214 lines
16 KiB
C
214 lines
16 KiB
C
#ifndef ANSI_CSI_TABLE_DEFS_H
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#define ANSI_CSI_TABLE_DEFS_H
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#include "ansi_table.h"
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#define MAX_PARAMS 4
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typedef struct cs_entry CE;
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typedef void (*cs_function)(void *ctx, int paramc, unsigned int *paramv);
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struct cs_entry {
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Entry head;
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const char *mnemonic;
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int param_count;
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int param_defaults[MAX_PARAMS];
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cs_function function;
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};
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void cs_fn_ICH(void *ctx, int paramc, unsigned int *paramv); // Insert Character
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void cs_fn_CUU(void *ctx, int paramc, unsigned int *paramv); // Cursor Up
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void cs_fn_CUD_VPR(void *ctx, int paramc, unsigned int *paramv); // Cursor Down / Vertical Position Relative
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void cs_fn_CUF_HPR(void *ctx, int paramc, unsigned int *paramv); // Cursor Forward / Horizontal Position Relative
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void cs_fn_CUB(void *ctx, int paramc, unsigned int *paramv); // Cursor Back
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void cs_fn_CNL(void *ctx, int paramc, unsigned int *paramv); // Cursor Next Line
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void cs_fn_CPL(void *ctx, int paramc, unsigned int *paramv); // Cursor Previous Line
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void cs_fn_CHA(void *ctx, int paramc, unsigned int *paramv); // Cursor Horizontal Absolute
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void cs_fn_CUP_HVP(void *ctx, int paramc, unsigned int *paramv); // Cursor Position / Horizontal & Vertical Position
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void cs_fn_CHT(void *ctx, int paramc, unsigned int *paramv); // Cursor Horizontal Forward Tab
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void cs_fn_ED(void *ctx, int paramc, unsigned int *paramv); // Erase in Display
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void cs_fn_EL(void *ctx, int paramc, unsigned int *paramv); // Erase in Line
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void cs_fn_IL(void *ctx, int paramc, unsigned int *paramv); // Insert Line
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void cs_fn_DL(void *ctx, int paramc, unsigned int *paramv); // Delete Line
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void cs_fn_EF(void *ctx, int paramc, unsigned int *paramv); // Erase in Field
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void cs_fn_EA(void *ctx, int paramc, unsigned int *paramv); // Erase in Area
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void cs_fn_DCH(void *ctx, int paramc, unsigned int *paramv); // Delete Character
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void cs_fn_SEE(void *ctx, int paramc, unsigned int *paramv); // Select Editing Extent
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void cs_fn_CPR(void *ctx, int paramc, unsigned int *paramv); // Cursor Position Report
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void cs_fn_SU(void *ctx, int paramc, unsigned int *paramv); // Scroll Up (DEC Pan Down)
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void cs_fn_SD(void *ctx, int paramc, unsigned int *paramv); // Scroll Down (DEC Pan Up)
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void cs_fn_NP(void *ctx, int paramc, unsigned int *paramv); // Next Page
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void cs_fn_PP(void *ctx, int paramc, unsigned int *paramv); // Previous Page
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void cs_fn_CTC(void *ctx, int paramc, unsigned int *paramv); // Cursor Tabulation Control
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void cs_fn_ECH(void *ctx, int paramc, unsigned int *paramv); // Erase Character
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void cs_fn_CVT(void *ctx, int paramc, unsigned int *paramv); // Cursor Vertical (Line) Tabulation
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void cs_fn_CBT(void *ctx, int paramc, unsigned int *paramv); // Cursor Backward Tabulation
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void cs_fn_SRS(void *ctx, int paramc, unsigned int *paramv); // Start Reversed String
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void cs_fn_PTX(void *ctx, int paramc, unsigned int *paramv); // Parallel Texts
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void cs_fn_SDS(void *ctx, int paramc, unsigned int *paramv); // Start Directed String
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void cs_fn_SIMD(void *ctx, int paramc, unsigned int *paramv); // Select Implicit Movement Direction
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void cs_fn_HPA(void *ctx, int paramc, unsigned int *paramv); // Horizontal Position Absolute
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void cs_fn_REP(void *ctx, int paramc, unsigned int *paramv); // Repeat
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void cs_fn_DA(void *ctx, int paramc, unsigned int *paramv); // Device Attributes
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void cs_fn_VPA(void *ctx, int paramc, unsigned int *paramv); // Vertical Position Absolute
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void cs_fn_TBC(void *ctx, int paramc, unsigned int *paramv); // Tabulation Clear
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void cs_fn_SM(void *ctx, int paramc, unsigned int *paramv); // Set Mode
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void cs_fn_MC(void *ctx, int paramc, unsigned int *paramv); // Media Copy
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void cs_fn_HPB(void *ctx, int paramc, unsigned int *paramv); // Horizontal (Character) Position Backward
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void cs_fn_VPB(void *ctx, int paramc, unsigned int *paramv); // Vertical (Line) Position Backward
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void cs_fn_RM(void *ctx, int paramc, unsigned int *paramv); // Reset Mode
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void cs_fn_SGR(void *ctx, int paramc, unsigned int *paramv); // Set Graphic Rendition
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void cs_fn_DSR(void *ctx, int paramc, unsigned int *paramv); // Device Status Report
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void cs_fn_DAQ(void *ctx, int paramc, unsigned int *paramv); // Define Area Qualification
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void cs_fn_SL(void *ctx, int paramc, unsigned int *paramv); // Scroll Left
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void cs_fn_SR(void *ctx, int paramc, unsigned int *paramv); // Scroll Right
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void cs_fn_GSM(void *ctx, int paramc, unsigned int *paramv); // Graphic Size Modification
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void cs_fn_GSS(void *ctx, int paramc, unsigned int *paramv); // Graphic Size Selection
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void cs_fn_FNT(void *ctx, int paramc, unsigned int *paramv); // Font Selection
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void cs_fn_TSS(void *ctx, int paramc, unsigned int *paramv); // Thin Space Specification
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void cs_fn_JFY(void *ctx, int paramc, unsigned int *paramv); // Justify
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void cs_fn_SPI(void *ctx, int paramc, unsigned int *paramv); // Spacing Increment
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void cs_fn_QUAD(void *ctx, int paramc, unsigned int *paramv); // Quad
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void cs_fn_SSU(void *ctx, int paramc, unsigned int *paramv); // Select Size Unit
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void cs_fn_PFS(void *ctx, int paramc, unsigned int *paramv); // Page Format Selection
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void cs_fn_SHS(void *ctx, int paramc, unsigned int *paramv); // Select Horizontal Spacing
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void cs_fn_SVS(void *ctx, int paramc, unsigned int *paramv); // Select Vertical Spacing
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void cs_fn_IGS(void *ctx, int paramc, unsigned int *paramv); // Identify Graphics Subrepertoire
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void cs_fn_HTSA(void *ctx, int paramc, unsigned int *paramv); // Horizontal Tabulation Set Absolute
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void cs_fn_IDCS(void *ctx, int paramc, unsigned int *paramv); // Identify Device Control String
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void cs_fn_PPA(void *ctx, int paramc, unsigned int *paramv); // Page Position Absolute
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void cs_fn_PPR(void *ctx, int paramc, unsigned int *paramv); // Page Position Relative
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void cs_fn_PPB(void *ctx, int paramc, unsigned int *paramv); // Page Position Backward
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void cs_fn_SPD(void *ctx, int paramc, unsigned int *paramv); // Select Presentation Directions
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void cs_fn_DTA(void *ctx, int paramc, unsigned int *paramv); // Dimension Text Area
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void cs_fn_SLH(void *ctx, int paramc, unsigned int *paramv); // Set Line Home
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void cs_fn_SLL(void *ctx, int paramc, unsigned int *paramv); // Set Line Limit
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void cs_fn_FNK(void *ctx, int paramc, unsigned int *paramv); // Function Key
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void cs_fn_SPQR(void *ctx, int paramc, unsigned int *paramv); // Select Print Quality & Rapidity
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void cs_fn_SEF(void *ctx, int paramc, unsigned int *paramv); // Sheet Eject & Feed
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void cs_fn_PEC(void *ctx, int paramc, unsigned int *paramv); // Presentation Expand or Contract
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void cs_fn_SSW(void *ctx, int paramc, unsigned int *paramv); // Set Space Width
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void cs_fn_SACS(void *ctx, int paramc, unsigned int *paramv); // Set Additional Character Separation
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void cs_fn_SAPV(void *ctx, int paramc, unsigned int *paramv); // Select Alternative Presentation Variants
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void cs_fn_STAB(void *ctx, int paramc, unsigned int *paramv); // Selective Tabulation
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void cs_fn_GCC(void *ctx, int paramc, unsigned int *paramv); // Graphic Character Combination
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void cs_fn_TATE(void *ctx, int paramc, unsigned int *paramv); // Tabulation Aligned Trailing Edge
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void cs_fn_TALE(void *ctx, int paramc, unsigned int *paramv); // Tabulation Aligned Leading Edge
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void cs_fn_TAC(void *ctx, int paramc, unsigned int *paramv); // Tabulation Aligned Centered
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void cs_fn_TCC(void *ctx, int paramc, unsigned int *paramv); // Tabulation Centered on Character
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void cs_fn_TSR(void *ctx, int paramc, unsigned int *paramv); // Tabulation Stop Remove
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void cs_fn_SCO(void *ctx, int paramc, unsigned int *paramv); // Set Character Orientation
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void cs_fn_SRCS(void *ctx, int paramc, unsigned int *paramv); // Set Reduced Character Separation
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void cs_fn_SCS(void *ctx, int paramc, unsigned int *paramv); // Set Character Spacing
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void cs_fn_SLS(void *ctx, int paramc, unsigned int *paramv); // Set Line Spacing
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void cs_fn_SPH(void *ctx, int paramc, unsigned int *paramv); // Set Page Home
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void cs_fn_SPL(void *ctx, int paramc, unsigned int *paramv); // Set Page Limit
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void cs_fn_SCP(void *ctx, int paramc, unsigned int *paramv); // Select Character Path
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void cs_fn_DECSSL(void *ctx, int paramc, unsigned int *paramv); // Select Set-Up Language
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void cs_fn_DECLL(void *ctx, int paramc, unsigned int *paramv); // Load LEDs
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void cs_fn_DECSTBM(void *ctx, int paramc, unsigned int *paramv); // Set Top & Bottom Margins
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void cs_fn_DECSLRM(void *ctx, int paramc, unsigned int *paramv); // Set Left & Right Margins
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void cs_fn_DECSLPP(void *ctx, int paramc, unsigned int *paramv); // Set Lines per Physical Page
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void cs_fn_DECREQTPARM(void *ctx, int paramc, unsigned int *paramv); // Request Terminal Parameters
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void cs_fn_DECTST(void *ctx, int paramc, unsigned int *paramv); // Invoke Confidence Test
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void cs_fn_DECTTC(void *ctx, int paramc, unsigned int *paramv); // Select Transmit Termination Character
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void cs_fn_DECPRO(void *ctx, int paramc, unsigned int *paramv); // Set Protected Field Attributes
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void cs_fn_DECFNK(void *ctx, int paramc, unsigned int *paramv); // Function Key
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void cs_fn_DECSSCLS(void *ctx, int paramc, unsigned int *paramv); // Set Scroll Speed
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void cs_fn_DECSCUSR(void *ctx, int paramc, unsigned int *paramv); // Set Cursor Style
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void cs_fn_DECSKCV(void *ctx, int paramc, unsigned int *paramv); // Set Keyclick Volume
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void cs_fn_DECSWBV(void *ctx, int paramc, unsigned int *paramv); // Set Warning Bell Volume
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void cs_fn_DECSMBV(void *ctx, int paramc, unsigned int *paramv); // Set Margin Bell Volume
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void cs_fn_DECSLCK(void *ctx, int paramc, unsigned int *paramv); // Set Lock Key Style
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void cs_fn_DECKBD(void *ctx, int paramc, unsigned int *paramv); // Keyboard Language Selection
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void cs_fn_DECTME(void *ctx, int paramc, unsigned int *paramv); // Terminal Mode Emulation
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void cs_fn_DECSTR(void *ctx, int paramc, unsigned int *paramv); // Soft Terminal Reset
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void cs_fn_DECSCL(void *ctx, int paramc, unsigned int *paramv); // Set Conformance Level
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void cs_fn_DECSCA(void *ctx, int paramc, unsigned int *paramv); // Select Character Attributes
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void cs_fn_DECSRFR(void *ctx, int paramc, unsigned int *paramv); // Select Refresh Rate
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void cs_fn_DECSTRL(void *ctx, int paramc, unsigned int *paramv); // Set Transmit Rate Limit
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void cs_fn_DECRQDE(void *ctx, int paramc, unsigned int *paramv); // Request Device Extent
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void cs_fn_DECRPDE(void *ctx, int paramc, unsigned int *paramv); // Report Device Extent
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void cs_fn_DECRQM(void *ctx, int paramc, unsigned int *paramv); // Request Mode Settings
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void cs_fn_DECSDDT(void *ctx, int paramc, unsigned int *paramv); // Select Disconnect Delay Time
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void cs_fn_DECCARA(void *ctx, int paramc, unsigned int *paramv); // Change Attributes in Rectangular Area
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void cs_fn_DECSPRTT(void *ctx, int paramc, unsigned int *paramv); // Select Printer Type
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void cs_fn_DECRARA(void *ctx, int paramc, unsigned int *paramv); // Reverse Attributes in Rectangular Area
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void cs_fn_DECRQTSR(void *ctx, int paramc, unsigned int *paramv); // Request Terminal State Report
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void cs_fn_DECCRA(void *ctx, int paramc, unsigned int *paramv); // Copy Rectangular Area
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void cs_fn_DECRQPSR(void *ctx, int paramc, unsigned int *paramv); // Request Presentation State Report
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void cs_fn_DECFRA(void *ctx, int paramc, unsigned int *paramv); // Fill Rectangular Area
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void cs_fn_DECRPM(void *ctx, int paramc, unsigned int *paramv); // Report Mode Settings
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void cs_fn_DECERA(void *ctx, int paramc, unsigned int *paramv); // Erase Rectangular Area
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void cs_fn_DECSERA(void *ctx, int paramc, unsigned int *paramv); // Selective Erase Rectangular Area
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void cs_fn_DECSCPP(void *ctx, int paramc, unsigned int *paramv); // Set Columns Per Page
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void cs_fn_DECSASD(void *ctx, int paramc, unsigned int *paramv); // Select Active Status Display
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void cs_fn_DECSSDT(void *ctx, int paramc, unsigned int *paramv); // Select Status Display Type
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void cs_fn_DECRQUPSS(void *ctx, int paramc, unsigned int *paramv); // Request User-Preferred Supplemental Set
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void cs_fn_DECLRP(void *ctx, int paramc, unsigned int *paramv); // Locator Report
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void cs_fn_DECES(void *ctx, int paramc, unsigned int *paramv); // Enable Session
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void cs_fn_DECTLTC(void *ctx, int paramc, unsigned int *paramv); // Transmit Line Termination Characters
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void cs_fn_DECEFR(void *ctx, int paramc, unsigned int *paramv); // Enable Filter Rectangle
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void cs_fn_DECELR(void *ctx, int paramc, unsigned int *paramv); // Enable Locator Reports
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void cs_fn_DECSLE(void *ctx, int paramc, unsigned int *paramv); // Select Locator Events
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void cs_fn_DECRQLP(void *ctx, int paramc, unsigned int *paramv); // Request Locator Position
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void cs_fn_DECIC(void *ctx, int paramc, unsigned int *paramv); // Insert Column
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void cs_fn_DECDC(void *ctx, int paramc, unsigned int *paramv); // Delete Column
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void cs_fn_DECSPDT(void *ctx, int paramc, unsigned int *paramv); // Select Digital Printed Data Type
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void cs_fn_DECSTGLT(void *ctx, int paramc, unsigned int *paramv); // Select Text/Graphics Look-Up Table
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void cs_fn_DECSPPCS(void *ctx, int paramc, unsigned int *paramv); // Select ProPrinter Character Set
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void cs_fn_DECSRC(void *ctx, int paramc, unsigned int *paramv); // Secure Reset Confirmation
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void cs_fn_DECSCS(void *ctx, int paramc, unsigned int *paramv); // Select Communication Speed
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void cs_fn_DECSFC(void *ctx, int paramc, unsigned int *paramv); // Select Flow Control
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void cs_fn_DECSCP(void *ctx, int paramc, unsigned int *paramv); // Select Communication Port
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void cs_fn_DECSACE(void *ctx, int paramc, unsigned int *paramv); // Select Attribute Change Extent
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void cs_fn_DECRQCRA(void *ctx, int paramc, unsigned int *paramv); // Request Checksum of Rectangular Area
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void cs_fn_DECINVM(void *ctx, int paramc, unsigned int *paramv); // Invoke Macro
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void cs_fn_DECMSR(void *ctx, int paramc, unsigned int *paramv); // Macro Space Report
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void cs_fn_DECSNLS(void *ctx, int paramc, unsigned int *paramv); // Select Number of Lines per Screen
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void cs_fn_DECLFKC(void *ctx, int paramc, unsigned int *paramv); // Local Function Key Control
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void cs_fn_DECSR(void *ctx, int paramc, unsigned int *paramv); // Secure Reset
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void cs_fn_DECELF(void *ctx, int paramc, unsigned int *paramv); // Enable Local Functions
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void cs_fn_DECSMKR(void *ctx, int paramc, unsigned int *paramv); // Select Modifier Key Reporting
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void cs_fn_DECSPP(void *ctx, int paramc, unsigned int *paramv); // Select Port Parameter
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void cs_fn_DECRQPKFM(void *ctx, int paramc, unsigned int *paramv); // Program Key Free Memory Inquiry
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void cs_fn_DECPKFMR(void *ctx, int paramc, unsigned int *paramv); // Program Key Free Memory Report
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void cs_fn_DECPKA(void *ctx, int paramc, unsigned int *paramv); // Program Key Action
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void cs_fn_DECLTOD(void *ctx, int paramc, unsigned int *paramv); // Load Time of Day
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void cs_fn_DECTID(void *ctx, int paramc, unsigned int *paramv); // Select Terminal ID
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void cs_fn_DECRQKT(void *ctx, int paramc, unsigned int *paramv); // Key Type Inquiry
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void cs_fn_DECRPKT(void *ctx, int paramc, unsigned int *paramv); // Report Key Type
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void cs_fn_DECRQKD(void *ctx, int paramc, unsigned int *paramv); // Request Key Definition
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void cs_fn_DECSPMA(void *ctx, int paramc, unsigned int *paramv); // Session Page Memory Allocation
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void cs_fn_DECUS(void *ctx, int paramc, unsigned int *paramv); // Update Session
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void cs_fn_DECDLDA(void *ctx, int paramc, unsigned int *paramv); // Down Line Load Allocation
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void cs_fn_DECSZS(void *ctx, int paramc, unsigned int *paramv); // Select Zero Symbol
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void cs_fn_DECAC(void *ctx, int paramc, unsigned int *paramv); // Assign Color
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void cs_fn_DECATC(void *ctx, int paramc, unsigned int *paramv); // Alternate Text Color
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void cs_fn_DECPS(void *ctx, int paramc, unsigned int *paramv); // Play Sound
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void cs_fn_DECARR(void *ctx, int paramc, unsigned int *paramv); // Select Auto Repeat Rate
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void cs_fn_DECCRTST(void *ctx, int paramc, unsigned int *paramv); // CRT Saver Timing
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void cs_fn_DECSEST(void *ctx, int paramc, unsigned int *paramv); // Energy Saver Timing
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extern struct control_seq_table CS_Table;
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#endif
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