As of gcc 10, -fno-common is default to check for multiple
definitions of global variables at link time. This change makes
the global variables in the unit test files static to avoid
error messages caused by this.
Fixes#464
Created new 'CU_ASSERT_PTR_EQUAL_C(actual, expected)' to handle const variable matching
Where appropriate
Replace 'unsigned char' with 'const uint8_t'
Replace 'str' with 'coap_str_c_t'
Replace 'str' with 'coap_string_t'
Prefix with 'const' some type casts
Update coap_add_attr() calls inline with updated API
Update coap_resource_init() calls inline with updated API
Make use of coap_make_str_const() for defining parameters
tests*/.c
Update code to stop memory leaks (as found by valgrind)
examples/coap-rd.c
Track the fact that uri_path in coap_resource_t is now a pointer
Make coap_pdu-t independent of the header style.
Use C99 sized types when applicable.
Use transaction ids in host byte order in the library.
Make coap_pdu_t payload storage grow on demand.
Add parsing and encoding of PDUs with UDP or TCP style headers.
Adapt examples and unit tests to the new PDU format.
Free the storage allocated by coap_new_error_response() in unit tests.
This change simplifies automated leak checks as it avoids cluttering
the output with almost false positives.
The testdriver was linked against the statically generated library of
libcoap. By this the testdriver will *always* find any symbols, no
matter if it is a private or public symbol.
Due this the testing behavior isn't the same as a user would use the
shared library and can get a potentially pitfall even if the testdriver
was successful.
Due previous changes to the public header the testdriver source needs
now the local header coap_config.h to find all needed functions so there
are small changes needed to the source files.
Olaf Bergmann