# test struct object
test_that('struct objects can be created and modified',{
# a test object
test_object=struct_class(
name = 'test_name',
description=c(
'A'='test_desc_A',
'B'='test_desc_B'),
type = 'test_type',
citations= bibentry(
bibtype ='Article',
year = 2009,
volume = 95,
number = 2,
pages = '122-128',
author = as.person("Nestor F. Perez and Joan Ferre and Ricard Boque"),
title = paste0('Calculation of the reliability of ',
'classification in discriminant partial least-squares ',
'binary classification'),
journal = "Chemometrics and Intelligent Laboratory Systems"
),
ontology='STATO:0000572'
)
# name
expect_equal({test_object$name},'test_name') # get
expect_equal({test_object$name='cabbage';test_object$name},'cabbage') # set
#type
expect_equal({test_object$type},'test_type') # get
expect_equal({test_object$type='cabbage';test_object$type},'cabbage') #set
# description
expect_equal({test_object$description},c(
'A'='test_desc_A',
'B'='test_desc_B')) #get
expect_output(show(test_object),'A "struct_class" object')
expect_equal({test_object$description='cabbage';test_object$description},'cabbage') #set
# show
expect_output(show(test_object),'A "struct_class" object')
expect_error({
test_object=struct_class(
name = 'test_name',
description='test_desc',
type = 'test_type',
citations= list(
bibentry(
bibtype ='Article',
year = 2009,
volume = 95,
number = 2,
pages = '122-128',
author = as.person("Nestor F. Perez and Joan Ferre and Ricard Boque"),
title = paste0('Calculation of the reliability of ',
'classification in discriminant partial least-squares ',
'binary classification'),
journal = "Chemometrics and Intelligent Laboratory Systems"
),
'cake'
))
})
cit=citations(test_object)
expect_true(length(cit)==2)
lib=libraries(test_object)
expect_true(length(lib)==0)
ont=ontology(test_object,cache = list(
'STATO:0000572'=ontology_term(
id='STATO:0000572',
ontology = 'stato',
label = 'test_ontology',
description = 'test_ontology',
iri = 'test_ontology',
rols=FALSE
)
)
)
expect_true(length(ont)==1)
})
# test metric object
test_that('metric object',{
M=metric()
expect_warning(calculate(M,1,1))
# return value
expect_equal(value(M),numeric(0))
})
# test entity
test_that('entity object',{
E=entity(type='numeric',value=0,name='test_enti')
value(E)=1
expect_equal(value(E),1)
max_length(E)=1
expect_output(show(E),regexp = 'A "entity" object')
})
# test enum
test_that('enum object',{
E=enum(allowed=c('hello','world'),value='hello',type='character',name='test_entity')
# check object creationS
expect_equal(value(E),'hello')
# check throws error if value not in list
expect_error({value(E)='banana'},'not a valid choice for this enum')
# check assign value
value(E)='world'
expect_equal(value(E),'world')
expect_output(show(E),regexp = 'A "enum" object')
})
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