/**
* Create and initialize a Parse_Options object
*/
Parse_Options parse_options_create(void)
{
Parse_Options po;
init_memusage();
po = (Parse_Options) malloc(sizeof(struct Parse_Options_s));
/* Here's where the values are initialized */
/* The parse_options_set_(verbosity|debug|test) functions set also the
* corresponding global variables. So these globals are initialized
* here too. */
verbosity = po->verbosity = 1;
debug = po->debug = (char *)"";
test = po->test = (char *)"";
/* A cost of 2.7 allows the usual cost-2 connectors, plus the
* assorted fractional costs, without going to cost 3.0, which
* is used only during panic-parsing.
* XXX In the long run, this should be fetched from the dictionary
* (and should probably not be a parse option).
*/
po->disjunct_cost = 2.7;
po->min_null_count = 0;
po->max_null_count = 0;
po->islands_ok = false;
po->use_sat_solver = false;
po->use_viterbi = false;
po->linkage_limit = 100;
#if defined HAVE_HUNSPELL || defined HAVE_ASPELL
po->use_spell_guess = 7;
#else
po->use_spell_guess = 0;
#endif /* defined HAVE_HUNSPELL || defined HAVE_ASPELL */
#ifdef XXX_USE_CORPUS
/* Use the corpus cost model, if available.
* It really does a better job at parse ranking.
* Err .. sometimes ...
*/
po->cost_model.compare_fn = &CORP_compare_parse;
po->cost_model.type = CORPUS;
#else /* USE_CORPUS */
po->cost_model.compare_fn = &VDAL_compare_parse;
po->cost_model.type = VDAL;
#endif /* USE_CORPUS */
po->short_length = 16;
po->all_short = false;
po->perform_pp_prune = true;
po->twopass_length = 30;
po->repeatable_rand = true;
po->resources = resources_create();
po->use_cluster_disjuncts = false;
po->display_morphology = false;
return po;
}
/**
* Create and initialize a Parse_Options object
*/
Parse_Options parse_options_create(void)
{
Parse_Options po;
init_memusage();
po = (Parse_Options) xalloc(sizeof(struct Parse_Options_s));
/* Here's where the values are initialized */
po->verbosity = 1;
po->debug = (char *)"";
po->test = (char *)"";
po->linkage_limit = 100;
/* A cost of 2.7 allows the usual cost-2 connectors, plus the
* assorted fractional costs, without going to cost 3.0, which
* is used only during panic-parsing.
*/
po->disjunct_cost = 2.7; /* 3.0 is needed for Russian dicts */
po->min_null_count = 0;
po->max_null_count = 0;
po->islands_ok = false;
po->use_spell_guess = 7;
po->use_sat_solver = false;
po->use_viterbi = false;
#ifdef XXX_USE_CORPUS
/* Use the corpus cost model, if available.
* It really does a better job at parse ranking.
* Err .. sometimes ...
*/
po->cost_model.compare_fn = &CORP_compare_parse;
po->cost_model.type = CORPUS;
#else /* USE_CORPUS */
po->cost_model.compare_fn = &VDAL_compare_parse;
po->cost_model.type = VDAL;
#endif /* USE_CORPUS */
po->short_length = 16;
po->all_short = false;
po->twopass_length = 30;
po->repeatable_rand = true;
po->resources = resources_create();
po->use_cluster_disjuncts = false;
po->display_morphology = false;
return po;
}
static void assembly_create(xmlNode *cur_node)
{
struct assembly *assembly;
char *name;
char *uuid;
xmlNode *child_node;
char *escalation_failures;
char *escalation_period;
qb_enter();
assembly = calloc(1, sizeof (struct assembly));
name = (char*)xmlGetProp(cur_node, BAD_CAST "name");
assembly->name = strdup(name);
uuid = (char*)xmlGetProp(cur_node, BAD_CAST "uuid");
assembly->uuid = strdup(uuid);
assembly->resource_map = qb_skiplist_create();
assembly->sw_instance_create = qb_util_stopwatch_create();
assembly->sw_instance_connected = qb_util_stopwatch_create();
assembly->application = application;
escalation_failures = (char*)xmlGetProp(cur_node, BAD_CAST "escalation_failures");
escalation_period = (char*)xmlGetProp(cur_node, BAD_CAST "escalation_period");
recover_init(&assembly->recover,
escalation_failures, escalation_period,
node_recover_restart,
node_recover_escalate,
node_state_change_event);
assembly->recover.instance = assembly;
instance_create(assembly);
qb_map_put(assembly_map, name, assembly);
for (child_node = cur_node->children; child_node;
child_node = child_node->next) {
if (child_node->type != XML_ELEMENT_NODE) {
continue;
}
if (strcmp((char*)child_node->name, "services") == 0) {
resources_create(child_node->children, assembly);
}
}
qb_leave();
}
Parse_Options parse_options_create() {
/* create and initialize a Parse_Options object */
Parse_Options po;
po = (Parse_Options) xalloc(sizeof(struct Parse_Options_s));
/* Here's where the values are initialized */
po->verbosity = 0; /*Darsana changed from 1 - aug 2 2003*/
po->linkage_limit = 100;
po->disjunct_cost = MAX_DISJUNCT_COST;
po->min_null_count = 0;
po->max_null_count = 0;
po->null_block = 1;
po->islands_ok = FALSE;
po->cost_model.compare_fn = &VDAL_compare_parse;
po->cost_model.type = VDAL;
po->short_length = 6;
po->all_short = FALSE;
po->twopass_length = 30;
po->max_sentence_length = 70;
po->resources = resources_create();
po->display_short = TRUE;
po->display_word_subscripts = TRUE;
po->display_link_subscripts = TRUE;
po->display_walls = FALSE;
po->display_union = FALSE;
po->allow_null = TRUE;
po->echo_on = FALSE;
po->batch_mode = FALSE;
po->panic_mode = FALSE;
po->screen_width = 79;
po->display_on = TRUE;
po->display_postscript = FALSE;
po->display_constituents = TRUE;
po->display_bad = FALSE;
po->display_links = FALSE;
return po;
}