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}, { "name": "BWINDOW H", "size": 34538, "date": "1989-03-31", "time": "6:00" }, { "name": "INCLUDE FIL", "size": 155, "date": "1989-03-31", "time": "6:00" } ] }, { "path": "/LIB", "files": [ { "name": "TCT_T2S LIB", "size": 134144, "date": "1989-03-31", "time": "6:00" }, { "name": "BNOMOUSE OBJ", "size": 261, "date": "1989-03-31", "time": "6:00" }, { "name": "NW_T2S OBJ", "size": 937, "date": "1989-03-31", "time": "6:00" }, { "name": "NW_T2M OBJ", "size": 951, "date": "1989-03-31", "time": "6:00" }, { "name": "NW_T2C OBJ", "size": 1001, "date": "1989-03-31", "time": "6:00" }, { "name": "NW_T2L OBJ", "size": 1039, "date": "1989-03-31", "time": "6:00" }, { "name": "TCT_T2M LIB", "size": 138240, "date": "1989-03-31", "time": "6:00" }, { "name": "TCT_T2C LIB", "size": 151040, "date": "1989-03-31", "time": "6:00" }, { "name": "TCT_T2L LIB", "size": 155136, "date": "1989-03-31", "time": "6:00" } ] }, { "path": "/EXAMPLES", "files": [ { "name": "CMKEY C", "size": 9352, "date": "1989-03-31", 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"size": 43833, "date": "1989-03-31", "time": "6:00" }, { "name": "WNEXAMPL EXE", "size": 25334, "date": "1989-03-31", "time": "6:00" }, { "name": "TCWIN EXE", "size": 27140, "date": "1989-03-31", "time": "6:00" } ] } ] } }, "desc_file": "README.DOC", "desc_text": "\r\n\r\nTurbo C TOOLS/2.0 Version 6.00\r\n\r\n\r\n Turbo C TOOLS/2.0\r\n\r\n Version 6.00\r\n March 31, 1989\r\n\r\n\r\nThis document provides information on the installation and use of Turbo C\r\nTOOLS/2.0. It should be used as a supplement to the manual. Please read the \r\nIntroduction and \"Using Turbo C TOOLS\" in the manual. Then read this file\r\nfor information specific to your C compiler and to this version of Turbo C\r\nTOOLS. \r\n\r\nCopyright (C) Blaise Computing Inc. 1989. All rights reserved. \r\n\r\nThe PACKING.LST file lists the files supplied and the diskettes and\r\nsubdirectories where they reside. \r\n\r\n OUTLINE OF THIS FILE\r\n\r\nCompiler Versions and Memory Models Supported\r\nManual Changes\r\nWarnings and Usage Notes\r\nTroubleshooting\r\nExtracting the Source Code\r\nPrinting the Source Code\r\nRemoving Tabs From the Source Code\r\nRebuilding the Libraries\r\nRebuilding the Sample Programs\r\nC and Assembly Modules and Macros\r\nConstruction Notes\r\n\r\n COMPILER VERSIONS AND MEMORY MODELS SUPPORTED\r\n\r\nThis version of Turbo C TOOLS supports Turbo C versions 1.00, 1.50, and 2.00. \r\nFor information about later versions of the Turbo C compiler, check the\r\nbulletins enclosed with Turbo C TOOLS or contact Blaise Computing. \r\n\r\nTiny (T) model: Turbo C TOOLS does not officially support the T model.\r\nHowever, many modules in the S model library (TCT_T2S.LIB) will work\r\ncorrectly in T model programs. \r\n\r\nHuge (H) model: For many programs using the H model, you can use the L model \r\nlibrary (TCT_T2L.OBJ), especially if they contain no interrupt service\r\nroutines (ISRs) or intervention code. However, if you need support for data\r\nobjects larger than 65,535 bytes or if your program malfunctions, then\r\nrecompile the library using the H memory model. See \"Rebuilding the\r\nLibraries\" below. \r\n\r\nThe following files are specific to particular memory models. The same files \r\nsupport Turbo C versions 1.00, 1.50, and 2.00, with a few exceptions listed\r\nbelow under \"Warnings and Usage Notes\". The columns of the table are\r\nexplained below. \r\n\r\n\r\n\r\n\r\n\r\n\r\nBlaise Computing Inc. March 31, 1989 Page 1\r\n\r\n\r\n\r\n\r\nTurbo C TOOLS/2.0 Version 6.00\r\n\r\n\r\n \"Native \"No Mouse\r\n Memory Model Library Windows\" COMPILER.MAC Support\"\r\n ------------ ----------- ---------- ------------ ------------\r\n S TCT_T2S.LIB NW_T2S.OBJ COMP_T2S.MAC BNOMOUSE.OBJ\r\n M TCT_T2M.LIB NW_T2M.OBJ COMP_T2M.MAC BNOMOUSE.OBJ\r\n C TCT_T2C.LIB NW_T2C.OBJ COMP_T2C.MAC BNOMOUSE.OBJ\r\n L TCT_T2L.LIB NW_T2L.OBJ COMP_T2L.MAC BNOMOUSE.OBJ\r\n\r\nMemory Model: This affects the maximum data and code size in your program\r\n and the nature of data and code pointers. In the Turbo C Integrated\r\n Environment (TC.EXE), the memory model is specified via the\r\n Options/Compiler/Model switch; the default is S model unless you save a\r\n different configuration. With the command-line version (TCC.EXE), the\r\n memory model is specified via the /m command line switch; the default is S \r\n model. \r\nLibrary: These files are precompiled versions of all the Turbo C TOOLS\r\n functions. To link them into your programs, specify the proper library\r\n file on the compiler or linker command line or in your project file. \r\n\"Native Windows\" file: Programs linked with this optional object file\r\n coordinate all their Turbo C TOOLS window operations with the Turbo C text \r\n window. This object file requires Turbo C version 1.50 or later. Read\r\n the section on \"Turbo C's Text Window\" in the chapter on window functions\r\n (prefix WN). \r\nCOMPILER.MAC file: This specifies the memory model for Turbo C modules\r\n written in assembly language. If you reassemble any Turbo C assembler\r\n modules, first copy the correct file to COMPILER.MAC. \r\n\"No Mouse Support\" file: Programs linked with BNOMOUSE.OBJ are prevented\r\n from including the mouse functions MOCHECK, MOHIDE, and MOPRECLK. If your \r\n program uses menus, WNREAD, or the help system, and if you don't want to\r\n use the mouse, then linking with BNOMOUSE.OBJ will make your program\r\n slightly smaller. Notice that the same BNOMOUSE.OBJ file supports all\r\n memory models. \r\n\r\n MANUAL CHANGES\r\n\r\nThe following are important changes to the manual. The changes have already\r\nbeen made in the online reference database. \r\n\r\nPages 36 (WNEXAMPL.C) and 54 (MNEXAMPL.C) -- The constants CYAN and MAGENTA\r\n should be replaced by SC_CYAN and SC_MAGENTA, respectively. \r\nPage 60 -- The MN_NOWRAP action bit has been added. Its bit value is 0x4000. \r\n It has the effect of suppressing wraparound for the MN_UP, MN_DOWN,\r\n MN_RIGHT, MN_LEFT, MN_NEXT, and MN_PREVIOUS motions. \r\n\r\n The following motions have been added: \r\n\r\n Symbol Value Motion\r\n ---------- ----- ------------------------------------------\r\n MN_PGUP 0x00a Move upward the height of the viewport.\r\n MN_PGDN 0x00b Move downward the height of the viewport.\r\n MN_PGRIGHT 0x00c Move rightward the width of the viewport.\r\n MN_PGLEFT 0x00d Move leftward the width of the viewport.\r\n\r\n\r\n\r\n\r\n\r\n\r\nBlaise Computing Inc. March 31, 1989 Page 2\r\n\r\n\r\n\r\n\r\nTurbo C TOOLS/2.0 Version 6.00\r\n\r\n\r\nPage 61 -- The following default key assignments have been added: \r\n\r\n Keystroke ASCII value Key code Action(s) Motion\r\n ---------------- ----------- -------- --------- -----------\r\n PgUp 0 73 MN_PGUP\r\n PgDn 0 81 MN_PGDN\r\n Ctrl-right arrow 0 116 MN_PGRIGHT\r\n Ctrl-left arrow 0 115 MN_PGLEFT\r\n \r\n Enhanced Keyboard:\r\n \r\n PgUp 224 73 MN_PGUP\r\n PgDn 224 81 MN_PGDN\r\n Ctrl-right arrow 224 116 MN_PGRIGHT\r\n Ctrl-left arrow 224 115 MN_PGLEFT\r\n Enter 13 224 MN_TRANSMIT\r\n\r\nPage 75 -- The sample help source file you should study is SHOWHELP.TXT.\r\n SHOWHELP.HLP is its binary version. \r\nPage 126 -- To use malloc() inside a TSR program, you can use a new function\r\n called ISRESERV instead of the cumbersome method described in the manual.\r\n Read the description of ISRESERV in the ISRESERV.DOC file or in the online \r\n reference database. \r\n\r\n ISRESERV is useful for the near heap in the T, S, and M memory models and\r\n the far heap in the C, L, and H models. To reserve space on the far heap\r\n in the T, S, and M models, create a new function based on ISRESERV.C and\r\n in the new function replace malloc() and free() with farmalloc() and\r\n farfree(), respectively. \r\nPage 156 (EDFIELD) -- There is an additional fifth argument: \"pfinal\". The\r\n calling sequence now is: \r\n\r\n int edfield(const char *pinitstr,\r\n char *pretstr,\r\n int retsize,\r\n const ED_CONTROL *pctrl,\r\n KEY_SEQUENCE *pfinal);\r\n\r\n \"pfinal\" is the address of a structure in which to report the final\r\n keystroke, or NIL if no report is desired. \r\nPages 183 (HLDISP) and 190 (HLREAD) -- If the \"pfinal\" argument is the NIL\r\n pointer, then no information is returned via \"pfinal\", and the returned\r\n value of the function is always NIL, regardless of whether an error is\r\n detected. \r\nPages 231 (KBQUERY) and 467 (WNQUERY) -- The value returned in *pkey has\r\n changed: now it is always the key code (scan code) of the terminating\r\n keystroke. The value of the function is always the character code of the\r\n terminating keystroke. \r\nPages 254 (MNDSTROY) and 480 (WNREMOVE) -- When setting the Turbo C text\r\n window to the entire screen, the text color is not changed. Therefore the \r\n text color may remain the same as the last selected window. \r\nPage 371 (STPEXPAN) -- None of its arguments should have the \"const\"\r\n modifier. \r\nPage 412 (UTSQZSCN) -- The data type of the \"psource\" argument is now \"const\r\n char far *\". \r\n\r\n\r\n\r\nBlaise Computing Inc. March 31, 1989 Page 3\r\n\r\n\r\n\r\n\r\nTurbo C TOOLS/2.0 Version 6.00\r\n\r\n\r\nPage 421 (UTUNSQZ) -- The data type of the \"psource\" argument is now \"const\r\n char *\". \r\nPage 454 (WNFIELD) -- WNFIELD returns an immediate error if any portion of\r\n the window's viewport is covered by any other viewport. There is an\r\n additional sixth argument: \"pfinal\". The calling sequence now is: \r\n\r\n int wnfield(BWINDOW *pwin,\r\n const char *pinitstr,\r\n char *pretstr,\r\n int retsize,\r\n const ED_CONTROL *pctrl,\r\n KEY_SEQUENCE *pfinal);\r\n\r\n \"pfinal\" is the address of a structure in which to report the final\r\n keystroke, or NIL if no report is desired. \r\nPage 472 (WNREAD) -- A new argument called \"pfinal\" has been added. The\r\n calling sequence is now as follows: \r\n\r\n WN_EVENT *wnread(BWINDOW *pwin,\r\n const WHERE *pwhere,\r\n int view_ht, int view_wid,\r\n int org_row, int org_col,\r\n const BORDER *pbord,\r\n WN_EVENT *pfinal,\r\n int option);\r\n\r\n \"pfinal\" is the address of a structure to receive a copy of the final\r\n event the user performed, or NIL if no copy is desired. The returned\r\n value of the function is also changed: it is a copy of \"pfinal\", or NIL\r\n if failure. \r\nPage 533 -- Change in behavior for global variable b_ega: After you call\r\n SCEQUIP, the b_ega global variable will contain the value SC_ABSENT (-2)\r\n if a Video Graphics Array (VGA) or PS/2 Display Adapter is installed.\r\n Under Turbo C TOOLS version 5, b_ega would contain SC_MONO (0) or SC_COLOR \r\n (1) if a VGA was present because the VGA emulates all the EGA's\r\n functionality. \r\nPage 534 -- Internal functions with changed calling sequences include\r\n MNTRUNC, WNNUPBLK, WNPIMBLK, and WNPUTIMG. \r\nPage 538 -- The \"EB\" notation marks new keystrokes that are translated by the \r\n traditional BIOS services into their traditional equivalents, as well as\r\n keystrokes that are discarded by the traditional BIOS services. \r\nPage 556 -- The global variables b_mnmohoriz and b_mnmovert report the\r\n character column and row (respectively) where the final mouse event took\r\n place under MNREAD or MNLREAD. They are expressed in terms of character\r\n cells, not pixels. They contain 0xffff if the final event was a\r\n keystroke. \r\nPage 562 -- New internal function: WNSETATR sets the Turbo C text window's\r\n attribute. \r\n\r\n WARNINGS AND USAGE NOTES\r\n\r\nSTACK CHECKING IN ISRs -- Stack overflow checking is not permitted in either\r\n interrupt service routines (ISRs) or intervention functions in the T, S,\r\n and M memory models of Turbo C version 2.00 and later. Stack checking is\r\n also prohibited in all functions called by the affected ISRs and\r\n intervention functions. (Note: Stack checking occurs only if you set the \r\n\r\n\r\nBlaise Computing Inc. March 31, 1989 Page 4\r\n\r\n\r\n\r\n\r\nTurbo C TOOLS/2.0 Version 6.00\r\n\r\n\r\n O/C/Code/Test Stack option (in the Integrated Environment) or specify the\r\n -N command line option when compiling your program.) \r\nFLPROMPT AND MOCHECK UNDER TURBO C 1.0 -- If your program uses FLPROMPT or\r\n MOCHECK under Turbo C version 1.0, then you should recompile FLPROMPT.C\r\n and/or MOCHECK.C under version 1.0 and link with the resulting .OBJ\r\n file(s). (MOCHECK is used to detect mouse clicks and is used in HLDISP,\r\n HLREAD, MNREAD, and WNREAD. MOCHECK is suppressed if you link with\r\n BNOMOUSE.OBJ.) \r\nINTERVENTION CODE ON DOS VERSION 2 -- Please read \"Foreground and Background\r\n Programs and Their Privileges\" on page 122 of the Turbo C TOOLS Reference\r\n Manual. The intervention scheduler does not set the current process on\r\n DOS version 2. Therefore, intervention functions in background programs\r\n on DOS version 2 should avoid DOS memory allocation. In addition, they\r\n should open and reclose their files each time they are invoked. \r\nINTERVENTION CODE ON NON-IBM VERSIONS OF DOS -- If you specify IV_DOS_NEED\r\n when installing an intervention function, the scheduler will postpone\r\n invoking the intervention function if an interrupt 0x24 (critical error)\r\n is in progress. The location of the interrupt 0x24 busy flag varies\r\n between different versions of DOS. If you encounter a problem using\r\n intervention code on a non-IBM version of DOS, please contact Blaise\r\n Computing. \r\nSCROLLING MONOCHROME DISPLAY PAGES -- The BIOS scroll function normally\r\n obtains the attribute for the new blank rows by examining the previous\r\n location of the cursor. The Enhanced Graphics Adapter supports multiple\r\n display pages on the Monochrome Display. On monochrome display pages\r\n beyond page 0, BIOS scrolling works improperly in that the attribute of\r\n the new blank rows is obtained from page 0 instead of the active page.\r\n This affects SCTTYWIN, SCTTYWRT, and VISCROLL. \r\n\r\n TROUBLESHOOTING\r\n\r\nPlease also read Appendix A in the manual. Here are some additional symptoms \r\nand explanations to consider when diagnosing problems: \r\n\r\nAbnormal program termination. \r\n This can occur if the startup module cannot allocate sufficient space for\r\n the stack and the near heap. If you are initializing the global variables \r\n \"_stklen\" and \"_heaplen\", try smaller values. \r\nText appears in incorrect color. \r\n When MNDSTROY and WNREMOVE set the Turbo C text window to the entire\r\n screen, they do not change the text color. Therefore text later emitted\r\n via the Turbo C text window functions may have the colors of the last\r\n selected window. \r\nAsynch overruns during mouse operations. \r\n Since the Microsoft mouse operates via hardware interrupts, it is possible \r\n that mouse movements and button presses and releases will cause overrun\r\n errors during the arrival of data at the serial ports. First test whether \r\n overruns occur without the use of Turbo C TOOLS. The internal function\r\n MOCATCH disables interrupts for a significant period of time; this\r\n function is installed when you use HLDISP, HLREAD, MOCHECK, MNREAD, or\r\n WNREAD. If overruns are a severe problem, contact Blaise Computing. \r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\nBlaise Computing Inc. March 31, 1989 Page 5\r\n\r\n\r\n\r\n\r\nTurbo C TOOLS/2.0 Version 6.00\r\n\r\n\r\n EXTRACTING THE SOURCE CODE\r\n\r\nThe source code for the library is supplied in the form of two\r\nself-extracting archive programs: TCTSRC1.EXE and TCTSRC2.EXE. The full\r\ncontents of both files are listed in the PACKING.LST file. \r\n\r\nTo extract the contents of either file, set the current drive and directory\r\nto the drive and directory where you want to put the files. Then execute the \r\nself-extracting archive program, as in the following example: \r\n\r\n a:tctsrc1\r\n\r\nTo extract only a selection of the files in an archive, you can use ambiguous \r\nfilenames, as in the following example, which extracts all the source code\r\nfor the window (WN) functions: \r\n\r\n a:tctsrc2 wn*.*\r\n\r\n\r\n PRINTING THE SOURCE CODE\r\n\r\nThe CONCAT.COM utility for printing the source code is described in the\r\nmanual's chapter on \"Using Turbo C TOOLS\". As an additional aid, lists are\r\nprovided for each category of source files. For example, the ST.FIL file\r\nlists all the source files for the string (ST) functions. You can use this\r\nfile when formatting all the ST files as follows: \r\n\r\n concat st.prt wnexampl.ntb\r\n\r\nThe resulting file WNEXAMPL.NTB has tab characters expanded to strings of\r\nblanks. \r\n\r\n REBUILDING THE LIBRARIES\r\n\r\nA batch file, BUILDLIB.BAT, and a librarian response file, LIBRESP, are\r\nprovided to make it easy to reconstruct the Turbo C TOOLS libraries. The\r\nbatch file makes a number of assumptions. If these are not appropriate for\r\nyour environment, you should alter the batch file to match your system. The\r\nassumptions are: \r\n\r\n All source files (.C and .ASM) and the LIBRESP file are in the current\r\n directory; \r\n\r\n\r\nBlaise Computing Inc. March 31, 1989 Page 6\r\n\r\n\r\n\r\n\r\nTurbo C TOOLS/2.0 Version 6.00\r\n\r\n\r\n BEGINASM.MAC and COMP_T2?.MAC are in the MAC subdirectory; \r\n The C language header files (.H) are in the \\TURBOC\\INCLUDE directory; \r\n The Turbo C command-line compiler (TCC.EXE), the Turbo Assembler\r\n (TASM.EXE), and the Turbo Librarian (TLIB.EXE) are either in the\r\n current directory or in one of the directories specified in the PATH=\r\n environment entry. \r\n\r\nBUILDLIB is invoked with the command \r\n\r\n buildlib model\r\n\r\nwhere \"model\" is either s, m, c, l, or h (in lower case) to indicate the\r\nmemory model. The batch file compiles and assembles all source modules by\r\ncategory (to make it easy for you to recompile just some categories), and\r\nthen invokes the librarian to create the library. For example, to\r\nreconstruct the small memory model library, issue the command \r\n\r\n buildlib s\r\n\r\n\r\n REBUILDING THE SAMPLE PROGRAMS\r\n\r\nThe MAKEXPLS file is designed for use with the Turbo MAKE utility to rebuild\r\nthe eighteen sample programs. It makes the following assumptions: \r\n\r\n The sample program source files are in the current directory. \r\n All Turbo C and Turbo C TOOLS header files are in the \\TURBOC\\INCLUDE\r\n directory. \r\n All libraries are in the \\TURBOC\\LIB directory. \r\n The Turbo C command-line compiler (TCC.EXE) and the Turbo Linker\r\n (TLINK.EXE) are either in the current directory or in one of the\r\n directories listed in the PATH= environment entry. \r\n For rebuilding TCWIN.EXE, the batch file MAKTCWIN.BAT must be either in\r\n the current directory or in one of the directories listed in the PATH=\r\n environment entry; also the proper NW_T2?.OBJ file must be in the\r\n \\TURBOC\\LIB directory. \r\n\r\nInvoke the make file by issuing the following command to rebuild a single\r\nexample program \r\n\r\n make -fmakexpls mnexampl.exe\r\n\r\nor the following command to rebuild all eighteen: \r\n\r\n make -fmakexpls\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\nBlaise Computing Inc. March 31, 1989 Page 7\r\n\r\n\r\n\r\n\r\nTurbo C TOOLS/2.0 Version 6.00\r\n\r\n\r\n C AND ASSEMBLY MODULES AND MACROS\r\n\r\nThe following tables list which functions are implemented in C, which in\r\nassembly language, and which are macros defined in the header files. The\r\ntables also list certain anomalous source files. \r\n\r\nThe following functions are implemented as ordinary C functions, each in its\r\ncorresponding .C file: \r\n\r\n edbase isprep mnhilit0 mospeed scttywin wnchgevn wnremevn\r\n edbuffer isremove mnhilite mostat scttywrt wncover wnremove\r\n edchgkey isreserv mnitem prcancel scwrap wncreat0 wnresprv\r\n edinitky issense mnitmkey prerror scwrite wncurmov wnretevn\r\n edreduce ivdetect mnkey prgetq stpcvt wncurpos wnretinf\r\n edremkey ivdisabl mnlitem prinstld stpexpan wncurset wnrevupd\r\n edretinf ivinstal mnlitkey prspool stpjust wncursor wnscrblk\r\n edretkey ivsense mnmchitm scapage stptabfy wncurtrk wnscrlbr\r\n edsetcur ivvecs mnmchkey scattrib stpxlate wndstroy wnscroll\r\n edwrap kbequip mnmouse scblink stschind wnerror wnseldev\r\n edwrrect kbextend mnmstyle scborder utansi wnforget wnselect\r\n edzapkey kbflush mnread scbox utcrit wngetimg wnsetbuf\r\n fldolock kbgetkey mnvalmn0 scchgdev utctlbrk wngetopt wnsetcur\r\n flflush kbkcflsh mnvdisp scclrmsg utgetclk wnhide wnsetopt\r\n flgetdta kbpoll moavoid sccurset utmovmem wnhoriz wnshoblk\r\n fllock kbquery mobutton sccurst utnulchk wninitev wnunhide\r\n flnorm kbqueue mocheck scequip utsafcpy wnneedup wnupdate\r\n flprompt kbset mocurmov scgetvid utsleep wnnupblk wnvalev0\r\n flputdta kbstuff moequip scmode utspkr wnorigin wnvalno0\r\n flremvol kbwait mogate scmode4 utsqzscn wnovrlap wnvalwi0\r\n flretvol mmctrl mogetmov scnewdev uttim2tk wnpgadd wnvdisp\r\n flsetvol mmfirst mograph scpages uttk2tim wnpgrem wnwrap\r\n hlclose mmsize mohandlr scpal1 utunsqz wnpimblk wnwrbuf\r\n hldisp mnatr mohard scpalett viatrect wnpoll wnwrrect\r\n hlfrindx mncreat0 mohide scpclr vihoriz wnprintf wnwrstrn\r\n hllookup mndefkey moinst scpgcur viptr wnputbor wnwrttyx\r\n hlopen mndisabl mojump scread virdsect wnputsen wnzapevn\r\n hlpas2c mndlitms molitpen screstpg viscroll wnquery wnzapsen\r\n hlread mndlkeys mopreclk scrows viwrsect wnrdbuf\r\n iscurprc mndstroy morange scsavepg wnatrblk wnread\r\n isinstal mnfindsl mosoft scsetvid wnatrstr wnredraw\r\n\r\nThe following functions are implemented in assembly language, each in its\r\ncorresponding .ASM file: \r\n\r\n iscall ivctrl kbready utamove utmodel\r\n isdispat kbplace mocatch utintflg vidirec0\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\nBlaise Computing Inc. March 31, 1989 Page 8\r\n\r\n\r\n\r\n\r\nTurbo C TOOLS/2.0 Version 6.00\r\n\r\n\r\nThe following routines are implemented as macros, defined in the header files \r\nshown here: \r\n\r\n Macro Definition | Macro Definition | Macro Definition\r\n -------- ---------- | ---------- ---------- | -------- ----------\r\n edfield bedit.h | utdosmajor butil.h | utpokeb butil.h\r\n isgetvec bintrupt.h | utdosminor butil.h | utpoken butil.h\r\n isputvec bintrupt.h | utdosrdy butil.h | utpokew butil.h\r\n isresext bintrupt.h | utdosver butil.h | utpspseg butil.h\r\n kbscanof bkeybrd.h | uthibyte butil.h | utrange butil.h\r\n kbstatus bkeybrd.h | uthinyb butil.h | utseg butil.h\r\n max butil.h | uthiword butil.h | utsign butil.h\r\n min butil.h | utinp butil.h | utskip butil.h\r\n mncreate bmenu.h | utintoff butil.h | utsound butil.h\r\n mndsplay bmenu.h | utinton butil.h | utspkoff butil.h\r\n mnlread bmenu.h | utlobyte butil.h | utspkon butil.h\r\n moreset bmouse.h | utlonyb butil.h | uttofar butil.h\r\n prchar bprint.h | utlowlim butil.h | uttofaru butil.h\r\n prinit bprint.h | utloword butil.h | utuplim butil.h\r\n prstatus bprint.h | utmax butil.h | utwdlong butil.h\r\n scclrmsg bscreens.h | utmin butil.h | vidspmsg bvideo.h\r\n scpage bscreens.h | utnorm butil.h | virdrect bvideo.h\r\n utabs butil.h | utnybbyt butil.h | viwrrect bvideo.h\r\n utalarm butil.h | utoff butil.h | wnattr bwindow.h\r\n utalloc butil.h | utoutp butil.h | wncreate bwindow.h\r\n utbound butil.h | utpeekb butil.h | wndsplay bwindow.h\r\n utbyword butil.h | utpeekn butil.h | wnfield bwindow.h\r\n utchknil butil.h | utpeekw butil.h | wnwrstr bwindow.h\r\n utcopy butil.h | utplong butil.h | wnwrtty bwindow.h\r\n\r\nThe following functions do not have their own source files, but are defined\r\nin the source files shown here: \r\n\r\n Function Defined | Function Defined\r\n -------- ---------- | -------- ----------\r\n b_vidcpy scnewdev.c | ivdisk ivctrl.asm\r\n ivbiosky ivctrl.asm | ivdos ivctrl.asm\r\n ivcbreak ivctrl.asm | ividle ivctrl.asm\r\n ivcom1 ivctrl.asm | ivkeybd ivctrl.asm\r\n ivcom2 ivctrl.asm | ivtimer ivctrl.asm\r\n\r\nThe following source files are not named for any individual function: \r\n\r\n BNOMOUSE.ASM defines substitute versions of MOCHECK, MOHIDE, and MOPRECLK. \r\n See the section \"Excluding Mouse Support\" in the chapter on mouse\r\n support functions (prefix MO). \r\n NW.C defines versions of WNCHKDM, WNCMOVE, WNGETATR, WNSETATR, and\r\n WNSETWIN that make contact with the Turbo C text window. NW.C is the\r\n source module for the NW_T2?.OBJ files. \r\n WNNATVWN.C defines versions of WNCHKDM, WNCMOVE, WNGETATR, WNSETATR, and\r\n WNSETWIN that do not use the Turbo C text window. It is the source\r\n file for the WNNATVWN.OBJ modules in the libraries. \r\n\r\n\r\n\r\n\r\n\r\n\r\nBlaise Computing Inc. March 31, 1989 Page 9\r\n\r\n\r\n\r\n\r\nTurbo C TOOLS/2.0 Version 6.00\r\n\r\n\r\n\r\nThe following source files define no functions: \r\n\r\n KBSCANOF.C defines the b_keycod[] array, which is referenced by the\r\n KBSCANOF macro. \r\n MOVARS.C defines the global variables b_mocatch, b_modispat, b_mohanmask,\r\n and b_momask. \r\n SCPAGE.C defines the b_curpage global variable, which is referenced by the \r\n SCPAGE macro. \r\n\r\n CONSTRUCTION NOTES\r\n\r\nAll C modules and example programs were compiled with version 2.0 of the\r\nTurbo C command-line compiler (TCC) using the following switches: -c\r\n(compile only), -m (memory model), -O (optimize jumps), and -w (enable all\r\nwarnings). All assembler modules were assembled with version 1.0 of the\r\nTurbo Assembler (TASM) using the /mx and /w+ switches. The libraries were\r\nbuilt with version 2.0 of the Turbo Librarian (TLIB) using the /0 switch.\r\n(The /0 librarian switch omits unnecessary debugging and autodependency\r\ninformation.) \r\n\r\nThe example programs were linked with TLINK version 2.0 using no switches. \r\n\r\n\r\n(For a list of supplied files and the diskettes and subdirectories where they \r\nreside, see the PACKING.LST file.) \r\n\r\n === End of README.DOC ===\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\nBlaise Computing Inc. March 31, 1989 Page 10" }