/*{
** Name: main - print the LG/LK shared memory key
**
** Description:
** Used by build and install tools to clean up the LG/LK shared memory.
**
** Inputs:
** None
**
** Outputs:
**
** Returns:
** OK - success
** !OK - failure (CS*() routine failure, segment not mapped, ...)
**
** History:
** 21-nov-1992 (bryanp)
** Created to solve LG/LK memory cleanup problems.
** 15-may-1995 (thoro01)
** Added NO_OPTIM hp8_us5 to file.
** 10-may-1999 (walro03)
** Remove obsolete version string sqs_u42.
** 28-sep-2002 (devjo01)
** Add CXget_context, so NUMA cluster context can be established.
*/
int
main(int argc, char *argv[])
{
key_t key;
#if defined(conf_BUILD_ARCH_32_64) && defined(BUILD_ARCH32)
{
char *lp64enabled;
/*
** Try to exec the 64-bit version
*/
NMgtAt("II_LP64_ENABLED", &lp64enabled);
if ( (lp64enabled && *lp64enabled) &&
( !(STbcompare(lp64enabled, 0, "ON", 0, TRUE)) ||
!(STbcompare(lp64enabled, 0, "TRUE", 0, TRUE))))
{
PCexeclp64(argc, argv);
}
}
#endif /* hybrid */
if ( OK != CXget_context( &argc, argv, CX_NSC_STD_NUMA, NULL, 0 ) )
PCexit(FAIL);
if ((key = ME_getkey("lglkdata.mem")) != (key_t)-1)
SIprintf("0x%x\n", (i4)key);
PCexit(OK);
}
static i4
yylex( FILE *input )
{
char *pscan;
if( yygetline( input ) != OK )
return( tEOF );
/* Unless the -C flag was specified, blank out all of the comments */
pscan = infile->yytext;
while (pass_comments == FALSE && *pscan != EOS)
{
if (infile->yycomment == TRUE)
{
/* Look for the 'end comment' identifier */
if (STbcompare(pscan,2,ERx("*/"),2,FALSE) == 0)
{
/* Blank out the 'end comment' characters */
CMcpychar(ERx(" "), pscan);
CMnext(pscan);
CMcpychar(ERx(" "), pscan);
/* Remember that the comment has ended */
infile->yycomment = FALSE;
}
/* Blank out non-whitespace characters of the comment */
else if (!CMwhite(pscan))
{
CMcpychar(ERx(" "), pscan);
}
/* Whitespace chars are skipped, this lets \n thru */
}
/* Look for the 'begin comment' identifier */
else if (STbcompare(pscan,2,ERx("/*"),2,FALSE) == 0)
{
/* Blank out the 'begin comment' characters */
CMcpychar(ERx(" "), pscan);
CMnext(pscan);
CMcpychar(ERx(" "), pscan);
infile->yycomment = TRUE;
}
CMnext(pscan); /* Continue the scan with the next character */
}
if( is_history(infile->yytext ) == OK)
{
return( tHISTORY );
}
if( *infile->yytext == '#' )
return( tDIRECTIVE );
return( tSOURCE );
}
static i4
ns_keyword( char *token, KEYWORD_TBL *tbl )
{
i4 keyword = INVALID_KEYWORD;
for( ; tbl->full != NULL; tbl++ )
if ( ! STbcompare( token, 0, tbl->abbr, STlength(tbl->abbr), TRUE ) &&
STlength( token ) <= STlength( tbl->full ) &&
! STbcompare( token, STlength( token ), tbl->full, 0, TRUE ) )
{
keyword = tbl->code;
break;
}
return( keyword );
}
static uchar
lookup(char *opname)
{
i4 opn;
uchar rtn = opNONE;
/*
** If there's an "=<value>" following the flag, point argval at the value,
** and then replace the "=" with an EOS...
*/
if (NULL != (argval = STindex(opname, ERx("="), 0)))
{
*argval = EOS;
CMnext(argval);
if (*argval == EOS)
return opNONE;
}
/* Look up the flag in the table... */
for (opn = 0; opn < NUM_OPT; opn++)
{
if (!STbcompare(opname,99,option[opn].op_text,99,FALSE))
{
if (rtn == opNONE) /* First candidate we've found? */
rtn = option[opn].op_id;
else
return opNONE; /* Not unique, apparently. */
}
}
return rtn;
}
static i4
line_get( char *prompt,
char *def_line, i4 wild_flag, char *in_line )
{
char line[MAXLINE];
char ret = '\n';
char *p;
i4 status = EOF;
for(;;)
{
STATUS s;
SIprintf(prompt);
SIprintf( *def_line ? "(%s): " : ": ", def_line );
/* This is somewhat unusuall but does force the SIflush to work */
SIflush(stdout);
s = ocfg_getrec( line, (i4)MAXLINE );
if( s != OK || line[0] == '\033' )
break;
if (p = STindex(line, &ret, MAXLINE))
*p = EOS;
if( *def_line && !*line )
{
STcopy( def_line, in_line );
SIprintf("\t\tDefault value: %s\n",in_line);
}
else
{
STcopy(line,in_line);
}
STzapblank(in_line,in_line);
if( !*in_line )
{
SIprintf("\t\tValue required, enter <ESC> to exit.\n");
continue;
}
if(!STbcompare( in_line, 0, "*",0, TRUE ) )
{
if( !wild_flag )
{
SIprintf("\t\tValue required, enter <ESC> to exit.\n");
continue;
}
in_line[0] = EOS;
}
status = OK;
break; /* There is valid data */
} /* end of FOR loop */
return status;
}
/*
** tcp6_set_version - sets version for TCP.
**
** Check to see if driver being restricted to IPv4 or IPv6 only.
** Default is both IPv4(AF_INET) + IPv6(AF_INET6)
**
** VERSION -> meaning . . .
** ALL or unspecified -> (default) Use both IPv4 and IPv6 addresses
** with new (IPv6-enabled) driver
** 4 -> Use old IPv4-only driver (ie, back off to old driver)
** 46 -> Use only IPv4 addresses with new (IPv6-enabled) driver
** 6 -> Use only IPv6 addresses with new (IPv6-enabled) driver
**
*/
static int
tcp6_set_version()
{
char *p;
if( tcpip_version == -1 ) /* Only do 1st time in for performance */
{
TCP_TRACE(2)("tcp6_set_version: entered first time\n");
tcpip_version = 0;
NMgtAt( "II_TCPIP_VERSION", &p );
if ( !(p && *p) && PMget("!.tcp_ip.version", &p) != OK )
ip_family = AF_UNSPEC;
else if (STbcompare(p, 0, "ALL", 0, TRUE) == 0)
ip_family = AF_UNSPEC;
else
{
tcpip_version = atoi(p); /* 4*=IPv4 or 6=IPv6 */
if ((tcpip_version == 4) || (tcpip_version == 46))
ip_family = AF_INET;
else if (tcpip_version == 6)
ip_family = AF_INET6;
else
{
TCP_TRACE(2)("tcp6_set_version: failed! II_TCPIP_VERSION=%s\n", p);
return(FAIL);
}
}
TCP_TRACE(2)("tcp6_set_version: exiting version=%d, family=%d\n",
tcpip_version, ip_family);
} /* end if first time */
return(OK);
}
static bool
gcd_cset_id( char *name, u_i4 id )
{
if ( ! STbcompare( name, 0, GCD_global.charset, 0, TRUE ) )
{
GCD_global.charset_id = id;
return( FALSE );
}
return( TRUE );
}
/*
** Name: Disp_Form
**
** Decription:
** Disposition: form-data; recevied with no filename. Implies a page
** variable name.
** Extract the variable and store it in the upload structure for use
** later.
**
** Inputs:
** sess ice session structure
** line pointer to the current line
** linelen length of the line
**
** Outputs:
** pos number of characters handled.
**
** Return:
** GSTAT_OK success
** other failure
**
** History:
** 23-Oct-98 (fanra01)
** Created.
*/
static GSTATUS
Disp_Form (WTS_SESSION* sess, char* line, i4 linelen, i4 * pos)
{
GSTATUS err = GSTAT_OK;
PWTS_UPLOAD load= sess->load;
char* p = line + *pos;
char* varname;
i4 remain = linelen - *pos;
i4 i = 0;
i4 j = 0;
if (STbcompare ("name", 4, p, 0, TRUE) == 0)
{
/*
** Find the first quote after name
*/
while ((*p != '\"') && (i < remain))
{
CMbyteinc(i,p);
CMnext(p);
}
CMbyteinc(i,p); /* skip the quote */
CMnext(p);
varname= p;
while ((*p != '\"') && (i < remain))
{
j+=CMbytecnt(p);
CMbyteinc(i,p);
CMnext(p);
}
CMbyteinc(i,p); /* skip the quote */
CMnext(p);
/*
** Allocate space for the variable name a '=' character and an EOS
*/
if ((err = GAlloc (&load->varname, j+2, FALSE)) == GSTAT_OK)
{
MEfill (j+2, 0, load->varname);
MECOPY_VAR_MACRO (varname, j, load->varname);
STcat (load->varname, "=");
}
*pos += i;
load->state = US_VAL;
}
else
{
HandlerException (sess, line, linelen, pos);
}
return (err);
}
char
*FIND_SEPstring(char *token,char *string)
{
i4 token_len ;
i4 string_len ;
char *cp = NULL ;
char *pp = NULL ;
char *tp = NULL ;
if (token == NULL || *token == EOS)
{
if (tracing&TRACE_PARM)
SIfprintf(traceptr,ERx("FIND_SEPstring> token is null\n"));
return (NULL);
}
if (string == NULL || *string == EOS)
{
if (tracing&TRACE_PARM)
SIfprintf(traceptr,ERx("FIND_SEPstring> string is null\n"));
return (NULL);
}
string_len = STlength(string);
if ((token_len = STlength(token)) < string_len)
{
if (tracing&TRACE_PARM)
SIfprintf(traceptr
,ERx("FIND_SEPstring> token <%s> is too small (%d chars)\n")
,token,token_len);
return (NULL);
}
for (tp = token, cp = NULL, pp = NULL
; (*tp != EOS)&&(cp == NULL)&&(token_len-- >= string_len)
; CMnext(tp))
{
if ((STbcompare(tp, string_len, string, string_len, TRUE) == 0)
&&((pp == NULL)||CMoper(pp)||CMwhite(pp)))
{
cp = tp;
}
pp = tp;
}
return (cp);
}
static STATUS
is_history(char *text)
{
SYMBOL *symptr;
i4 len = STlength( text );
/* Try and locate the symbol in the list */
for (symptr = symtab.head;
symptr != NULL;
symptr = symptr->next )
{
if( STbcompare(text, len, symptr->name, 0, FALSE ) == 0 &&
symptr->hist_flag == TRUE )
return( OK );
}
return( FAIL );
}
/*
** Name: scs_gwinfo_subget
**
** Description:
** grab the value part of the gw string of the form
**
** var1=value2,var2='value2',var3='value3',var4=value4
**
** the input substr is of the form "varN=". We strip out any quotes
** and copy the value to the user buffer.
**
** if there are more than one entry for a var, then take
** the first one.
**
** Inputs:
** substr substring of the variable name
** scb scb with the gw_parm string to scan.
** lbuf length of output buffer
**
** Outputs:
** buf buffer to put extracted value string, less quotes.
** if substr not found, set to empty string.
**
** Returns:
** OK if got string OK, or no string found.
** MO_VALUE_TRUNCATED if value got truncated to lbuf.
**
** History:
** 22-Apr-1994 (daveb)
** documented, changed to "first wins"
*/
STATUS
ascs_gwinfo_subget( char *substr, SCD_SCB *scb, i4 lbuf, char *buf )
{
STATUS cl_stat = OK;
i4 sublen;
i4 outlen;
i4 inquote = FALSE;
char *str;
char *loc;
*buf = EOS;
if( (str = scb->scb_sscb.sscb_ics.ics_gw_parms) != NULL )
{
sublen = STlength( substr );
/* for each potential match, check for full match */
for( ; *str && (loc = STindex( str, substr, 0 )) != NULL ; str++ )
{
/* if this is the substring, get the good stuff. */
if( !STbcompare( loc, 0, substr, sublen, FALSE ) )
{
loc += sublen;
if( *loc == '\'' )
{
loc++;
inquote = TRUE;
}
str = loc;
while( *loc && (inquote && *loc != '\'') ||
(!inquote && *loc != ','))
loc++;
outlen = loc - str;
if( outlen > (lbuf - 1) )
{
outlen = lbuf - 1;
cl_stat = MO_VALUE_TRUNCATED;
}
STlcopy( str, buf, outlen );
break;
}
}
}
return( cl_stat );
}
static bool
proc_install(char *featname, bool only)
{
PKGBLK *pkg;
SCAN_LIST(distPkgList,pkg)
{
if (!STbcompare(featname, 0, pkg->feature, 0, TRUE))
{
pkg->selected = SELECTED;
return TRUE;
}
}
IIUGerr(E_ST017A_bad_featname, 0, 1, featname);
return FALSE;
}
static bool
proc_version(char *featname, bool only)
{
PKGBLK *pkg;
SCAN_LIST(instPkgList,pkg)
{
if (!STbcompare(featname, 0, pkg->feature, 0, TRUE))
{
if (!only) /* Don't identify the package if there's only one. */
SIfprintf(batchOutf, ERx("%s "), pkg->feature);
SIfprintf(batchOutf, ERx("%s\n"), pkg->version);
return TRUE;
}
}
IIUGerr(E_ST017B_not_present, 0, 1, featname);
return FALSE;
}
/*
** Name: gwsxa_find_attbyname - Returns the attribute id
** for an attribute name.
**
** Description:
** This searches the list of known attributes checking for the
** one required. The list is small, and the search is only rarely
** done (when REGISTER currently) so we do a linear search of the
** table
**
** Returns:
** SXA_ATT_INVALID if none, otherwise the id
**
** History:
** 14-sep-92 (robf)
** Created
** 13-dec-94 (forky01)
** Fix bug #65975 - Use STbcompare instead of STcompare to allow
** case insensitive check on column names used in security audit
** log file.
*/
SXA_ATT_ID
gwsxa_find_attbyname(char *attname)
{
i4 i;
for( i=0; attlist[i].attid!=SXA_ATT_INVALID; i++)
{
/*
** Case insensitive compare to allow FIPS mode to work
*/
if ( STbcompare((char *)attlist[i].attname,0,attname,
0,TRUE)==0 )
{
/*
** Found so stop looking
*/
break;
}
}
return attlist[i].attid;
}
/*
** Name: GetNSroot
**
** Description:
** Display the home HTML directory for NS
**
** Inputs:
** conf pointer to the NS config structure.
** regkey generated registry key.
**
** Outputs:
** docpath contains the HTML root path
**
** Returns:
** none
**
** History:
** 09-Oct-98 (fanra01)
** Created.
** 20-Nov-1998 (fanra01)
** Add docpath.
*/
STATUS
GetNSroot (PW3CONF conf, char* mc, char** docpath)
{
STATUS status = FAIL;
PW3CONF p = conf+1;
char reg[256];
i4 i;
errflg = FALSE;
for (i=0; (STbcompare (p->id, 2, "NS", 2, TRUE) == 0) &&
(status == FAIL); i+=1, p+=1)
{
STprintf (reg, p->reg, mc);
status = p->gethtml (p, reg, docpath);
}
if (status != OK)
{
SIprintf ("Error : No Netscape servers found\n");
}
return (status);
}
main( i4 argc, char **argv )
{
bool usage = FALSE;
STACK_FRAME stack_frame;
char *filename = NULL;
char buf[ MAX_LOC + 1];
i4 i;
stack_frame.prev = NULL;
stack_frame.display_mode = TRUE;
/* Initialize the Include directory list, make sure the resulting */
/* path is not NULL by calling LOfaddpath with an empty path string */
ihead.next = NULL;
ihead.pathloc = &defdir;
STcopy(ERx(""), buf);
LOfroms(PATH, buf, ihead.pathloc); /* Clear the default path */
/* Process the command line */
for( i = 1; i < argc; i++ )
{
char *p;
char *v;
/* process -C options */
if( STbcompare( argv[ i ], 0, ERx( "-C" ), 0, TRUE ) == 0)
{
pass_comments = TRUE;
continue;
}
/* process -D options */
if( STbcompare( argv[ i ], 2, ERx( "-D" ), 2, TRUE )
== 0 && STlength( argv[ i ] ) > 2 )
{
p = argv[ i ];
CMnext( p ); CMnext( p );
/* Check for a value specified, -Dsymbol=value */
if (NULL == (v = STindex(p, ERx("="), STlength(p)) ) )
v = ERx("");
else
CMnext(v);
define( p, v, FALSE );
continue;
}
/* process -H option */
if( STbcompare( argv[ i ], 2, ERx( "-H" ), 2, TRUE )
== 0 && STlength( argv[ i ] ) > 2 )
{
p = argv[ i ];
CMnext( p ); CMnext( p );
define( p, ERx(""), TRUE );
continue;
}
/* process -I option */
if( STbcompare( argv[ i ], 2, ERx( "-I" ), 2, TRUE )
== 0 && STlength( argv[ i ] ) > 2 )
{
p = argv[ i ];
CMnext( p ); CMnext( p );
yyadd_path( p );
continue;
}
if( *argv[ i ] != '-' )
{
/* file name must be final argument */
if( i != argc - 1 )
{
usage = TRUE;
break;
}
filename = argv[ i ];
}
else
usage = TRUE;
break;
}
if( usage )
{
SIfprintf( stderr, E_YAPP000 );
PCexit( FAIL );
}
pp_file( &stack_frame, filename, TRUE );
PCexit( OK );
}
STATUS
ip_batch(i4 argc, char *argv[])
{
i4 argvx;
PKGBLK *pkg;
uchar opid;
uchar option = opNONE;
LOCATION outloc;
char line[ MAX_MANIFEST_LINE + 1 ];
LISTELE *lp;
/* no command line arguments except mkresponse
** or exresponse allowed for ingbuild in form mode
*/
if ((argc < 2) ||
((argc ==2) && ((pmode == TRUE) ||
(mkresponse == TRUE) || (exresponse == TRUE))) ||
((argc ==3) && (((mkresponse == TRUE) || (exresponse == TRUE)) &&
(respfilename != NULL))))
/* No command-line args? */
return OK; /* Fine, must be forms mode; return without setting flag. */
batchMode = TRUE; /* We're in command-line mode. */
batchOutf = stdout; /* For now, we'll direct output to the terminal. */
/* Top of loop through the non-positional arguments on the command line. */
for (argvx = 1; argvx < argc; argvx++)
{
if (argv[argvx][0] != '-') /* Not a switch? Time for positional arg. */
break;
/* Get the option code for the current flag and deal with it... */
switch (opid = lookup(&argv[argvx][1]))
{
/* instruct ingbuild to skip set up */
case opNOSETUP:
noSetup = TRUE;
break;
case opEXPRESS:
eXpress = TRUE;
break;
case opPATCH:
continue;
/* -install=<list of features> */
case opINSTALL:
if (option != opNONE || argval == NULL)
USAGE;
option = opid;
featlist = argval;
if( !STbcompare("ice", 3, featlist, STlength(featlist), TRUE) ||
!STbcompare("ice64", 5, featlist, STlength(featlist), TRUE) )
Install_Ice = TRUE;
break;
/*
** -version, -products, -all, -describe
** (All the options that don't require values.)
*/
case opVERSION:
case opPACKAGES:
case opDESCRIBE:
case opALL:
if (option == opNONE)
{
featlist = argval;
option = opid;
break;
}
case opIGNORE:
ignoreChecksum = TRUE;
break;
case opEXRESPONSE:
exresponse = TRUE;
break;
case opRESPFILE:
break;
/* -acceptlicense is still accepted for forward compatibility */
case opACCEPTLIC:
#if LICENSE_PROMPT
acceptLicense = TRUE;
#endif
break;
/* Fall through */
default:
USAGE;
}
}
/*
** When we break from the flags loop, we must have a maximum of one
** remaining argument...
*/
if (argvx < (argc - 1)) /* Too many non-flags at the end of the line. */
USAGE;
if (exresponse && (option == opNONE))
{
char *def_file="ingrsp.rsp";
char *filename;
FILE *respfile;
if (respfilename != NULL)
filename = respfilename;
else
filename = def_file;
if (OK == ip_open_response (ERx(""), filename, &respfile, ERx( "r" )) )
{
bool found = FALSE;
char line[MAX_MANIFEST_LINE + 1];
char *pkg_set = ERx("_set=YES");
char *setp, *realloc;
i4 pkglen;
i4 buflen = MAX_MANIFEST_LINE + 1;
i4 space = buflen;
while (SIgetrec((char *)&line, MAX_MANIFEST_LINE, respfile) == OK )
{
/* Check for _set=YES */
setp = STstrindex(line, pkg_set, 0, 1);
if(setp != NULL)
{
if(found == FALSE)
{
featlist = ip_alloc_blk( buflen );
}
*setp = NULLCHAR;
pkglen = STlength(line);
if(found == TRUE)
{
if(space < (pkglen + 1))
{
buflen += MAX_MANIFEST_LINE;
realloc = ip_alloc_blk( buflen );
STcopy(featlist, realloc);
MEfree(featlist);
featlist = realloc;
}
STcat(featlist, ",");
space--;
}
else
{
found = TRUE;
}
STcat(featlist, line);
space = space - pkglen;
}
} /* end read loop */
ip_close_response(respfile);
if( found == TRUE)
{
/* Need to test this does not override any other options that
** may be valid
*/
option = opINSTALL;
}
}
else
{
PCexit ( FAIL );
}
}
/*
** If we have no positionals, no distribution device was provided on
** the command line. That might or might not be ok...
*/
if (argvx == argc)
{
switch (option)
{
case opPATCH:
case opVERSION:
case opPACKAGES:
case opDESCRIBE:
break; /* ...yes. */
default:
USAGE; /* ...no. */
}
}
else /* We got a positional, so copy it into the global field. */
{
STcopy(argv[argvx], distribDev);
if( !IPCLsetDevice( distribDev ) )
USAGE;
}
if (option == opNONE) /* No option? Default to "all". */
option = opALL;
if ( option == opALL );
batch_opALL = TRUE;
/*
** First processing pass. If the option doesn't involve doing actual
** installation, just do whatever needs to be done, and return.
** If it's an installation option, mark all requested packages
** as selected, and continue.
*/
switch (option)
{
case opPACKAGES:
SIfprintf(batchOutf,ERget(S_ST0179_pkg_list_header));
for( lp = distPkgList.head; lp != NULL; lp = lp->cdr )
{
pkg = (PKGBLK *) lp->car;
if( ip_is_visible( pkg ) || ip_is_visiblepkg( pkg ) )
{
SIfprintf( batchOutf, ERx("\t%-16s %-30s\n"),
pkg->feature,pkg->name );
}
}
return OK;
case opVERSION:
if (instRelID == NULL)
{
IIUGerr(E_ST017B_not_present,0,1,SystemProductName);
return FAIL;
}
if (featlist == NULL)
{
SIfprintf(batchOutf, ERx("%s\n"), instRelID);
return OK;
}
if (!apply_list(proc_version))
return FAIL;
return OK;
case opINSTALL:
SCAN_LIST(distPkgList, pkg)
{
pkg->selected = NOT_SELECTED;
}
if (!apply_list(proc_install))
return FAIL;
break;
case opDESCRIBE:
_VOID_ apply_list(proc_describe);
return OK;
default:
for( lp = distPkgList.head; lp != NULL; lp = lp->cdr )
{
pkg = (PKGBLK *) lp->car;
switch (option)
{
case opALL:
if ( ip_is_visible(pkg) || ip_is_visiblepkg( pkg ) )
pkg->selected = SELECTED;
break;
}
}
}
/*
** If we haven't left yet, that must mean we have an install-class
** option, i.e. one that's going to cause us to actually install
** something. First of all, let's make sure that the user has
** defined II_AUTH_STRING and has selected something to install...
*/
#ifndef INGRESII
if( !authStringEnv )
{
IIUGerr( E_ST0117_license_required, 0, 0 );
return( FAIL );
}
#endif /* INGRESII */
SCAN_LIST(distPkgList, pkg)
{
if (pkg->selected == SELECTED)
break;
}
if (pkg == NULL) /* Got all the way through the list? Nothing selected! */
USAGE;
/* If Ingres is up, no go; otherwise, do the installation... */
switch (option)
{
case opALL:
case opINSTALL:
if (ip_sysstat() == IP_SYSUP)
{
IIUGerr(E_ST0178_installation_is_up, 0, 2,
SystemProductName, installDir);
return FAIL;
}
#if LICENSE_PROMPT
if( !acceptLicense )
license_prompt();
#endif
ip_install(NULL);
break;
}
return OK;
}
static STATUS
initialize( i4 argc, char **argv )
{
CL_ERR_DESC cl_err;
char *instance = ERx("*");
char *env;
char name[ 16 ];
i4 i;
GCD_global.language = 1;
MHsrand( TMsecs() );
for( i = 1; i < argc; i++ )
if ( ! STbcompare( argv[i], 0, ERx("-instance"), 9, TRUE ) )
{
if ( argv[i][9] == ERx('=') && argv[i][10] != EOS )
instance = &argv[i][10];
else if ( argv[i][9] == EOS && (i + 1) < argc )
instance = argv[++i];
break;
}
NMgtAt( ERx("II_INSTALLATION"), &env );
STprintf( name, ERx("II_CHARSET%s"), (env && *env) ? env : "" );
NMgtAt( name, &env );
if ( ! env || ! *env || STlength(env) > CM_MAXATTRNAME)
{
switch( CMgetDefCS() )
{
#if ( !defined(UNIX) && !defined(VMS) )
case CM_IBM : env = "IBMPC850"; break;
#endif
case CM_DECMULTI : env = "DECMULTI"; break;
default : env = "ISO88591"; break;
}
}
GCD_global.charset = STalloc( env );
CVupper( GCD_global.charset );
gcu_read_cset( gcd_cset_id );
if ( CMset_attr( GCD_global.charset, &cl_err) != OK )
{
gcu_erlog( 0, GCD_global.language,
E_GC0105_GCN_CHAR_INIT, NULL, 0, NULL );
return( E_GC0105_GCN_CHAR_INIT );
}
PMinit();
switch( PMload( (LOCATION *)NULL, (PM_ERR_FUNC *)NULL ) )
{
case OK: break;
case PM_FILE_BAD:
gcu_erlog( 0, GCD_global.language,
E_GC003D_BAD_PMFILE, NULL, 0, NULL );
return( E_GC003D_BAD_PMFILE );
break;
default:
gcu_erlog( 0, GCD_global.language,
E_GC003E_PMLOAD_ERR, NULL, 0, NULL );
return( E_GC003E_PMLOAD_ERR );
break;
}
PMsetDefault( 0, SystemCfgPrefix );
PMsetDefault( 1, PMhost() );
PMsetDefault( 2, ERx("gcd") );
PMsetDefault( 3, instance );
gcd_tl_services[0] = &gcd_dmtl_service;
gcd_tl_services[1] = &gcd_jctl_service;
GCD_global.tl_services = gcd_tl_services;
GCD_global.tl_srvc_cnt = ARR_SIZE( gcd_tl_services );
QUinit( &GCD_global.pib_q );
QUinit( &GCD_global.rcb_q );
QUinit( &GCD_global.ccb_q );
QUinit( &GCD_global.ccb_free );
for( i = 0; i < ARR_SIZE( GCD_global.cib_free ); i++ )
QUinit( &GCD_global.cib_free[ i ] );
env = NULL;
gcu_get_tracesym( NULL, ERx("!.client_max"), &env );
if ( env && *env )
{
i4 count;
if ( CVal( env, &count ) == OK && count > 0 )
GCD_global.client_max = count;
}
env = NULL;
gcu_get_tracesym( NULL, ERx("!.client_timeout"), &env );
if ( env && *env )
{
i4 timeout;
if ( CVal( env, &timeout ) == OK && timeout > 0 )
GCD_global.client_idle_limit = timeout * 60; /* Cnvt to seconds */
}
env = NULL;
gcu_get_tracesym( NULL, ERx("!.connect_pool_status"), &env );
if ( env && *env )
{
if ( ! STbcompare( env, 0, "optional", 0, TRUE ) )
GCD_global.client_pooling = TRUE;
if ( GCD_global.client_pooling ||
! STbcompare( env, 0, "on", 0, TRUE ) )
{
env = NULL;
gcu_get_tracesym( NULL, ERx("!.connect_pool_size"), &env );
if ( env && *env ) CVal( env, &GCD_global.pool_max );
env = NULL;
gcu_get_tracesym( NULL, ERx("!.connect_pool_expire"), &env );
if ( env && *env )
{
i4 limit;
if ( CVal( env, &limit ) == OK && limit > 0 )
GCD_global.pool_idle_limit = limit * 60; /* Seconds */
}
}
}
env = NULL;
gcu_get_tracesym( "II_GCD_TRACE", ERx("!.gcd_trace_level"), &env );
if ( env && *env ) CVal( env, &GCD_global.gcd_trace_level );
env = NULL;
gcu_get_tracesym( "II_GCD_LOG", ERx("!.gcd_trace_log"), &env );
if ( env && *env )
TRset_file( TR_F_OPEN, env, (i4)STlength( env ), &cl_err );
return( OK );
}
static bool
checkArgs (char *arg, i4 argc, char **argv, char *altPath,
char * drvMgr)
{
i4 i;
for ( i = 1; i < argc; i++ )
{
if ( !STbcompare( arg, 0, argv[i], 0, TRUE ) &&
!STbcompare( arg, 0, "-p", 0, TRUE ) && i < (argc - 1) )
{
i++;
STcopy( argv[i], altPath );
return TRUE;
}
if ( !STbcompare( arg, 0, argv[i], 0, TRUE ) &&
!STbcompare( arg, 0, "-m", 0, TRUE ) && i < (argc - 1) )
{
i++;
if ( !STbcompare( MGR_STR_UNIX_ODBC, 0, argv[i], 0, TRUE ) )
{
STcopy( argv[i], drvMgr );
return TRUE;
}
else if ( !STbcompare( MGR_STR_CAI_PT, 0, argv[i], 0, TRUE ) )
{
STcopy( argv[i], drvMgr );
return TRUE;
}
else
{
display_help();
PCexit(FAIL);
}
}
if ( !STbcompare( arg, 0, argv[i], 0, TRUE ) &&
!STbcompare ( arg, 0, "-r", 0, TRUE ) )
return TRUE;
if ( !STbcompare( arg, 0, argv[i], 0, TRUE ) &&
!STbcompare ( arg, 0, "-rmpkg", 0, TRUE ) )
return TRUE;
if ( !STbcompare( arg, 0, argv[i], 0, TRUE ) &&
!STbcompare ( arg, 0, "-batch", 0, TRUE ) )
return TRUE;
if ( !STbcompare( arg, 0, argv[i], 0, TRUE ) &&
!STbcompare ( arg, 0, "-h", 0, TRUE ) )
return TRUE;
if ( !STbcompare( arg, 0, argv[i], 0, TRUE ) &&
!STbcompare ( arg, 0, "-help", 0, TRUE ) )
return TRUE;
}
return FALSE;
}
/* Name: adu_map_check_validity - checks the validity of a byte sequence against
** the validity table.
** Description:
** This routines, checks a byte value against the validity table to identify
** if the byte value is valid for this code page. Validity data is present
** in form of a statetable in the Mapping files.
**
** Input:
** validitytable pointer to validity table.
** bval pointer to byte values.
** Output:
** E_DB_OK byte is valid
**
** E_DB_ERROR byte is invalid
**
** FIXME:
** There are several states which can be identified
** from the byte sequence, ie, whether it is
** unassigned, incomplete, ambiguous or illegal.
** Fix this routine to return appropriate error for
** each case.
**
** History:
** 23-Jan-2004 (gupsh01)
** Added.
** 04-Feb-2004 (gupsh01)
** Modified strcmp to STbcompare.
** 16-Apr-2004 (loera01) Bug 112162
** In adu_deletemap, removed redundant MEfree of
** Adf_globs->Adu_maptbl.
** 16-Mar-2005 (fanra01)
** Ensure that the scan through the array inbyte is limited to the bounds
** of the array.
*/
DB_STATUS
adu_map_check_validity(
ADU_MAP_STATETABLE *validitytable,
u_i4 *bval)
{
int i = 0;
u_i2 inbyte[MAXBYTES];
ADU_MAP_VLDSTATE **currstate;
ADU_MAP_VLDSTATE **nextstate;
u_i2 property = 0;
u_i2 current_byte;
ADU_MAP_STATETABLE *ptr;
if ((validitytable == NULL) || (bval == NULL))
return (E_DB_ERROR);
/* search validity table for first state */
for (ptr=validitytable; ptr != NULL; ptr = ptr->next)
{
if (STbcompare (ptr->name, 0, "FIRST", 0, 1) == 0)
break;
}
inbyte[0] = (*bval & 0xFFFFFF) >> 16;
inbyte[1] = (*bval & 0xFFFF) >> 8;
inbyte[2] = (*bval & 0xFF);
current_byte = inbyte[i++];
if (!(validitytable && ptr))
{
/* ERROR No validity table found */
return (E_DB_ERROR);
}
else
{
/* Get to a non zero leading byte */
while ((current_byte == 0) && (i < MAXBYTES))
current_byte = inbyte[i++];
currstate = ptr->state_table;
property = ST_UNASSIGNED;
nextstate = NULL;
if (currstate[current_byte])
{
property = currstate[current_byte]->property; // initialize property
nextstate = currstate[current_byte]->next; //initialize next state
while(nextstate && i<MAXBYTES)
{
current_byte = inbyte[i++];
currstate = nextstate;
if (currstate[current_byte])
{
nextstate = currstate[current_byte]->next;
property = currstate[current_byte]->property;
}
else
{
property = ST_UNASSIGNED;
nextstate = NULL;
break;
}
}
}
if (property & ST_VALID)
return (E_DB_OK);
else
return (E_DB_ERROR);
}
}
/*{
** Name: RSstats_init - initialize monitor statistics
**
** Description:
** Initializes the Replicator Server statistics memory segment.
**
** Inputs:
** none
**
** Outputs:
** none
**
** Returns:
** OK Function completed normally.
*/
STATUS
RSstats_init()
{
STATUS status;
char *val;
i4 num_targs;
SIZE_TYPE pages_alloc;
u_i4 stats_size;
RS_TARGET_STATS *targ;
RS_TARGET_STATS *targ_end;
RS_TABLE_STATS *tbl;
RS_CONN *conn;
RS_TBLDESC *tbl_info;
CL_SYS_ERR sys_err;
char server_num[4];
PMsetDefault(1, PMhost());
STprintf(server_num, ERx("%d"), (i4)RSserver_no);
PMsetDefault(3, server_num);
status = PMget(ERx("II.$.REPSERV.$.SHARED_STATISTICS"), &val);
if (status == OK && STbcompare(val, 0, ERx("ON"), 0, TRUE) == 0)
shared_stats = TRUE;
num_targs = RSnum_conns - TARG_BASE;
stats_size = sizeof(RS_MONITOR) +
sizeof(RS_MONITOR) % sizeof(ALIGN_RESTRICT);
targ_size = sizeof(RS_TARGET_STATS) +
sizeof(RS_TARGET_STATS) % sizeof(ALIGN_RESTRICT);
if (shared_stats)
tbl_size = sizeof(RS_TABLE_STATS) + sizeof(RS_TABLE_STATS) %
sizeof(ALIGN_RESTRICT);
else
tbl_size = 0;
num_pages = (stats_size + num_targs * (targ_size + RSrdf_svcb.num_tbls *
tbl_size)) / ME_MPAGESIZE + 1;
if (shared_stats)
{
STprintf(sm_key, ERx("%s.%03d"), RS_STATS_FILE, RSserver_no);
status = MEget_pages(ME_SSHARED_MASK | ME_CREATE_MASK |
ME_MZERO_MASK | ME_NOTPERM_MASK, num_pages, sm_key,
(PTR *)&mon_stats, &pages_alloc, &sys_err);
if (status == ME_ALREADY_EXISTS)
{
status = MEsmdestroy(sm_key, &sys_err);
if (status == OK)
status = MEget_pages(ME_SSHARED_MASK |
ME_CREATE_MASK | ME_MZERO_MASK |
ME_NOTPERM_MASK, num_pages, sm_key,
(PTR *)&mon_stats, &pages_alloc,
&sys_err);
}
}
else
{
mon_stats = (RS_MONITOR *)MEreqmem(0, num_pages * ME_MPAGESIZE,
TRUE, &status);
}
if (status != OK)
return (status);
mon_stats->server_no = RSserver_no;
mon_stats->local_db_no = RSlocal_conn.db_no;
PCpid(&mon_stats->pid);
mon_stats->startup_time = TMsecs();
mon_stats->num_targets = num_targs;
mon_stats->num_tables = RSrdf_svcb.num_tbls;
STcopy(RSlocal_conn.vnode_name, mon_stats->vnode_name);
STcopy(RSlocal_conn.db_name, mon_stats->db_name);
mon_stats->target_stats = (RS_TARGET_STATS *)((PTR)mon_stats +
stats_size);
targ_end = (RS_TARGET_STATS *)((PTR)mon_stats->target_stats +
mon_stats->num_targets * (targ_size + tbl_size *
mon_stats->num_tables));
for (conn = &RSconns[TARG_BASE], targ = mon_stats->target_stats;
targ < targ_end; ++conn, targ = (RS_TARGET_STATS *)((PTR)targ +
targ_size + tbl_size * mon_stats->num_tables))
{
targ->db_no = conn->db_no;
STcopy(conn->vnode_name, targ->vnode_name);
STcopy(conn->db_name, targ->db_name);
if (shared_stats)
{
targ->table_stats = (RS_TABLE_STATS *)((PTR)targ +
targ_size);
for (tbl_info = RSrdf_svcb.tbl_info,
tbl = targ->table_stats;
tbl < targ->table_stats + mon_stats->num_tables;
++tbl, ++tbl_info)
{
tbl->table_no = tbl_info->table_no;
STcopy(tbl_info->table_owner, tbl->table_owner);
STcopy(tbl_info->table_name, tbl->table_name);
}
}
}
return (OK);
}
/*
** Name: sxapo_init_cnf - Initialize SXAPO configuration from the PM file.
**
** Description:
** This routine initializes the SXAPO configuration from the
** PM configuration file.
**
** Inputs:
** None.
**
** Outputs:
** err_code Error code returned to caller.
**
** Returns:
** DB_STATUS
**
** History:
** 6-jan-94 (stephenb)
** Initial creation.
*/
static DB_STATUS
sxapo_init_cnf(
i4 *err_code)
{
DB_STATUS status = E_DB_OK;
STATUS clstat;
i4 local_err;
char *pmfile;
char *pmvalue;
*err_code = E_SX0000_OK;
for (;;)
{
/*
** Allow private override on PM file
*/
NMgtAt("II_SXF_PMFILE", &pmfile);
if (pmfile && *pmfile)
{
LOCATION pmloc;
TRdisplay("Loading SXF-PM file '%s'\n",pmfile);
LOfroms(PATH & FILENAME, pmfile, &pmloc);
if(PMload(&pmloc,NULL)!=OK)
TRdisplay("Error loading PMfile '%s'\n",pmfile);
}
/*
** Get auditing status
*/
if (PMget(SX_C2_MODE,&pmvalue) == OK)
{
if (!STbcompare(pmvalue, 0, SX_C2_MODE_ON, 0, TRUE))
{
/*
** Auditing on
*/
Sxapo_cb->sxapo_status=SXAPO_ACTIVE;
}
else if ((STbcompare(pmvalue, 0, SX_C2_MODE_OFF, 0, TRUE)!=0))
{
/*
** Niether ON nor OFF, Invalid mode
*/
*err_code=E_SX1061_SXAP_BAD_MODE;
break;
}
}
else
{
/*
** No value, this is an error
*/
*err_code=E_SX1061_SXAP_BAD_MODE;
break;
}
/*
** Get action on error
*/
if ((PMget("II.*.C2.ON_ERROR",&pmvalue) == OK))
{
if (!STcasecmp(pmvalue, "STOPAUDIT" ))
{
Sxf_svcb->sxf_act_on_err=SXF_ERR_STOPAUDIT;
}
else if (!STcasecmp(pmvalue, "SHUTDOWN" ))
{
Sxf_svcb->sxf_act_on_err=SXF_ERR_SHUTDOWN;
}
else
{
/*
** Invalid value
*/
*err_code=E_SX1060_SXAP_BAD_ONERROR;
break;
}
}
else
{
/*
** No value, this is an error
*/
*err_code=E_SX1060_SXAP_BAD_ONERROR;
break;
}
break;
}
/* handle errors */
if (*err_code != E_SX0000_OK)
{
_VOID_ ule_format(*err_code, NULL, ULE_LOG, NULL, NULL,
0L, NULL, &local_err, 0);
*err_code = E_SX1020_SXAP_INIT_CNF;
status = E_DB_ERROR;
}
return (status);
}
DB_STATUS
adi_tyid(
ADF_CB *adf_scb,
ADI_DT_NAME *adi_dname,
DB_DT_ID *adi_did)
{
i4 s;
i4 n;
i4 i;
i4 cmp;
char *c1;
char *c2;
ADI_DT_NAME dt_name;
bool dategiven = FALSE;
s = sizeof(adi_dname->adi_dtname);
c2 = &adi_dname->adi_dtname[0];
if (c2 && ((*c2 == 'd') || (*c2 == 'D')))
{
if (STbcompare (c2, 0, "date", 0, TRUE) == 0)
{
dategiven = TRUE;
if (adf_scb->adf_date_type_alias & AD_DATE_TYPE_ALIAS_INGRES)
{
/* replace the input string with ingresdate */
MEmove(10, (PTR)"ingresdate", '\0',
sizeof(ADI_DT_NAME), (PTR)&dt_name.adi_dtname);
dt_name.adi_dtname[10]='\0';
}
else if (adf_scb->adf_date_type_alias & AD_DATE_TYPE_ALIAS_ANSI)
{
/* replace the input string with ansidate */
MEmove(8, (PTR)"ansidate", '\0',
sizeof(ADI_DT_NAME), (PTR)&dt_name.adi_dtname);
dt_name.adi_dtname[8]='\0';
}
else
{
return (adu_error(adf_scb, E_AD5065_DATE_ALIAS_NOTSET, 0));
}
}
}
for(n=1; n <= ADI_MXDTS; n++)
{
if (Adf_globs->Adi_datatypes[n].adi_dtid == DB_NODT) break;
cmp = 1;
c1 = &Adf_globs->Adi_datatypes[n].adi_dtname.adi_dtname[0];
if (dategiven == TRUE)
c2 = (PTR)&dt_name.adi_dtname;
else
c2 = &adi_dname->adi_dtname[0];
i = 0;
while ((i++ < s) && (*c1 != 0 || *c2 != 0))
{
if (*c1++ != *c2++)
{
cmp = 0;
break;
}
}
if (cmp)
{
*adi_did = Adf_globs->Adi_datatypes[n].adi_dtid;
return(E_DB_OK);
}
}
*adi_did = DB_NODT;
return(adu_error(adf_scb, E_AD2003_BAD_DTNAME, 0));
}
static bool
pp_eval_boolexp( char **strptr, char *goal )
{
bool boolval[2];
i4 notval[2];
i4 oper = OPER_NONE;
i4 curval = 0;
i4 maxval;
i4 goalfound = FALSE;
char *parser = *strptr;
bool rtn;
notval[0] = notval[1] = 0;
maxval = (sizeof(boolval) / sizeof(boolval[0])) - 1;
while (goalfound == FALSE)
{
/* Are we through yet? */
if( CMcmpcase( parser, goal ) == 0 )
{
goalfound = TRUE;
CMnext(parser);
}
/* If the string is empty then bail out */
else if( STlength( parser ) == 0)
break;
/* Have we exhausted our parsing capabilities? */
else if (curval > maxval)
break;
/* If this is white space then just skip over it */
else if( CMwhite( parser ))
CMnext( parser );
/* Is this an end to a parenthetical expression? */
/* its not our goal, but it could be someones */
else if( CMcmpcase( parser, ERx(")") ) == 0 &&
*goal != EOS)
{
goalfound = TRUE;
break;
}
/* Is this a NOT (!) to reverse the value of next boolean? */
else if( CMcmpcase( parser, ERx("!") ) == 0 )
{
/* Use the xor operator to toggle, allows for !(!val) */
notval[curval] ^= 1;
CMnext(parser);
}
/* Is this a parenthetical expression? */
else if( CMcmpcase( parser,ERx("(") ) == 0)
{
CMnext(parser);
boolval[curval++] = pp_eval_boolexp(&parser, ERx(")"));
}
/* Is this an AND (&&) operator? */
else if( STbcompare( parser, 2, ERx("&&"), 2, 0 ) == 0)
{
if (oper != OPER_NONE)
{
SIfprintf( stderr, E_YAPP001 );
SIfprintf( stderr, E_YAPP00F );
yydump();
}
oper = OPER_AND;
CMnext(parser);
CMnext(parser);
boolval[curval++] = pp_eval_boolexp(&parser, ERx("\n"));
}
/* Is this an OR (||) operator? */
else if( STbcompare( parser, 2, ERx("||"), 2, 0 ) == 0)
{
if (oper != OPER_NONE)
{
SIfprintf( stderr, E_YAPP001 );
SIfprintf( stderr, E_YAPP011 );
yydump();
}
oper = OPER_OR;
CMnext(parser);
CMnext(parser);
boolval[curval++] = pp_eval_boolexp(&parser, ERx("\n"));
}
/* Is this the defined() preprocessor macro? */
else if( STbcompare( parser, 7, ERx("defined"), 7, 0 ) == 0 )
{
char defsym[MAX_SYMLEN + 1];
char *defptr;
/* Initialize the symbol name */
STcopy(ERx(""), defsym);
/* Try and find the beginning '(' */
while (STlength(parser) > 0 &&
CMcmpcase(parser, ERx("(") ) != 0)
CMnext(parser);
/* Skip over the open parenthesis, ( */
if (STlength(parser) != 0)
CMnext(parser);
/* Skip over any whitespace following '(' */
while (STlength(parser) > 0 && CMwhite(parser))
CMnext(parser);
/* Save the name of the symbol to look up */
defptr = defsym;
while (STlength(parser) > 0 &&
CMcmpcase(parser, ERx(")") ) != 0 &&
!CMwhite(parser))
{
CMcpychar(parser, defptr);
CMnext(parser);
CMnext(defptr);
}
*defptr = EOS;
/* Try and find the ending ')' */
while (STlength(parser) > 0 &&
CMcmpcase(parser, ERx(")") ) != 0)
CMnext(parser);
/* Skip over the closed parenthesis, ) */
if (STlength(parser) != 0)
CMnext(parser);
/* Make sure there was something in the parenthesis */
if (STlength(defsym) == 0)
{
SIfprintf( stderr, E_YAPP001 );
SIfprintf( stderr, E_YAPP013 );
yydump();
}
boolval[curval++] = (is_defined(defsym, NULL) == OK);
}
/* Thats all we know how to parse, gotta bail out */
else
{
SIfprintf( stderr, E_YAPP001 );
SIfprintf( stderr, E_YAPP014 );
yydump();
}
}
/* Did we ultimately fail to evaluate the expression? */
if (*goal == EOS && goalfound == FALSE)
{
SIfprintf( stderr, E_YAPP001 );
SIfprintf( stderr, E_YAPP015 );
yydump();
}
/* Now make sure something was specified in the current expression */
if (curval == 0)
{
SIfprintf( stderr, E_YAPP001 );
SIfprintf( stderr, E_YAPP016 );
yydump();
}
/* If an operator is found make sure it had an object to operate on */
if (oper != OPER_NONE && curval <= maxval)
{
SIfprintf( stderr, E_YAPP001 );
SIfprintf( stderr, E_YAPP017 );
yydump();
}
/* Save the current location in parse string */
*strptr = parser;
/* Resolve the highest precedence NOT operators */
if (curval > 0 && notval[0] == 1)
boolval[0] = !boolval[0];
if (curval > 1 && notval[1] == 1)
boolval[1] = !boolval[1];
/* Resolve the final expression */
switch (oper)
{
case OPER_OR:
rtn = boolval[0] || boolval[1];
break;
case OPER_AND:
rtn = boolval[0] && boolval[1];
break;
default:
rtn = boolval[0];
break;
}
return rtn;
}
/* Name: adu_map_append_validity - adds the validity values to validity table.
** Description:
** This routine, appends a validity information into the validity table.
** Input:
** vtabptr pointer to validity table.
** validity pointer to vaidity value to add.
** Output:
**
** None.
**
** History:
** 23-Jan-2004 (gupsh01)
** Added.
** 04-Feb-2004 (gupsh01)
** Modified strcmp to STbcompare.
*/
static DB_STATUS
adu_map_append_validity(
ADU_MAP_STATETABLE **vtabptr,
ADU_MAP_VALIDITY *validity)
{
/* default values */
ADU_MAP_STATETABLE *validitytable = *vtabptr;
ADU_MAP_STATETABLE *tmp_begin = NULL;
ADU_MAP_STATETABLE *tmp_end = NULL;
ADU_MAP_STATETABLE *ptr = NULL;
u_i2 property = ST_UNASSIGNED;
int i = 0;
/* FIXME: if *validity is NULL return error */
if (validity == NULL)
return (E_DB_ERROR); /* EMPTY_VALIDITY_DATA being added */
/* Based on the end value set next state. */
if (STbcompare (validity->state_next, 0, "VALID", 0, 1) == 0)
property = ST_VALID;
else if (STbcompare (validity->state_next, 0, "INVALID", 0, 1) ==0)
property = ST_INVALID;
else if (STbcompare (validity->state_next, 0, "UNASSIGNED", 0, 1) ==0)
property = ST_EXP_UNASSIGNED;
else
{
/* Updating the end pointers */
if (validitytable)
{
for (ptr=validitytable; ptr != NULL; ptr = ptr->next)
{
if (STbcompare (ptr->name, 0, validity->state_next, 0, 1) == 0)
break;
}
}
if (ptr == NULL)
{
tmp_end = (ADU_MAP_STATETABLE *)MEreqmem(0,
sizeof(ADU_MAP_STATETABLE), FALSE, NULL);
if (validity)
{
STcopy(validity->state_next, tmp_end->name);
tmp_end->next = NULL;
tmp_end->state_table = (ADU_MAP_VLDSTATE **)MEreqmem(0,
sizeof(ADU_MAP_VLDSTATE *) * 256, FALSE, NULL);
for (i=0;i<256;i++)
tmp_end->state_table[i] = NULL;
}
/* add to the list */
if (validitytable == NULL)
*vtabptr = validitytable = tmp_end;
else
{
tmp_end->next = validitytable->next;
validitytable->next=tmp_end;
}
}
else
tmp_end = ptr;
}
/* Updating the start pointers */
for (ptr=validitytable; ptr != NULL; ptr = ptr->next)
{
if (STbcompare (ptr->name, 0, validity->state_type, 0, 1) == 0)
break;
}
if (ptr == NULL)
{
/* NOT FOUND */
tmp_begin = (ADU_MAP_STATETABLE *)MEreqmem(0,
sizeof(ADU_MAP_STATETABLE), FALSE, NULL);
ptr = tmp_begin;
if (validity)
{
STcopy(validity->state_type, tmp_begin->name);
tmp_begin->next = NULL;
tmp_begin->state_table = (ADU_MAP_VLDSTATE **)MEreqmem(0,
sizeof(ADU_MAP_VLDSTATE *) * 256, FALSE, NULL);
for (i=0;i<256;i++)
tmp_begin->state_table[i] = NULL;
}
/* add this to the validation list */
if (validitytable == NULL)
{
*vtabptr = validitytable = tmp_begin;
}
else
{
tmp_begin->next = validitytable->next;
validitytable->next=tmp_begin;
}
}
for (i=validity->state_start; i <= validity->state_end; i++)
{
ptr->state_table[i] = (ADU_MAP_VLDSTATE *)MEreqmem(0,
sizeof(ADU_MAP_VLDSTATE), FALSE, NULL);
(ptr->state_table[i])->property = property;
if (tmp_end)
(ptr->state_table[i])->next = tmp_end->state_table;
else
(ptr->state_table[i])->next = NULL;
}
return (E_DB_OK);
}
/* Name: adu_readmap - Reads and processes a coercion map table.
**
** Description:
** This routine reads a compiled coercion map table and
** initializes the in memory table structures for the map
** table.
**
** Input:
** chset: character set to read from.
**
** Output:
** E_DB_OK if the maptable is opened and initialized.
** E_DB_ERROR if it fails.
**
** History:
** 23-Jan-2004 (gupsh01)
** Created.
** 18-Feb-2004 (gupsh01)
** Added handling of CM_DEFAULTFILE_LOC, so that ingbuld
** at install time when no characterset info is avaliable
** reads the default mapping file from $II_CONFIG location.
** 22-Oct-2004 (gupsh01)
** Fixed for correctly reading the mapping files.
** 11-May-2009 (kschendel) b122041
** Compiler warning fixes.
**
*/
DB_STATUS
adu_readmap(char *charset)
{
CL_ERR_DESC syserr;
char *buf = NULL;
char *bufptr = NULL;
i4 bytes_read = 0;
DB_STATUS stat = OK;
ADU_MAP_HEADER *header;
ADU_MAP_ASSIGNMENT *assignments;
char *aptr;
ADU_MAP_VALIDITY *validities;
char *vptr;
i4 buf_rem;
i4 val_rem;
i4 assn_rem;
if (CMopen_col(charset, &syserr, CM_UCHARMAPS_LOC) != OK)
{
/* If we are opening the default file then check and return
** an ERROR if we are unable to open the file */
if (STbcompare (charset, 0, "default", 0, 1) == 0)
{
if (CMopen_col(charset, &syserr, CM_DEFAULTFILE_LOC) != OK)
return (FAIL);
}
else
return (FAIL);
}
/* allocate memory for buffer */
buf = MEreqmem(0, COL_BLOCK, TRUE, &stat);
if (buf == NULL || stat != OK)
{
CMclose_col(&syserr, CM_UCHARMAPS_LOC);
return (FAIL);
}
/* First file buffer has header information. */
stat = CMread_col(buf, &syserr);
if (stat != OK)
{
MEfree((char *)buf);
CMclose_col(&syserr, CM_UCHARMAPS_LOC);
return (FAIL);
}
bytes_read = COL_BLOCK;
header = (ADU_MAP_HEADER *) MEreqmem(0,
sizeof(ADU_MAP_HEADER), TRUE, &stat);
if (stat != OK)
{
MEfree((char *)buf);
CMclose_col(&syserr, CM_UCHARMAPS_LOC);
return FAIL;
}
MEcopy (buf, sizeof(ADU_MAP_HEADER), header);
bufptr = buf + sizeof(ADU_MAP_HEADER);
bufptr = ME_ALIGN_MACRO (bufptr, sizeof(PTR));
if (header->validity_size > 0)
{
validities = (ADU_MAP_VALIDITY *)MEreqmem(0,
(u_i4) header->validity_size, FALSE, &stat);
if (validities == NULL || stat != OK)
{
MEfree((char *)buf);
CMclose_col(&syserr, CM_UCHARMAPS_LOC);
return FAIL;
}
vptr = (char *) validities;
}
else
{
/* ERROR: validity information is required */
CMclose_col(&syserr, CM_UCHARMAPS_LOC);
return (FAIL);
}
if (header->assignment_size > 0)
{
assignments = (ADU_MAP_ASSIGNMENT *)MEreqmem (0,
(u_i4) header->assignment_size , FALSE, &stat);
if (assignments == NULL || stat != OK)
{
MEfree((char *)buf);
CMclose_col(&syserr, CM_UCHARMAPS_LOC);
return FAIL;
}
aptr = (char *) assignments;
}
else
{
/* ERROR: assignment information is required */
CMclose_col(&syserr, CM_UCHARMAPS_LOC);
return (FAIL);
}
buf_rem = COL_BLOCK - sizeof(ADU_MAP_HEADER);
val_rem = header->validity_size;
assn_rem = header->assignment_size;
for ( ;(bytes_read < (header->validity_size +
header->assignment_size +
sizeof(ADU_MAP_HEADER))) ||
(assn_rem > 0); )
{
if (val_rem > 0)
{
if (buf_rem >= val_rem)
{
/* Validation table was read completely */
MEcopy (bufptr, val_rem, vptr);
bufptr += val_rem;
bufptr = ME_ALIGN_MACRO (bufptr, sizeof(PTR));
buf_rem -= val_rem;
val_rem = 0;
if ((assn_rem > 0) && (buf_rem <= assn_rem))
{
MEcopy (bufptr, buf_rem, aptr);
bufptr = ME_ALIGN_MACRO (bufptr, sizeof(PTR));
bufptr += buf_rem;
aptr +=buf_rem;
assn_rem -= buf_rem;
buf_rem = 0;
}
else
{
MEcopy (bufptr, assn_rem, aptr);
bufptr += assn_rem;
bufptr = ME_ALIGN_MACRO (bufptr, sizeof(PTR));
aptr +=assn_rem;
buf_rem -= assn_rem;
assn_rem = 0;
}
}
else
{
/* read more validities before proceeding */
MEcopy (bufptr, buf_rem, vptr);
bufptr = ME_ALIGN_MACRO (bufptr, sizeof(PTR));
vptr += buf_rem;
val_rem -= buf_rem;
buf_rem = 0 ;
}
}
else if (assn_rem > 0)
{
if (buf_rem <= assn_rem)
{
MEcopy (bufptr, buf_rem, aptr);
aptr += buf_rem;
assn_rem -= buf_rem;
buf_rem = 0;
}
else
{
MEcopy (bufptr, assn_rem, aptr);
aptr += assn_rem;
buf_rem -= assn_rem;
assn_rem = 0;
}
}
/* read next buffer if more data is needed to be read */
if (assn_rem > 0)
{
stat = CMread_col(buf, &syserr);
if (stat != OK)
{
/* FIXME: either we are have got an error or we have
** found the end of the file in either case
** free the buf and exit. should report
** ERROR condition.
*/
break;
}
bufptr = buf; /* initialize bufptr */
bytes_read += COL_BLOCK;
buf_rem = COL_BLOCK;
}
}
/* check if we have read the whole file */
if (bytes_read < (header->validity_size +
header->assignment_size +
sizeof(ADU_MAP_HEADER)))
{
/* we had to exit for some unknown reason */
MEfree((char *)buf);
CMclose_col(&syserr, CM_UCHARMAPS_LOC);
return FAIL;
}
/* done with the file so close it now */
if (CMclose_col(&syserr, CM_UCHARMAPS_LOC) != OK)
{
MEfree ((char *)buf); /* free the buffer */
return FAIL;
}
/* set up the pointers in the ADF memory
** from the information obtained from mapfile.
*/
stat = adu_initmap (header, validities, assignments);
if (stat)
return (E_DB_ERROR);
if (header)
MEfree ((char *)header);
if (validities)
MEfree ((char *)validities);
if (assignments)
MEfree ((char *)assignments);
if (buf)
MEfree ((char *)buf);
return (E_DB_OK);
}
i4
main (int argc, char **argv)
{
STATUS status=OK;
PTR drvH=NULL;
char **list=NULL;
ATTR_ID **attrList=NULL;
char **defAttr=NULL;
i4 count=0, attrCount = 0, retcount;
i4 i;
bool badCmdLine = FALSE, rmPkg = FALSE, has_default = FALSE, has_alt
= FALSE, isReadOnly = FALSE, mgrSpecified = FALSE, batch = FALSE,
def_or_alt=FALSE;
i4 pathType = OCFG_SYS_PATH;
char altPath[OCFG_MAX_STRLEN] = "\0";
char drvMgr[OCFG_MAX_STRLEN] = "\0";
char line[MAXLINE],prompt[MAXLINE];
char driverPath[OCFG_MAX_STRLEN];
char *dirPath;
char driverName[OCFG_MAX_STRLEN];
char *ii_installation;
char *p = NULL;
char custName[OCFG_MAX_STRLEN];
char etxt[512];
ATTR_ID driverList[6] =
{
{ DRV_ATTR_DRIVER, "\0" },
{ DRV_ATTR_DRIVER_ODBC_VER, DRV_STR_VERSION },
{ DRV_ATTR_DRIVER_READONLY, DRV_STR_N },
{ DRV_ATTR_DRIVER_TYPE, DRV_STR_INGRES },
{ DRV_ATTR_VENDOR, DRV_STR_INGRES_CORP },
{ DRV_ATTR_DONT_DLCLOSE, DRV_STR_ONE }
};
int drvCount = sizeof(driverList) / sizeof(driverList[0]);
ATTR_ID **drvList = (ATTR_ID **)MEreqmem( (u_i2) 0,
(u_i4)drvCount, TRUE, (STATUS *) NULL);
for (i = 0; i < drvCount; i++)
{
drvList[i] = (ATTR_ID *)MEreqmem( (u_i2) 0,
(u_i4)sizeof(ATTR_ID), TRUE, (STATUS *) NULL);
drvList[i]->id = driverList[i].id;
drvList[i]->value = (char *)MEreqmem( (u_i2) 0,
(u_i4)OCFG_MAX_STRLEN, TRUE, (STATUS *) NULL);
STcopy(driverList[i].value, drvList[i]->value);
}
if ( argc > 7 )
badCmdLine = TRUE;
/*
** Parse the command line. Reject invalid arguments.
*/
if ( !badCmdLine && argc > 1 )
{
if (checkArgs("-h", argc, argv, NULL, NULL ) )
{
display_help();
PCexit(0);
}
if (checkArgs("-help", argc, argv, NULL, NULL ) )
{
display_help();
PCexit(0);
}
if ( checkArgs("-batch", argc, argv, NULL, NULL ) )
batch = TRUE;
if ( checkArgs("-rmpkg", argc, argv, NULL, NULL ) )
rmPkg = TRUE;
if (checkArgs("-r", argc, argv, NULL, NULL ) )
isReadOnly = TRUE;
if ( checkArgs("-p", argc, argv, altPath, NULL ) )
pathType = OCFG_ALT_PATH;
if ( checkArgs("-m", argc, argv, NULL, drvMgr ) )
mgrSpecified = TRUE;
}
/*
** Set driver manager according to user input. Default is unixODBC.
*/
if (mgrSpecified && !STbcompare( drvMgr, 0, MGR_STR_CAI_PT, 0, TRUE ) )
driverManager = MGR_VALUE_CAI_PT;
else
driverManager = MGR_VALUE_UNIX_ODBC;
/*
** If none of the arguments are recognized, flag an error.
*/
if ( !batch && !rmPkg && !isReadOnly && pathType != OCFG_ALT_PATH && !mgrSpecified && argc > 1)
badCmdLine = TRUE;
if ( badCmdLine )
{
display_help();
PCexit(FAIL);
}
if ( isReadOnly )
STcopy(DRV_STR_Y, drvList[2]->value);
else
STcopy(DRV_STR_N, drvList[2]->value);
if ( !writeMgrFile( altPath ) )
{
SIprintf("Aborting due to error writing %s/files/%s\n",
SYSTEM_LOCATION_SUBDIRECTORY, MGR_STR_FILE_NAME);
PCexit(FAIL);
}
defAttr = getDefaultInfo();
if (defAttr == NULL)
{
SIprintf("Aborting due to error reading %s/install/%s\n",
SYSTEM_LOCATION_VARIABLE, INFO_STR_FILE_NAME);
PCexit(FAIL);
}
/*
** Get the path of the driver library and create the path/libname string.
*/
NMgtAt(SYSTEM_LOCATION_VARIABLE,&dirPath); /* usually II_SYSTEM */
if (dirPath != NULL && *dirPath)
STlcopy(dirPath,driverPath,sizeof(driverPath)-20-1);
else
{
SIprintf("Error--%s is not defined\n",SYSTEM_LOCATION_VARIABLE);
PCexit(FAIL);
}
# ifdef VMS
STcat(driverPath,"[");
STcat(driverPath,SYSTEM_LOCATION_SUBDIRECTORY); /* usually "ingres" */
STcat(driverPath,".library]");
if ( isReadOnly )
STcat(driverPath,defAttr[INFO_ATTR_RONLY_DRV_FNAME]);
else
STcat(driverPath,defAttr[INFO_ATTR_DRIVER_FILE_NAME]);
# else
STcat(driverPath,"/");
STcat(driverPath,SYSTEM_LOCATION_SUBDIRECTORY); /* usually "ingres" */
STcat(driverPath,"/lib/");
if ( isReadOnly )
STcat(driverPath,defAttr[INFO_ATTR_RONLY_DRV_FNAME]);
else
STcat(driverPath,defAttr[INFO_ATTR_DRIVER_FILE_NAME]);
# endif /* ifdef VMS */
STcopy(driverPath,drvList[0]->value);
/*
** Initialize the cache from the odbcinst.ini file.
*/
openConfig(NULL, pathType, altPath, &drvH, &status);
if (status != OK)
{
STprintf(etxt,"Could not open from path %s.\n",
pathType == OCFG_ALT_PATH ? altPath : "/usr/local/etc");
display_err(etxt,status);
PCexit(FAIL);
}
if (rmPkg)
{
delConfigEntry( drvH, defAttr[INFO_ATTR_DRIVER_NAME], &status );
delConfigEntry( drvH, defAttr[INFO_ATTR_ALT_DRIVER_NAME], &status );
closeConfig(drvH, &status);
PCexit(OK);
}
/*
** Get the driver count.
*/
retcount = listConfig( drvH, count, list, &status );
if (status != OK)
{
STprintf(etxt,"Could not list drivers.\n");
display_err(etxt,status);
PCexit(FAIL);
}
count = retcount;
if (count)
{
/*
** Get the list of recognized drivers.
*/
list = (char **)MEreqmem( (u_i2) 0,
(u_i4)(count * sizeof(char *)), TRUE,
(STATUS *) NULL);
for (i = 0; i < count; i++)
list[i] = (char *)MEreqmem( (u_i2) 0, (u_i4)OCFG_MAX_STRLEN,
TRUE, (STATUS *) NULL);
listConfig( drvH, count, list, &status );
if (status != OK)
{
STprintf(etxt,"Could not list drivers.\n");
display_err(etxt,status);
PCexit(FAIL);
}
}
for (i = 0; i < count; i++)
{
def_or_alt = FALSE;
if (!has_default)
{
has_default = STbcompare( list[i], 0,
defAttr[INFO_ATTR_DRIVER_NAME], 0, TRUE )
== 0 ? TRUE : FALSE;
if (has_default)
def_or_alt = TRUE;
}
if (!has_alt)
{
has_alt = STbcompare( list[i], 0,
defAttr[INFO_ATTR_ALT_DRIVER_NAME], 0,
TRUE ) == 0 ? TRUE : FALSE;
if (has_alt)
def_or_alt = TRUE;
}
if (def_or_alt)
{
if ( !batch )
{
STprintf(prompt,
"\tInstallation has pre-defined version of %s.\n\tOverwrite? (Yes/No)",
list[i]);
if ( line_get( prompt, "", FALSE, line ) == EOF )
{
SIprintf("ODBC driver installation safely aborted\n");
PCexit(OK);
}
STzapblank(line,line);
if ( line[0] != 'y' && line [0] != 'Y' )
{
SIprintf( "%s left untouched\n", list[i] );
continue;
}
} /* if (!batch) */
STcopy(list[i],driverName);
setConfigEntry( drvH, driverName, drvCount, drvList, &status );
if (status != OK)
{
STprintf(etxt,"Could not write driver entry.\n");
display_err(etxt,status);
PCexit(FAIL);
}
} /* if (has_default || has_alt) */
else if ( !batch )
{
STprintf(prompt,
"\tInstallation has custom version of %s.\n\tDelete? (Yes/No)",
list[i]);
if ( line_get( prompt, "", FALSE, line ) == EOF )
{
SIprintf("ODBC driver installation safely aborted\n");
PCexit(OK);
}
STzapblank(line,line);
if ( line[0] != 'y' && line [0] != 'Y' )
{
SIprintf( "%s left untouched\n", list[i] );
continue;
}
STcopy(list[i],driverName);
delConfigEntry( drvH, driverName, &status );
if (status != OK)
{
STprintf(etxt,"Could not write driver entry.\n");
display_err(etxt,status);
PCexit(FAIL);
}
} /* if (!batch) && !has_default */
} /* for (count... */
if (!has_default)
{
setConfigEntry( drvH, defAttr[INFO_ATTR_DRIVER_NAME], drvCount,
drvList, &status );
if (status != OK)
{
STprintf(etxt,"Could not write driver entry.\n");
display_err(etxt,status);
PCexit(FAIL);
}
}
if (!has_alt)
{
setConfigEntry( drvH, defAttr[INFO_ATTR_ALT_DRIVER_NAME], drvCount,
drvList, &status );
if (status != OK)
{
STprintf(etxt,"Could not write driver entry.\n");
display_err(etxt,status);
PCexit(FAIL);
}
}
closeConfig(drvH, &status);
if (status != OK)
{
STprintf(etxt,"Could not close driver info.\n");
display_err(etxt,status);
PCexit(FAIL);
}
if (count)
{
for (i = 0; i < count; i++)
MEfree((PTR)list[i]);
MEfree((PTR)list);
}
for (i = 0; i < drvCount; i++)
{
MEfree((PTR)drvList[i]->value);
MEfree((PTR)drvList[i]);
}
MEfree((PTR)drvList);
PCexit(OK);
}
/*
** Name: PCexec_suid - Execute a command as the ingres user.
**
** Description:
** This procedure works with the Ingres service to run the given
** command as the ingres user. It mimicks the "setuid" bit in UNIX.
**
** Inputs:
** cmdbuf - command to execute as the ingres user
**
** Outputs:
** none
**
** Returns:
** OK
** FAIL
**
** Side Effects:
** none
**
** History:
** 08-jan-1998 (somsa01)
** Created.
** 19-feb-1998 (somsa01)
** We need to pass to the service the current working directory
** as well. (Bug #89006)
** 25-feb-1998 (somsa01)
** We now have an input file for the process' stdin which
** runs through the OpenIngres service.
** 19-jun-1998 (somsa01)
** Use SYSTEM_PRODUCT_NAME for the name of the service.
** 10-jul-1998 (kitch01)
** Bug 91362. If user is 'system' run through OpenIngres service
** despite having access to server shared memory 'system' does not
** have required privilege to access semaphores/mutexes.
** 11-jun-1999 (somsa01)
** If the command is a startup command, then it is always run through
** the Ingres service.
** 03-nov-1999 (somsa01)
** A failure from ControlService() should be treated as a severe
** error which should not let us continue.
** 22-jan-2000 (somsa01)
** Return the exit code of the spawned process. Also, if the
** files exist, truncate them. The service name is now keyed off
** of II_INSTALLATION.
** 05-jun-2000 (somsa01)
** The Ingres installation may be started as the SYSTEM account,
** in which the 'ingres' user will not automatically have access
** to the shared memory segments. Therefore, even if the real
** user is 'ingres', check to see if he has access.
** 24-oct-2000 (somsa01)
** Removed the check on shared memory access. Access to the shared
** memory segment does not necessarily mean that the user running
** the process does not need to run the specified process as the
** Ingres owner. Also, generalized the check of the user with
** IDname_service().
** 18-dec-2000 (somsa01)
** Modified the cases to run the command "as is" without the Ingres
** service.
** 20-mar-2002 (somsa01)
** If all is well, return the exit code of the child process that
** was executed.
** 29-mar-2002 (somsa01)
** Properly return the child process exit code.
** 11-apr-2003 (somsa01)
** While waiting for "pending" to not be set, give some CPU back
** to the OS.
** 29-Jul-2005 (drivi01)
** Allow user to run the command if he/she owns a shared
** segment and ingres is not running as a service.
** 06-Dec-2006 (drivi01)
** Adding support for Vista, Vista requires "Global\" prefix for
** shared objects as well. Replacing calls to GVosvers with
** GVshobj which returns the prefix to shared objects.
** Added PCadjust_SeDebugPrivilege to allow quering of
** System processes.
** 25-Jul-2007 (drivi01)
** On Vista, PCexec_suid is unable to use SE_DEBUG Privilege
** to query process status and retireve its exit code.
** The routine for monitoring a process and retrieving
** its exit code has been moved to Ingres Service.
** 05-Nov-2009 (wanfr01) b122847
** Don't do a PCsleep unless you are waiting for more input
*/
STATUS
PCexec_suid(char *cmdbuf)
{
EX_CONTEXT context;
SERVICE_STATUS ssServiceStatus;
LPSERVICE_STATUS lpssServiceStatus = &ssServiceStatus;
struct SETUID setuid;
DWORD ProcID;
HANDLE SaveStdout;
SECURITY_ATTRIBUTES sa;
CHAR szRealUserID[25] = "";
CHAR *pszRealUserID = szRealUserID;
CHAR szServiceUserID[25] = "";
CHAR *pszServiceUserID = szServiceUserID;
DWORD BytesWritten, BytesRead = 0;
CHAR *inst_id;
CHAR SetuidShmName[64];
CHAR *temp_loc;
CHAR InBuf[256], OutBuf[256];
static CHAR SetuidPipeName[32];
CL_ERR_DESC err_code;
CHAR ServiceName[255];
DWORD ExitCode = 0;
CHAR tchII_INSTALLATION[3];
BOOL SetuidDbCmd = FALSE, ServiceCommand = FALSE;
int i, cmdlen;
char *ObjectPrefix;
u_i4 drType;
SC_HANDLE schSCManager, OpIngSvcHandle;
BOOL bServiceStarted = FALSE;
if (EXdeclare(ex_handler, &context) != OK)
{
EXdelete();
PCexit(FAIL);
}
NMgtAt("II_INSTALLATION", &inst_id);
STcopy(inst_id, tchII_INSTALLATION);
/*
** See if this is a command that MUST be run through the Ingres
** service.
*/
cmdlen = (i4)STlength(cmdbuf);
for (i = 0; ServiceCommands[i] ; i++)
{
if (STbcompare( cmdbuf, cmdlen, ServiceCommands[i],
(i4)STlength(ServiceCommands[i]), FALSE ) == 0)
{
ServiceCommand = TRUE;
break;
}
}
/*
** If the user is the same as the user who started the Ingres
** service, just spawn the command.
*/
if (!ServiceCommand)
{
IDname(&pszRealUserID);
if (!IDname_service(&pszServiceUserID) &&
STcompare(pszServiceUserID, pszRealUserID) == 0 &&
PCisAdmin())
{
/*
** Attempt to just execute the command.
*/
return( PCcmdline( (LOCATION *) NULL, cmdbuf, PC_WAIT,
(LOCATION *) NULL, &err_code) );
}
else
{
/*
** If current user is not the same as service user and ingres is not
** running as a service, check if shared memory segment is owned
** by current user, if user has access to shared segment allow him
** to run the command.
*/
PTR shmem;
SIZE_TYPE allocated_pages=0;
STATUS status;
if((status = MEget_pages(ME_MSHARED_MASK, 1, "lglkdata.mem",
&shmem, &allocated_pages, &err_code)) == OK)
{
STprintf(ServiceName, "%s_Database_%s", SYSTEM_SERVICE_NAME,
tchII_INSTALLATION);
if ((schSCManager = OpenSCManager(NULL, NULL,
SC_MANAGER_CONNECT)) != NULL)
{
if ((OpIngSvcHandle = OpenService(schSCManager, ServiceName,
SERVICE_QUERY_STATUS)) != NULL)
{
if (QueryServiceStatus(OpIngSvcHandle,lpssServiceStatus))
{
if (ssServiceStatus.dwCurrentState != SERVICE_STOPPED)
bServiceStarted = TRUE;
}
}
}
if (!bServiceStarted)
return(PCcmdline( (LOCATION *) NULL, cmdbuf, PC_WAIT,
(LOCATION *) NULL, &err_code) );
}
}
/*
** See if this command is an Ingres command which needs to interact
** with at least one database.
*/
for (i = 0; validSetuidDbCmds[i] ; i++)
{
if (STbcompare( cmdbuf, cmdlen, validSetuidDbCmds[i],
(i4)STlength(validSetuidDbCmds[i]), FALSE ) == 0)
{
SetuidDbCmd = TRUE;
break;
}
}
/*
** If the user has access to the Ingres shared memory segment,
** just spawn the command provided that it is not in the
** validSetuidDbCmds list.
*/
if (!SetuidDbCmd)
{
PTR shmem;
SIZE_TYPE allocated_pages=0;
STATUS status;
if (((status = MEget_pages(ME_MSHARED_MASK, 1, "lglkdata.mem",
&shmem,
&allocated_pages, &err_code)) == OK) ||
(status == ME_NO_SUCH_SEGMENT))
{
if (status != ME_NO_SUCH_SEGMENT)
MEfree_pages(shmem, allocated_pages, &err_code);
return( PCcmdline( (LOCATION *) NULL, cmdbuf, PC_WAIT,
(LOCATION *) NULL, &err_code) );
}
}
}
/*
** We must run the command through the Ingres service.
*/
if ( STstrindex(cmdbuf, "-silent", 0, FALSE ) )
SilentMode = TRUE;
iimksec(&sa);
GVshobj(&ObjectPrefix);
STprintf(SetuidShmName, "%s%sSetuidShm", ObjectPrefix, tchII_INSTALLATION);
if ( (SetuidShmHandle = OpenFileMapping(FILE_MAP_READ | FILE_MAP_WRITE,
FALSE,
SetuidShmName)) == NULL )
{
error_exit(GetLastError());
return(FAIL);
}
if ( (SetuidShmPtr = MapViewOfFile(SetuidShmHandle,
FILE_MAP_WRITE | FILE_MAP_READ,
0,
0,
sizeof(struct SETUID_SHM))) == NULL )
{
error_exit(GetLastError());
return(FAIL);
}
/* Set up the information to send to the service. */
STcopy(cmdbuf, setuid.cmdline);
GetCurrentDirectory(sizeof(setuid.WorkingDirectory),
setuid.WorkingDirectory);
NMgtAt("II_TEMPORARY", &temp_loc);
drType = GetDriveType(NULL);
if (drType == DRIVE_REMOTE)
{
STcopy(temp_loc, setuid.WorkingDirectory);
}
SaveStdout = GetStdHandle(STD_OUTPUT_HANDLE);
CVla(GetCurrentProcessId(), setuid.ClientProcID);
STprintf(SetuidPipeName, "\\\\.\\PIPE\\INGRES\\%s\\SETUID", inst_id);
/* Set up the stdout file for the command. */
STprintf(OutfileName, "%s\\%sstdout.tmp", temp_loc, setuid.ClientProcID);
if ( (OutFile = CreateFile(OutfileName,
GENERIC_READ | GENERIC_WRITE,
FILE_SHARE_READ | FILE_SHARE_WRITE,
&sa,
CREATE_ALWAYS,
FILE_ATTRIBUTE_NORMAL,
NULL)) == INVALID_HANDLE_VALUE )
{
error_exit(GetLastError());
return(FAIL);
}
/* Set up the stdin file for the command. */
STprintf(InfileName, "%s\\%sstdin.tmp", temp_loc, setuid.ClientProcID);
if ( (InFile = CreateFile(InfileName,
GENERIC_READ | GENERIC_WRITE,
FILE_SHARE_READ | FILE_SHARE_WRITE,
&sa,
CREATE_ALWAYS,
FILE_FLAG_WRITE_THROUGH,
NULL)) == INVALID_HANDLE_VALUE )
{
error_exit(GetLastError());
return(FAIL);
}
/* Wait until the service is ready to process our request. */
while (SetuidShmPtr->pending == TRUE)
PCsleep(100);
SetuidShmPtr->pending = TRUE;
/* Trigger the "setuid" event of the service. */
if ( (schSCManager = OpenSCManager(NULL, NULL, SC_MANAGER_CONNECT)) == NULL)
{
error_exit(GetLastError());
return(FAIL);
}
STprintf(ServiceName, "%s_Database_%s", SYSTEM_SERVICE_NAME,
tchII_INSTALLATION );
OpIngSvcHandle = OpenService(schSCManager, ServiceName,
SERVICE_USER_DEFINED_CONTROL);
if (OpIngSvcHandle == NULL)
{
STprintf(ServiceName, "%s_DBATools_%s", SYSTEM_SERVICE_NAME,
tchII_INSTALLATION );
OpIngSvcHandle = OpenService(schSCManager, ServiceName,
SERVICE_USER_DEFINED_CONTROL);
}
if ( OpIngSvcHandle == NULL)
{
error_exit(GetLastError());
return(FAIL);
}
if (!ControlService(OpIngSvcHandle, RUN_COMMAND_AS_INGRES,
lpssServiceStatus))
{
error_exit(GetLastError());
CloseServiceHandle(schSCManager);
return(FAIL);
}
WaitNamedPipe(SetuidPipeName, NMPWAIT_WAIT_FOREVER);
/* Send the information to the service. */
if ( (Setuid_Handle = CreateFile(SetuidPipeName,
GENERIC_READ|GENERIC_WRITE,
FILE_SHARE_READ|FILE_SHARE_WRITE,
&sa,
OPEN_EXISTING,
FILE_ATTRIBUTE_NORMAL,
NULL)) == INVALID_HANDLE_VALUE )
{
error_exit(GetLastError());
return(FAIL);
}
if (!WriteFile(Setuid_Handle, &setuid, sizeof(struct SETUID),
&BytesWritten, NULL))
{
error_exit(GetLastError());
return(FAIL);
}
/*
** Retrieve information back from the service, and then
** disconnect from the pipe.
*/
if (!ReadFile(Setuid_Handle, &setuid, sizeof(struct SETUID),
&BytesRead, NULL))
{
error_exit(GetLastError());
return(FAIL);
}
ProcID = setuid.CreatedProcID;
SetuidShmPtr->pending = FALSE;
UnmapViewOfFile(SetuidShmPtr);
SetuidShmPtr = NULL;
CloseHandle(SetuidShmHandle);
if ( (ProcID != -1) && (ProcID != -2) )
{
/*
** Wait for the "spawned" process to exit, reading its output
** from the stdout file.
*/
for (;;)
{
if ( ((!ReadFile(OutFile, OutBuf, sizeof(OutBuf), &BytesRead, NULL)
|| (BytesRead == 0)) && setuid.ExitCode != STILL_ACTIVE ))
break;
if ( BytesRead &&
(!WriteFile(SaveStdout, OutBuf, BytesRead, &BytesWritten,
NULL)) && setuid.ExitCode != STILL_ACTIVE)
break;
else if (BytesRead < sizeof(OutBuf))
PCsleep(200);
/*
** Currently, the only DBA program which can require
** user input is verifydb. Therefore, when it spits out
** the appropriate messages asking for user input, get
** it from the end user and pass it along to the spawned
** process.
*/
if ( (STrstrindex(OutBuf, "S_DU04FF_CONTINUE_PROMPT", 0, FALSE)
!= NULL) ||
(STrstrindex(OutBuf, "S_DU0300_PROMPT", 0, FALSE) != NULL) )
{
SIflush(stdout);
MEfill(sizeof(OutBuf), ' ', &OutBuf);
MEfill(sizeof(InBuf), ' ', &InBuf);
SIgetrec(InBuf, 255, 0);
WriteFile(InFile, InBuf, sizeof(OutBuf), &BytesWritten, NULL);
}
}
ExitCode = setuid.ExitCode;
CloseHandle(Setuid_Handle);
CloseHandle(InFile);
DeleteFile(InfileName);
CloseHandle(OutFile);
DeleteFile(OutfileName);
CloseServiceHandle(OpIngSvcHandle);
CloseServiceHandle(schSCManager);
return(ExitCode);
}
else
{
error_exit(GetLastError());
return(FAIL);
}
}
ADF_CB *
FEadfcb ()
{
if (!done)
{
char *cp;
DB_STATUS rval;
PTR srv_cb_ptr;
SIZE_TYPE srv_size;
SIZE_TYPE dbinfo_size;
PTR dbinfoptr;
STATUS tmtz_status;
STATUS date_status;
char date_type_alias[100];
char col[] = "udefault";
STATUS status = OK;
CL_ERR_DESC sys_err;
ADUUCETAB *ucode_ctbl; /* unicode collation information */
PTR ucode_cvtbl;
done = TRUE;
/* first, get the size of the ADF's server control block */
srv_size = adg_srv_size();
/* allocate enough memory for it */
if ((srv_cb_ptr = MEreqmem(0, srv_size, FALSE, (STATUS *)NULL)) == NULL)
{
EXsignal(EXFEBUG, 1, ERx("FEadfcb(alloc)"));
}
/*
** Fix up code so that "now" works properly for frontends.
** Only allocating enough for one (1) dbmsinfo() request.
*/
dbinfo_size = sizeof(ADF_TAB_DBMSINFO);
if ((dbinfoptr = MEreqmem(0, dbinfo_size, TRUE, (STATUS*)NULL)) == NULL)
{
IIUGbmaBadMemoryAllocation(ERx("FEadfcb"));
}
dbinfo = (ADF_TAB_DBMSINFO *) dbinfoptr;
dbinfo->tdbi_next = NULL;
dbinfo->tdbi_prev = NULL;
dbinfo->tdbi_length = dbinfo_size;
dbinfo->tdbi_type = ADTDBI_TYPE;
dbinfo->tdbi_s_reserved = -1;
dbinfo->tdbi_l_reserved = (PTR)-1;
dbinfo->tdbi_owner = (PTR)-1;
dbinfo->tdbi_ascii_id = ADTDBI_ASCII_ID;
dbinfo->tdbi_numreqs = 1;
/*
** Now define request.
*/
dbinfo->tdbi_reqs[0].dbi_func = IIUGnfNowFunc;
dbinfo->tdbi_reqs[0].dbi_num_inputs = 0;
dbinfo->tdbi_reqs[0].dbi_lenspec.adi_lncompute = ADI_FIXED;
STcopy("_BINTIM", dbinfo->tdbi_reqs[0].dbi_reqname);
dbinfo->tdbi_reqs[0].dbi_reqcode = 1;
dbinfo->tdbi_reqs[0].dbi_lenspec.adi_fixedsize = 4;
dbinfo->tdbi_reqs[0].dbi_dtr = DB_INT_TYPE;
/*
** set timezone in ADF cb - Any errors must be reported
** after adg_init() called.
*/
if ( (tmtz_status = TMtz_init(&cb.adf_tzcb)) == OK)
{
tmtz_status = TMtz_year_cutoff(&cb.adf_year_cutoff);
}
/* Always use INGRESDATE by default, and check
** 'ii.<node>.config.date_alias' (kibro01) b118702
*/
cb.adf_date_type_alias = AD_DATE_TYPE_ALIAS_INGRES;
STprintf(date_type_alias,ERx("ii.%s.config.date_alias"),PMhost());
date_status = PMget(date_type_alias, &cp);
if (date_status == OK && cp != NULL && STlength(cp))
{
if (STbcompare(cp, 0, ERx("ansidate"), 0, 1) == 0)
cb.adf_date_type_alias = AD_DATE_TYPE_ALIAS_ANSI;
else if (STbcompare(cp, 0, ERx("ingresdate"), 0, 1) == 0)
cb.adf_date_type_alias = AD_DATE_TYPE_ALIAS_INGRES;
else
cb.adf_date_type_alias = AD_DATE_TYPE_ALIAS_NONE;
}
/* set timezone table to NULL in ADF cb, adg_init() will fill it */
/* cb.adf_tz_table = NULL; - not needed, done in declaration above */
/* Start up ADF */
rval = adg_startup(srv_cb_ptr, srv_size, dbinfo, 0);
if (DB_FAILURE_MACRO(rval))
{
/*
** Before bailing out, try to be helpful. Since the environment
** is likely not set up correctly, write hard coded messages
** since error message fetch will likely fail in this situation.
*/
char *tempchar;
i4 dummy;
LOCATION temploc;
NMgtAt("II_SYSTEM", &tempchar);
if (tempchar && *tempchar)
{
LOfroms(PATH, tempchar, &temploc);
if (LOexist(&temploc))
{
tempchar = ERx("FEadfcb: II_SYSTEM DOES NOT EXIST\n");
SIwrite(STlength(tempchar), tempchar, &dummy, stderr);
}
else
{
NMloc(ADMIN, FILENAME, ERx("config.dat"), &temploc);
if (LOexist(&temploc))
{
tempchar = ERx("FEadfcb: II_SYSTEM IS NOT SET CORRECTLY\n");
SIwrite(STlength(tempchar), tempchar, &dummy, stderr);
}
}
}
else
{
tempchar = ERx("FEadfcb: II_SYSTEM IS NOT SET\n");
SIwrite(STlength(tempchar), tempchar, &dummy, stderr);
}
EXsignal(EXFEBUG, 1, ERx("FEadfcb(start)"));
}
/* put the pointer to ADF's server control block in the ADF_CB */
cb.adf_srv_cb = srv_cb_ptr;
/* set up the error message buffer */
cb.adf_errcb.ad_ebuflen = DB_ERR_SIZE;
cb.adf_errcb.ad_errmsgp = ebuffer;
/* initialize the ADF_CB */
rval = adg_init(&cb);
if (DB_FAILURE_MACRO(rval))
{
EXsignal(EXFEBUG, 1, ERx("FEadfcb(init)"));
}
/* find out which natural language we should speak */
cb.adf_slang = iiuglcd_langcode();
/* Always QUEL; for SQL explictly change this with 'IIAFdsDmlSet()'. */
cb.adf_qlang = DB_QUEL;
/* lets get the multinational info */
/*
** Defaults for all of these are initially set statically, above.
*/
NMgtAt(ERx("II_DATE_FORMAT"), &cp);
if ( cp != NULL && *cp != EOS )
{
FEapply_date_format(&cb,cp);
}
NMgtAt(ERx("II_MONEY_FORMAT"), &cp);
if ( cp != NULL && *cp != EOS )
{
FEapply_money_format(&cb,cp);
}
NMgtAt(ERx("II_MONEY_PREC"), &cp);
if ( cp != NULL && *cp != EOS )
{
FEapply_money_prec(&cb,cp);
}
NMgtAt(ERx("II_DECIMAL"), &cp);
if ( cp != NULL && *cp != EOS )
{
FEapply_decimal(&cb,cp);
}
NMgtAt(ERx("II_UNICODE_SUBS"), &cp);
if ( !cp )
{
cb.adf_unisub_status = AD_UNISUB_OFF;
}
else
{
/* As with SET unicode_substitution take the first char */
cb.adf_unisub_status = AD_UNISUB_ON;
*cb.adf_unisub_char = cp[0];
}
NMgtAt(ERx("II_NULL_STRING"), &cp);
if ( cp != NULL && *cp != EOS )
{
FEapply_null(&cb,cp);
}
/* If there was a Timezone error other than the expected ingbuild
** error TM_PMFILE_OPNERR, then lets report it now. */
if (tmtz_status && (tmtz_status != TM_PMFILE_OPNERR))
{
LOCATION loc_root;
STATUS status = OK;
status = NMloc(FILES, PATH, ERx("zoneinfo"), &loc_root);
#if defined(conf_BUILD_ARCH_32_64) && defined(BUILD_ARCH64)
status = LOfaddpath(&loc_root, ERx("lp64"), &loc_root);
#endif
#if defined(conf_BUILD_ARCH_64_32) && defined(BUILD_ARCH32)
{
/*
** Reverse hybrid support must be available in ALL
** 32bit binaries
*/
char *rhbsup;
NMgtAt("II_LP32_ENABLED", &rhbsup);
if ( (rhbsup && *rhbsup) &&
( !(STbcompare(rhbsup, 0, "ON", 0, TRUE)) ||
!(STbcompare(rhbsup, 0, "TRUE", 0, TRUE))))
status = LOfaddpath(&loc_root, "lp32", &loc_root);
}
#endif /* ! LP64 */
if ( status == OK )
{
status = LOexist(&loc_root);
}
if ( status == OK )
{
IIUGerr(tmtz_status, 0, 0);
/* As this may disappear from the screen quickly,
** let's pause to allow the users to reflect on the
** fact that the timezone info is (probably) wrong.
*/
if (!IIugefa_err_function) PCsleep(5000);
}
}
/* Initialize unicode collation for UTF8 installations */
if (CMischarset_utf8())
{
if (status = aduucolinit(col, MEreqmem,
&ucode_ctbl, &ucode_cvtbl, &sys_err))
{
EXsignal(EXFEBUG, 1, ERx("FEadfcb(alloc)"));
}
cb.adf_ucollation = (PTR) ucode_ctbl;
/* Set unicode normalization to NFC just in case
** Front end will need it.
*/
if ((status = adg_setnfc(&cb)) != E_DB_OK)
EXsignal(EXFEBUG, 1, ERx("FEadfcb(alloc)"));
}
/* lets not do this again! */
}
return &cb;
}
int
main( int argc, char **argv )
{
EX_CONTEXT context;
char name[ GCC_L_PORT + 1 ];
u_i2 apivers;
PTR hndl;
#ifdef LNX
PCsetpgrp();
#endif
MEadvise( ME_INGRES_ALLOC );
if ( EXdeclare( GCX_exit_handler, &context ) != OK )
{
gcu_erlog( 0, 1, E_GC480F_EXCEPTION, NULL, 0, NULL );
PCexit( OK );
return( 0 );
}
GChostname( GCD_global.host, sizeof( GCD_global.host ) );
gcu_erinit( GCD_global.host, GCD_LOG_ID, "" );
if ( initialize( argc, argv ) != OK ) gcd_exit();
gcd_init_mib();
if ( gcd_gca_init( ) != OK ) gcd_exit();
gcu_erinit( GCD_global.host, GCD_LOG_ID, GCD_global.gcd_lcl_id );
if ( gcd_adm_init() != OK ) gcd_exit();
apivers = gcd_msg_version( MSG_DFLT_PROTO );
if ( gcd_get_env( apivers, &hndl ) != OK ) gcd_exit();
if ( gcd_pool_init() != OK ) gcd_exit();
if ( gcd_gcc_init() != OK ) gcd_exit();
/*
** Log Server startup.
*/
{
char server_flavor[256], server_type[32];
char *tmpbuf = PMgetDefault(3);
ER_ARGUMENT erlist[2];
SIstd_write(SI_STD_OUT, "PASS\n");
if ( ! STbcompare( tmpbuf, 0, "*", 0, TRUE ) )
STcopy( "(DEFAULT)", server_flavor );
else
STcopy( tmpbuf, server_flavor );
STcopy(PMgetDefault(2), server_type);
CVupper(server_type);
erlist[0].er_value = server_flavor;
erlist[0].er_size = STlength(server_flavor);
erlist[1].er_value = server_type;
erlist[1].er_size = STlength(server_type);
gcu_erlog( 0, GCD_global.language, E_GC4802_LOAD_CONFIG, NULL, 2,
(PTR)&erlist );
gcu_erlog( 0, GCD_global.language, E_GC4800_STARTUP, NULL, 0, NULL );
}
GCexec();
gcd_gcc_term();
gcd_pool_term();
gcd_rel_env(0);
gcd_adm_term();
gcd_gca_term();
gcu_erlog( 0, GCD_global.language, E_GC4801_SHUTDOWN, NULL, 0, NULL );
EXdelete();
PCexit( OK );
return( 0 );
}
