linebuf 3 modules/cpuinfo_v7.c static char linebuf[256]; // fixed buffer for outputting dynamic strings from interpreter functions linebuf 257 modules/cpuinfo_v7.c sprintf(linebuf,"%i",val+1); linebuf 258 modules/cpuinfo_v7.c return linebuf; linebuf 281 modules/cpuinfo_v7.c sprintf(linebuf,"0x%08x",val<<12); linebuf 282 modules/cpuinfo_v7.c return linebuf; linebuf 344 modules/cpuinfo_v7.c linebuf[8] = 0; linebuf 347 modules/cpuinfo_v7.c linebuf[7-n] = (val & (1<<n))?'1':'0'; linebuf 349 modules/cpuinfo_v7.c return linebuf; linebuf 378 modules/cpuinfo_v7.c sprintf(linebuf,"%s; %s; %s",s, s2, t); linebuf 391 modules/cpuinfo_v7.c sprintf(linebuf,"%s; %s",s, t); linebuf 393 modules/cpuinfo_v7.c return linebuf; linebuf 888 modules/cpuinfo_v7.c sprintf(linebuf,"0x%08x",val); linebuf 889 modules/cpuinfo_v7.c return linebuf; linebuf 894 modules/cpuinfo_v7.c sprintf(linebuf,"0x%08x",val); linebuf 895 modules/cpuinfo_v7.c return linebuf; linebuf 900 modules/cpuinfo_v7.c sprintf(linebuf,"TTBR0 table size %u bytes",val); linebuf 901 modules/cpuinfo_v7.c return linebuf; linebuf 1444 modules/cpuinfo_v7.c sprintf(linebuf,"0x%08X,L1,",l1a); // virtual address to be described by L1 entry linebuf 1445 modules/cpuinfo_v7.c fwrite(linebuf,1,strlen(linebuf),f); linebuf 1447 modules/cpuinfo_v7.c r = interpret_l1_table_entry(*e, linebuf); linebuf 1448 modules/cpuinfo_v7.c fwrite(linebuf,1,strlen(linebuf),f); linebuf 1473 modules/cpuinfo_v7.c sprintf(linebuf,"0x%08X,L2,",l2a); // virtual address to be described by L2 entry linebuf 1474 modules/cpuinfo_v7.c fwrite(linebuf,1,strlen(linebuf),f); linebuf 1476 modules/cpuinfo_v7.c rr = interpret_l2_table_entry(*ee, linebuf); linebuf 1477 modules/cpuinfo_v7.c fwrite(linebuf,1,strlen(linebuf),f);