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#include <unity/scopes/Category.h>
extern "C" {
#include "_cgo_export.h"
}
#include "scope.h"
#include "smartptr_helper.h"
using namespace unity::scopes;
ScopeAdapter::ScopeAdapter(GoInterface goscope) : goscope(goscope) {
}
void ScopeAdapter::start(std::string const &) {
setScopeBase(goscope, reinterpret_cast<_ScopeBase*>(this));
}
void ScopeAdapter::stop() {
setScopeBase(goscope, nullptr);
}
SearchQueryBase::UPtr ScopeAdapter::search(CannedQuery const &q,
SearchMetadata const &metadata) {
SearchQueryBase::UPtr query(new QueryAdapter(q, metadata, *this));
return query;
}
PreviewQueryBase::UPtr ScopeAdapter::preview(Result const& result, ActionMetadata const& metadata) {
PreviewQueryBase::UPtr query(new PreviewAdapter(result, metadata, *this));
return query;
}
ActivationQueryBase::UPtr ScopeAdapter::activate(Result const& result, ActionMetadata const &metadata) {
ActivationQueryBase::UPtr activation(new ActivationAdapter(result, metadata, *this));
return activation;
}
ActivationQueryBase::UPtr ScopeAdapter::perform_action(Result const& result, ActionMetadata const &metadata, std::string const &widget_id, std::string const &action_id) {
ActivationQueryBase::UPtr activation(new ActivationAdapter(result, metadata, widget_id, action_id, *this));
return activation;
}
QueryAdapter::QueryAdapter(CannedQuery const &query,
SearchMetadata const &metadata,
ScopeAdapter &scope)
: SearchQueryBase(query, metadata), scope(scope),
cancel_channel(makeCancelChannel(), releaseCancelChannel) {
}
void QueryAdapter::cancelled() {
sendCancelChannel(cancel_channel.get());
}
void QueryAdapter::run(SearchReplyProxy const &reply) {
callScopeSearch(
scope.goscope,
reinterpret_cast<_CannedQuery*>(new CannedQuery(query())),
reinterpret_cast<_SearchMetadata*>(new SearchMetadata(search_metadata())),
const_cast<uintptr_t*>(reinterpret_cast<const uintptr_t*>(&reply)),
cancel_channel.get());
}
PreviewAdapter::PreviewAdapter(Result const &result,
ActionMetadata const &metadata,
ScopeAdapter &scope)
: PreviewQueryBase(result, metadata), scope(scope),
cancel_channel(makeCancelChannel(), releaseCancelChannel) {
}
void PreviewAdapter::cancelled() {
sendCancelChannel(cancel_channel.get());
}
void PreviewAdapter::run(PreviewReplyProxy const &reply) {
callScopePreview(
scope.goscope,
reinterpret_cast<_Result*>(new Result(result())),
reinterpret_cast<_ActionMetadata*>(new ActionMetadata(action_metadata())),
const_cast<uintptr_t*>(reinterpret_cast<const uintptr_t*>(&reply)),
cancel_channel.get());
}
ActivationAdapter::ActivationAdapter(Result const &result,
ActionMetadata const &metadata,
ScopeAdapter &scope)
: ActivationQueryBase(result, metadata), scope(scope),
is_action(false) {
}
ActivationAdapter::ActivationAdapter(Result const &result,
ActionMetadata const &metadata,
std::string const &widget_id,
std::string const &action_id,
ScopeAdapter &scope)
: ActivationQueryBase(result, metadata, widget_id, action_id),
scope(scope), is_action(true) {
}
ActivationResponse ActivationAdapter::activate() {
ActivationResponse response(ActivationResponse::NotHandled);
char *error = nullptr;
if (is_action) {
callScopePerformAction(
scope.goscope,
reinterpret_cast<_Result*>(new Result(result())),
reinterpret_cast<_ActionMetadata*>(new ActionMetadata(action_metadata())),
const_cast<char*>(widget_id().c_str()),
const_cast<char*>(action_id().c_str()),
reinterpret_cast<_ActivationResponse*>(&response),
&error);
} else {
callScopeActivate(
scope.goscope,
reinterpret_cast<_Result*>(new Result(result())),
reinterpret_cast<_ActionMetadata*>(new ActionMetadata(action_metadata())),
reinterpret_cast<_ActivationResponse*>(&response),
&error);
}
if (error != nullptr) {
const std::string message(error);
free(error);
throw std::runtime_error(message);
}
return response;
}
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