R Under development (unstable) (2024-11-13 r87330 ucrt) -- "Unsuffered Consequences"
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> # minitest - a minimal testing framework v0.0.2 --------------------------------
> test_library <- function(package) library(package = package, character.only = TRUE)
> test_true <- function(x) invisible(isTRUE(x) || {print(x); stop("the above was returned instead of TRUE")})
> test_null <- function(x) invisible(is.null(x) || {print(x); stop("the above was returned instead of NULL")})
> test_notnull <- function(x) invisible(!is.null(x) || stop("returns NULL when expected to be not NULL"))
> test_zero <- function(x) invisible(x == 0L || {print(x); stop("the above was returned instead of 0L")})
> test_type <- function(type, x) invisible(typeof(x) == type || {stop("object of type '", typeof(x), "' was returned instead of '", type, "'")})
> test_class <- function(class, x) invisible(inherits(x, class) || {stop("object of class '", paste(class(x), collapse = ", "), "' was returned instead of '", class, "'")})
> test_equal <- function(a, b) invisible(a == b || {print(a); print(b); stop("the above expressions were not equal")})
> test_identical <- function(a, b) invisible(identical(a, b) || {print(a); print(b); stop("the above expressions were not identical")})
> test_print <- function(x) invisible(is.character(capture.output(print(x))) || stop("print output of expression cannot be captured as a character value"))
> test_error <- function(x, containing = "") invisible(inherits(x <- tryCatch(x, error = identity), "error") && grepl(containing, x[["message"]], fixed = TRUE) || stop("Expected error message containing: ", containing, "\nActual error message: ", x[["message"]]))
> # ------------------------------------------------------------------------------
> 
> test_library("nanonext")
> nng_version()
[1] "1.9.0"          "Mbed TLS 3.5.2"
> 
> later <- requireNamespace("later", quietly = TRUE)
> promises <- requireNamespace("promises", quietly = TRUE)
> 
> test_class("nanoObject", n <- nano("req", listen = "inproc://nanonext", autostart = FALSE))
> test_class("nanoObject", n1 <- nano("rep", dial = "inproc://nanonext", autostart = FALSE))
> test_true(is_nano(n))
> test_class("nanoSocket", n$socket)
> test_class("nano", n$socket)
> n$newmethod <- "doesnotwork"
> test_null(n$newmethod)
> test_type("integer", attr(n$socket, "id"))
> test_equal(n$socket$state, "opened")
> test_equal(n$socket$protocol, "req")
> test_equal(n$send("not ready", mode = "serial"), 8L)
> test_equal(n$recv(), 11L)
> test_class("nano", n$opt("recv-size-max", 8192))
> test_equal(n$opt("recv-size-max"), 8192L)
> test_class("nano", n$opt("recv-buffer", 8L))
> test_class("nano", n$opt("req:resend-time", 0L))
> test_class("nano", n$opt("socket-name", "nano"))
> test_equal(n$opt("socket-name"), "nano")
> test_error(n$opt("socket-name", NULL), "argument")
> test_print(n$listener[[1]])
> test_class("nanoListener", n$listener[[1]])
> test_equal(n$listener[[1]]$url, "inproc://nanonext")
> test_equal(n$listener[[1]]$state, "not started")
> test_class("nano", n$listener_opt("recv-size-max", 1024)[[1L]])
> test_equal(n$listener_opt("recv-size-max")[[1L]], 1024L)
> test_error(n$listener_opt("false", 100), "supported")
> test_error(n$listener_opt("false"), "supported")
> test_error(n$listener_opt("false", "false"), "supported")
> test_error(n$listener_opt("false", NULL), "supported")
> test_error(n$listener_opt("false", TRUE), "supported")
> test_error(n$listener_opt("false", list()), "type")
> test_zero(n$listener_start())
> test_equal(n$listener[[1]]$state, "started")
> test_print(n1$dialer[[1]])
> test_class("nanoDialer", n1$dialer[[1]])
> test_equal(n1$dialer[[1]]$url, "inproc://nanonext")
> test_equal(n1$dialer[[1]]$state, "not started")
> test_class("nano", n1$dialer_opt("reconnect-time-min", 1000)[[1L]])
> test_equal(n1$dialer_opt("reconnect-time-min")[[1L]], 1000L)
> test_class("nano", n1$dialer_opt("recv-size-max", 8192)[[1L]])
> test_equal(n1$dialer_opt("recv-size-max")[[1L]], 8192L)
> test_error(n1$dialer_opt("false", 100), "supported")
> test_error(n1$dialer_opt("false"), "supported")
> test_error(n1$dialer_opt("false", "false"), "supported")
> test_error(n1$dialer_opt("false", NULL), "supported")
> test_error(n1$dialer_opt("false", TRUE), "supported")
> test_error(n1$dialer_opt("false", list()), "type")
> test_zero(n1$dialer_start())
> test_equal(n1$dialer[[1]]$state, "started")
> 
> test_error(n$send(list(), mode = "raw"), "atomic vector type")
> test_error(n$recv(mode = "none"), "mode")
> test_error(n$recv(mode = "c"), "mode")
> test_true(is_aio(raio <- n1$recv_aio(timeout = 1L)))
> test_print(raio)
> test_class("errorValue", call_aio(raio)$data)
> test_class("errorValue", raio$data)
> r <- n$send(data.frame(), block = FALSE)
> if (r == 8L) r <- n$send(data.frame(), block = 500L)
> test_zero(r)
> r <- n1$recv(block = FALSE)
> if (is_error_value(r)) r <- n1$recv(block = 500)
> test_class("data.frame", r)
> test_zero(n1$send(c("test", "", "spec"), mode = "raw", block = 500))
> test_identical(n$recv("character", block = 500), c("test", "", "spec"))
> test_zero(n$send(1:5, mode = "r"))
> test_equal(length(n1$recv("int", block = 500)), 5L)
> test_true(is_aio(saio <- n1$send_aio(paste(replicate(5, random(1e3L)), collapse = ""), mode = 1L, timeout = 900)))
> test_print(saio)
> test_class("sendAio", call_aio(saio))
> test_zero(saio$result)
> test_error(n$send("wrong mode", mode = "none"), "mode")
> test_class("recvAio", raio <- n$recv_aio(timeout = 500))
> test_print(raio)
> test_equal(nchar(call_aio(raio)[["value"]]), 10000L)
> raio$newfield <- "doesnotwork"
> raio[["newfield"]] <- "doesnotwork"
> test_null(raio$newfield)
> test_class("sendAio", saio <- n$send_aio(c(1.1, 2.2), mode = "raw", timeout = 500))
> saio$newfield <- "doesnotwork"
> saio[["newfield"]] <- "doesnotwork"
> test_null(saio$newfield)
> test_type("logical", unresolved(saio))
> test_type("logical", .unresolved(saio))
> test_class("recvAio", msg <- n1$recv_aio(mode = "numer", timeout = 500))
> test_identical(call_aio(msg), msg)
> test_class("recvAio", msg <- n1$recv_aio(mode = "complex", timeout = 500))
> test_null(stop_aio(msg))
> test_null(stop_aio(n))
> test_identical(call_aio(msg), msg)
> test_class("errorValue", msg$data)
> test_identical(call_aio(n), n)
> test_class("sendAio", sraio <- n$send_aio(as.raw(0L), mode = "r", timeout = 500))
> test_class("recvAio", rraio <- n1$recv_aio(mode = 1L, timeout = 500))
> test_true(is_nul_byte(suppressWarnings(call_aio_(rraio)$data)))
> test_class("sendAio", sraio <- n$send_aio(as.raw(1L), mode = "ra", timeout = 500))
> test_class("recvAio", rraio <- n1$recv_aio(mode = "raw", timeout = 500))
> test_type("raw", call_aio(rraio)$data)
> test_class("sendAio", sraio <- n$send_aio(c(1+2i, 4+3i), mode = "raw", timeout = 500))
> test_class("recvAio", rraio <- n1$recv_aio(mode = "co", timeout = 500))
> test_type("complex", call_aio(rraio)$data)
> test_class("sendAio", sraio <- n$send_aio(5, mode = "raw", timeout = 500))
> test_class("recvAio", rraio <- n1$recv_aio(mode = "d", timeout = 500))
> test_type("double", call_aio(rraio)$data)
> test_class("sendAio", sraio <- n$send_aio(c(1, 2), mode = "raw", timeout = 500))
> test_class("recvAio", rraio <- n1$recv_aio(mode = "n", timeout = 500))
> test_true(is.numeric(call_aio(rraio)$data))
> test_class("sendAio", sraio <- n$send_aio(c(1L, 2L, 3L), mode = "raw", timeout = 500))
> test_class("recvAio", rraio <- n1$recv_aio(mode = "i", timeout = 500))
> test_type("integer", call_aio(rraio)$data)
> test_class("sendAio", sraio <- n$send_aio(as.raw(0L), mode = "raw", timeout = 500))
> test_class("recvAio", rraio <- n1$recv_aio(mode = "double", timeout = 500))
> test_type("raw", suppressWarnings(call_aio(rraio)$data))
> test_class("sendAio", sraio <- n$send_aio(as.raw(0L), mode = "raw", timeout = 500))
> test_class("recvAio", rraio <- n1$recv_aio(mode = "int", timeout = 500))
> test_type("raw", suppressWarnings(call_aio(rraio)$data))
> test_class("sendAio", sraio <- n$send_aio(as.raw(0L), mode = "raw", timeout = 500))
> test_class("recvAio", rraio <- n1$recv_aio(mode = "logical", timeout = 500))
> test_type("raw", suppressWarnings(collect_aio(rraio)))
> test_class("sendAio", sraio <- n$send_aio(as.raw(0L), mode = "raw", timeout = 500))
> test_class("recvAio", rraio <- n1$recv_aio(mode = "numeric", timeout = 500))
> test_type("raw", suppressWarnings(rraio[]))
> test_class("sendAio", sraio <- n$send_aio(as.raw(0L), mode = "raw", timeout = 500))
> test_class("recvAio", rraio <- n1$recv_aio(mode = "complex", timeout = 500))
> test_type("raw", suppressWarnings(collect_aio_(rraio)))
> test_error(opt(rraio[["aio"]], "false") <- 0L, "valid")
> test_error(subscribe(rraio[["aio"]], "false"), "valid")
> test_error(opt(rraio[["aio"]], "false"), "valid")
> test_error(stat(rraio[["aio"]], "pipes"), "valid")
> 
> test_zero(n$dial(url = "inproc://two", autostart = FALSE))
> test_zero(n$dialer_start())
> test_class("nanoDialer", n$dialer[[1L]])
> test_type("double", stat(n$dialer[[1L]], "id"))
> test_zero(n$listen(url = "inproc://three", autostart = FALSE))
> test_zero(n$listener_start())
> test_class("nanoListener", n$listener[[2L]])
> test_type("double", stat(n$listener[[2L]], "id"))
> test_zero(n$dial(url = "inproc://four"))
> test_zero(close(n$listener[[1]]))
> test_equal(suppressWarnings(start(n$listener[[1]])), 12L)
> test_equal(suppressWarnings(close(n$listener[[1]])), 12L)
> test_zero(close(n1$dialer[[1]]))
> test_equal(suppressWarnings(start(n1$dialer[[1]])), 12L)
> test_equal(suppressWarnings(close(n1$dialer[[1]])), 12L)
> test_zero(reap(n$listener[[2]]))
> test_zero(reap(n$dialer[[2]]))
> test_zero(n$close())
> test_zero(n1$close())
> test_equal(suppressWarnings(n1$close()), 7L)
> test_equal(n$socket[["state"]], "closed")
> test_equal(n1$socket[state], "closed")
> 
> test_class("conditionVariable", cv <- cv())
> test_print(cv)
> test_type("externalptr", cv2 <- cv())
> test_true(!until(cv, 10L))
> test_true(!until(cv, 10))
> test_true(!until_(cv, 10L))
> test_true(!until_(cv, 10))
> test_true(!until_(cv, "test"))
> test_zero(cv_reset(cv))
> test_zero(cv_value(cv))
> 
> test_class("nanoObject", req <- nano("req", listen = "inproc://testing"))
> test_class("nanoSocket", rep <- socket("rep", dial = "inproc://testing", listen = "inproc://testing2"))
> test_print(rep)
> test_equal(stat(rep, "dialers"), 1)
> test_equal(stat(rep, "protocol"), "rep")
> test_null(stat(rep, "nonexistentstat"))
> test_class("nano", req$opt("req:resend-time", 1000))
> test_equal(req$opt("req:resend-time"), 1000L)
> test_error(req$opt("none"), "supported")
> test_type("externalptr", req$context_open())
> test_class("nanoContext", req$context)
> test_class("nano", req$context)
> test_type("integer", req$context$id)
> test_equal(req$context$state, "opened")
> test_equal(req$context$protocol, "req")
> test_class("nano", req$opt("send-timeout", 1000))
> test_equal(req$opt("send-timeout"), 1000L)
> test_error(req$opt("false", 100), "supported")
> test_error(req$opt("false"), "supported")
> test_error(req$opt("false", "false"), "supported")
> test_error(req$opt("false", NULL), "supported")
> test_error(req$opt("false", TRUE), "supported")
> test_error(req$opt("false", list()), "type")
> 
> test_class("recvAio", r <- recv_aio(rep, timeout = 500))
> test_zero(req$send("", block = 500))
> test_print(p <- tryCatch(collect_pipe(r), error = function(e) NULL))
> if (!is.null(p)) test_class("nano", p)
> test_true(.mark())
> test_class("sendAio", r <- send_aio(if (is_nano(p)) p else rep, "", timeout = 500))
> if (later) test_null(.keep(r, new.env()))
> test_error(collect_pipe(r), "valid")
> test_equal(req$recv(mode = 8L, block = 500)[4L], 1L)
> test_true(!.mark(FALSE))
> 
> test_class("nanoContext", ctx <- context(rep))
> test_print(ctx)
> test_class("sendAio", csaio <- req$send_aio(data.frame(), mode = "seria", timeout = 500))
> test_zero(call_aio_(csaio)$result)
> test_class("recvAio", craio <- recv_aio(ctx, timeout = 500))
> test_type("list", collect_aio(craio))
> test_zero(req$send("context test", mode ="raw", block = 500))
> test_equal(recv(ctx, mode = "string", block = 500), "context test")
> test_type("integer", req$send(data.frame(), mode = "seri", block = 500))
> test_class("recvAio", msg <- recv_aio(ctx, mode = "ser", timeout = 500))
> test_type("logical", .unresolved(msg))
> test_type("logical", unresolved(msg))
> test_class("data.frame", call_aio(msg)$data)
> test_true(!unresolved(msg))
> test_zero(req$send(c(TRUE, FALSE, TRUE), mode = 2L, block = 500))
> test_class("recvAio", msg <- recv_aio(ctx, mode = 6L, timeout = 500))
> test_type("logical", msg[])
> test_identical(collect_aio(msg), collect_aio_(msg))
> test_class("sendAio", err <- send_aio(ctx, msg[["data"]], mode = "serial"))
> test_null(stop_aio(err))
> test_class("sendAio", err <- send_aio(ctx, "test"))
> test_class("errorValue", call_aio(err)$result)
> test_class("errorValue", call_aio(list(err))[[1L]][["result"]])
> test_class("errorValue", call_aio_(err)$result)
> test_class("errorValue", call_aio_(list(item = err))[["item"]][["result"]])
> test_class("errorValue", collect_aio(err))
> test_class("errorValue", collect_aio(list(item = err))[["item"]])
> test_class("errorValue", collect_aio_(list(err))[[1L]])
> test_zero(req$send(serialize(NULL, NULL, ascii = TRUE), mode = 2L, block = 500))
> test_null(call_aio(recv_aio(ctx, mode = 1L, timeout = 500))[["value"]])
> test_class("sendAio", saio <- send_aio(ctx, as.raw(1L), mode = 2L, timeout = 500))
> test_identical(req$recv(mode = 8L, block = 500), as.raw(1L))
> test_class("recvAio", rek <- request(req$context, c(1+3i, 4+2i), send_mode = 2L, recv_mode = "complex", timeout = 500))
> test_zero(reply(ctx, execute = identity, recv_mode = 3L, send_mode = "ra", timeout = 500))
> test_type("complex", call_aio(rek)[["data"]])
> test_class("recvAio", rek <- request(req$context, c(1+3i, 4+2i), send_mode = "serial", recv_mode = "serial", timeout = 500))
> test_zero(reply(ctx, execute = identity, recv_mode = 1L, send_mode = 1L, timeout = 500))
> test_type("complex", call_aio(rek)[["data"]])
> 
> test_type("list", cfg <- serial_config(class = "custom", sfunc = function(x) raw(1L), ufunc = as.integer, vec = FALSE))
> test_equal(length(cfg), 4L)
> test_type("closure", cfg[[2L]])
> opt(req$socket, "serial") <- cfg
> opt(rep, "serial") <- cfg
> custom <- list(`class<-`(new.env(), "custom"), new.env())
> test_zero(send(req$socket, custom, mode = "serial", block = 500))
> test_type("integer", recv(rep, block = 500)[[1L]])
> cfg <- serial_config("custom", function(x) as.raw(length(x)), function(x) lapply(seq_len(as.integer(x)), new.env), vec = NA)
> test_true(cfg[[4L]])
> opt(req$socket, "serial") <- cfg
> opt(rep, "serial") <- cfg
> test_zero(send(rep, custom, block = 500))
> test_type("list", recv(req$socket, mode = 1L, block = 500))
> opt(req$socket, "serial") <- list()
> opt(rep, "serial") <- list()
> test_error(serial_config(1L, identity, identity), "must be a character string")
> test_error(serial_config("custom", "func1", "func2"), "must be functions")
> test_error(serial_config("class", identity, identity, "wrong"), "must be a logical value")
> test_error(opt(rep, "wrong") <- cfg, "not supported")
> test_error(opt(rep, "serial") <- pairlist(a = 1L), "not supported")
> test_error(opt(rep, "serial") <- list("wrong"), "Invalid argument")
> test_error(opt(rep, "serial") <- list("class", identity, identity, "wrong"), "Invalid argument")
> test_error(opt(rep, "serial") <- list("class", "wrong", function() {}, NA), "Invalid argument")
> test_error(opt(rep, "serial") <- list("class", function() {}, "wrong", NA), "Invalid argument")
> 
> test_class("recvAio", cs <- request(req$context, "test", send_mode = "serial", cv = cv, timeout = 500))
> test_notnull(cs$data)
> test_type("externalptr", ctxn <- .context(rep))
> test_class("recvAio", cr <- recv_aio(ctxn, cv = cv, timeout = 500))
> test_equal(call_aio(cr)$data, "test")
> test_type("integer", send(ctxn, TRUE, mode = 0L, block = FALSE))
> test_type("externalptr", ctxn <- .context(rep))
> test_class("recvAio", cs <- request(.context(req$socket), data = TRUE, cv = NA))
> test_notnull(cs$data)
> test_true(recv(ctxn, block = 500))
> test_zero(send(ctxn, TRUE, mode = 1L, block = 500))
> test_zero(reap(ctxn))
> test_equal(reap(ctxn), 7L)
> test_zero(pipe_notify(rep, cv, add = TRUE, flag = TRUE))
> test_zero(pipe_notify(rep, cv, remove = TRUE, flag = tools::SIGCONT))
> test_zero(pipe_notify(req$socket, cv = cv, add = TRUE))
> test_zero(pipe_notify(req$socket, cv = cv, cv2 = cv2, remove = TRUE, flag = tools::SIGCONT))
> test_error(request(err, "test", cv = cv), "valid")
> test_error(recv_aio(err, cv = cv, timeout = 500))
> test_error(wait(err), "valid")
> test_error(wait_(err), "valid")
> test_error(until(err, 10), "valid")
> test_error(until_(err, 10), "valid")
> test_error(cv_value(err), "valid")
> test_error(cv_reset(err), "valid")
> test_error(cv_signal(err), "valid")
> test_error(collect_pipe(err), "valid")
> test_error(pipe_notify(err, cv), "valid Socket")
> test_error(pipe_notify(rep, err), "valid Condition Variable")
> test_error(pipe_notify(rep, cv, err), "valid Condition Variable")
> test_zero(req$context_close())
> test_null(req$context_close)
> test_zero(req$close())
> test_null(req$context)
> rep$dialer <- NULL
> test_type("externalptr", rep$dialer[[1L]])
> test_zero(close(ctx))
> test_equal(suppressWarnings(close(ctx)), 7L)
> test_zero(close(rep))
> if (is_nano(p)) test_equal(reap(p), 12L)
> if (is_nano(p)) test_equal(suppressWarnings(close(p)), 12L)
> 
> test_class("nanoObject", pub <- nano("pub", listen = "inproc://ps"))
> test_class("nanoObject", sub <- nano("sub", dial = "inproc://ps", autostart = NA))
> test_zero(cv_reset(cv))
> test_zero(cv_reset(cv2))
> test_zero(pipe_notify(pub$socket, cv, cv2, add = TRUE, remove = TRUE))
> test_class("nano", sub$opt(name = "sub:prefnew", value = FALSE))
> test_true(!sub$opt(name = "sub:prefnew"))
> test_error(sub$opt(name = "false", value = 100), "supported")
> test_error(sub$opt(name = "false"), "supported")
> test_error(sub$opt(name = "false", value = list()), "type")
> test_class("nano", sub$subscribe("test"))
> test_class("nano", subscribe(sub$socket, NULL))
> test_class("nano", sub$unsubscribe("test"))
> test_type("externalptr", sub$context_open())
> test_class("nanoContext", sub$context)
> test_class("nano", sub$subscribe(12))
> test_class("nano", sub$unsubscribe(12))
> test_class("nano", sub$subscribe(NULL))
> test_zero(sub$context_close())
> test_null(sub$context)
> test_zero(sub$close())
> test_zero(pub$close())
> test_true(wait(cv))
> test_true(wait(cv2))
> test_type("externalptr", cv3 <- cv())
> test_type("externalptr", cv %~>% cv2 %~>% cv3)
> test_zero(cv_signal(cv))
> test_equal(cv_value(cv), 1L)
> test_true(wait_(cv3))
> test_type("externalptr", cv %~>% cv3)
> test_error("a" %~>% cv3, "valid Condition Variable")
> test_error(cv3 %~>% "a", "valid Condition Variable")
> 
> test_class("nanoObject", surv <- nano(protocol = "surveyor", listen = "inproc://sock1", dial = "inproc://sock2"))
> test_print(surv)
> test_class("nanoObject", resp <- nano(protocol = "respondent", listen = "inproc://sock2", dial = "inproc://sock1"))
> test_zero(pipe_notify(surv$socket, cv, cv2, add = TRUE, remove = TRUE, flag = TRUE))
> surv$dialer <- NULL
> test_type("externalptr", surv$dialer[[1L]])
> test_type("externalptr", surv$listener[[1L]])
> test_class("nano", surv$survey_time(5000))
> test_type("externalptr", surv$context_open())
> test_type("externalptr", resp$context_open())
> test_class("nano", surv$survey_time(value = 2000))
> test_class("recvAio", r <- surv$recv_aio())
> test_error(collect_pipe(r), "11 | Incorrect state")
> test_equal(r$data, 11L)
> test_zero(surv$context_close())
> test_zero(resp$context_close())
> test_zero(surv$close())
> test_zero(resp$close())
> test_true(!wait(cv))
> test_true(!wait(cv2))
> test_class("errorValue", resp$recv())
> 
> test_class("nanoSocket", bus <- socket(protocol = "bus"))
> test_class("nanoSocket", push <- socket(protocol = "push"))
> test_class("nanoSocket", pull <- socket(protocol = "pull"))
> test_class("nanoSocket", pair <- socket(protocol = "pair"))
> test_class("nanoSocket", poly <- socket(protocol = "poly"))
> test_class("nano", bus)
> test_equal(suppressWarnings(listen(bus, url = "test")), 3L)
> test_equal(suppressWarnings(dial(bus, url = "test")), 3L)
> test_error(listen(bus, url = "tls+tcp://localhost/:0", tls = "wrong"), "valid TLS")
> test_error(dial(bus, url = "tls+tcp://localhost/:0", tls = "wrong"), "valid TLS")
> test_zero(close(bus))
> test_equal(suppressWarnings(close(bus)), 7L)
> test_zero(close(push))
> test_zero(close(pull))
> test_zero(reap(pair))
> test_zero(reap(poly))
> test_error(socket(protocol = "newprotocol"), "protocol")
> test_error(socket(dial = "test"), "argument")
> test_error(socket(listen = "test"), "argument")
> 
> test_type("list", ncurl("http://www.cam.ac.uk/"))
> test_type("list", ncurl("http://www.cam.ac.uk/", follow = FALSE, response = "date"))
> test_type("list", ncurl("http://www.cam.ac.uk/", follow = TRUE))
> test_type("list", ncurl("http://postman-echo.com/post", convert = FALSE, method = "POST", headers = c(`Content-Type` = "text/plain"), data = "test", response = c("Date", "Server"), timeout = 3000))
> test_class("errorValue", ncurl("http")$data)
> test_class("recvAio", haio <- ncurl_aio("http://example.com/"))
> test_true(is_aio(haio))
> test_type("integer", call_aio(haio)$status)
> test_class("ncurlAio", haio <- ncurl_aio("https://example.com/", convert = FALSE, response = "server"))
> test_notnull(haio$status)
> if (call_aio(haio)$status == 200L) test_notnull(haio$headers)
> test_class("ncurlAio", put1 <- ncurl_aio("http://postman-echo.com/put", method = "PUT", headers = c(Authorization = "Bearer token"), data = "test", response = c("Date", "server"), timeout = 3000L))
> test_print(put1)
> test_type("integer", call_aio_(put1)$status)
> if (put1$status == 200L) test_notnull(put1$headers)
> if (put1$status == 200L) test_notnull(put1$data)
> test_null(stop_aio(put1))
> test_class("ncurlAio", haio <- ncurl_aio("https://i.i"))
> test_class("errorValue", call_aio(haio)$data)
> test_print(haio$data)
> test_class("ncurlAio", ncaio <- ncurl_aio("https://shikokuchuo.net/nanonext/reference/figures/logo.png"))
> if (suppressWarnings(call_aio(ncaio)$status == 200L)) test_type("raw", ncaio$data)
> test_class("errorValue", ncurl_aio("http")$data)
> sess <- ncurl_session("https://postman-echo.com/post", method = "POST", headers = c(`Content-Type` = "text/plain"), data = "test", response = c("date", "Server"), timeout = 3000L)
> test_true(is_ncurl_session(sess) || is_error_value(sess))
> if (is_ncurl_session(sess)) test_equal(length(transact(sess)), 3L)
> if (is_ncurl_session(sess)) test_zero(close(sess))
> if (is_ncurl_session(sess)) test_equal(suppressWarnings(close(sess)), 7L)
> sess <- ncurl_session("https://postman-echo.com/post", convert = FALSE, method = "POST", headers = c(`Content-Type` = "text/plain"), timeout = 3000)
> test_true(is_ncurl_session(sess) || is_error_value(sess))
> if (is_ncurl_session(sess)) test_equal(length(transact(sess)), 3L)
> if (is_ncurl_session(sess)) test_zero(close(sess))
> if (is_ncurl_session(sess)) test_equal(transact(sess)$data, 7L)
> test_class("errorValue", suppressWarnings(ncurl_session("https://i")))
> test_error(ncurl_aio("https://", tls = "wrong"), "valid TLS")
> test_error(ncurl("https://www.example.com/", tls = "wrong"), "valid TLS")
> test_type("externalptr", etls <- tls_config())
> test_error(stream(dial = "wss://127.0.0.1:5555", textframes = TRUE, tls = etls))
> test_error(stream(dial = "wss://127.0.0.1:5555"))
> test_error(stream(dial = "errorValue3"), "argument")
> test_error(stream(dial = "inproc://notsup"), "Not supported")
> test_error(stream(dial = "wss://127.0.0.1:5555", tls = "wrong"), "valid TLS")
> test_error(stream(listen = "errorValue3"), "argument")
> test_error(stream(listen = "inproc://notsup"), "Not supported")
> test_error(stream(listen = "errorValue3", tls = "wrong"), "valid TLS")
> test_error(stream(), "specify")
> 
> test_type("character", ver <- nng_version())
> test_equal(length(ver), 2L)
> test_equal(nng_error(8L), "8 | Try again")
> test_true(is_nul_byte(as.raw(0L)))
> test_true(!is_nul_byte(NULL))
> test_true(!is_error_value(1L))
> test_error(messenger("invalidURL"), "argument")
> test_type("raw", md5 <- nanonext:::md5_object("secret base"))
> test_equal(length(md5), 32L)
> test_type("double", mclock())
> test_null(msleep(1L))
> test_null(msleep(1))
> test_null(msleep("a"))
> test_type("character", urlp <- parse_url("://"))
> test_equal(length(urlp), 10L)
> test_true(all(nzchar(parse_url("wss://use:r@[::1]/path?q=1#name"))))
> test_type("character", random())
> test_equal(nchar(random(2)), 4L)
> test_equal(length(random(4L, convert = FALSE)), 4L)
> test_error(random(1025), "between 0 and 1024")
> test_error(random(-1), "between 0 and 1024")
> test_error(random("test"), "integer")
> test_error(parse_url("tcp:/"), "argument")
> for (i in c(100:103, 200:208, 226, 300:308, 400:426, 428:431, 451, 500:511, 600))
+   test_type("character", status_code(i))
> 
> s <- tryCatch(stream(dial = "wss://echo.websocket.events/", textframes = TRUE), error = function(e) NULL)
> is_nano(s) && {
+   test_notnull(recv(s, block = 500L))
+   test_type("character", opt(s, "ws:response-headers"))
+   test_error(opt(s, "ws:request-headers") <- "test\n", 24)
+   test_type("integer", send(s, c("message1", "test"), block = 500L))
+   test_notnull(recv(s, block = FALSE))
+   test_type("integer", send(s, "message2", block = FALSE))
+   test_notnull(suppressWarnings(recv(s, mode = 9L, block = 100)))
+   test_type("integer", send(s, 2L, block = 500))
+   test_class("recvAio", sr <- recv_aio(s, mode = "i", timeout = 500L, n = 8192L))
+   test_notnull(suppressWarnings(call_aio(sr)[["data"]]))
+   test_null(stop_aio(sr))
+   test_class("sendAio", ss <- send_aio(s, "async", timeout = 500L))
+   test_type("integer", ss[])
+   test_null(stop_aio(ss))
+   test_type("integer", send(s, 12.56, mode = "raw", block = 500L))
+   test_class("recvAio", sr <- recv_aio(s, mode = "double", timeout = 500L, cv = cv))
+   test_notnull(suppressWarnings(call_aio_(sr)[["data"]]))
+   test_true(cv_value(cv) > 0L)
+   test_type("character", opt(s, "ws:request-headers"))
+   test_notnull(opt(s, "tcp-nodelay") <- FALSE)
+   test_error(recv(s, mode = "none", block = FALSE), "should be one of character")
+   test_error(recv(s, mode = "c", block = FALSE), "should be one of character")
+   test_error(opt(s, "none"), "supported")
+   test_error(`opt<-`(s, "none", list()), "supported")
+   test_print(s)
+   test_type("integer", close(s))
+ }
[1] TRUE
> 
> test_class("nano", s <- socket("bus", listen = "inproc://nanolock"))
> test_class("nano", s1 <- socket("bus", dial = "inproc://nanolock"))
> test_zero(lock(s))
> test_class("nano", s2 <- socket("bus", dial = "inproc://nanolock"))
> test_class("sendAio", send_aio(s, "test"))
> test_notnull(recv(s1, block = 500))
> test_class("errorValue", recv(s2))
> test_zero(unlock(s))
> test_zero(pipe_notify(s, cv = cv, add = TRUE, remove = TRUE))
> test_zero(lock(s, cv = cv))
> test_class("nano", s3 <- socket("bus", dial = "inproc://nanolock"))
> test_zero(send(s, "test", block = 500))
> test_notnull(recv(s3, block = 500))
> test_error(unlock(cv), "valid Socket")
> test_error(lock(cv), "valid Socket")
> test_error(lock(s, cv = s), "valid Condition Variable")
> test_zero(pipe_notify(s, cv = NULL, add = TRUE, remove = TRUE))
> test_zero(close(s))
> test_zero(close(s1))
> test_zero(close(s2))
> test_zero(close(s3))
> 
> test_type("externalptr", cv <- cv())
> test_error(.dispatcher(host = "inproc://hostdisp", url = "inproc://disp/1", tls = ""), "not a valid TLS Configuration")
> test_type("externalptr", disp <- .dispatcher(host = "inproc://hostdisp", url = "inproc://disp/1", tls = NULL))
> test_zero(.online(disp))
> test_null(.online("a"))
> test_class("nanoSocket", s <- socket(protocol = "rep"))
> test_zero(pipe_notify(s, cv, add = TRUE))
> test_zero(dial(s, url = "inproc://disp/1"))
> test_true(wait(cv))
> test_zero(send(disp, NULL, block = 500L))
> test_null(recv(s, block = 500L))
> test_zero(send(s, TRUE, block = 500L))
> test_true(recv(disp, block = 500L))
> test_zero(send(disp, NULL, block = 500L))
> test_null(recv(s, block = 500L))
> test_zero(reap(s))
> Sys.sleep(0.1)
> test_class("nanoSocket", s <- socket(protocol = "rep"))
> test_zero(pipe_notify(s, cv, add = TRUE))
> test_zero(dial(s, url = "inproc://disp/1"))
> test_true(wait(cv))
> test_zero(send(disp, TRUE, block = 500L))
> test_true(recv(s, block = 500L))
> test_true(.mark())
> test_zero(send(s, NULL, block = 500L))
> test_true(!.mark(FALSE))
> test_null(recv(disp, block = 500L))
> test_zero(reap(s))
> rm(disp)
> 
> test_equal(nanonext:::.DollarNames.ncurlAio(NULL, "sta"), "status")
> test_equal(nanonext:::.DollarNames.recvAio(NULL, "dat"), "data")
> test_equal(nanonext:::.DollarNames.sendAio(NULL, "r"), "result")
> test_zero(length(nanonext:::.DollarNames.nano(NULL)))
> 
> fakesock <- `class<-`(new.env(), "nanoSocket")
> test_error(dial(fakesock), "valid Socket")
> test_error(dial(fakesock, autostart = FALSE), "valid Socket")
> test_error(listen(fakesock), "valid Socket")
> test_error(listen(fakesock, autostart = FALSE), "valid Socket")
> test_error(context(fakesock), "valid Socket")
> test_error(.context(fakesock), "valid Socket")
> test_error(stat(fakesock, "pipes"), "valid Socket")
> test_error(close(fakesock), "valid Socket")
> test_true(!.unresolved(fakesock))
> fakectx <- `class<-`("test", "nanoContext")
> test_true(!unresolved(fakectx))
> test_true(!.unresolved(fakectx))
> test_error(request(fakectx, data = "test"), "valid Context")
> test_error(subscribe(fakectx, NULL), "valid")
> test_error(close(fakectx), "valid Context")
> test_equal(reap(fakectx), 3L)
> fakestream <- `class<-`("test", "nanoStream")
> test_print(fakestream)
> fakesession <- `class<-`("test", "ncurlSession")
> test_print(fakesession)
> test_error(transact(fakesession), "valid")
> test_error(close(fakesession), "valid")
> test_error(send(fakestream, "test"), "valid")
> test_error(send_aio(fakestream, "test"), "valid")
> test_error(recv(fakestream), "valid")
> test_error(recv_aio(fakestream), "valid")
> test_error(collect_pipe(fakestream), "valid")
> test_error(opt(fakestream, name = "test") <- "test", "valid")
> test_error(opt(fakestream, name = "test"), "valid")
> test_error(close(fakestream), "active Stream")
> fakedial <- `class<-`("test", "nanoDialer")
> test_error(start(fakedial), "valid Dialer")
> test_error(close(fakedial), "valid Dialer")
> fakelist <- `class<-`("test", "nanoListener")
> test_error(start(fakelist), "valid Listener")
> test_error(close(fakelist), "valid Listener")
> fakepipe <- `class<-`("test", "nanoPipe")
> test_error(close(fakepipe), "valid Pipe")
> unres <- `class<-`(NA, "unresolvedValue")
> test_true(!unresolved(unres))
> test_print(unres)
> test_type("logical", unres <- unresolved(list("a", "b")))
> test_equal(length(unres), 1L)
> test_type("integer", unres <- .unresolved(list("a", "b")))
> test_equal(length(unres), 1L)
> test_identical(call_aio("a"), "a")
> test_identical(call_aio_("a"), "a")
> test_error(collect_aio_("a"), "object is not an Aio or list of Aios")
> test_error(collect_aio_(list("a")), "object is not an Aio or list of Aios")
> test_error(collect_aio(list(fakesock)), "object is not an Aio or list of Aios")
> test_null(stop_aio("a"))
> test_null(stop_aio(list("a")))
> test_null(.keep(NULL, new.env()))
> test_null(.keep(new.env(), new.env()))
> 
> pem <- "-----BEGIN CERTIFICATE----- -----END CERTIFICATE-----"
> test_tls <- function(pem) {
+   file <- tempfile()
+   on.exit(unlink(file))
+   cat(pem, file = file)
+   test_error(tls_config(client = file), "Cryptographic error")
+   test_error(tls_config(server = file), "Cryptographic error")
+ }
> test_true(test_tls(pem = pem))
> test_error(tls_config(client = c(pem, pem)), "Cryptographic error")
> test_error(tls_config(server = c(pem, pem)), "Cryptographic error")
> test_type("list", cert <- write_cert(cn = "127.0.0.1"))
> test_equal(length(cert), 2L)
> test_type("character", cert[[1L]])
> test_identical(names(cert), c("server", "client"))
> test_type("externalptr", tls <- tls_config(client = cert$client))
> test_class("tlsConfig", tls)
> test_print(tls)
> test_class("errorValue", ncurl("https://www.example.com/", tls = tls)$status)
> test_class("errorValue", call_aio(ncurl_aio("https://www.example.com/", tls = tls))$data)
> test_error(ncurl_session("https://www.example.com/", tls = cert$client), "not a valid TLS")
> sess <- ncurl_session("https://www.example.com/", tls = tls)
> test_true(is_ncurl_session(sess) || is_error_value(sess))
> if (is_ncurl_session(sess)) test_class("errorValue", transact(sess)[["headers"]])
> test_type("externalptr", s <- socket(listen = "tls+tcp://127.0.0.1:5556", tls = tls_config(server = cert$server)))
> test_type("externalptr", s1 <- socket(dial = "tls+tcp://127.0.0.1:5556", tls = tls))
> test_true(suppressWarnings(dial(s, url = "tls+tcp://.", tls = tls, error = FALSE)) > 0)
> test_true(suppressWarnings(listen(s, url = "tls+tcp://.", tls = tls, error = FALSE)) > 0)
> test_zero(close(s1))
> test_zero(close(s))
> if (promises) test_class("nano", s <- socket(listen = "inproc://nanonext"))
> if (promises) test_class("nano", s1 <- socket(dial = "inproc://nanonext"))
> if (promises) test_class("recvAio", r <- recv_aio(s, timeout = 500L))
> if (promises) test_true(promises::is.promise(promises::then(r, identity, identity)))
> if (promises) test_type("integer", send(s1, "promises test\n", block = 500L))
> if (promises) test_class("recvAio", r2 <- recv_aio(s, timeout = 1L))
> if (promises) test_true(promises::is.promising(call_aio(r2)))
> if (promises) test_true(promises::is.promise(promises::then(r2, identity, identity)))
> if (promises) test_true(promises::is.promising(call_aio(r)))
> if (promises) test_true(is_aio(n <- ncurl_aio("https://postman-echo.com/get")))
> if (promises) test_true(promises::is.promise(promises::then(n, identity, identity)))
> if (promises) test_true(promises::is.promising(call_aio(n)))
> if (promises) test_true(promises::is.promise(promises::as.promise(call_aio(ncurl_aio("https://postman-echo.com/get")))))
> if (promises) later::run_now()
> if (promises) test_zero(close(s1))
> if (promises) test_zero(close(s))
> if (promises) later::run_now()
> test_true(!identical(get0(".Random.seed"), {.advance(); .Random.seed}))
> test_type("integer", .Call(nanonext:::rnng_traverse_precious))
> if (Sys.info()[["sysname"]] == "Linux") {
+   rm(list = ls())
+   gc()
+   .Call(nanonext:::rnng_thread_shutdown)
+   Sys.sleep(1L)
+   .Call(nanonext:::rnng_fini)
+   invisible()
+ }
> 
> proc.time()
   user  system elapsed 
   2.78    0.14   15.56