1 files changed, 111 insertions, 0 deletions
diff --git a/public/oak/inc/vddp.h b/public/oak/inc/vddp.h
new file mode 100644
index 000000000..fa01c3b0e
--- /dev/null
+++ b/public/oak/inc/vddp.h
@@ -0,0 +1,111 @@
+//
+// This structure is in little endian format i.e. compatible with the
+// 386 byte addressing method.
+//
+
+//
+// The device data record for the Monitor peripheral.
+//
+
+typedef struct _CM_MONITOR_DESCRIPTION {
+
+    UCHAR VDDPVersion;			// Structure version
+    UCHAR FileRevision;			 // Structure revision
+    USHORT Date[3];                     // Structure date
+                                        // [0]=Year / [1]=month / [2]=day
+    ULONG Checksum;                     // Total Number of bytes in the file
+ // This should be chekced against:
+ // Checksum = sizeof(CM_MONITOR_DESCRIPTION) +
+ //     NumberOperationalLimits * sizeof(CM_MONITOR_OPERATIONAL_LIMITS) +
+ //     NumberPreadjustedTImings * sizeof(CM_MONITOR_PREADJUSTED_TIMING);
+
+
+    UCHAR Manufacturer[12];             // ASCII ID of the manufacturer
+    UCHAR ModelNumber[12];              // ASCII ID of the model
+    UCHAR Version[12];                  // ASCCI ID of the model version
+    UCHAR SerialNumber[12];             // ASCII ID
+    USHORT DateManufactured[3]; 	// [0]=Year / [1]=month / [2]=day
+    USHORT RedPhosphoreDecay;		// milliseconds
+    USHORT GreenPhosphoreDecay;		// milliseconds
+    USHORT BluePhosphoreDecay;		// milliseconds
+    UCHAR StartUpCompatibility[3];		 // name of device compatible with
+    UCHAR MonitorType;                  // monochrome=0 / Color=1
+    UCHAR CRTSize;			// inches
+    UCHAR BorderColorRed;		// percentage of Red in border color
+    UCHAR BorderColorGreen;             // percentage of Green in border color
+    UCHAR BorderColorBlue;              // percentage of Blue in border color
+    USHORT WhiteChromaticityX;		//
+    USHORT WhiteChromaticityY;		//
+    USHORT WhiteChromaticityZ;		//
+    USHORT RedChromaticityX;		//
+    USHORT RedChromaticityY;		//
+    USHORT GreenChromaticityX;		//
+    USHORT GreenChromaticityY;		//
+    USHORT BlueChromaticityX;		//
+    USHORT BlueChromaticityY;		//
+    USHORT WhiteGamma;			//
+    USHORT RedGamma;			//
+    USHORT GreenGamma;			//
+    USHORT BlueGamma;			//
+    USHORT NumberOperationalLimits;	// number of operational limits
+    USHORT NumberPreadjustedTimings;	// number of timings structures
+    USHORT Unused;
+
+} CM_MONITOR_DESCRIPTION, *PCM_MONITOR_DESCRIPTION;
+
+typedef struct _CM_MONITOR_OPERATIONAL_LIMITS {
+
+    ULONG MinimumHorizontalFrequency;	// Hertz
+    ULONG MaximumHorizontalFrequency;	// Hertz
+    ULONG MinimumVerticalFrequency;	// milliHertz
+    ULONG MaximumVerticalFrequency;	// milliHertz
+    ULONG MaximumPixelClock;		// Hertz
+    USHORT MaximumHorizontalDots;	// dots
+    USHORT MaximumVerticalLines;	// lines
+    USHORT MinimumHorizontalRetrace;	// nanoseconds
+    USHORT MinimumVerticalRetrace;	// microseconds
+    USHORT HorizontalLineDimension;	// millimeters
+    USHORT VerticalHeightDimension;	// millimeters
+
+} CM_MONITOR_OPERATIONAL_LIMITS, *PCM_MONITOR_OPERATIONAL_LIMITS;
+
+typedef struct _CM_MONITOR_PREADJUSTED_TIMING {
+    UCHAR Version;			// Should match the monitor description
+    UCHAR Revision;			// version and revision values
+    UCHAR PreadjustedTimingName[12];	// ASCII ID of the Preadjusted timing
+    USHORT HorizontalResolution;	// dots
+
+    USHORT VerticalResolution;		// lines
+    UCHAR PixelWidthRatio;		// used with PixelHeight to form ratio
+    UCHAR PixelHeightRatio;		// gives H:V
+
+    ULONG HorizontalFrequency;		// Hertz
+    ULONG VeriticalFrequency;		// millihertz
+
+    USHORT VertivalActiveHeight;	// millimeters
+    USHORT HorizontalActiveLineLength;	// millimeters
+
+    UCHAR VideoType;			// TTL=0 / analog=1 / ECL=2
+    UCHAR VideoLevel;                   // 0.7 Vp-p=0 / 1.0 Vp-p=1
+    UCHAR SyncType;                     // TTL=0 / analog=1 / ECL=2
+    UCHAR Unused;
+
+    UCHAR SyncConfiguration;		// separate=0 / composite=1 / green=2
+    UCHAR ScanType;                     // noninterlaced=0 / interlaced=1
+    UCHAR HorizontalSyncPolarity;       // negative=0 / positive=1
+    UCHAR VerticalSyncPolarity;         // negative=0 / positive=1
+
+    ULONG HorizontalAcitve;		// nanoseconds
+    ULONG VerticalActive;               // microseconds
+
+    USHORT HorizontalRightBorder;	// nanoseconds
+    USHORT HorizontalFrontPorch;        // nanoseconds
+    USHORT HorizontalPulseWidth;        // nanoseconds
+    USHORT HorizontalBackPorch;         // nanoseconds
+    USHORT HorizontalLeftBorder;        // nanoseconds
+    USHORT VerticalBottomBorder;        // microseconds
+    USHORT VerticalFrontPorch;          // microseconds
+    USHORT VerticalPulseWidth;          // microseconds
+    USHORT VerticalBackPorch;           // microseconds
+    USHORT VerticalTopBorder;           // microseconds
+} CM_MONITOR_PREADJUSTED_TIMING, *PCM_MONITOR_PREADJUSTED_TIMING;