/*
* sprintf.c v1.05+ for LPMud 3.0.52 (+ plus mappings)
*
* An implementation of (s)printf() for LPC, with quite a few
* extensions (note that as no floating point exists, some parameters
* have slightly different meaning or restrictions to "standard"
* (s)printf.) Implemented by Lynscar (Sean A Reith).
*
* This version supports the following as modifiers:
* " " pad positive integers with a space.
* "+" pad positive integers with a plus sign.
* "-" left adjusted within field size.
* NB: std (s)printf() defaults to right justification, which is
* unnatural in the context of a mainly string based language
* but has been retained for "compatability" ;)
* "|" centered within field size.
* "=" column mode if strings are greater than field size. this is only
* meaningful with strings, all other types ignore
* this. columns are auto-magically word wrapped.
* "#" table mode, print a list of '\n' separated 'words' in a
* table within the field size. only meaningful with strings.
* n specifies the field size, a '*' specifies to use the corresponding
* arg as the field size. if n is prepended with a zero, then is padded
* zeros, else it is padded with spaces (or specified pad string).
* "."n presision of n, simple strings truncate after this (if presision is
* greater than field size, then field size = presision), tables use
* presision to specify the number of columns (if presision not specified
* then tables calculate a best fit), all other types ignore this.
* ":"n n specifies the fs _and_ the presision, if n is prepended by a zero
* then it is padded with zeros instead of spaces.
* "@" the argument is an array. the corresponding format_info (minus the
* "@") is applyed to each element of the array.
* "'X'" The char(s) between the single-quotes are used to pad to field
* size (defaults to space) (if both a zero (in front of field
* size) and a pad string are specified, the one specified second
* overrules). NOTE: to include "'" in the pad string, you must
* use "\\'" (as the backslash has to be escaped past the
* interpreter), similarly, to include "\" requires "\\\\".
* The following are the possible type specifiers.
* "%" in which case no arguments are interpreted, and a "%" is inserted, and
* all modifiers are ignored.
* "O" the argument is an LPC datatype.
* "s" the argument is a string.
* "d" the integer arg is printed in decimal.
* "i" as d.
* "c" the integer arg is to be printed as a character.
* "o" the integer arg is printed in octal.
* "x" the integer arg is printed in hex.
* "X" the integer arg is printed in hex (in capitals).
*/
#include <stdio.h>
#include <string.h>
#include <setjmp.h>
#include <sys/types.h>
#include "config.h"
#include "lint.h"
#include "stdio.h"
#include "interpret.h"
#include "mapping.h"
#include "object.h"
#include "sent.h"
/*
* If this #define is defined then error messages are returned,
* otherwise error() is called (ie: A "wrongness in the fabric...")
*/
#define RETURN_ERROR_MESSAGES
extern char *xalloc(), *string_copy();
extern void free_svalue (struct svalue *);
extern struct object *current_object;
typedef unsigned int format_info;
/*
* Format of format_info:
* 00000000 0000xxxx : argument type:
* 0000 : type not found yet;
* 0001 : error type not found;
* 0010 : percent sign, null argument;
* 0011 : LPC datatype;
* 0100 : string;
* 1000 : integer;
* 1001 : char;
* 1010 : octal;
* 1011 : hex;
* 1100 : HEX;
* 00000000 00xx0000 : justification:
* 00 : right;
* 01 : centre;
* 10 : left;
* 00000000 xx000000 : positive pad char:
* 00 : none;
* 01 : ' ';
* 10 : '+';
* 0000000x 00000000 : array mode?
* 000000x0 00000000 : column mode?
* 00000x00 00000000 : table mode?
*/
#define INFO_T 0xF
#define INFO_T_ERROR 0x1
#define INFO_T_NULL 0x2
#define INFO_T_LPC 0x3
#define INFO_T_STRING 0x4
#define INFO_T_INT 0x8
#define INFO_T_CHAR 0x9
#define INFO_T_OCT 0xA
#define INFO_T_HEX 0xB
#define INFO_T_C_HEX 0xC
#define INFO_J 0x30
#define INFO_J_CENTRE 0x10
#define INFO_J_LEFT 0x20
#define INFO_PP 0xC0
#define INFO_PP_SPACE 0x40
#define INFO_PP_PLUS 0x80
#define INFO_ARRAY 0x100
#define INFO_COLS 0x200
#define INFO_TABLE 0x400
#define BUFF_SIZE 10000
#define ERROR(x) longjmp(error_jmp, x)
#define ERR_BUFF_OVERFLOW 0x1 /* buffer overflowed */
#define ERR_TO_FEW_ARGS 0x2 /* more arguments spec'ed than passed */
#define ERR_INVALID_STAR 0x3 /* invalid arg to * */
#define ERR_PRES_EXPECTED 0x4 /* expected presision not found */
#define ERR_INVALID_FORMAT_STR 0x5 /* error in format string */
#define ERR_INCORRECT_ARG_S 0x6 /* invalid arg to %s */
#define ERR_CST_REQUIRES_FS 0x7 /* field size not given for c/t */
#define ERR_BAD_INT_TYPE 0x8 /* bad integer type... */
#define ERR_UNDEFINED_TYPE 0x9 /* undefined type found */
#define ERR_QUOTE_EXPECTED 0xA /* expected ' not found */
#define ERR_UNEXPECTED_EOS 0xB /* fs terminated unexpectedly */
#define ERR_NULL_PS 0xC /* pad string is null */
#define ADD_CHAR(x) {\
buff[bpos++] = x;\
if (bpos > BUFF_SIZE) ERROR(ERR_BUFF_OVERFLOW); \
curpos++;\
}
#define GET_NEXT_ARG {\
if (++arg >= argc) ERROR(ERR_TO_FEW_ARGS); \
carg = (argv + arg);\
}
#define SAVE_CHAR(pointer) {\
savechars *new;\
new = (savechars *)xalloc(sizeof(savechars));\
new->what = *(pointer);\
new->where = pointer;\
new->next = saves;\
saves = new;\
}
/*
* list of characters to restore before exiting.
*/
typedef struct SaveChars
{
char what;
char *where;
struct SaveChars *next;
} savechars;
typedef struct ColumnSlashTable
{
union CSTData
{
char *col; /* column data */
char **tab; /* table data */
} d; /* d == data */
unsigned short int nocols; /* number of columns in table *sigh* */
char *pad;
unsigned int start; /* starting cursor position */
unsigned int size; /* column/table width */
int pres; /* presision */
format_info info; /* formatting data */
struct ColumnSlashTable *next;
} cst; /* Columns Slash Tables */
static char buff[BUFF_SIZE]; /* buffer for returned string */
unsigned int bpos; /* position in buff */
unsigned int curpos; /* cursor position */
jmp_buf error_jmp; /* for error longjmp()s */
int call_master_ob; /* should the master object be called for the
* name of an object? */
/*
* Probably should make this a #define...
*/
void
stradd(char **dst, int *size, char *add)
{
int i;
if ((i = (strlen(*dst) + strlen(add))) >= *size)
{
*size += i + 1;
*dst = (char *) realloc(*dst, *size);
}
strcat(*dst, add);
} /* end of stradd() */
void
numadd(char **dst, int *size, int num)
{
int i, j, nve;
if (num < 0)
{
num *= -1;
nve = 1;
}
else
nve = 0;
for (i = 10, j = 0; num >= i; i *= 10, j++)
;
i = strlen(*dst) + nve;
if ((i + j) >= *size)
{
*size += i + j + 1;
*dst = (char *) realloc(*dst, *size);
}
if (nve)
(*dst)[i - 1] = '-';
(*dst)[i + j + 1] = '\0';
for ( ; j >= 0; j--, num /= 10)
(*dst)[i + j] = (num % 10) + '0';
} /* end of num_add() */
/*
* This is a function purely because stradd() is, to keep same param
* passing...
*/
void add_indent(dst, size, indent)
char **dst;
int *size, indent;
{
int i;
i = strlen(*dst);
if ((i + indent) >= *size)
{
*size += i + indent + 1;
*dst =(char *) realloc(*dst, *size);
}
for ( ; indent; indent--)
(*dst)[i++] = ' ';
(*dst)[i] = '\0';
}
/*
* Converts any LPC datatype into an arbitrary string format
* and returns a pointer to this string.
* Scary number of parameters for a recursive function.
*/
void
svalue_to_string(struct svalue *obj, char **str, int size, int indent,
int trailing)
{
int i;
if (indent >= 0)
add_indent(str, &size, indent);
else
indent = -indent;
switch (obj->type)
{
case T_INVALID:
stradd(str,&size,"T_INVALID");
break;
case T_LVALUE:
stradd(str, &size, "lvalue: ");
svalue_to_string(obj->u.lvalue, str, size, - indent - 2, trailing);
break;
case T_NUMBER:
numadd(str, &size, obj->u.number);
break;
case T_FLOAT:
{
char buffer[1024];
sprintf(buffer,"%8e",obj->u.real);
stradd(str,&size,buffer);
}
break;
case T_STRING:
stradd(str, &size, "\"");
stradd(str, &size, obj->u.string);
stradd(str, &size, "\"");
break;
case T_POINTER:
if (!(obj->u.vec->size))
{
stradd(str, &size, "({ })");
}
else
{
stradd(str, &size, "({ /* sizeof() == ");
numadd(str, &size, obj->u.vec->size);
stradd(str, &size, " */\n");
for (i = 0; i < (obj->u.vec->size) - 1; i++)
svalue_to_string(&(obj->u.vec->item[i]), str, size,
indent + 2 , 1);
svalue_to_string(&(obj->u.vec->item[i]), str, size, indent + 2, 0);
stradd(str, &size, " })");
}
break;
case T_OBJECT:
{
struct svalue *temp;
stradd(str, &size, obj->u.ob->name);
if (call_master_ob)
{
push_object(obj->u.ob);
temp = apply_master_ob(M_OBJECT_NAME, 1);
if (temp && (temp->type == T_STRING))
{
stradd(str, &size, " (\"");
stradd(str, &size, temp->u.string);
stradd(str, &size, "\")");
}
}
break;
}
case T_MAPPING:
if (!(obj->u.map->size))
{
stradd(str, &size, "([ ])");
}
else
{
struct apair *pair = 0;
int j;
stradd(str, &size, "([ /* sizeof() == ");
numadd(str, &size, obj->u.map->size);
stradd(str, &size, " */\n");
for (j = obj->u.map->size - 1; obj->u.map->pairs[j] == 0 && j >= 0; j--);
for (i = 0; i <= j; i++)
{
for (pair = obj->u.map->pairs[i];
(i != j) ? pair : pair->next; pair = pair->next)
{
svalue_to_string(&(pair->arg), str, size, indent + 2, 0);
stradd(str, &size, " : ");
svalue_to_string(&(pair->val), str, size, -indent - 2, 1);
}
}
if (pair)
{
svalue_to_string(&(pair->arg), str, size, indent + 2, 0);
stradd(str, &size, " : ");
svalue_to_string(&(pair->val), str, size, -indent - 2, 0);
}
stradd(str, &size, " ])");
}
break;
default:
stradd(str, &size, "!ERROR: GARBAGE SVALUE!");
} /* end of switch (obj->type) */
if (trailing) stradd(str, &size, ",\n");
} /* end of svalue_to_string() */
/*
* Adds the string "str" to the buff after justifying it within "fs".
* "trailing" is a flag which is set if trailing justification is to be done.
* "str" is unmodified. trailing is, of course, ignored in the case
* of right justification.
*/
void
add_justified(char *str, char *pad, int fs, format_info finfo, short trailing)
{
int i, len;
len = strlen(str);
switch(finfo & INFO_J)
{
case INFO_J_LEFT:
for (i = 0; i < len; i++)
ADD_CHAR(str[i]);
fs -= len;
len = strlen(pad);
if (trailing)
for (i = 0; fs > 0; i++, fs--)
{
if (pad[i%len] == '\\')
i++;
ADD_CHAR(pad[i % len]);
}
break;
case INFO_J_CENTRE:
{
int j, l;
l = strlen(pad);
j = (fs - len) / 2 + (fs - len) % 2;
for (i = 0; i < j; i++)
{
if (pad[i % len] == '\\')
{
i++;
j++;
}
ADD_CHAR(pad[i % l]);
}
for (i = 0; i < len; i++)
ADD_CHAR(str[i]);
j = (fs - len) / 2;
if (trailing)
for (i = 0; i < j; i++)
{
if (pad[i % l] == '\\')
{
i++;
j++;
}
ADD_CHAR(pad[i % l]);
}
break;
}
default: { /* std (s)printf defaults to right justification */
int l;
fs -= len;
l = strlen(pad);
for (i = 0; i < fs; i++)
{
if (pad[i % l] == '\\')
{
i++;
fs++;
}
ADD_CHAR(pad[i % l]);
}
for (i = 0; i < len; i++)
ADD_CHAR(str[i]);
}
}
} /* end of add_justified() */
/*
* Adds "column" to the buffer.
* Returns 0 is column not finished.
* Returns 1 if column completed.
* Returns 2 if column completed has a \n at the end.
*/
int
add_column(cst **column, short int trailing)
{
register unsigned int done;
unsigned int save;
for (done = 0;
(done < (*column)->pres) &&
((*column)->d.col)[done] &&
(((*column)->d.col)[done] != '\n');
done++)
;
if (((*column)->d.col)[done] && (((*column)->d.col)[done] != '\n'))
{
save = done;
for ( ; done && (((*column)->d.col)[done] != ' '); done--)
;
/*
* handle larger than column size words...
*/
if (!done)
done = save;
}
save = ((*column)->d.col)[done];
((*column)->d.col)[done] = '\0';
add_justified(((*column)->d.col), (*column)->pad, (*column)->size,
(*column)->info,
(trailing || ((*column)->next)));
((*column)->d.col)[done] = save;
((*column)->d.col) += done; /* incremented below ... */
/*
* if this or the next character is a NULL then take this column out
* of the list.
*/
if (!(*((*column)->d.col)) || !(*(++((*column)->d.col))))
{
cst *temp;
int ret;
if (*(((*column)->d.col) - 1) == '\n')
ret = 2;
else
ret = 1;
temp = (*column)->next;
free((char *)(*column));
(*column) = temp;
return ret;
}
return 0;
} /* end of add_column() */
/*
* Adds "table" to the buffer.
* Returns 0 if table not completed.
* Returns 1 if table completed.
*/
int
add_table(cst **table, short int trailing)
{
char save;
register unsigned int done, i;
#define TAB (*table)
for (i = 0; i < TAB->nocols && (TAB->d.tab[i]); i++)
{
for (done = 0; ((TAB->d.tab[i])[done]) &&
((TAB->d.tab[i])[done] != '\n'); done++)
;
save = (TAB->d.tab[i])[done];
(TAB->d.tab[i])[done] = '\0';
add_justified((TAB->d.tab[i]), TAB->pad, TAB->size, TAB->info,
(trailing || (i < TAB->nocols-1) || (TAB->next)));
(TAB->d.tab[i])[done] = save;
(TAB->d.tab[i]) += done; /* incremented next line ... */
if (!(*(TAB->d.tab[i])) || !(*(++(TAB->d.tab[i]))))
(TAB->d.tab[i]) = 0;
}
if (trailing && i < TAB->nocols)
for ( ; i < TAB->nocols; i++)
for (done = 0; done < TAB->size; done++)
ADD_CHAR(' ');
if (!TAB->d.tab[0])
{
cst *temp;
temp = TAB->next;
if (TAB->d.tab)
free((char *) TAB->d.tab);
free((char *) TAB);
TAB = temp;
return 1;
}
return 0;
} /* end of add_table() */
/*
* THE (s)printf() function.
* It returns a pointer to it's internal buffer (or a string in the text
* segment) thus, the string must be copied if it has to survive after
* this function is called again, or if it's going to be modified (esp.
* if it risks being free()ed).
*/
char *
string_print_formatted(int call_master, char *format_str, int argc, struct svalue *argv)
{
format_info finfo;
savechars *saves; /* chars to restore */
cst *csts; /* list of columns/tables to be done */
struct svalue *carg; /* current arg */
unsigned int nelemno; /* next offset into array */
unsigned int fpos; /* position in format_str */
unsigned int arg; /* current arg number */
unsigned int fs; /* field size */
int pres; /* presision */
unsigned int i;
char *pad; /* fs pad string */
call_master_ob = call_master;
if ((i = setjmp(error_jmp))) { /* error handling */
char *err;
switch(i)
{
case ERR_BUFF_OVERFLOW:
err = "BUFF_SIZE overflowed...";
break;
case ERR_TO_FEW_ARGS:
err = "More arguments specified than passed.";
break;
case ERR_INVALID_STAR:
err = "Incorrect argument type to *.";
break;
case ERR_PRES_EXPECTED:
err = "Expected presision not found.";
break;
case ERR_INVALID_FORMAT_STR:
err = "Error in format string.";
break;
case ERR_INCORRECT_ARG_S:
err = "Incorrect argument to type %s";
break;
case ERR_CST_REQUIRES_FS:
err = "Column/table mode requires a field size.";
break;
case ERR_BAD_INT_TYPE:
err = "!feature - bad integer type!";
break;
case ERR_UNDEFINED_TYPE:
err = "!feature - undefined type!";
break;
case ERR_QUOTE_EXPECTED:
err = "Quote expected in format string.";
break;
case ERR_UNEXPECTED_EOS:
err = "Unexpected end of format string.";
break;
case ERR_NULL_PS:
err = "Null pad string specified.";
break;
default:
#ifdef RETURN_ERROR_MESSAGES
sprintf(buff,
"ERROR: (s)printf(): !feature - undefined error 0x%X !\n", i);
fprintf(stderr, "%s:%s: %s", current_object->name,
get_srccode_position_if_any(), buff);
return buff;
#else
error("ERROR: (s)printf(): !feature - undefined error 0x%X !\n", i);
#endif /* RETURN_ERROR_MESSAGES */
}
#ifdef RETURN_ERROR_MESSAGES
sprintf(buff, "ERROR: (s)printf(): %s\n", err);
fprintf(stderr, "%s:%s: %s", current_object->name,
get_srccode_position_if_any(), buff);
return buff;
#else
error("ERROR: (s)printf(): %s\n", err);
#endif /* RETURN_ERROR_MESSAGES */
}
arg = -1;
bpos = 0;
curpos = 0;
csts = 0;
saves = 0;
for (fpos = 0; 1; fpos++)
{
if ((format_str[fpos] == '\n') || (!format_str[fpos]))
{
int column_stat = 0;
if (!csts)
{
if (!format_str[fpos])
break;
ADD_CHAR('\n');
curpos = 0;
continue;
}
ADD_CHAR('\n');
curpos = 0;
while (csts)
{
cst **temp;
temp = &csts;
while (*temp)
{
if ((*temp)->info & INFO_COLS)
{
if (*((*temp)->d.col-1) != '\n')
while (*((*temp)->d.col) == ' ')
(*temp)->d.col++;
for (i = curpos; i < (*temp)->start; i++)
ADD_CHAR(' ');
column_stat = add_column(temp, 0);
if (!column_stat)
temp = &((*temp)->next);
}
else
{
for (i = curpos; i < (*temp)->start; i++)
ADD_CHAR(' ');
if (!add_table(temp, 0))
temp = &((*temp)->next);
}
} /* of while (*temp) */
if (csts || format_str[fpos] == '\n')
ADD_CHAR('\n');
curpos = 0;
} /* of while (csts) */
if (column_stat == 2)
ADD_CHAR('\n');
if (!format_str[fpos])
break;
continue;
}
if (format_str[fpos] == '%')
{
if (format_str[fpos+1] == '%')
{
ADD_CHAR('%');
fpos++;
continue;
}
GET_NEXT_ARG;
fs = 0;
pres = 0;
pad = " ";
finfo = 0;
for (fpos++; !(finfo & INFO_T); fpos++)
{
if (!format_str[fpos])
{
finfo |= INFO_T_ERROR;
break;
}
if (((format_str[fpos] >= '0') && (format_str[fpos] <= '9'))
|| (format_str[fpos] == '*'))
{
if (pres == -1) { /* then looking for pres */
if (format_str[fpos] == '*')
{
if (carg->type != T_NUMBER)
ERROR(ERR_INVALID_STAR);
pres = carg->u.number;
GET_NEXT_ARG;
continue;
}
pres = format_str[fpos] - '0';
for (fpos++;
(format_str[fpos] >= '0') &&
(format_str[fpos] <= '9'); fpos++)
{
pres = pres*10 + format_str[fpos] - '0';
}
}
else
{ /* then is fs (and maybe pres) */
if ((format_str[fpos] == '0') &&
(((format_str[fpos+1] >= '1') &&
(format_str[fpos+1] <= '9')) ||
(format_str[fpos+1] == '*')))
pad = "0";
else
{
if (format_str[fpos] == '*')
{
if (carg->type != T_NUMBER)
ERROR(ERR_INVALID_STAR);
fs = carg->u.number;
if (pres == -2)
pres = fs; /* colon */
GET_NEXT_ARG;
continue;
}
fs = format_str[fpos] - '0';
}
for (fpos++;
(format_str[fpos]>='0') &&
(format_str[fpos]<='9'); fpos++)
{
fs = fs*10 + format_str[fpos] - '0';
}
if (pres == -2)
{ /* colon */
pres = fs;
}
}
fpos--; /* bout to get incremented */
continue;
}
switch (format_str[fpos])
{
case ' ':
finfo |= INFO_PP_SPACE;
break;
case '+': finfo |= INFO_PP_PLUS; break;
case '-': finfo |= INFO_J_LEFT; break;
case '|': finfo |= INFO_J_CENTRE; break;
case '@': finfo |= INFO_ARRAY; break;
case '=': finfo |= INFO_COLS; break;
case '#': finfo |= INFO_TABLE; break;
case '.': pres = -1; break;
case ':': pres = -2; break;
case '%': finfo |= INFO_T_NULL; break; /* never reached */
case 'O': finfo |= INFO_T_LPC; break;
case 's': finfo |= INFO_T_STRING; break;
case 'd': finfo |= INFO_T_INT; break;
case 'i': finfo |= INFO_T_INT; break;
case 'c': finfo |= INFO_T_CHAR; break;
case 'o': finfo |= INFO_T_OCT; break;
case 'x': finfo |= INFO_T_HEX; break;
case 'X': finfo |= INFO_T_C_HEX; break;
case '\'':
pad = &(format_str[++fpos]);
while (1)
{
if (!format_str[fpos])
ERROR(ERR_UNEXPECTED_EOS);
if (format_str[fpos] == '\\')
{
fpos += 2;
continue;
}
if (format_str[fpos] == '\'')
{
if (format_str+fpos == pad)
ERROR(ERR_NULL_PS);
SAVE_CHAR(format_str + fpos);
format_str[fpos] = '\0';
break;
}
fpos++;
}
break;
default: finfo |= INFO_T_ERROR;
}
} /* end of for () */
if (pres < 0)
ERROR(ERR_PRES_EXPECTED);
/*
* now handle the different arg types...
*/
if (finfo & INFO_ARRAY)
{
if (carg->u.vec->size == 0)
{
fpos--; /* About to get incremented */
continue;
}
carg = (argv + arg)->u.vec->item;
nelemno = 1; /* next element number */
}
while (1)
{
struct svalue *clean = 0;
if ((finfo & INFO_T) == INFO_T_LPC)
{
clean = (struct svalue *)xalloc(sizeof(struct svalue));
clean->type = T_STRING;
clean->string_type = STRING_MALLOC;
clean->u.string = (char *)xalloc(512);
clean->u.string[0] = '\0';
svalue_to_string(carg, &(clean->u.string), 500, 0, 0);
carg = clean;
finfo ^= INFO_T_LPC;
finfo |= INFO_T_STRING;
}
if ((finfo & INFO_T) == INFO_T_ERROR)
{
ERROR(ERR_INVALID_FORMAT_STR);
}
else if ((finfo & INFO_T) == INFO_T_NULL)
{
/* never reached... */
fprintf(stderr, "%s: (s)printf: INFO_T_NULL.... found.\n",
current_object->name);
ADD_CHAR('%');
} else if ((finfo & INFO_T) == INFO_T_STRING)
{
int slen;
if (carg->type != T_STRING)
ERROR(ERR_INCORRECT_ARG_S);
slen = strlen(carg->u.string);
if ((finfo & INFO_COLS) || (finfo & INFO_TABLE))
{
cst **temp;
if (!fs)
ERROR(ERR_CST_REQUIRES_FS);
temp = &csts;
while (*temp)
temp = &((*temp)->next);
if (finfo & INFO_COLS)
{
*temp = (cst *)xalloc(sizeof(cst));
(*temp)->next = 0;
(*temp)->d.col = carg->u.string;
(*temp)->pad = pad;
(*temp)->size = fs;
(*temp)->pres = (pres) ? pres : fs;
(*temp)->info = finfo;
(*temp)->start = curpos;
if ((add_column(temp, (((format_str[fpos] != '\n')
&& (format_str[fpos] != '\0')) || ((finfo & INFO_ARRAY)
&& (nelemno < (argv+arg)->u.vec->size)))) == 2)
&& !format_str[fpos])
{
ADD_CHAR('\n');
}
}
else
{ /* (finfo & INFO_TABLE) */
unsigned int n, len, max;
#define TABLE carg->u.string
(*temp) = (cst *)xalloc(sizeof(cst));
(*temp)->pad = pad;
(*temp)->info = finfo;
(*temp)->start = curpos;
(*temp)->next = 0;
max = len = 0;
n = 1;
for (i = 0; TABLE[i]; i++)
{
if (TABLE[i] == '\n')
{
if (len > max)
max = len;
len = 0;
if (TABLE[i + 1])
n++;
continue;
}
len++;
}
if (pres)
{
(*temp)->size = fs/pres;
}
else
{
if (len > max)
max = len; /* the null terminated word */
pres = fs/(max+2); /* at least two separating spaces */
if (!pres)
pres = 1;
(*temp)->size = fs / pres;
}
len = n / pres; /* length of average column */
if (n < pres)
pres = n;
if (len * pres < n)
len++;
if (len > 1 && n % pres)
pres -= (pres - n % pres) / len;
(*temp)->d.tab = (char **)xalloc(pres*sizeof(char *));
(*temp)->nocols = pres; /* heavy sigh */
(*temp)->d.tab[0] = TABLE;
if (pres == 1)
goto add_table_now;
i = 1; /* the next column number */
n = 0; /* the current "word" number in this column */
for (fs = 0; TABLE[fs]; fs++)
{ /* throwing away fs... */
if (TABLE[fs] == '\n')
{
if (++n >= len)
{
SAVE_CHAR(((TABLE) + fs));
TABLE[fs] = '\0';
(*temp)->d.tab[i++] = TABLE+fs+1;
if (i >= pres)
goto add_table_now;
n = 0;
}
}
}
add_table_now:
add_table(temp, (((format_str[fpos] != '\n') &&
(format_str[fpos] != '\0')) ||
((finfo & INFO_ARRAY) &&
(nelemno < (argv + arg)->u.vec->size))));
}
}
else
{ /* not column or table */
if (pres && pres < slen)
{
SAVE_CHAR(((carg->u.string)+pres));
carg->u.string[pres] = '\0';
slen = pres;
}
if (fs && fs>slen) {
add_justified(carg->u.string, pad, fs, finfo,
(((format_str[fpos] != '\n') &&
(format_str[fpos] != '\0'))
|| ((finfo & INFO_ARRAY) &&
(nelemno < (argv + arg)->u.vec->size)))
|| carg->u.string[slen - 1] != '\n');
}
else
{
for (i = 0; i < slen; i++)
ADD_CHAR(carg->u.string[i]);
}
}
} else if (finfo & INFO_T_INT) { /* one of the integer types */
char cheat[4];
char temp[100];
*cheat = '%';
i = 1;
switch (finfo & INFO_PP)
{
case INFO_PP_SPACE:
cheat[i++] = ' ';
break;
case INFO_PP_PLUS:
cheat[i++] = '+';
break;
}
switch (finfo & INFO_T)
{
case INFO_T_INT:
cheat[i++] = 'd'; break;
case INFO_T_CHAR: cheat[i++] = 'c'; break;
case INFO_T_OCT: cheat[i++] = 'o'; break;
case INFO_T_HEX: cheat[i++] = 'x'; break;
case INFO_T_C_HEX: cheat[i++] = 'X'; break;
default: ERROR(ERR_BAD_INT_TYPE);
}
if (carg->type != T_NUMBER)
{ /* sigh... */
#ifdef RETURN_ERROR_MESSAGES
sprintf(buff,
"ERROR: (s)printf(): incorrect argument type to %%%c.\n",
cheat[i-1]);
fprintf(stderr, "%s:%s: %s", current_object->name,
get_srccode_position_if_any(), buff);
return buff;
#else
error("ERROR: (s)printf(): incorrect argument type to %%%c.\n",
cheat[i-1]);
#endif /* RETURN_ERROR_MESSAGES */
}
cheat[i] = '\0';
sprintf(temp, cheat, carg->u.number);
{
int tmpl = strlen(temp);
if (pres && tmpl > pres)
temp[pres] = '\0'; /* well.... */
if (tmpl < fs)
add_justified(temp, pad, fs, finfo,
(((format_str[fpos] != '\n') &&
(format_str[fpos] != '\0')) ||
((finfo & INFO_ARRAY) &&
(nelemno < (argv+arg)->u.vec->size))));
else
for (i = 0; i < tmpl; i++)
ADD_CHAR(temp[i]);
}
}
else /* type not found */
ERROR(ERR_UNDEFINED_TYPE);
if (clean)
{
free_svalue(clean);
free((char *)clean);
clean = 0;
}
if (!(finfo & INFO_ARRAY))
break;
if (nelemno >= (argv+arg)->u.vec->size)
break;
carg = (argv + arg)->u.vec->item + nelemno++;
} /* end of while (1) */
fpos--; /* bout to get incremented */
continue;
}
ADD_CHAR(format_str[fpos]);
} /* end of for (fpos = 0; 1; fpos++) */
ADD_CHAR('\0');
while (saves)
{
savechars *tmp;
*(saves->where) = saves->what;
tmp = saves;
saves = saves->next;
free((char *)tmp);
}
return buff;
} /* end of string_print_formatted() */