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The expected failure exceptional–condition object–type is used by CCTests to signal an expected failure in a test function. We can instantiate this type and also derive new types from it. To catch this exceptional condition we can do:
cce_location_t L[1]; if (cce_location(L)) { if (cctests_condition_is_expected_failure(cce_condition(L))) { CCTESTS_PC(cctests_condition_expected_failure_t, C, cce_condition(L)); do_something_with(C); } cce_run_catch_handlers_final(L); } else { do_something(L); cce_run_body_handlers(L); }
Type of data structure representing the exceptional–condition descriptor. It has the following public fields:
cce_descriptor_t descriptor
The condition descriptor’s base values.
The parent of this type descriptor is the one referenced by cctests_descriptor_failure_ptr
,
Signalling test failure.
Type of data structure representing the exceptional–condition object.
Set the parent of the descriptor referenced by D to the descriptor of the
exceptional–condition object–type cctests_condition_expected_failure_t
.
Initialisation function for the condition object. This function is meant to be called from the
initialisation function of sub–types of cctests_condition_expected_failure_t
.
Return true
if C if of type cctests_condition_expected_failure_t
; otherwise
return false
.
To define a sub–type of cctests_condition_expected_failure_t
we can copy the code in the files:
condition-expected-failure-subtype.c condition-expected-failure-subtype-headear.h condition-expected-failure-subtype-body.c
under the tests directory of the source distribution; the code defines a new
condition–object type my_condition_expected_failure_subtype_t
.
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This document describes version 0.4.1-devel.1 of CCTests.