zero size arrays are an extension [-Werror,-Wzero-length-array] void* deps[PROTOBUF_ARRAY_SIZE(N)]; ^~~~ /home/travis/build/chronoxor/CppSerialization/modules/protobuf/src/google/protobuf/generated_message_util.h:209:32: note: expanded from macro 'PROTOBUF_ARRAY_SIZE' #define PROTOBUF...
term : term ternary condition | \let id = term ; term local binding | sizeof ( term ) | sizeof ( C-type-name ) | id : term syntactic naming | string : term syntactic naming poly-id ::= ident ident ::= id lexical identifier token Figure 2.1: Grammar of terms. The terminals id...
term : term | \let id = term ; term | sizeof ( term ) | sizeof ( C-type-expr ) | id : term | string : term ::= id ::= id boolean constants (lexical) integer constants (lexical) real constants (lexical) string constants (lexical) character constants boolean operations bitwise ...
term : term ternary condition | \let id = term ; term local binding | sizeof ( term ) | sizeof ( C-type-name ) | id : term syntactic naming | string : term syntactic naming poly-id ::= ident normal identifier Figure 2.1: Grammar of terms 2.2 Logic expressions This first section ...
Although a type-name in the C grammar is actually an abstract type expression, possibly including qualifiers and pointer and array decorators, here we need to distinguish between raw type names (C-type-name) and type expressions (C-type-expr); Fig. 2.3 is adapted from the C grammar to ...
term : term ternary condition | \let id = term ; term local binding | sizeof ( term ) | sizeof ( C-type-expr ) | id : term syntactic naming rel-op ::= == | != | <= | >= | > | < pred ::= \true | \false | term (rel-op term)+ | id ( term (, term)∗ ) ...
These modes are defined by a logic type: type rounding_mode = Nearest_even | To_zero | Round_up | Round_down | Nearest_away Then rounding a real number can be done explicitly using functions ANSI/ISO C Specification Language CAT RNTL project 2.3 Function contracts 19 logic float \round_...