@@ -229,7 +229,7 @@ assert_sufficient_f_args <- function(f, ..., n_mandatory_f_args = 2L) {
229229# '
230230# ' @importFrom rlang check_dots_empty0 is_function new_function f_env
231231# ' is_environment missing_arg f_rhs is_string is_formula caller_arg
232- # ' caller_env
232+ # ' caller_env global_env
233233as_slide_computation <- function (x ,
234234 env = global_env(),
235235 ... ,
@@ -243,18 +243,19 @@ as_slide_computation <- function(x,
243243
244244 if (is_formula(x )) {
245245 if (length(x ) > 2 ) {
246- rlang ::: abort_coercion(
247- x ,
248- x_type = " a two-sided formula" ,
249- to_type = " a slide computation" ,
250- arg = arg ,
251- call = call
252- )
246+ Abort(sprintf(" %s must be a one-sided formula" , arg ),
247+ class = " epiprocess__as_slide_computation__formula_is_twosided" ,
248+ epiprocess__x = x ,
249+ call = call )
253250 }
254251
255252 env <- f_env(x )
256253 if (! is_environment(env )) {
257- abort(" Formula must carry an environment." , arg = arg , call = call )
254+ Abort(" Formula must carry an environment." ,
255+ class = " epiprocess__as_slide_computation__formula_has_no_env" ,
256+ epiprocess__x = x ,
257+ epiprocess__x_env = env ,
258+ arg = arg , call = call )
258259 }
259260
260261 args <- list (
@@ -271,7 +272,12 @@ as_slide_computation <- function(x,
271272 return (get(x , envir = env , mode = " function" ))
272273 }
273274
274- rlang ::: abort_coercion(x , " a slide computation" , arg = arg , call = call )
275+ Abort(sprintf(" Can't convert a %s to a slide computation" , class(x )),
276+ class = " epiprocess__as_slide_computation__cant_convert_catchall" ,
277+ epiprocess__x = x ,
278+ epiprocess__x_class = class(x ),
279+ arg = arg ,
280+ call = call )
275281}
276282
277283# #########
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