.def

CT_CNS_CallbackStruct

CT_CNS_CallbackStruct	struc		; Structure for CT_CHECK_NAME_SPACE
	CNS_numToAllocate		word
	CNS_enoughSpace			byte
	CNS_errorOccurred 		byte
	CNS_error 			 	byte
CT_CNS_CallbackStruct	ends

Library: parse.def

CT_DC_CallbackStruct

CT_DC_CallbackStruct			struc	;Structure for CT_DEREF_CELL
	DC_argStack				fptr
	DC_opFnStack			fptr
	DC_row    	 		 	word
	DC_column 			 	byte
	DC_derefFlags			DerefFlags
	DC_newArgStack			fptr
	DC_errorOccurred		byte
	DC_error   			 	byte
CT_DC_CallbackStruct			ends

Library: parse.def

CT_EC_CallbackStruct

CT_EC_CallbackStruct			struc	; Structure for CT_EMPTY_CELL
	EC_row    	 		 	word
	EC_column    			word
	EC_errorOccurred 		byte
	EC_error    			byte
CT_EC_CallbackStruct			ends

Library: parse.def

CT_EF_CallbackStruct

CT_EF_CallbackStruct			struc	; Structure for CT_EVAL_FUNCTION
	EF_numArgs   			word
	EF_funcID   			word
	EF_opStack				fptr
	EF_argStack				fptr
	EF_errorOccurred 		byte
	EF_error   			 	byte
CT_EF_CallbackStruct			ends

Library: parse.def

CT_FF_CallbackStruct

CT_FF_CallbackStruct		struc	; Structure for CT_FORMAT_FUNCTION
FF_funcID		 		word
FF_maxChars 			word
FF_resultPtr			fptr
FF_numWritten 			word
CT_FF_CallbackStruct		ends

Library: parse.def

CT_FN_CallbackStruct

CT_FN_CallbackStruct			struc	; Structure for CT_FORMAT_NAME
	FN_textPtr				fptr
	FN_nameToken			word
	FN_maxChars 			word
	FN_resultPtr			fptr
	FN_numWritten 			word
CT_FN_CallbackStruct			ends

Library: parse.def

CT_FTC_CallbackStruct

CT_FTC_CallbackStruct		struc	; Structure for CT_FUNCTION_TO_CELL
	FTC_funcID 			word
	FTC_row    	 		word
	FTC_column    		word
	FTC_errorOccurred	byte
	FTC_error			byte
CT_FTC_CallbackStruct		ends

Library: parse.def

CT_FTT_CallbackStruct

CT_FTT_CallbackStruct	struc	; Structure for CT_FUNCTION_TO_TOKEN
	FTT_text				fptr
	FTT_length 				word
	FTT_isFunctionName 		byte
	FTT_funcID    			word
CT_FTT_CallbackStruct	ends

Library: parse.def

CT_LN_CallbackStruct

CT_LN_CallbackStruct			struc	; Structure for CT_LOCK_NAME
	LN_nameToken			word
	LN_defPtr   			dword
	LN_errorOccurred 		byte
	LN_error    			byte
CT_LN_CallbackStruct			ends

Library: parse.def

CT_NTC_CallbackStruct

CT_NTC_CallbackStruct		struc	; Structure for CT_NAME_TO_CELL
	NTC_nameToken 		word
	NTC_row    			word
	NTC_column 			word
CT_NTC_CallbackStruct		ends

Library: parse.def

CT_NTT_CallbackStruct

CT_NTT_CallbackStruct			struc	; Structure for CT_NAME_TO_TOKEN
	NTT_text				fptr
	NTT_length    			word
	NTT_nameID    			word
	NTT_errorOccurred 		byte
	NTT_error    			byte
CT_NTT_CallbackStruct			ends

Library: parse.def

CT_SF_CallbackStruct

CT_SF_CallbackStruct		struc	; Structure for CT_SPECIAL_FUNCTION
	SF_argStack			fptr
	SF_opFnStack		fptr
	SF_specialFunction	SpecialFunction
	SF_newArgStack		fptr
	SF_errorOccurred 	byte
	SF_error   			byte
CT_SF_CallbackStruct		ends

Library: parse.def

CT_UL_CallbackStruct

CT_UL_CallbackStruct			struc	; Structure for CT_UNLOCK
	UL_dataPtr   			fptr
CT_UL_CallbackStruct			ends

Library: parse.def

CurrencyFormatFlags

CurrencyFormatFlags			record
										:2
	CFF_LEADING_ZERO					:1
	CFF_SPACE_AROUND_SYMBOL				:1

	; these four are set together in one preference manager gadget.
	CFF_USE_NEGATIVE_SIGN				:1
	CFF_SYMBOL_BEFORE_NUMBER			:1
	CFF_NEGATIVE_SIGN_BEFORE_NUMBER		:1
	CFF_NEGATIVE_SIGN_BEFORE_SYMBOL		:1
CurrencyFormatFlags			end

Library: localize.def

CustomDialogBoxFlags

CustomDialogBoxFlags			record
	CDBF_SYSTEM_MODAL				:1
	CDBF_DIALOG_TYPE				CustomDialogType:2
	CDBF_INTERACTION_TYPE			GenInteractionType:4
	CDBF_DESTRUCTIVE_ACTION			:1=0
		; This flag signals that the affirmative response to this dialog
		; denotes a destructive action, and shouldn't be given the
		; interaction default. A HINT_TRIGGER_DESTRUCTIVE_ACTION will be
		; placed on the trigger having an IC_YES interaction command.
		; This flag can only be used on a GIT_MULTIPLE_RESPONSE dialog.
									:8
CustomDialogBoxFlags			end

Library: uDialog.def

CustomDialogType

CustomDialogType			etype		byte
	CDT_QUESTION		enum	CustomDialogType
	CDT_WARNING			enum	CustomDialogType
	CDT_NOTIFICATION	enum	CustomDialogType
	CDT_ERROR			enum	CustomDialogType

This type specifies the type of dialog box brought up by UserStandardDialog. These types are used in determining any special graphics strings that the dialog box may display.

CDT_QUESTION
This type specifies that the dialog asks the user a question (e.g. “Save changes to ‘ftpoom’ before quitting?”). The associated text should normally end in a question mark.

CDT_WARNING
This type specifies that the dialog warns the user of an impending action. (e.g. “This action can cause loss of data.” ).

CDT_NOTIFICATION
This type specifies that the dialog performs a generic notification to the user. (e.g. “New mail has arrived.”).

CDT_ERROR
This type specifies that the dialog states an error condition (e.g. “cannot open file”). Typically, error dialog boxes beep when the dialog is displayed.

Library: uDialog.def

Routines V-Z <– Table of Contents –> Structures D-F