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Path: wupost!uwm.edu!linac!att!cbnews!jbr0 From: jbr0@cbnews.cb.att.com (joseph.a.brownlee) Newsgroups: alt.sources Subject: Pcal v4.1, part 5 of 6 Keywords: pcal calendar postscript Message-ID: <1991Aug19.121859.979@cbnews.cb.att.com> Date: 19 Aug 91 12:18:59 GMT Organization: AT&T Bell Laboratories Lines: 1760 #!/bin/sh # This is part 05 of a multipart archive # ============= pcallang.h ============== if test -f 'pcallang.h' -a X"$1" != X"-c"; then echo 'x - skipping pcallang.h (File already exists)' else echo 'x - extracting pcallang.h (Text)' sed 's/^X//' << 'SHAR_EOF' > 'pcallang.h' && /* X * pcallang.h - language-dependent strings (month and day names, option file X * keywords, preprocessor tokens, prepositions, etc.): X * X * Revision history: X * X * 4.1 AWR 08/16/91 support -G flag (outlined gray) X * X * 4.02 AWR 07/02/91 support -v flag (version number); X * add ordinal_suffix(); add format X * specifiers to help message X * X * 4.0 AWR 03/01/91 expand parameter message to explain X * parameter meaning when -w specified X * X * AWR 02/19/91 revise ordinal definitions for X * support of negative ordinals X * X * AWR 02/06/91 add text describing expression syntax X * X * AWR 02/04/91 support "odd" and "even" ordinals X * X * AWR 01/28/91 support -B (blank fill squares) flag X * and -O (outline "gray" dates) flag X * X * AWR 01/16/91 added moon file support (tokens, help X * file text, error messages); define X * note block heading here X * X * AWR 01/07/91 added support for -w (whole year) flag X * X * 3.0 AWR 12/10/90 added support for "workday", "weekday", X * "holiday", et. al. X * X * AWR 11/15/90 extracted from pcal.c; revised X * to contain all language-dependent X * strings X */ X #define ALL "all" /* command-line or date file keyword */ X #ifdef MAIN_MODULE X char *months[12] = { X "January", "February", "March", "April", "May", "June", X "July", "August", "September", "October", "November", "December" X }; X /* Must be a 2-D array so address within may be used as an initializer; X * wildcard names must be in same order as symbolic names in pcaldefs.h X */ char days[14][12] = { X "Sunday", "Monday", "Tuesday", "Wednesday", "Thursday", "Friday", X "Saturday", /* weekday names */ X "day", "weekday", "workday", "holiday", "nonweekday", "nonworkday", X "nonholiday" /* wildcards */ X }; X /* preprocessor tokens: token name, token code, dispatch routine */ X KWD_F pp_info[] = { X "define", PP_DEFINE, do_define, X "else", PP_ELSE, NULL, X "endif", PP_ENDIF, NULL, X "ifdef", PP_IFDEF, do_ifdef, X "ifndef", PP_IFNDEF, do_ifndef, X "include", PP_INCLUDE, NULL, /* do_include */ X "undef", PP_UNDEF, do_undef, X NULL, PP_OTHER, NULL }; /* must be last */ X /* ordinal numbers - e.g. "first Monday in September": ordinal name, X * ordinal code, ordinal value; note that "all" is parsed as a keyword X * and (depending on context) may be subsequently treated as an ordinal X */ X KWD_O ordinals[] = { X "first", ORD_POSNUM, 1, X "second", ORD_POSNUM, 2, X "third", ORD_POSNUM, 3, X "fourth", ORD_POSNUM, 4, X "fifth", ORD_POSNUM, 5, X "last", ORD_NEGNUM, -1, X "odd", ORD_ODD, 0, X "even", ORD_EVEN, 0, X NULL, ORD_OTHER, 0 }; /* must be last */ X /* allowable suffixes for ordinal numbers */ X char *ord_suffix[] = { "st", "nd", "rd", "th", NULL }; X /* prepositions - e.g., "Friday after fourth Thursday in November" */ X KWD preps[] = { X "before", PR_BEFORE, X "preceding", PR_BEFORE, X "on_or_before", PR_ON_BEFORE, X "oob", PR_ON_BEFORE, X "after", PR_AFTER, X "following", PR_AFTER, X "on_or_after", PR_ON_AFTER, X "ooa", PR_ON_AFTER, X NULL, PR_OTHER }; /* must be last */ X /* other keywords */ X KWD keywds[] = { X ALL, DT_ALL, X "each", DT_ALL, X "every", DT_ALL, X "note", DT_NOTE, X "opt", DT_OPT, X "year", DT_YEAR, X NULL, DT_OTHER }; /* must be last */ X /* moon phases (for moon file) */ X KWD phases[] = { X "NM", MOON_NM, /* new moon */ X "1Q", MOON_1Q, /* first quarter */ X "FQ", MOON_1Q, X "FM", MOON_FM, /* full moon */ X "3Q", MOON_3Q, /* third (last) quarter */ X "LQ", MOON_3Q, X NULL, MOON_OTHER }; /* must be last */ X #else extern char *months[]; extern char days[14][12]; extern KWD_F pp_info[]; extern KWD preps[]; extern KWD_O ordinals[]; extern char *ord_suffix[]; extern KWD keywds[]; extern KWD phases[]; #endif X /* minimum size of abbreviations */ X #define MIN_DAY_LEN 3 #define MIN_MONTH_LEN 3 #define MIN_PPTOK_LEN 3 #define MIN_PREP_LEN 7 /* distinguish "on_or_before", "on_or_after" */ #define MIN_ORD_LEN 3 /* distinguish "Thursday" from "third" */ X X /* X * Symbolic names for command-line flags. These may be changed X * as desired in order to be meaningful in languages other than X * English. X */ X #define F_INITIALIZE 'I' /* re-initialize program defaults */ #define F_BLACK_DAY 'b' /* print day in black */ #define F_GRAY_DAY 'g' /* print day in gray */ X #define F_DAY_FONT 'd' /* select alternate day font */ #define F_NOTES_FONT 'n' /* select alternate notes font */ #define F_TITLE_FONT 't' /* select alternate title font */ X #define F_EMPTY_CAL 'e' /* print empty calendar */ #define F_DATE_FILE 'f' /* select alternate date file */ #define F_OUT_FILE 'o' /* select alternate output file */ X #define F_LANDSCAPE 'l' /* landscape mode */ #define F_PORTRAIT 'p' /* portrait mode */ X #define F_HELP 'h' /* generate full help message */ #define F_VERSION 'v' /* generate version ID */ X #define F_MOON_4 'm' /* print new/half/full moons */ #define F_MOON_ALL 'M' /* print all moons */ X #define F_DEFINE 'D' /* define preprocessor symbol */ #define F_UNDEF 'U' /* undefine preprocessor symbol */ X #define F_L_FOOT 'L' /* define left foot string */ #define F_C_FOOT 'C' /* define center foot string */ #define F_R_FOOT 'R' /* define right foot string */ X #define F_FIRST_DAY 'F' /* define alternate starting day */ X #define F_USA_DATES 'A' /* parse American date format */ #define F_EUR_DATES 'E' /* parse European date format */ X #define F_X_TRANS 'X' /* X-axis transformation */ #define F_Y_TRANS 'Y' /* Y-axis transformation */ #define F_X_SCALE 'x' /* X-axis scale factor */ #define F_Y_SCALE 'y' /* Y-axis scale factor */ X #define F_JULIAN 'j' /* print Julian day (day of year) */ #define F_JULIAN_ALL 'J' /* print Julian day and days left */ X #define F_WHOLE_YEAR 'w' /* print whole year per page */ X /* (cf. W_WYFLAG below) */ X #define F_BLANK_BOXES 'B' /* don't fill unused boxes */ X #define F_OUTLINE_GRAY 'G' /* outline and fill "gray" dates */ #define F_OUTLINE 'O' /* draw "gray" dates as outlines */ X /* X * Flag usage information - not strictly language-dependent, but here anyway X * (N.B.: all flags must be represented by an entry in this table!) X * X * Flags may appear in any of three places: in environment variable X * PCAL_OPTS, on the command line, or in "opt" lines in the date file. X * The command line is actually parsed twice: once before reading the date X * file to get the flags needed in processing it (-e, -f, -b, -g, -D, -U, -A, X * -E), and again after reading the date file to give the user one last X * chance to override any of the other flags set earlier. (Note, however, X * that the only way to turn off -J|-j [Julian dates], -M|-m [moons], -w X * [whole year], or -G|-O [outline "gray" dates] once selected is to use -I X * to reinitialize all program defaults.) X * X * The table below supplies the following information about each flag: X * X * - Its name (cf. symbolic definitions above) X * X * - Whether or not it can take an (optional) argument X * X * - Which passes parse it: P_ENV (environment variable), P_CMD1 X * (first command line pass), P_OPT ("opt" lines in date file), X * and P_CMD2 (second command line pass) X * X */ X #ifdef MAIN_MODULE X FLAG_USAGE flag_tbl[] = { X /* flag name arg? passes where parsed */ X X F_INITIALIZE, FALSE, P_ENV | P_CMD1 | P_OPT | P_CMD2 , X X F_BLACK_DAY, TRUE, P_ENV | P_CMD1 | P_OPT , X F_GRAY_DAY, TRUE, P_ENV | P_CMD1 | P_OPT , X X F_DAY_FONT, TRUE, P_ENV | P_OPT | P_CMD2 , X F_NOTES_FONT, TRUE, P_ENV | P_OPT | P_CMD2 , X F_TITLE_FONT, TRUE, P_ENV | P_OPT | P_CMD2 , X X F_EMPTY_CAL, FALSE, P_ENV | P_CMD1 , X F_DATE_FILE, TRUE, P_ENV | P_CMD1 , X F_OUT_FILE, TRUE, P_ENV | P_OPT | P_CMD2 , X X F_LANDSCAPE, FALSE, P_ENV | P_OPT | P_CMD2 , X F_PORTRAIT, FALSE, P_ENV | P_OPT | P_CMD2 , X X F_HELP, FALSE, P_CMD1 , X F_VERSION, FALSE, P_CMD1 , X X F_MOON_4, FALSE, P_ENV | P_OPT | P_CMD2 , X F_MOON_ALL, FALSE, P_ENV | P_OPT | P_CMD2 , X X F_DEFINE, TRUE, P_ENV | P_CMD1 , X F_UNDEF, TRUE, P_ENV | P_CMD1 , X X F_L_FOOT, TRUE, P_ENV | P_OPT | P_CMD2 , X F_C_FOOT, TRUE, P_ENV | P_OPT | P_CMD2 , X F_R_FOOT, TRUE, P_ENV | P_OPT | P_CMD2 , X X F_FIRST_DAY, TRUE, P_ENV | P_OPT | P_CMD2 , X X F_USA_DATES, FALSE, P_ENV | P_CMD1 | P_OPT , X F_EUR_DATES, FALSE, P_ENV | P_CMD1 | P_OPT , X X F_X_TRANS, TRUE, P_ENV | P_OPT | P_CMD2 , X F_Y_TRANS, TRUE, P_ENV | P_OPT | P_CMD2 , X F_X_SCALE, TRUE, P_ENV | P_OPT | P_CMD2 , X F_Y_SCALE, TRUE, P_ENV | P_OPT | P_CMD2 , X X F_JULIAN, FALSE, P_ENV | P_OPT | P_CMD2 , X F_JULIAN_ALL, FALSE, P_ENV | P_OPT | P_CMD2 , X X F_WHOLE_YEAR, FALSE, P_ENV | P_CMD1 | P_OPT , X X F_BLANK_BOXES, FALSE, P_ENV | P_OPT | P_CMD2 , X X F_OUTLINE_GRAY, FALSE, P_ENV | P_OPT | P_CMD2 , X F_OUTLINE, FALSE, P_ENV | P_OPT | P_CMD2 , X X '-', FALSE, P_ENV | P_CMD1 | P_OPT | P_CMD2 , X '\0', FALSE, P_ENV | P_CMD1 | P_OPT | P_CMD2 /* must be last */ X }; X #else extern FLAG_USAGE flag_tbl[]; #endif X /* X * Words used in usage() message - translate as necessary X */ X #define W_DEFAULT "default" /* translate as required */ #define W_USAGE "Usage" X #define W_FONT "FONT" /* names of metavariables */ #define W_DAY "DAY" #define W_STRING "STRING" #define W_FILE "FILE" #define W_SYMBOL "SYMBOL" #define W_VALUE "VALUE" X #define W_MM "MM" /* abbrev. for month, year */ #define W_YY "YY" X #define W_WYFLAG "-w" /* must conform to F_WHOLE_YEAR */ X #define W_BLACK "black" /* cf. color_msg() */ #define W_GRAY "gray" X X /* special flag_msg[] entries for end of option group, etc. */ X #define END_GROUP '\n', NULL, NULL, NULL /* end of option group */ #define END_LIST '\0', NULL, NULL, NULL /* end of list */ #define GROUP_DEFAULT ' ', NULL, " " /* group default */ X /* X * Message strings to be printed by usage() - translate as necessary X */ #ifdef MAIN_MODULE X FLAG_MSG flag_msg[] = { X /* flag name metasyntax description default */ X X F_INITIALIZE, NULL, "initialize all parameters to program defaults", NULL, X END_GROUP, X X F_BLACK_DAY, W_DAY, "print weekday in black", NULL, X F_GRAY_DAY, W_DAY, "print weekday in gray (see below)", NULL, X END_GROUP, X X F_OUTLINE_GRAY, NULL, "print \"gray\" dates as filled outlines", NULL, X F_OUTLINE, NULL, "print \"gray\" dates as unfilled outlines", NULL, #if NUM_STYLE == GRAY_NUMS X GROUP_DEFAULT, "gray characters", #else #if NUM_STYLE == OUTLINE_NUMS X GROUP_DEFAULT, "unfilled outlines", #else X GROUP_DEFAULT, "filled outlines", #endif #endif X X END_GROUP, X X F_DAY_FONT, W_FONT, "specify alternate day name font", DAYFONT, X F_NOTES_FONT, W_FONT, "specify alternate notes font", NOTESFONT, X F_TITLE_FONT, W_FONT, "specify alternate title font", TITLEFONT, X END_GROUP, X X F_EMPTY_CAL, NULL, "generate empty calendar (ignore date file)", NULL, X END_GROUP, X X F_DATE_FILE, W_FILE, "specify alternate date file", DATEFILE, X END_GROUP, X #ifdef DEFAULT_OUTFILE X F_OUT_FILE, W_FILE, "specify alternate output file", DEFAULT_OUTFILE, #else X F_OUT_FILE, W_FILE, "specify alternate output file", "stdout", #endif X END_GROUP, X X F_LANDSCAPE, NULL, "generate landscape-style calendar", NULL, X F_PORTRAIT, NULL, "generate portrait-style calendar", NULL, #if ROTATE == LANDSCAPE X GROUP_DEFAULT, "landscape", #else X GROUP_DEFAULT, "portrait", #endif X END_GROUP, X X F_HELP, NULL, "print this help message", NULL, X F_VERSION, NULL, "print version information", NULL, X END_GROUP, X X F_MOON_4, NULL, "draw a \"moon\" icon at full/new/half moons", NULL, X F_MOON_ALL, NULL, "draw a \"moon\" icon every day", NULL, #if DRAW_MOONS == NO_MOONS X GROUP_DEFAULT, "no moons", #else #if DRAW_MOONS == SOME_MOONS X GROUP_DEFAULT, "full/new/half moons", #else X GROUP_DEFAULT, "every day", #endif #endif X END_GROUP, X X F_DEFINE, W_SYMBOL, "define preprocessor symbol", NULL, X F_UNDEF, W_SYMBOL, "undefine preprocessor symbol", NULL, X END_GROUP, X X F_L_FOOT, W_STRING, "specify left foot string", LFOOT, X F_C_FOOT, W_STRING, "specify center foot string", CFOOT, X F_R_FOOT, W_STRING, "specify right foot string", RFOOT, X END_GROUP, X X F_FIRST_DAY, W_DAY, "specify starting day of week", days[FIRST_DAY], X END_GROUP, X X F_USA_DATES, NULL, "parse American dates (\"mm/dd{/yy}\" and \"month dd\")", NULL, X F_EUR_DATES, NULL, "parse European dates (\"dd/mm{/yy}\" and \"dd month\")", NULL, #if DATE_STYLE == USA_DATES X GROUP_DEFAULT, "American", #else X GROUP_DEFAULT, "European", #endif X END_GROUP, X X F_X_TRANS, W_VALUE, "specify x-axis translation", XTVAL, X F_Y_TRANS, W_VALUE, "specify y-axis translation", YTVAL, X F_X_SCALE, W_VALUE, "specify x-axis scale factor", XSVAL, X F_Y_SCALE, W_VALUE, "specify y-axis scale factor", YSVAL, X END_GROUP, X X F_JULIAN, NULL, "print Julian day (day of year)", NULL, X F_JULIAN_ALL, NULL, "print Julian day and days left in year", NULL, #if JULIAN_DATES == NO_JULIANS X GROUP_DEFAULT, "neither", #else #if JULIAN_DATES == SOME_JULIANS X GROUP_DEFAULT, "Julian day", #else X GROUP_DEFAULT, "both", #endif #endif X END_GROUP, X X F_WHOLE_YEAR, NULL, "print whole year (12 consecutive months) per page", NULL, X END_GROUP, X X F_BLANK_BOXES, NULL, "leave unused boxes blank", NULL, X X END_GROUP, /* must precede END_LIST */ X X END_LIST /* must be last */ }; X #else extern FLAG_MSG flag_msg[]; #endif X /* Numeric parameter descriptions and text */ X #ifdef MAIN_MODULE X #if __STDC__ PARAM_MSG param_msg[] = { X W_YY, "generate calendar for year " W_YY " (19" W_YY " if " W_YY " < 100)", X W_MM " " W_YY, "generate calendar for month " W_MM " (Jan = 1), year " W_YY, X W_MM " " W_YY " N", "generate calendars for N months, starting at " W_MM "/" W_YY, X "(" W_DEFAULT ")", "generate calendar for current month and/or year", X "", "", X "if " W_WYFLAG " specified:", "", X "", "", X W_YY, "generate calendar for year " W_YY " (19" W_YY " if " W_YY " < 100)", X W_MM " " W_YY, "generate calendars for 12 months, starting at " W_MM "/" W_YY, X W_MM " " W_YY " N", "generate calendars for N months, starting at " W_MM "/" W_YY, X "", " (N rounded up to next multiple of 12)", X "(" W_DEFAULT ")", "generate calendar for current year", X NULL, NULL /* must be last */ }; #else PARAM_MSG param_msg[] = { X "YY", "generate calendar for year YY (19YY if YY < 100)", X "MM YY", "generate calendar for month MM (Jan = 1), year YY", X "MM YY N", "generate calendars for N months, starting at MM/YY", X "(default)", "generate calendar for current month and year", X "", "", X "if -w specified:", "", X "", "", X "YY", "generate calendar for year YY (19YY if YY < 100)", X "MM YY", "generate calendar for 12 months, starting at MM/YY", X "MM YY N", "generate calendars for N months, starting at MM/YY", X "", " (N rounded up to next multiple of 12)", X "(default)", "generate calendar for current year", X NULL, NULL /* must be last */ }; #endif X #else extern PARAM_MSG param_msg[]; #endif X #define PARAM_MSGS 3 /* number of above to print in command-line syntax message */ X /* Date file syntax message - lines are copied intact */ X #ifdef MAIN_MODULE X char *date_msg[] = { X "", X "Date file syntax:", X "", X "The following rules describe the syntax of date file entries:", X "", X " year <year>", X "", X " opt <options>", X "", X " note <month_spec> <text>", X " note <month> <text>", X "", X " if -A flag (American date formats) specified:", X " <month_name> <day>{*} {<text>}", X " <month><sep><day>{<sep><year>}{*} {<text>}", X "", X " if -E flag (European date formats) specified:", X " <day> <month_name>{*} {<text>}", X " <day><sep><month>{<sep><year>}{*} {<text>}", X "", X " <ordinal> <day_name> in <month_spec>{*} {<text>}", X " <day_name> <prep> <date_spec>", X "", X "where", X "", X " {x} means x is optional", X "", X " <date_spec> := any of the above date specs (not year, note, or opt)", X " <month_name> := first 3+ characters of name of month, or \"all\"", X " <month_spec> := <month_name>, or \"year\"", X " <day_name> := first 3+ characters of name of weekday, \"day\",", X " \"weekday\", \"workday\", \"holiday\", \"nonweekday\",", X " \"nonworkday\", or \"nonholiday\"", X " <ordinal> := ordinal number (\"1st\", \"2nd\", etc.), \"first\" .. \"fifth\",", X " \"last\", \"even\", \"odd\", or \"all\"", X " <prep> := \"before\", \"preceding\", \"after\", \"following\", \"on_or_before\",", X " or \"on_or_after\"", X " <sep> := one or more non-numeric, non-space, non-'*' characters", X " <month>, <day>, <year> are the numeric forms", X "", X " <options> := any command-line option except -e, -f, -h, -v, -D, -U", X "", X "Comments start with '#' and run through end-of-line.", X "", X "Holidays may be flagged by specifying '*' as the last character of", X "the date field(s), e.g. \"10/12* Columbus Day\", \"July 4* Independence", X "Day\", etc. Any dates flagged as holidays will be printed in gray, and", X "any associated text will appear adjacent to the date.", X "", X "Note that the numeric date formats (mm/dd{/yy}, dd.mm{.yy}) support", X "an optional year, which will become the subsequent default year. The", X "alphabetic date formats (month dd, dd month) do not support a year", X "field; the \"year yy\" command is provided to reset the default year.", X "", X "\"Floating\" days may be specified in the date file as \"first Mon in ", X "Sep\", \"last Mon in May\", \"4th Thu in Nov\", etc.; any word may be", X "used in place of \"in\". \"Relative floating\" days (e.g. \"Fri after 4th ", X "Thu in Nov\") are also accepted; they may span month/year bounds.", X "Pcal also accepts date specs such as \"all Friday{s} in October\", \"last", X "Thursday in all\", etc., and produces the expected results; \"each\" and", X "\"every\" are accepted as synonyms for \"all\". Negative ordinals are", X "allowed; \"-2nd\" means \"next to last\".", X "", X "The words \"day\", \"weekday\", \"workday\", and \"holiday\" may be used as", X "wildcards: \"day\" matches any day, \"weekday\" matches any day normally", X "printed in black, \"workday\" matches any day normally printed in black", X "and not explicitly flagged as a holiday, and \"holiday\" matches any", X "day explicitly flagged as a holiday. \"Nonweekday\", \"nonworkday\",", X "and \"nonholiday\" are also supported and have the obvious meanings.", X "", X "\"Odd\" and \"even\" do not refer to the actual date; instead, \"odd\"", X "means \"alternate, starting with the first\"; \"even\" means \"alternate,", X "starting with the second\". Thus, \"odd Fridays in March\" refers to", X "the first, third, and (if present) fifth Fridays in March - not to", X "those Fridays falling on odd dates.", X "", X "\"All\" refers to each individual month; \"year\" refers to the year", X "as an entity. Thus \"odd Fridays in all\" refers to the first/third/", X "fifth Friday of each month, while \"odd Fridays in year\" refers to", X "the first Friday of January and every other Friday thereafter.", X "", X "Additional notes may be propagated to an empty calendar box by the", X "inclusion of one or more lines of the form \"note <month> <text>\",", X "where <month> may be numeric or alphabetic; \"note all <text>\"", X "propagates <text> to each month in the current year.", X "", X "Pcal also allows format specifiers in the text (and foot strings -", X "cf. the -L, -C, and -R options); each will be replaced by its", X "equivalent string as outlined in the table below. (Most of these are", X "derived from the strftime() function; %[lo0+-] are Pcal-specific.)", X "", X " %a : abbreviated weekday", X " %A : full weekday", X " %b : abbreviated month name", X " %B : full month name", X " %d : day of month (1-31)", X " %j : day of year (1-366)", X " %l : days left in year (0-365)", X " %m : month (1-12)", X " %U : week number (0-53)", X " %W : week number (0-53)", X " %y : year w/o century (00-99)", X " %Y : year w/century", X " %% : '%' character", X "", X " %o : print number as ordinal", X " %0 : print number with leading zeroes", X " %+ : use following month or year", X " %- : use previous month or year", X "", X "%U considers the first logical Sunday (the first day of the week as", X "printed; cf. the -F flag) of the year as the first day of week 1;", X "%W uses the first logical Monday instead. This is an extension of", X "strftime()'s behavior.", X "", X "%o prints a number as an ordinal, with the appropriate suffix (\"st\",", X "\"nd\", \"rd\", or \"th\" in English) appended; for example, \"%od\" prints", X "the day of the month as \"1st\", \"2nd\", \"3rd\", etc.", X "", X "Unlike strftime(), Pcal's default is to print numbers (except %y)", X "without leading zeroes. If leading zeroes are desired, the '0'", X "prefix may be used; for example, \"%0j\" prints the day of year as", X "001-365.", X "", X "%+ and %- direct Pcal to substitute the following/previous month/year", X "in the following [bBmyY] specifier; for example, %+B prints the name", X "of the next month.", X "", X "Simple cpp-like functionality is provided. The date file may include", X "the following commands, which work like their cpp counterparts:", X "", X " define <sym>", X " undef <sym>", X "", X " if{n}def <expr>", X " ...", X " { else", X " ... }", X " endif", X "", X " include <file>", X "", X "Note that these do not start with '#', which is reserved as a comment", X "character.", X "", X "<sym> is a symbol name consisting of a letter followed by zero or", X "more letters, digits, or underscores ('_'). Symbol names are always", X "treated in a case-insensitive manner.", X "", X "<expr> is an expression consisting of symbol names joined by the logical", X "operators (in order of precedence, high to low) '!' (unary negate), '&'", X "(and), '^' (exclusive or), and '|' (inclusive or). '&&' and '||' are", X "accepted as synonyms for '&' and '|' respectively; the order of", X "evaluation may be altered by the use of parentheses. A symbol whose", X "name is currently defined evaluates to TRUE; one whose name is not", X "currently defined evaluates to FALSE. Thus \"ifdef A | B | C\" is TRUE", X "if any of the symbols A, B, and C is currently defined, and", X "\"ifdef A & B & C\" is TRUE if all of them are.", X "", X "\"ifndef A | B | C\" is equivalent to \"ifdef !(A | B | C)\" (or, using", X "DeMorgan's Law, \"ifdef !A & !B & !C\") - in other words, TRUE if none of", X "the symbols A, B, and C is currently defined.", X "", X "\"define\" alone deletes all the current definitions; \"ifdef\" alone is", X "always false; \"ifndef\" alone is always true.", X "", X "The file name in the \"include\" directive may optionally be surrounded", X "by \"\" or <>. In any case, path names are taken to be relative to", X "the location of the file containing the \"include\" directive.", X "", X "", X "Moon file syntax:", X "", X "The user may enter the dates and (optionally) times of quarter", X "moons (from a reliable source such as an almanac or astronomical", X "table) into a file called .moonXX (moonXX.dat on VMS), where XX is", X "the last two digits of the year. If such a file exists (in the", X "same directory as the date file), Pcal will interpolate the phase", X "of the moon from the information in this file instead of using the", X "default algorithm.", X "", X "(Pcal originally used an extremely simplistic moon phase algorithm;", X "the moon file was added to v4.0 to enable Pcal to interpolate the", X "phase of the moon from the [presumably more accurate] information", X "within. More recently, the original moon phase algorithm was", X "superseded by an astronomer-strength version, largely obviating", X "the need for a moon file; however, it will continue to be", X "supported for the foreseeable future.)", X "", X "Entries in the moon file must conform to the following syntax:", X "", X " if -A flag (American date formats) specified:", X " <quarter> <month><sep><day> {<hour><sep><min>}", X "", X " if -E flag (European date formats) specified:", X " <quarter> <day><sep><month> {<hour><sep><min>}", X "", X "where", X "", X " <quarter> := \"nm\", \"fq\" or \"1q\", \"fm\", \"lq\" or \"3q\" (new", X " moon, first quarter, full moon, last quarter)", X " <hour> := number 0-23 (24-hour clock)", X " <min> := number 0-59", X "", X "This file must contain entries for all quarter moons in the year,", X "in chronological order; if any errors are encountered, Pcal will", X "revert to using its default algorithm.", X "", X "As in the date file, comments start with '#' and run through", X "end-of-line. ", X NULL X }; #else extern char *date_msg[]; #endif X /* format strings for color_msg() - translate as necessary */ #define COLOR_MSG_1 "all days in %s" #define COLOR_MSG_2 "in %s; others in %s" X /* format string for short usage() message */ #define USAGE_MSG "\"%s -%c\" prints full description of flags, parameters, and file formats\n" X /* format strings for comment in PostScript output file */ #define VERSION_MSG "Generated by %s %s" #define DATEFILE_MSG " from %s" X #define NOTES_HDR "Notes" /* title of "notes" box */ #define LINE_SEP ".p" /* text line separator */ X /* strings used in error messages */ #define ENV_VAR "environment variable " #define DATE_FILE "date file " X /* Error and information messages - translate as necessary */ X /* program error messages */ #define E_ALLOC_ERR "%s: calloc() failed - out of memory\n" #define E_FOPEN_ERR "%s: can't open file %s\n" #define E_ILL_LINE "%s: %s in file %s, line %d\n" #define E_ILL_MONTH "%s: month %d not in range %d .. %d\n" #define E_ILL_OPT "%s: unrecognized flag %s" #define E_ILL_OPT2 " (%s\"%s\")" #define E_ILL_YEAR "%s: year %d not in range %d .. %d\n" #define E_SYMFULL "%s: symbol table full - can't define %s\n" #define E_UNT_IFDEF "%s: unterminated if{n}def..{else..}endif in file %s\n" #define E_FLAG_IGNORED "%s: -%c flag ignored (%s\"%s\")\n" X /* preprocessor error strings */ #define E_ELSE_ERR "unmatched \"else\"" #define E_END_ERR "unmatched \"endif\"" #define E_GARBAGE "extraneous data on \"%s\" line" #define E_INV_DATE "invalid date (or no match for wildcard)" #define E_INV_LINE "unrecognized line" #define E_NESTING "maximum file nesting level exceeded" #define E_EXPR_SYNTAX "syntax error in expression" X /* moon file error strings */ #define E_DATE_SEQ "date or phase out of sequence" #define E_PREM_EOF "premature EOF" X /* information message (VMS, Amiga only) */ #define I_OUT_NAME "%s: output is in file %s\n" X X /* X * Yes, some source code in a header file. This is a language-dependent X * routine used by writefil.c to translate the %o (ordinal suffix) format X * specifier into the appropriate string for printing, and seemed to belong X * here with the other language dependencies. X */ #ifdef WRITEFIL /* include only in writefil.c */ #ifdef PROTOS static char *ordinal_suffix(int num) #else static char *ordinal_suffix(num) X int num; /* ordinal number - assumed positive */ #endif { X static char buf[10]; X static char *suffix[] = { "th", "st", "nd", "rd" }; X int tens, units; X X tens = (num / 10) % 10; /* select suffix */ X units = num % 10; X strcpy(buf, suffix[(units > 3 || tens == 1) ? 0 : units]); X X return buf; } #endif SHAR_EOF chmod 0666 pcallang.h || echo 'restore of pcallang.h failed' Wc_c="`wc -c < 'pcallang.h'`" test 27444 -eq "$Wc_c" || echo 'pcallang.h: original size 27444, current size' "$Wc_c" fi # ============= pcalutil.c ============== if test -f 'pcalutil.c' -a X"$1" != X"-c"; then echo 'x - skipping pcalutil.c (File already exists)' else echo 'x - extracting pcalutil.c (Text)' sed 's/^X//' << 'SHAR_EOF' > 'pcalutil.c' && /* X * pcalutil.c - utility routines for Pcal X * X * Contents: X * X * alloc X * calc_day X * calc_weekday X * calc_year_day X * ci_strcmp X * ci_strncmp X * copy_text X * find_executable X * getline X * is_valid X * loadwords X * mk_filespec X * mk_path X * normalize X * split_date X * trnlog X * X * Revision history: X * X * 4.02 AWR 06/07/91 added find_executable() X * X * 4.0 AWR 02/24/91 Revised getline() and copy_text() to X * handle C-style escapes of characters X * and octal/hex numbers X * X * AWR 02/19/91 Added support for negative ordinals X * in calc_day(), calc_year_day() X * X * AWR 02/04/91 Added calc_year_day() X * X * AWR 01/15/91 Extracted from pcal.c X * X */ X X /* X * Standard headers: X */ X #include <stdio.h> #include <ctype.h> #include <string.h> X /* X * Pcal-specific definitions: X */ X #include "pcaldefs.h" #include "pcalglob.h" #include "pcallang.h" X /* X * Macros: X */ X /* skip over numeric field and subsequent non-numeric characters */ #define SKIP_FIELD(p) \ X do { while (*p && isdigit(*p)) p++; \ X while (*p && !isdigit(*p)) p++; } while (0) X X /* X * General-purpose utility routines X */ X X /* X * alloc - interface to calloc(); terminates if unsuccessful X */ #ifdef PROTOS char *alloc(int size) #else char *alloc(size) X int size; #endif { X char *p; X X if (size == 0) /* not all calloc()s like null requests */ X size = 1; X X if ((p = calloc(1, size)) == NULL) { X FPR(stderr, E_ALLOC_ERR, progname); X exit(EXIT_FAILURE); X } X X return p; } X X /* X * ci_str{n}cmp - case-insensitive flavors of strcmp(), strncmp() X */ #ifdef PROTOS int ci_strcmp(register char *s1, X register char *s2) #else int ci_strcmp(s1, s2) X register char *s1, *s2; #endif { X register char c1, c2; X X for ( ; (c1 = TOLOWER(*s1)) == (c2 = TOLOWER(*s2)); s1++, s2++) X if (c1 == '\0') X return 0; X X return c1 - c2; } X X #ifdef PROTOS int ci_strncmp(register char *s1, X register char *s2, X int n) #else int ci_strncmp(s1, s2, n) X register char *s1, *s2; X int n; #endif { X register char c1, c2; X X for ( ; --n >= 0 && (c1 = TOLOWER(*s1)) == (c2 = TOLOWER(*s2)); s1++, s2++) X if (c1 == '\0') X return 0; X X return n < 0 ? 0 : c1 - c2; } X X /* X * Date calculation routines (see also macros in pcaldefs.h) X */ X X /* X * normalize - adjust day in case it has crossed month (or year) bounds X */ #ifdef PROTOS void normalize(DATE *pd) #else void normalize(pd) X DATE *pd; /* pointer to date */ #endif { X int len; X X /* adjust if day is in previous or following month */ X X while (pd->dd < 1) { X pd->yy = PREV_YEAR(pd->mm, pd->yy); X pd->mm = PREV_MONTH(pd->mm, pd->yy); X pd->dd += LENGTH_OF(pd->mm, pd->yy); X } X X while (pd->dd > (len = LENGTH_OF(pd->mm, pd->yy))) { X pd->dd -= len; X pd->yy = NEXT_YEAR(pd->mm, pd->yy); X pd->mm = NEXT_MONTH(pd->mm, pd->yy); X } } X X /* X * calc_day - calculate calendar date from ordinal date (e.g., "first Friday X * in November", "last day in October"); return calendar date if it exists, X * 0 if it does not X */ #ifdef PROTOS int calc_day(int ord, X int wkd, X int mm) #else int calc_day(ord, wkd, mm) X int ord; X int wkd; X int mm; #endif { #ifdef PROTOS X int first, last, day, (*pfcn)(int, int, int); #else X int first, last, day, (*pfcn)(); #endif X X if (IS_WILD(wkd)) { /* "day", "weekday", "workday", or "holiday" */ X pfcn = pdatefcn[wkd - WILD_FIRST]; X last = LENGTH_OF(mm, curr_year); X X if (ord < 0) { /* search backwards */ X for (day = last; X day >= 1 && X !((*pfcn)(mm, day, curr_year) && ++ord == 0); X day--) X ; X } else { /* search forwards */ X for (day = 1; X day <= last && X !((*pfcn)(mm, day, curr_year) && --ord == 0); X day++) X ; X } X return is_valid(mm, day, curr_year) ? day : 0; X X } else { /* fixed weekday - calculate it */ X first = (wkd - FIRST_OF(mm, curr_year) + 7) % 7 + 1; X if (ord < 0) { /* get last (try 5th, then 4th) */ X if (!is_valid(mm, last = first + 28, curr_year)) X last -= 7; X if (!is_valid(mm, day = last + 7 * (ord + 1), X curr_year)) X day = 0; X } X else X if (!is_valid(mm, day = first + 7 * (ord - 1), X curr_year)) X day = 0; X X return day; X } X } X X /* X * calc_year_day - calculate calendar date from ordinal date within year X * (e.g., "last Friday in year", "10th holiday in year"); if date exists, X * fill in pdate and return TRUE; else return FALSE X */ #ifdef PROTOS int calc_year_day(int ord, X int wkd, X DATE *pdate) #else int calc_year_day(ord, wkd, pdate) X int ord; X int wkd; X DATE *pdate; #endif { #ifdef PROTOS X int incr, (*pfcn)(int, int, int); #else X int incr, (*pfcn)(); #endif X DATE date; X X if (IS_WILD(wkd)) { /* "day", "weekday", "workday", or "holiday" */ X pfcn = pdatefcn[wkd - WILD_FIRST]; X X if (ord < 0) { /* nth occurrence backwards */ X MAKE_DATE(date, DEC, 31, curr_year); X ord = -ord; X incr = -1; X } else { /* nth occurrence forwards */ X MAKE_DATE(date, JAN, 1, curr_year); X incr = 1; X } X X /* search for selected occurrence of specified wildcard */ X X while (date.yy == curr_year && X !((*pfcn)(date.mm, date.dd, date.yy) && --ord == 0)) { X date.dd += incr; X normalize(&date); X } X X } else { /* fixed weekday - calculate it */ X if (ord < 0) X MAKE_DATE(date, DEC, X calc_day(-1, wkd, DEC) + 7 * (ord + 1), X curr_year); X else X MAKE_DATE(date, JAN, X calc_day(1, wkd, JAN) + 7 * (ord - 1), X curr_year); X normalize(&date); X } X X return date.yy == curr_year ? (*pdate = date, TRUE) : FALSE; } X X /* X * calc_weekday - return the weekday (0-6) of mm/dd/yy (mm: 1-12) X */ #ifdef PROTOS int calc_weekday(int mm, X int dd, X int yy) #else int calc_weekday(mm, dd, yy) X int mm; X int dd; X int yy; #endif { X return (yy + (yy-1)/4 - (yy-1)/100 + (yy-1)/400 + OFFSET_OF(mm, yy) + X (dd-1)) % 7; } X X /* X * is_valid - return TRUE if m/d/y is a valid date X */ #ifdef PROTOS int is_valid(register int m, X register int d, X register int y) #else int is_valid(m, d, y) X register int m, d, y; #endif { X return m >= JAN && m <= DEC && X d >= 1 && d <= LENGTH_OF(m, y); } X X X /* X * Token parsing/remerging routines: X */ X X /* X * loadwords - tokenize line buffer into word array, return word count. X * differs from old loadwords() in that it handles quoted (" or ') strings X * and removes escaped quotes X */ #ifdef PROTOS int loadwords(void) #else int loadwords() #endif { X register char *ptok; X char *delim, **ap, *p1, *p2, c; X int nwords; X X for (ptok = lbuf, ap = words; TRUE; ap++) { X X ptok += strspn(ptok, WHITESPACE); /* find next token */ X X if (! *ptok) { /* end of lbuf? */ X *ap = NULL; /* add null ptr at end */ X nwords = ap - words; /* number of non-null ptrs */ X break; /* exit loop */ X } X X delim = *ptok == '"' ? "\"" : /* set closing delimiter */ X *ptok == '\'' ? "'" : X WHITESPACE; X X if (*ptok == *delim) /* skip opening quote */ X ptok++; X X *ap = ptok; /* save token ptr */ X X do { /* find unescaped delimiter */ X ptok += strcspn(ptok, delim); X if ((c = ptok[-1]) == '\\') X ptok++; X } while (c == '\\'); X X if (*ptok) /* terminate token */ X *ptok++ = '\0'; X } X X /* now reprocess the word list, removing escapes from quotes */ X X for (ap = words; *ap; *ap++) X for (p1 = p2 = *ap; c = *p2 = *p1++; *p2++) X if (c == '\\') X *p2 = *p1++; X X return nwords; /* return word count */ X } X X /* X * copy_text - retrieve remaining text in lbuf and copy to output string, X * separating tokens by a single blank and condensing runs of blanks (all X * other whitespace has been converted to blanks by now) to one blank X */ #ifdef PROTOS void copy_text(char *pbuf, X char **ptext) #else void copy_text(pbuf, ptext) X char *pbuf; /* output buffer - can be lbuf itself */ X char **ptext; /* pointer to first text word in "words" */ #endif { X char *p, *pb; X X /* copy words to pbuf, separating by one blank */ X X for (*(pb = pbuf) = '\0'; p = *ptext; *pb++ = *++ptext ? ' ' : '\0') { X for ( ; *p; *p++) X if (! (*p == ' ' && (pb == pbuf || pb[-1] == ' '))) X *pb++ = *p; X if (pb > pbuf && pb[-1] == ' ') X pb--; X } } X X /* X * split_date - extract 1-3 numeric fields (separated by one or more X * non-numeric characters) from date string; return number of fields X */ #ifdef PROTOS int split_date(char *pstr, X int *pn1, X int *pn2, X int *pn3) #else int split_date(pstr, pn1, pn2, pn3) X char *pstr; /* input string */ X int *pn1, *pn2, *pn3; /* output numbers */ #endif { X int i, n, *pn; X X /* attempt to extract up to three numeric fields */ X for (n = 0, i = 1; i <= 3; i++) { X pn = i == 1 ? pn1 : i == 2 ? pn2 : pn3; /* crude but portable */ X if (pn) X *pn = *pstr ? (n++, atoi(pstr)) : 0; X SKIP_FIELD(pstr); /* go to next field */ X } X X return n; } X X X /* X * File input routines: X */ X X /* X * octal_esc - read up to 3 octal digits from file; return value of octal X * constant and leave file pointer at last character X */ #ifdef PROTOS static int octal_esc(FILE *fp) #else static int octal_esc(fp) X FILE *fp; #endif { X int i, n, c; X X for (n = 0, i = 0; i < 3; i++) { X c = getc(fp); X if (c == EOF) X return EOF; X if (!isodigit(c)) { X ungetc(c, fp); X break; X } X n = n * 8 + (c - '0'); X } X X return n & 0377; /* truncate to 8 bits */ } X X /* X * hex_esc - read 'x' or 'X' followed by 1 or 2 hex digits from file; return X * value of hexadecimal constant (or letter if no hex digits follow) and X * leave file pointer at last character X */ #ifdef PROTOS static int hex_esc(FILE *fp) #else static int hex_esc(fp) X FILE *fp; #endif { X int i, n, c, sv_c; X X sv_c = c = getc(fp); /* read leading 'x' or 'X' */ X if (TOLOWER(c) != 'x') X return c; /* something else - just return it */ X X for (n = 0, i = 0; i < 2; i++) { X c = getc(fp); X if (c == EOF) X return EOF; X if (!isxdigit(c)) { X ungetc(c, fp); X break; X } X n = n * 16 + (isupper(c) ? c - 'A' + 10 : X islower(c) ? c - 'a' + 10 : X c - '0'); X } X X return i > 0 ? n & 0377 : sv_c; /* truncate to 8 bits */ } X X /* X * getline - read next non-null line of input file into lbuf; return 0 on EOF X * strip leading whitespace, translate other whitespace to blanks, and handle X * all escapes except \' and \", (cf. loadwords()) X */ #ifdef PROTOS int getline(FILE *fp, X int *pline) #else int getline(fp, pline) X FILE *fp; X int *pline; #endif { X register char *cp; X register int c, c2; X static char escape[] = "abfnrtv"; /* cf. ANSI spec, 2.2.2 */ X int in_comment; /* comments: from '#' to end-of-line */ X X cp = lbuf; X do { X in_comment = FALSE; X while ((c = getc(fp)) != '\n' && c != EOF) { X if (c == '#') X in_comment = TRUE; X X if (isspace(c)) /* whitespace => blank */ X c = ' '; X X /* ignore comments and leading white space */ X if (in_comment || (cp == lbuf && c == ' ')) X continue; X X /* handle escape sequences here: escaped whitespace X * and ANSI escapes are all converted to a space; X * octal and hex constants are converted in place X */ X if (c == '\\') { X if ((c2 = getc(fp)) == EOF) X return FALSE; X X if (isspace(c2) || strchr(escape, c2)) { X c = ' '; X if (c2 == '\n') X (*pline)++; X } X else if (isodigit(c2)) { /* octal */ X ungetc(c2, fp); X if((c = octal_esc(fp)) == EOF) X return FALSE; X } X else if (TOLOWER(c2) == 'x') { /* hex */ X ungetc(c2, fp); X if((c = hex_esc(fp)) == EOF) X return FALSE; X } X else if (c2 == '\'' || c2 == '"') X ungetc(c2, fp); X else X c = c2; X X } X *cp++ = c; X } X X if (c == EOF) /* no more input lines */ X return FALSE; X X (*pline)++; /* bump line number */ X X } while (cp == lbuf); /* ignore empty lines */ X X *cp = '\0'; X return TRUE; } X X /* X * Routines dealing with translation of file specifications (VMS, Un*x) X */ X #ifdef VMS /* X * mk_path - extract the path component from VMS file spec X */ #ifdef PROTOS char *mk_path(char *path, X char *filespec) #else char *mk_path(path, filespec) X char *path; /* output path */ X char *filespec; /* input filespec */ #endif { X char *p; X X strcpy(path, filespec); X if (!(p = strchr(path, ']')) && !(p = strchr(path, ':'))) X p = path - 1; /* return null string if no path */ X *++p = '\0'; X X return path; } X X /* X * mk_filespec - merge VMS path and file names, where latter can be relative X */ #ifdef PROTOS char *mk_filespec(char *filespec, X char *path, X char *name) #else char *mk_filespec(filespec, path, name) X char *filespec; /* output filespec */ X char *path; /* input path */ X char *name; /* input file name */ #endif { X char *p; X X *filespec = '\0'; X X /* copy name intact if absolute; else merge path and relative name */ X if (!strchr(name, ':')) { X strcpy(filespec, path); X if ((p = P_LASTCHAR(filespec)) && *p == END_PATH && X name[0] == START_PATH && strchr(".-", name[1])) X *p = *++name == '-' ? '.' : '\0'; X } X X return strcat(filespec, name); } X X /* X * trnlog - return translation of VMS logical name (null if missing) X */ #ifdef PROTOS char *trnlog(char *logname) #else char *trnlog(logname) /* look up logical name */ X char *logname; #endif { X static char trnbuf[STRSIZ]; X X $DESCRIPTOR(src, logname); X $DESCRIPTOR(dst, trnbuf); X short len; X int ret; X X src.dsc$w_length = strlen(logname); X ret = LIB$SYS_TRNLOG(&src, &len, &dst); X return ret == SS$_NORMAL ? (trnbuf[len] = '\0', trnbuf) : NULL; } X #else /* apparently DOS and Amiga can use the Un*x flavors */ X /* X * mk_path - extract the path component from a Un*x file spec X */ #ifdef PROTOS char *mk_path(char *path, X char *filespec) #else char *mk_path(path, filespec) X char *path; /* output path */ X char *filespec; /* input filespec */ #endif { X char *p; X X strcpy(path, filespec); X if (! (p = strrchr(path, END_PATH)) ) X p = path - 1; /* return null string if no path */ X X *++p = '\0'; X return path; } X X /* X * mk_filespec - merge Un*x path and file names, where latter can be relative X */ #ifdef PROTOS char *mk_filespec(char *filespec, X char *path, X char *name) #else char *mk_filespec(filespec, path, name) X char *filespec; /* output filespec */ X char *path; /* input path */ X char *name; /* input file name */ #endif { X char *p; X X *filespec = '\0'; X X /* copy name intact if absolute; else merge path and relative name */ X X /* if path starts with "~/", translate it for user */ X if (strncmp(name, "~/", 2) == 0 && (p = trnlog(HOME_DIR)) != NULL) { X strcpy(filespec, p); X if ((p = P_LASTCHAR(filespec)) && *p != END_PATH) X *++p = END_PATH, *++p = '\0'; X name += 2; /* skip "~/" */ X } X else if (*name != START_PATH) { /* relative path */ X strcpy(filespec, path); X if ((p = P_LASTCHAR(filespec)) && *p != END_PATH) X *++p = END_PATH, *++p = '\0'; X } X X return strcat(filespec, name); } X X /* X * trnlog - return translation of Un*x environment variable X */ #ifdef PROTOS char *trnlog(char *logname) #else char *trnlog(logname) /* look up logical name */ X char *logname; #endif { X return getenv(logname); } X #endif X #ifdef UNIXX /* highly Unix-dependent; probably nobody else can use it */ X #include <sys/types.h> #include <sys/stat.h> X /* X * find_executable - return full path name of executable X */ #ifdef PROTOS char *find_executable(char *prog) #else char *find_executable(prog) X char *prog; #endif { X char pathvar[1000], *p, *pnext; X struct stat st; X static char filepath[STRSIZ]; X X /* if 'prog' is an absolute/relative path name or environment X * variable 'PATH' does not exist, return 'prog'; otherwise, X * search the directories specified in 'PATH' for the executable X */ X if (strchr(prog, END_PATH) == 0 && (p = getenv(PATH_ENV_VAR)) != 0) { X strcpy(pathvar, p); X X /* assumes PATH is of form "dir1:dir2:...:dirN"; strtok() X * would be handy here, but not everybody has it yet X */ X for (p = pathvar; *p; p = pnext) { X if ((pnext = strchr(p, ':')) != NULL) X *pnext++ = '\0'; X else X pnext = p + strlen(p); X strcpy(filepath, p); /* construct file path */ X strcat(filepath, "/"); X strcat(filepath, prog); X X /* check that file a) exists, b) is a "normal" file, X * and c) is executable - if so, return its full path X */ X if (stat(filepath, &st) >= 0 && X (st.st_mode & S_IFMT) == S_IFREG && X access(filepath, 01) == 0) X return filepath; X } X } X return prog; /* just return the original argument */ } #else X X /* X * find_executable - return full path name of executable X */ #ifdef PROTOS char *find_executable(char *prog) #else char *find_executable(prog) X char *prog; #endif { X return prog; /* non-UNIX flavor always returns its argument */ } #endif SHAR_EOF chmod 0644 pcalutil.c || echo 'restore of pcalutil.c failed' Wc_c="`wc -c < 'pcalutil.c'`" test 16402 -eq "$Wc_c" || echo 'pcalutil.c: original size 16402, current size' "$Wc_c" fi # ============= protos.h ============== if test -f 'protos.h' -a X"$1" != X"-c"; then echo 'x - skipping protos.h (File already exists)' else echo 'x - extracting protos.h (Text)' sed 's/^X//' << 'SHAR_EOF' > 'protos.h' && /* X * protos.h - ANSI-style function prototypes for Pcal sources X * X * Revision history: X * X * 4.02 AWR 06/07/91 added find_executable() X * X * 4.0 AWR 03/01/91 use <stdlib.h> where possible X * X * AWR 02/19/91 adapted from Bill Hogsett's source X * X */ X X /* X * Prototypes for functions defined in exprpars.c: X */ int parse_expr(char *pbuf); X X /* X * Prototypes for functions defined in moonphas.c: X */ double calc_phase(int month, int day, int year); double find_phase(int month, int day, int year, int *pquarter); char *find_moonfile(int year); int read_moonfile(int year); X X /* X * Prototypes for functions defined in pcal.c: X */ FILE *alt_fopen(char *fullpath, char *name, char *pathlist[], char *access); char *color_msg(void); int get_args(char **argv, int curr_pass, char *where); FLAG_USAGE *get_flag(char flag); int main(int argc, char **argv); void set_color(char *day, int col); void usage(FILE *fp, int fullmsg); X X /* X * Prototypes for functions defined in pcalutil.c: X */ char *alloc(int size); int calc_day(int ord, int wkd, int mm); int calc_weekday(int mm, int dd, int yy); int calc_year_day(int ord, int wkd, DATE *pdate); int ci_strcmp(register char *s1, register char *s2); int ci_strncmp(register char *s1, register char *s2, int n); void copy_text(char *pbuf, char **ptext); char *find_executable(char *prog); int getline(FILE *fp, int *pline); int is_valid(register int m, register int d, register int y); int loadwords(void); char *mk_filespec(char *filespec, char *path, char *name); char *mk_path(char *path, char *filespec); void normalize(DATE *pd); int split_date(char *pstr, int *pn1, int *pn2, int *pn3); char *trnlog(char *logname); X X /* X * Prototypes for functions defined in readfile.c: X */ void cleanup(void); void clear_syms(void); int date_type(char *cp, int *pn, int *pv); int do_define(char *sym); int do_ifdef(char *expr); int do_ifndef(char *expr); int do_include(char *path, char *name); int do_undef(char *sym); int enter_day_info(int m, int d, int y, int text_type, char **pword); int find_sym(char *sym); year_info *find_year(int year, int insert); int get_keywd(char *cp); int get_month(char *cp, int numeric_ok, int year_ok); int get_ordinal(char *cp, int *pval); int get_prep(char *cp); int get_token(char *token); int get_weekday(char *cp, int wild_ok); int is_anyday(int mm, int dd, int yy); int is_holiday(int mm, int dd, int yy); int is_weekday(int mm, int dd, int yy); int is_workday(int mm, int dd, int yy); int not_holiday(int mm, int dd, int yy); int not_weekday(int mm, int dd, int yy); int not_workday(int mm, int dd, int yy); int parse(char **pword, char *filename); int parse_date(char **pword, int *ptype, char ***pptext); int parse_ord(int ord, int val, char **pword); int parse_rel(int wkd, char **pword, int *ptype, char ***pptext); void read_datefile(FILE *fp, char *filename); X X /* X * Prototypes for functions defined in writefil.c: X */ void def_footstring(char *p, char c); void find_daytext(int month, int year, int is_holiday); void find_holidays(int month, int year); void print_julian_info(int month, int year); void print_month(int month, int year); void print_moon_info(int month, int year); void print_text(char *p); char *print_word(char *p); void write_psfile(int month, int year, int nmonths); X X /* X * Prototypes for miscellaneous library routines (if not already included X * via <stdlib.h> - cf. pcaldefs.h): X */ #ifndef STDLIB extern int atoi(char *); extern char *calloc(unsigned int, unsigned int); extern char *getenv(char *); #endif SHAR_EOF chmod 0666 protos.h || echo 'restore of protos.h failed' Wc_c="`wc -c < 'protos.h'`" test 3511 -eq "$Wc_c" || echo 'protos.h: original size 3511, current size' "$Wc_c" fi true || echo 'restore of readfile.c failed' echo End of part 5, continue with part 6 exit 0