Section 2.6

LRM-279

Change (changes in red and blue):

A string literal can be assigned to a character, or a packed array an integral type, as in Verilog-2001. If the size differs, it is right justified.

LRM-279

Change (changes in red and blue):

A string literal can be assigned to an unpacked array of characters, and a zero termination is added like in C. If

the size differs, it is left justified bytes.

Section 2.8

LRM-215

Change (changes in red and blue):

struct {int X,Y,Z;} XYZ = {3{1}};

typedef struct {int a,b[4];} ab_t;

int a,b,c;

ab_t v1[1:0] [2:0];

v1 = {2{{3{{a,{2{b,c}}}}}}};

// expands to {{3{{a,{2{b,c}}}}}, {3{{a,{2{b,c}}}}}}
// expands to {{{a,{2{b,c}}},{a,{2{b,c}}},{a,{2{b,c}}}}, {{a,{2{b,c}}},{a,{2{b,c}}},{a,{2{b,c}}} } }
// expands to {{{a,{b,c,b,c}},{a,{b,c,b,c}},{a,{b,c,b,c}}}, {{a,{b,c,b,c}},{a,{b,c,b,c}},{a,{b,c,b,c}}}}