@TypeParameters({
@TypeParameter(value = "T1", variance = Variance.NONE),
@TypeParameter(value = "T2", variance = Variance.NONE),
@TypeParameter(value = "T3", variance = Variance.NONE),
@TypeParameter(value = "T4", variance = Variance.NONE)
})
@DocAnnotation$annotation$(
description = " Like [join](compositeFuture.type.html#join) but with 4 futures.\n")
@TypeInfo("io.vertx.ceylon.core::CompositeFuture")
public <T1, T2, T3, T4> CompositeFuture join(
final @Ignore TypeDescriptor $reified$T1,
final @Ignore TypeDescriptor $reified$T2,
final @Ignore TypeDescriptor $reified$T3,
final @Ignore TypeDescriptor $reified$T4,
final @TypeInfo("io.vertx.ceylon.core::Future<T1?>") @Name("f1") Future<T1> f1,
final @TypeInfo("io.vertx.ceylon.core::Future<T2?>") @Name("f2") Future<T2> f2,
final @TypeInfo("io.vertx.ceylon.core::Future<T3?>") @Name("f3") Future<T3> f3,
final @TypeInfo("io.vertx.ceylon.core::Future<T4?>") @Name("f4") Future<T4> f4) {
io.vertx.core.Future<java.lang.Object> arg_0 =
io.vertx.ceylon.core.Future.TO_JAVA.safeConvert(f1);
io.vertx.core.Future<java.lang.Object> arg_1 =
io.vertx.ceylon.core.Future.TO_JAVA.safeConvert(f2);
io.vertx.core.Future<java.lang.Object> arg_2 =
io.vertx.ceylon.core.Future.TO_JAVA.safeConvert(f3);
io.vertx.core.Future<java.lang.Object> arg_3 =
io.vertx.ceylon.core.Future.TO_JAVA.safeConvert(f4);
CompositeFuture ret =
io.vertx.ceylon.core.CompositeFuture.TO_CEYLON
.converter()
.safeConvert(io.vertx.core.CompositeFuture.join(arg_0, arg_1, arg_2, arg_3));
return ret;
}
@TypeParameters({
@TypeParameter(value = "T1", variance = Variance.NONE),
@TypeParameter(value = "T2", variance = Variance.NONE)
})
@DocAnnotation$annotation$(
description =
" Return a composite future, succeeded when all futures are succeeded, failed when any future is failed.\n <p/>\n It always wait until all its futures are completed and will not fail as soon as one of <code>f1</code> or <code>f2</code> fails.\n")
@TypeInfo("io.vertx.ceylon.core::CompositeFuture")
public <T1, T2> CompositeFuture join(
final @Ignore TypeDescriptor $reified$T1,
final @Ignore TypeDescriptor $reified$T2,
final @TypeInfo("io.vertx.ceylon.core::Future<T1?>") @Name("f1") @DocAnnotation$annotation$(
description = "future\n") Future<T1> f1,
final @TypeInfo("io.vertx.ceylon.core::Future<T2?>") @Name("f2") @DocAnnotation$annotation$(
description = "future\n") Future<T2> f2) {
io.vertx.core.Future<java.lang.Object> arg_0 =
io.vertx.ceylon.core.Future.TO_JAVA.safeConvert(f1);
io.vertx.core.Future<java.lang.Object> arg_1 =
io.vertx.ceylon.core.Future.TO_JAVA.safeConvert(f2);
CompositeFuture ret =
io.vertx.ceylon.core.CompositeFuture.TO_CEYLON
.converter()
.safeConvert(io.vertx.core.CompositeFuture.join(arg_0, arg_1));
return ret;
}
@DocAnnotation$annotation$(
description =
" Like [join](compositeFuture.type.html#join) but with a list of futures.<p>\n\n When the list is empty, the returned future will be already completed.\n")
@TypeInfo("io.vertx.ceylon.core::CompositeFuture")
public CompositeFuture join(
final @TypeInfo("ceylon.language::List<io.vertx.ceylon.core::Future>") @Name("futures") ceylon
.language.List<
Future>
futures) {
java.util.List<io.vertx.core.Future> arg_0 =
io.vertx.lang.ceylon.ToJava.convertList(futures, io.vertx.ceylon.core.Future.TO_JAVA);
CompositeFuture ret =
io.vertx.ceylon.core.CompositeFuture.TO_CEYLON
.converter()
.safeConvert(io.vertx.core.CompositeFuture.join(arg_0));
return ret;
}