static void tnetw1130_write0l(tnetw1130_t *s, hwaddr addr,
uint32_t value)
{
if (addr < TNETW1130_MEM0_SIZE) {
reg_write32(s->mem0, addr, value);
}
if (addr == TNETW1130_SLV_MEM_ADDR) {
s->fw_addr = value;
if (value >= TNETW1130_FW_SIZE) {
UNEXPECTED();
}
} else if (addr == TNETW1130_SLV_MEM_DATA) {
reg_write32(s->fw, s->fw_addr, value);
} else if (addr == TNETW1130_SLV_MEM_CTL) {
if (value == 0) {
TRACE(TNETW, logout("basic mode\n"));
} else if (value == 1) {
TRACE(TNETW, logout("autoincrement mode\n"));
MISSING();
} else {
UNEXPECTED();
}
} else if (addr == TNETW1130_SLV_END_CTL) {
}
TRACE(TNETW, logout("addr %s = 0x%08x\n", tnetw1130_regname(addr), value));
}
/*
* Initialize networkiness.
*
* Empty comments in column 1 indicate things that need to be undone upon
* failure or in net_shutdown.
*
* Returns zero on success, an error code from <oskit/error.h> otherwise.
*/
oskit_error_t
net_init(void)
{
#define BUFSIZE 128
struct bootp_net_info bpi;
struct in_addr gw, ns;
char hn[64], dn[64];
static char buf[BUFSIZE];
oskit_etherdev_t **alldevs;
int ndev;
int i, ix;
unsigned required_flags;
int interactive = 0;
oskit_socket_factory_t *fsc;
#ifdef FREEBSD_NET
oskit_error_t err;
#endif
/*
* Find all the Ethernet device nodes.
*/
retry:
ndev = osenv_device_lookup(&oskit_etherdev_iid, (void***)&alldevs);
#ifdef BOOTP_IF
if (ndev < BOOTP_IF)
panic("BOOTP Ethernet adaptor %d not found!", BOOTP_IF);
#else
if (ndev <= 0)
panic("no Ethernet adaptors found!");
#endif
dev = NULL;
memset(&bpi, 0, sizeof bpi);
/*
* Prompt user for info
*/
if (interactive) {
char *cp;
do {
printf("Enter ethernet IF to use [%d-%d]: ", 0, ndev-1);
fgets(buf, BUFSIZE, stdin);
ix = atoi(buf);
if (ix < 0)
goto gotinfo;
} while (ix >= ndev);
do {
printf("Enter IP address: ");
fgets(buf, BUFSIZE, stdin);
} while (inet_aton(buf, &bpi.ip) == 0);
do {
printf("Enter netmask: ");
fgets(buf, BUFSIZE, stdin);
} while (inet_aton(buf, &bpi.netmask) == 0);
do {
printf("Enter gateway IP address: ");
fgets(buf, BUFSIZE, stdin);
} while (inet_aton(buf, &gw) == 0);
bpi.gateway.addr = &gw;
bpi.gateway.len = 1;
printf("Enter hostname: ");
fgets(buf, BUFSIZE, stdin);
if ((cp = strchr(buf, '\n')) != 0)
*cp = '\0';
memcpy(hn, buf, sizeof hn);
bpi.hostname = hn;
printf("Enter domainname: ");
fgets(buf, BUFSIZE, stdin);
if ((cp = strchr(buf, '\n')) != 0)
*cp = '\0';
memcpy(dn, buf, sizeof dn);
bpi.domainname = dn;
do {
printf("Enter nameserver IP address: ");
fgets(buf, BUFSIZE, stdin);
} while (inet_aton(buf, &ns) == 0);
bpi.dns_server.addr = &ns;
bpi.dns_server.len = 1;
dev = alldevs[ix];
goto gotinfo;
}
/*
* Try bootp on each dev and use the first one that succeeds.
*/
ix = ndev;
for (i = 0; i < ndev; i++) {
#ifdef BOOTP_IF
if (i != BOOTP_IF) {
oskit_etherdev_release(alldevs[i]);
continue;
}
#else
if (dev) {
/* Have choice, but must release the others anyway. */
oskit_etherdev_release(alldevs[i]);
continue;
}
#endif
if (bootp(alldevs[i], &bpi) != 0) {
oskit_etherdev_release(alldevs[i]);
continue;
}
required_flags = (BOOTP_NET_IP |
BOOTP_NET_NETMASK |
BOOTP_NET_GATEWAY |
BOOTP_NET_DNS_SERVER |
BOOTP_NET_DOMAINNAME |
BOOTP_NET_HOSTNAME);
if ((bpi.flags & required_flags) != required_flags) {
#define MISSING(flag, name) if ((bpi.flags & flag) == 0) \
printf("bootp did not supply %s\n", name)
MISSING(BOOTP_NET_IP, "my IP address");
MISSING(BOOTP_NET_NETMASK, "my netmask");
MISSING(BOOTP_NET_GATEWAY, "gateway address");
MISSING(BOOTP_NET_DNS_SERVER, "DNS servers");
MISSING(BOOTP_NET_DOMAINNAME, "domainname");
MISSING(BOOTP_NET_HOSTNAME, "my hostname");
#undef MISSING
oskit_etherdev_release(alldevs[i]);
continue;
}
/**/ dev = alldevs[i];
ix = i;
}
gotinfo:
if (dev == NULL) {
#ifdef UTAHTESTBED
/*
* XXX fer now hack
*/
static int tried;
if (tried++ < 5)
goto retry;
#endif
#ifdef BOOTP_IF
printf("No bootp server found for eth%d!", BOOTP_IF);
#else
printf("No bootp server found for any interface!");
#endif
printf(" Try again? [n] ");
fgets(buf, BUFSIZE, stdin);
if (buf[0] == 'y' || buf[0] == 'Y')
goto retry;
printf("Enter bootp information manually? [y] ");
fgets(buf, BUFSIZE, stdin);
if (buf[0] != 'n' && buf[0] != 'N') {
interactive = 1;
goto retry;
}
return OSKIT_E_FAIL;
}
/*
* Now we know our bootp struct has all we need,
* so we copy the info out.
*/
ipaddr = strdup(inet_ntoa(bpi.ip));
netmask = strdup(inet_ntoa(bpi.netmask));
gateway = strdup(inet_ntoa(bpi.gateway.addr[0]));
domain = strdup(bpi.domainname);
{
struct bootp_addr_array ns;
int x;
ns = bpi.dns_server;
nameservers = mustcalloc(1, (sizeof(char*) * ns.len) + 1);
for (x = 0; x < ns.len; x++)
nameservers[x] = strdup(inet_ntoa(ns.addr[x]));
nameservers[ns.len] = NULL;
}
/* Hostnamelen needs to be word aligned for RPC code. */
hostname = (char *)mustcalloc(strlen(bpi.hostname) + 3, 1);
strcpy(hostname, bpi.hostname);
hostnamelen = (strlen(hostname) + 3) & ~3;
#ifdef DEBUG
bootp_dump(&bpi);
#endif
printf("I am %s.%s (IP: %s, GW: %s, mask: %s)\n",
hostname, domain, ipaddr, gateway, netmask);
#ifdef FREEBSD_NET
err = start_conf_network_init(start_osenv(), &fsc);
assert(!err);
err = start_conf_network_eifstart(i, ipaddr, netmask);
assert(!err);
start_conf_network_host(hostname, gateway, domain, nameservers);
#else
/* Now init the fudp module. It will open the device */
udplib_init(dev, hostname, ipaddr, netmask, gateway, &fsc);
/*
* This writes out the DNS files. We need the freebsd stub
* function below since it thinks its dealing with the freebsd
* network stack.
*/
start_conf_network_host(hostname, gateway, domain, nameservers);
#endif
/*
* Register to socket factory so that UDP might be useful for others.
* Its a long shot!
*/
#ifdef PTHREADS
pthread_init_socketfactory(fsc);
#else
oskit_register(&oskit_socket_factory_iid, (void *) fsc);
#endif
return 0;
}
static void tnetw1130_reset(tnetw1130_t *s)
{
MISSING();
}
TVoid
ODS_DetermineZcoordinate(
NefisFileInfoPtr file_info, /* I Contents of the file */
ParameterInfoPtr wl_info, /* I Parameter: water level */
ParameterInfoPtr depth_info, /* I Parameter: depth */
TInt4 cell_index[5][3], /* I Cell indexes to retrieve */
TInt4 * loc, /* I Details about locations */
TInt4 * ndim, /* I Array dimensions */
TInt4 * lgrid, /* I Grid indices */
TReal4 misval, /* I missing value */
TReal4 ** zcrd_ptr ) /* IO z-coordinate (will be allocated
if NULL on entry!) */
{
TInt4 i ;
TInt4 i2 ;
TInt4 i3 ;
TInt4 i4 ;
TInt4 k ;
TInt4 t ;
TInt4 nosegl ;
TInt4 nolay ;
TInt4 idxpar ;
TInt4 idxzcrd ;
TInt4 idxsigma ;
TInt4 notimes ;
TInt4 nodata ;
TInt4 nodummy ;
TInt4 elem_size ;
TInt4 number_cells ;
TInt4 cell_index2[5][3] ;
TReal4 * water_level ;
TReal4 * depth ;
TReal4 * thickn ;
TReal4 * zlevel ;
TReal4 * th_factor ;
TReal4 * z_coordinate ;
LocationInfoPtr loc_info ;
/* Get the data we always need
TODO: time-dependent bottom!
*/
loc_info = wl_info->location_info ;
notimes = cell_index[0][1] - cell_index[0][0] + 1 ;
nolay = ndim[2] - 1 ;
nodata = ndim[0] * ndim[1] ;
water_level = (TReal4 *) malloc( nodata*notimes*sizeof(TReal4) ) ;
depth = (TReal4 *) malloc( nodata*sizeof(TReal4) ) ;
thickn = NULL;
zlevel = NULL;
th_factor = NULL;
z_coordinate = NULL;
(void) GNF_FindParameter(
wl_info->group_name, wl_info->elem_name, 1,
file_info->no_items, file_info->items, &idxpar ) ;
GNF_GetActualData( file_info, wl_info, idxpar, &cell_index[0][0],
loc, misval, water_level, &nodummy ) ;
(void) GNF_FindParameter(
depth_info->group_name, depth_info->elem_name, 1,
file_info->no_items, file_info->items, &idxpar ) ;
cell_index2[0][0] = 0 ;
cell_index2[0][1] = 0 ;
cell_index2[0][2] = 1 ;
GNF_GetActualData( file_info, depth_info, idxpar, &cell_index2[0][0],
loc, misval, depth, &nodummy ) ;
nosegl = ndim[0]*ndim[1] ;
/* Delft3D-FLOW specific (somewhat):
Decide on the method
*/
idxsigma = -1 ;
(void) GNF_FindParameter(
loc_info->zcoord_group, loc_info->zcoord_elem, 1,
file_info->no_items, file_info->items, &idxzcrd ) ;
if ( idxzcrd == -1 || file_info->items->elem_dims[0] < 1 )
{
idxzcrd = -1 ;
(void) GNF_FindParameter(
loc_info->sigmalayer_group, loc_info->sigmalayer_elem, 1,
file_info->no_items, file_info->items, &idxsigma ) ;
if ( idxsigma == -1 )
{
idxsigma = -2 ;
}
}
/* Use z-layers */
if ( idxzcrd != -1 )
{
cell_index2[0][0] = 0 ;
cell_index2[0][1] = 0 ;
cell_index2[0][2] = 1 ;
GNF_GetRealBuffer( file_info, idxzcrd, &cell_index2[0][0], &zlevel, &elem_size,
&number_cells ) ;
/* Make sure we only use as much of the array as is allowed
-- deep problems with the vertical direction
** TODO **
*/
if ( nolay > elem_size-1 )
{
nolay = elem_size-1 ;
}
/* Allocate the z-coordinates array? */
if ( (*zcrd_ptr) == NULL )
{
(*zcrd_ptr) = (TReal4 *) malloc( (nolay+1)*nosegl*notimes*sizeof(TReal4) ) ;
}
z_coordinate = *zcrd_ptr ;
#define MISSING(x) (fabs(x-misval)<0.0001)
i4 = 0 ;
for ( t = 0 ; t < notimes ; t ++ )
{
for ( k = 0 ; k < nolay+1 ; k ++ )
{
i2 = 0 ;
i3 = t * nosegl ;
for ( i = 0 ; i < nosegl ; i ++ )
{
/* Keep the bottom depth fixed for the moment! */
z_coordinate[i4] = zlevel[k] ;
if ( zlevel[k] < -depth[i2] )
{
z_coordinate[i4] = -depth[i2] ;
}
if ( zlevel[k] > water_level[i3] )
{
z_coordinate[i4] = water_level[i3] ;
}
if ( lgrid[i] <= 0 || MISSING(depth[i2]) || MISSING(water_level[i3]) )
{
z_coordinate[i4] = misval ;
}
/* --
if ( z_coordinate[i4] > -10.0 &&
z_coordinate[i4] < 1200.0 )
printf( "i,k: %d %d - %g %g %g %g\n", i,k,
z_coordinate[i4], zlevel[k], water_level[i3], depth[i2] ) ;
-- */
i2 ++ ;
i3 ++ ;
i4 ++ ;
}
}
}
free( zlevel ) ;
}
/* Use sigma-layers */
if ( idxsigma != -1 )
{
if ( idxsigma != -2 )
{
cell_index2[0][0] = 0 ;
cell_index2[0][1] = 0 ;
cell_index2[0][2] = 1 ;
GNF_GetRealBuffer( file_info, idxsigma, &cell_index2[0][0], &thickn, &elem_size,
&number_cells ) ;
}
else
{
/* Assume a uniform distribution */
elem_size = nolay ;
thickn = (TReal4 *) malloc( (nolay+1)*sizeof(TReal4) ) ;
for ( i = 1 ; i < nolay+1 ; i ++ )
{
thickn[i] = 1.0/nolay ;
}
}
/* Make sure we only use as much of the array as is allowed
-- deep problems with the vertical direction
** TODO **
*/
if ( nolay > elem_size )
{
nolay = elem_size ;
}
/* Two-dimensional quantities? */
if ( nolay == 1 )
{
thickn[0] = 1.0 ;
}
/* Allocate the z-coordinates array? */
if ( (*zcrd_ptr) == NULL )
{
(*zcrd_ptr) = (TReal4 *) malloc( (nolay+1)*nosegl*notimes*sizeof(TReal4) ) ;
}
z_coordinate = *zcrd_ptr ;
th_factor = (TReal4 *) malloc( (nolay+1)*sizeof(TReal4) ) ;
th_factor[0] = 0.0 ;
for ( i = 1 ; i < nolay+1 ; i ++ )
{
th_factor[i] = th_factor[i-1] + thickn[i-1] ;
}
i4 = 0 ;
for ( t = 0 ; t < notimes ; t ++ )
{
for ( k = 0 ; k < nolay+1 ; k ++ )
{
i2 = 0 ;
i3 = t * nosegl ;
for ( i = 0 ; i < nosegl ; i ++ )
{
/* Keep the bottom depth fixed for the moment! */
z_coordinate[i4] = water_level[i3] - th_factor[k] *
( water_level[i3] + depth[i2] ) ;
if ( lgrid[i] <= 0 )
{
z_coordinate[i4] = misval ;
}
i2 ++ ;
i3 ++ ;
i4 ++ ;
}
}
}
free( thickn ) ;
free( th_factor ) ;
}
free( water_level ) ;
free( depth ) ;
return ;
}