Branch Coverage

lib/Future/XS.xs

Criterion	Covered	Total	%
branch	0	462	0.0

line	true	false	branch
21	0	0	if(GIMME_V == G_VOID)
	0	0	if(GIMME_V == G_VOID)
38	0	0	if(SvROK(proto) && SvOBJECT(SvRV(proto))) {
	0	0	if(SvROK(proto) && SvOBJECT(SvRV(proto))) {
40	0	0	RETVAL = future_new(HvNAME(protostash));
	0	0	RETVAL = future_new(HvNAME(protostash));
	0	0	RETVAL = future_new(HvNAME(protostash));
	0	0	RETVAL = future_new(HvNAME(protostash));
	0	0	RETVAL = future_new(HvNAME(protostash));
	0	0	RETVAL = future_new(HvNAME(protostash));
43	0	0	RETVAL = future_new(SvPV_nolen(proto));
55	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
63	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
71	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
79	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
87	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
89	0	0	if(!future_is_ready(self))
91	0	0	else if(future_is_failed(self))
93	0	0	else if(future_is_cancelled(self))
103	0	0	if(sv_is_future(self))
106	0	0	RETVAL = future_new(SvPV_nolen(ST(0)));
120	0	0	if(ix == 1 && /* ->die */
	0	0	if(ix == 1 && /* ->die */
121	0	0	!SvROK(exception) && SvPV_nolen(exception)[SvCUR(exception)-1] != '\n') {
	0	0	!SvROK(exception) && SvPV_nolen(exception)[SvCUR(exception)-1] != '\n') {
123	0	0	sv_catpvf(exception, " at %s line %d\n", CopFILE(PL_curcop), CopLINE(PL_curcop));
128	0	0	if(sv_is_future(self))
131	0	0	RETVAL = future_new(SvPV_nolen(ST(0)));
140	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
149	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
160	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
161	0	0	if(future_is_ready(self)) {
176	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
185	0	0	if(GIMME_V == G_LIST) {
	0	0	if(GIMME_V == G_LIST) {
186	0	0	XPUSHs_from_AV(result);
	0	0	XPUSHs_from_AV(result);
	0	0	XPUSHs_from_AV(result);
	0	0	XPUSHs_from_AV(result);
	0	0	XPUSHs_from_AV(result);
	0	0	XPUSHs_from_AV(result);
	0	0	XPUSHs_from_AV(result);
187	0	0	XSRETURN(av_count(result));
190	0	0	if(av_count(result))
	0	0	if(av_count(result))
191	0	0	XPUSHs(AvARRAY(result)[0]);
193	0	0	XPUSHs(&PL_sv_undef);
200	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
209	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
213	0	0	if(!failure)
216	0	0	if(GIMME_V == G_LIST) {
	0	0	if(GIMME_V == G_LIST) {
217	0	0	XPUSHs_from_AV(failure);
	0	0	XPUSHs_from_AV(failure);
	0	0	XPUSHs_from_AV(failure);
	0	0	XPUSHs_from_AV(failure);
	0	0	XPUSHs_from_AV(failure);
	0	0	XPUSHs_from_AV(failure);
	0	0	XPUSHs_from_AV(failure);
218	0	0	XSRETURN(av_count(failure));
221	0	0	if(av_count(failure))
	0	0	if(av_count(failure))
222	0	0	XPUSHs(AvARRAY(failure)[0]);
224	0	0	XPUSHs(&PL_sv_undef);
231	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
240	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
259	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
260	0	0	if(GIMME_V == G_VOID) {
	0	0	if(GIMME_V == G_VOID) {
268	0	0	warn_void_context(ix ? "then_with_f" : "then");
275	0	0	if(items) {
281	0	0	if(items % 2) {
286	0	0	if(items) {
289	0	0	for(int i = 0; i < items/2; i++)
306	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
307	0	0	warn_void_context(ix ? "else_with_f" : "else");
318	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
319	0	0	warn_void_context(ix ? "catch_with_f" : "catch");
323	0	0	if(items % 2) {
330	0	0	for(int i = 0; i < items/2; i++)
340	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
349	0	0	RETVAL = future_new_waitallv(SvPV_nolen(cls), &ST(1), items - 1);
356	0	0	RETVAL = future_new_waitanyv(SvPV_nolen(cls), &ST(1), items - 1);
363	0	0	RETVAL = future_new_needsallv(SvPV_nolen(cls), &ST(1), items - 1);
370	0	0	RETVAL = future_new_needsanyv(SvPV_nolen(cls), &ST(1), items - 1);
383	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
	0	0	CHECK_INSTANCE(self);
404	0	0	if(t.tv_sec) {