kopia lustrzana https://github.com/Hamlib/Hamlib
423 wiersze
10 KiB
C
423 wiersze
10 KiB
C
/*
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* Hamlib RPC server - procedures
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* Copyright (c) 2001-2003 by Stephane Fillod
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*
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* $Id: rpcrig_proc.c,v 1.7 2003-04-06 18:40:35 fillods Exp $
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*
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* This library is free software; you can redistribute it and/or modify
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* it under the terms of the GNU Library General Public License as
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* published by the Free Software Foundation; either version 2 of
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* the License, or (at your option) any later version.
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*
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* This program is distributed in the hope that it will be useful,
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* but WITHOUT ANY WARRANTY; without even the implied warranty of
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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* GNU Library General Public License for more details.
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*
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* You should have received a copy of the GNU Library General Public
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* License along with this library; if not, write to the Free Software
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* Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
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*
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*/
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#ifdef HAVE_CONFIG_H
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#include "config.h"
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#endif
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#include <stdlib.h>
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#include <stdio.h> /* Standard input/output definitions */
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#include <string.h> /* String function definitions */
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#include <unistd.h> /* UNIX standard function definitions */
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#include <fcntl.h> /* File control definitions */
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#include <errno.h> /* Error number definitions */
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#include <sys/ioctl.h>
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#include <rpc/rpc.h>
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#include "rpcrig.h"
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#include <hamlib/rig.h>
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extern RIG *the_rpc_rig;
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/* without VFO arg */
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#define DECLARESET1(f, rig_f, rpc_type) \
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int * f##_1_svc(rpc_type *arg, struct svc_req *svc) \
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{ \
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static int res; \
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\
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res = rig_f(the_rpc_rig, *arg); \
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\
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return &res; \
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}
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#define DECLAREGET1(f, rig_f, rpc_type, rig_type) \
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rpc_type##_res *f##_1_svc(void *rpc_arg, struct svc_req *svc) \
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{ \
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static rpc_type##_res res; \
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rig_type arg; \
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\
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res.rigstatus = rig_f(the_rpc_rig, &arg); \
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res.rpc_type##_res_u.rpc_type = arg; \
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\
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return &res; \
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}
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/* with VFO arg */
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#define DECLARESETV1(f, rig_f, rpc_type) \
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int *f##_1_svc(rpc_type##_arg *arg, struct svc_req *svc) \
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{ \
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static int res; \
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\
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res = rig_f(the_rpc_rig, arg->vfo, arg->rpc_type); \
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\
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return &res; \
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}
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#define DECLAREGETV1(f, rig_f, rpc_type, rig_type) \
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rpc_type##_res *f##_1_svc(vfo_x *vfo, struct svc_req *svc) \
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{ \
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static rpc_type##_res res; \
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rig_type arg; \
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\
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res.rigstatus = rig_f(the_rpc_rig, *vfo, &arg); \
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res.rpc_type##_res_u.rpc_type = arg; \
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\
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return &res; \
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}
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model_x *getmodel_1_svc(void *arg, struct svc_req *svc)
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{
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static model_x res;
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rig_debug(RIG_DEBUG_VERBOSE,"%s called\n", __FUNCTION__);
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/* free previous result */
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//xdr_free(xdr_model, &res);
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res = the_rpc_rig->caps->rig_model;
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return &res;
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}
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rigstate_res *getrigstate_1_svc(void *arg, struct svc_req *svc)
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{
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static rigstate_res res;
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struct rig_state *rs;
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rig_debug(RIG_DEBUG_VERBOSE,"%s called\n", __FUNCTION__);
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if (!the_rpc_rig->state.comm_state) {
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res.rigstatus = -RIG_ERJCTED;
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return &res;
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}
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rs = &the_rpc_rig->state;
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res.rigstate_res_u.state.itu_region = rs->itu_region;
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res.rigstate_res_u.state.has_set_func = rs->has_set_func;
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res.rigstate_res_u.state.has_get_func = rs->has_get_func;
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res.rigstate_res_u.state.has_set_level = rs->has_set_level;
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res.rigstate_res_u.state.has_get_level = rs->has_get_level;
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res.rigstate_res_u.state.has_set_parm = rs->has_set_parm;
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res.rigstate_res_u.state.has_get_parm = rs->has_get_parm;
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res.rigstate_res_u.state.max_rit = rs->max_rit;
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res.rigstate_res_u.state.max_xit = rs->max_xit;
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res.rigstate_res_u.state.max_ifshift = rs->max_ifshift;
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res.rigstate_res_u.state.announces = rs->announces;
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memcpy(res.rigstate_res_u.state.preamp, rs->preamp,
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sizeof(int)*MAXDBLSTSIZ);
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memcpy(res.rigstate_res_u.state.attenuator, rs->attenuator,
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sizeof(int)*MAXDBLSTSIZ);
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memcpy(res.rigstate_res_u.state.tuning_steps, rs->tuning_steps,
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sizeof(struct tuning_step_list)*TSLSTSIZ);
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memcpy(res.rigstate_res_u.state.filters, rs->filters,
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sizeof(struct filter_list)*FLTLSTSIZ);
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memcpy(res.rigstate_res_u.state.chan_list, rs->chan_list,
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sizeof(chan_t)*CHANLSTSIZ);
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memcpy(res.rigstate_res_u.state.rx_range_list, rs->rx_range_list,
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sizeof(freq_range_t)*FRQRANGESIZ);
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memcpy(res.rigstate_res_u.state.tx_range_list, rs->tx_range_list,
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sizeof(freq_range_t)*FRQRANGESIZ);
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res.rigstatus = RIG_OK;
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return &res;
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}
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int *setfreq_1_svc(freq_arg *farg, struct svc_req *svc)
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{
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static int res;
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res = rig_set_freq(the_rpc_rig, farg->vfo, freq_x2t(&farg->freq));
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return &res;
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}
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freq_res *getfreq_1_svc(vfo_x *vfo, struct svc_req *svc)
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{
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static freq_res res;
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freq_t f;
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res.rigstatus = rig_get_freq(the_rpc_rig, *vfo, &f);
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freq_t2x(f, &res.freq_res_u.freq);
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return &res;
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}
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int *setmode_1_svc(mode_arg *marg, struct svc_req *svc)
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{
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static int res;
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rmode_t mode;
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pbwidth_t width;
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mode_s2t(&marg->mw, &mode, &width);
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res = rig_set_mode(the_rpc_rig, marg->vfo, mode, width);
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return &res;
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}
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mode_res *getmode_1_svc(vfo_x *vfo, struct svc_req *svc)
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{
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static mode_res res;
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rmode_t mode;
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pbwidth_t width;
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res.rigstatus = rig_get_mode(the_rpc_rig, *vfo, &mode, &width);
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mode_t2s(mode, width, &res.mode_res_u.mw);
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return &res;
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}
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DECLARESET1(setvfo, rig_set_vfo, vfo_x)
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vfo_res *getvfo_1_svc(vfo_x *vfo, struct svc_req *svc)
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{
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static vfo_res res;
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vfo_t v;
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v = *vfo; /* NB: arg vfo is also input argument to get_vfo */
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res.rigstatus = rig_get_vfo(the_rpc_rig, &v);
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res.vfo_res_u.vfo = v;
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return &res;
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}
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int *setsplitfreq_1_svc(freq_arg *farg, struct svc_req *svc)
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{
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static int res;
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res = rig_set_split_freq(the_rpc_rig, farg->vfo, freq_x2t(&farg->freq));
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return &res;
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}
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freq_res *getsplitfreq_1_svc(vfo_x *vfo, struct svc_req *svc)
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{
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static freq_res res;
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freq_t f;
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res.rigstatus = rig_get_split_freq(the_rpc_rig, *vfo, &f);
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freq_t2x(f, &res.freq_res_u.freq);
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return &res;
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}
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int *setsplitmode_1_svc(mode_arg *marg, struct svc_req *svc)
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{
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static int res;
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rmode_t mode;
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pbwidth_t width;
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mode_s2t(&marg->mw, &mode, &width);
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res = rig_set_split_mode(the_rpc_rig, marg->vfo, mode, width);
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return &res;
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}
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mode_res *getsplitmode_1_svc(vfo_x *vfo, struct svc_req *svc)
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{
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static mode_res res;
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rmode_t mode;
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pbwidth_t width;
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res.rigstatus = rig_get_split_mode(the_rpc_rig, *vfo, &mode, &width);
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mode_t2s(mode, width, &res.mode_res_u.mw);
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return &res;
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}
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int *setsplitvfo_1_svc(split_arg *arg, struct svc_req *svc)
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{
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static int res;
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res = rig_set_split_vfo(the_rpc_rig, arg->vfo, arg->split, arg->tx_vfo);
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return &res;
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}
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split_res *getsplitvfo_1_svc(vfo_x *vfo, struct svc_req *svc)
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{
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static split_res res;
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split_t arg;
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vfo_t tx_vfo;
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res.rigstatus = rig_get_split_vfo(the_rpc_rig, *vfo, &arg, &tx_vfo);
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res.split_res_u.split.split = arg;
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res.split_res_u.split.tx_vfo = tx_vfo;
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return &res;
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}
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DECLARESETV1(setptt, rig_set_ptt, ptt)
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DECLAREGETV1(getptt, rig_get_ptt, ptt, ptt_t)
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DECLAREGETV1(getdcd, rig_get_dcd, dcd, dcd_t)
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int *setlevel_1_svc(setting_arg *arg, struct svc_req *svc)
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{
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static int res;
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setting_t setting;
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value_t val;
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setting = setting_x2t(&arg->setting);
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if (RIG_LEVEL_IS_FLOAT(setting))
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val.f = arg->val.f;
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else
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val.i = arg->val.i;
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res = rig_set_level(the_rpc_rig, arg->vfo, setting, val);
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return &res;
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}
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val_res *getlevel_1_svc(setting_arg *arg, struct svc_req *svc)
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{
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static val_res res;
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setting_t setting;
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value_t val;
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setting = setting_x2t(&arg->setting);
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if (RIG_LEVEL_IS_FLOAT(setting))
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val.f = arg->val.f;
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else
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val.i = arg->val.i;
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res.rigstatus = rig_get_level(the_rpc_rig, arg->vfo, setting, &val);
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if (RIG_LEVEL_IS_FLOAT(setting))
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res.val_res_u.val.f = val.f;
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else
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res.val_res_u.val.i = val.i;
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return &res;
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}
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int *setparm_1_svc(setting_arg *arg, struct svc_req *svc)
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{
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static int res;
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setting_t setting;
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value_t val;
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setting = setting_x2t(&arg->setting);
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if (RIG_PARM_IS_FLOAT(setting))
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val.f = arg->val.f;
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else
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val.i = arg->val.i;
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res = rig_set_parm(the_rpc_rig, setting, val);
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return &res;
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}
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val_res *getparm_1_svc(setting_arg *arg, struct svc_req *svc)
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{
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static val_res res;
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setting_t setting;
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value_t val;
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setting = setting_x2t(&arg->setting);
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if (RIG_PARM_IS_FLOAT(setting))
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val.f = arg->val.f;
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else
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val.i = arg->val.i;
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res.rigstatus = rig_get_parm(the_rpc_rig, setting, &val);
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if (RIG_PARM_IS_FLOAT(setting))
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res.val_res_u.val.f = val.f;
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else
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res.val_res_u.val.i = val.i;
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return &res;
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}
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int *setfunc_1_svc(setting_arg *arg, struct svc_req *svc)
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{
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static int res;
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setting_t setting;
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setting = setting_x2t(&arg->setting);
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res = rig_set_func(the_rpc_rig, arg->vfo, setting, arg->val.i);
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return &res;
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}
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val_res *getfunc_1_svc(setting_arg *arg, struct svc_req *svc)
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{
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static val_res res;
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setting_t setting;
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value_t val;
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setting = setting_x2t(&arg->setting);
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val.i = arg->val.i;
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res.rigstatus = rig_get_func(the_rpc_rig, arg->vfo, setting,
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&res.val_res_u.val.i);
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return &res;
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}
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int *scan_1_svc(scan_arg *arg, struct svc_req *svc)
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{
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static int res;
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res = rig_scan(the_rpc_rig, arg->vfo, arg->scan, arg->ch);
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return &res;
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}
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DECLARESETV1(vfoop, rig_vfo_op, vfo_op)
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DECLARESETV1(setrptrshift, rig_set_rptr_shift, rptrshift)
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DECLAREGETV1(getrptrshift, rig_get_rptr_shift, rptrshift, rptr_shift_t)
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DECLARESETV1(setrptroffs, rig_set_rptr_offs, shortfreq)
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DECLAREGETV1(getrptroffs, rig_get_rptr_offs, shortfreq, shortfreq_t)
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DECLARESETV1(setctcsstone, rig_set_ctcss_tone, tone)
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DECLAREGETV1(getctcsstone, rig_get_ctcss_tone, tone, tone_t)
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DECLARESETV1(setctcsssql, rig_set_ctcss_sql, tone)
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DECLAREGETV1(getctcsssql, rig_get_ctcss_sql, tone, tone_t)
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DECLARESETV1(setdcscode, rig_set_dcs_code, tone)
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DECLAREGETV1(getdcscode, rig_get_dcs_code, tone, tone_t)
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DECLARESETV1(setdcssql, rig_set_dcs_sql, tone)
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DECLAREGETV1(getdcssql, rig_get_dcs_sql, tone, tone_t)
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DECLARESETV1(setrit, rig_set_rit, shortfreq)
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DECLAREGETV1(getrit, rig_get_rit, shortfreq, shortfreq_t)
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DECLARESETV1(setxit, rig_set_xit, shortfreq)
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DECLAREGETV1(getxit, rig_get_xit, shortfreq, shortfreq_t)
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DECLARESETV1(setts, rig_set_ts, shortfreq)
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DECLAREGETV1(getts, rig_get_ts, shortfreq, shortfreq_t)
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DECLARESETV1(setant, rig_set_ant, ant)
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DECLAREGETV1(getant, rig_get_ant, ant, ant_t)
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DECLARESETV1(setmem, rig_set_mem, ch)
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DECLAREGETV1(getmem, rig_get_mem, ch, int)
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DECLARESETV1(setbank, rig_set_bank, ch)
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DECLARESET1(reset, rig_reset, reset_x)
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DECLARESET1(setpowerstat, rig_set_powerstat, powerstat_x)
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DECLAREGET1(getpowerstat, rig_get_powerstat, powerstat, powerstat_t)
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