int famstats_sum_main(int argc, char *argv[]) {
if(argc < 2)
return sum_usage(argv);
if(strcmp(argv[1], "--help") == 0) {
return sum_usage(argv, EXIT_SUCCESS);
}
int c;
FILE *ofp(stdout);
while((c = getopt(argc, argv, "o:h?")) > -1) {
switch(c) {
case 'o': ofp = fopen(optarg, "w"); break;
case 'h': case '?': return sum_usage(argv, EXIT_SUCCESS);
}
}
fputs("Filename: count\n", ofp);
for(int i(1); i < argc; ++i) {
dlib::check_bam_tag_exit(argv[i], "FM");
dlib::BamHandle in(argv[i]);
bam1_t *b(bam_init1());
size_t count(0);
while(sam_read1(in.fp, in.header, b) >= 0)
if((b->core.flag & (BAM_FSECONDARY | BAM_FSUPPLEMENTARY | BAM_FREAD2)) == 0)
count += bam_itag(b,"FM");
fprintf(ofp, "%s: %lu\n", argv[i], count);
bam_destroy1(b);
}
fclose(ofp);
return EXIT_SUCCESS;
}
void ExtractScummMac::execute() {
Common::Filename inPath(_inputPaths[0].path);
Common::Filename outPath(_outputPath);
if (outPath.empty())
outPath.setFullPath("./");
Common::File ifp(inPath, "rb");
// Get the length of the data file to use for consistency checks
uint32 dataFileLength = ifp.size();
// Read offset and length to the file records
uint32 fileRecordOffset = ifp.readUint32BE();
uint32 fileRecordLength = ifp.readUint32BE();
// Do a quick check to make sure the offset and length are good
if (fileRecordOffset + fileRecordLength > dataFileLength)
error("File records out of bounds");
// Do a little consistancy check on fileRecordLength
if (fileRecordLength % 0x28)
error("File record length not multiple of 40");
// Extract the files
for (uint32 i = 0; i < fileRecordLength; i += 0x28) {
// read a file record
ifp.seek(fileRecordOffset + i, SEEK_SET);
uint32 fileOffset = ifp.readUint32BE();
uint32 fileLength = ifp.readUint32BE();
char fileName[0x21];
ifp.read_throwsOnError(fileName, 0x20);
fileName[0x20] = 0;
if (!fileName[0])
error("File has no name");
print("Extracting %s...", fileName);
// Consistency check. make sure the file data is in the file
if (fileOffset + fileLength > dataFileLength)
error("File out of bounds");
// Write a file
ifp.seek(fileOffset, SEEK_SET);
outPath.setFullName(fileName);
Common::File ofp(outPath, "wb");
byte *buf = new byte[fileLength];
ifp.read_throwsOnError(buf, fileLength);
ofp.write(buf, fileLength);
delete[] buf;
}
}
void V3Stats::statsReport() {
UINFO(2,__FUNCTION__<<": "<<endl);
// Open stats file
string filename = v3Global.opt.makeDir()+"/"+v3Global.opt.prefix()+"__stats.txt";
std::ofstream* ofp (V3File::new_ofstream(filename));
if (ofp->fail()) v3fatal("Can't write "<<filename);
StatsReport reporter (ofp);
// Cleanup
ofp->close(); delete ofp; VL_DANGLING(ofp);
}
void EmitCInlines::emitInt() {
string filename = v3Global.opt.makeDir()+"/"+topClassName()+"__Inlines.h";
newCFile(filename, false/*slow*/, false/*source*/);
V3OutCFile hf (filename);
m_ofp = &hf;
ofp()->putsHeader();
puts("#ifndef _"+topClassName()+"__Inlines_H_\n");
puts("#define _"+topClassName()+"__Inlines_H_\n");
puts("\n");
puts("#include \"verilated.h\"\n");
puts("\n//======================\n\n");
for (unsigned words=0; words<m_wordWidths.size(); words++) {
if (m_wordWidths.at(words)) {
puts("#ifndef VL_HAVE_CONST_W_"+cvtToStr(words)+"X\n");
puts("# define VL_HAVE_CONST_W_"+cvtToStr(words)+"X\n");
puts("static inline WDataOutP VL_CONST_W_"+cvtToStr(words)+"X(int obits, WDataOutP o\n");
puts("\t");
for (int i=words-1; i>=0; --i) {
puts(",IData d"+cvtToStr(i));
if (i && (i % 8 == 0)) puts("\n\t");
}
puts(") {\n");
puts(" ");
for (int i=words-1; i>=0; --i) {
puts(" o["+cvtToStr(i)+"]=d"+cvtToStr(i)+";");
if (i && (i % 8 == 0)) puts("\n ");
}
puts("\n");
puts(" for(int i="+cvtToStr(words)+";i<VL_WORDS_I(obits);i++) o[i] = (IData)0x0;\n");
puts(" return o;\n");
puts("}\n");
puts("#endif\n");
puts("\n");
}
}
puts("//======================\n\n");
puts("#endif /*guard*/\n");
}
void EmitCInlines::emitInt() {
string filename = v3Global.opt.makeDir()+"/"+topClassName()+"__Inlines.h";
newCFile(filename, false/*slow*/, false/*source*/);
V3OutCFile hf (filename);
m_ofp = &hf;
ofp()->putsHeader();
puts("#ifndef _"+topClassName()+"__Inlines_H_\n");
puts("#define _"+topClassName()+"__Inlines_H_\n");
puts("\n");
puts("#include \"verilated.h\"\n");
puts("\n//======================\n\n");
// Placeholder - v3Global.needHInlines(true) currently not used
puts("//======================\n\n");
puts("#endif // guard\n");
}
void ExtractScummMac::execute() {
unsigned long file_record_off, file_record_len;
unsigned long file_off, file_len;
unsigned long data_file_len;
char file_name[0x20];
char *buf;
unsigned long i;
int j;
Common::Filename inpath(_inputPaths[0].path);
Common::Filename outpath(_outputPath);
if (outpath.empty())
outpath.setFullPath("./");
Common::File ifp(inpath, "rb");
/* Get the length of the data file to use for consistency checks */
data_file_len = ifp.size();
/* Read offset and length to the file records */
file_record_off = ifp.readUint32BE();
file_record_len = ifp.readUint32BE();
/* Do a quick check to make sure the offset and length are good */
if (file_record_off + file_record_len > data_file_len) {
error("\'%s\'. file records out of bounds.", inpath.getFullPath().c_str());
}
/* Do a little consistancy check on file_record_length */
if (file_record_len % 0x28) {
error("\'%s\'. file record length not multiple of 40.", inpath.getFullPath().c_str());
}
/* Extract the files */
for (i = 0; i < file_record_len; i += 0x28) {
/* read a file record */
ifp.seek(file_record_off + i, SEEK_SET);
file_off = ifp.readUint32BE();
file_len = ifp.readUint32BE();
ifp.read_throwsOnError(file_name, 0x20);
if (!file_name[0])
error("\'%s\'. file has no name.", inpath.getFullPath().c_str());
print("extracting \'%s\'", file_name);
/* For convenience compatibility with scummvm (and case sensitive
* file systems) change the file name to lowercase.
*
* if i ever add the ability to pass flags on the command
* line, i will make this optional, but i really don't
* see the point to bothering
*/
for (j = 0; j < 0x20; j++) {
if (!file_name[j]) {
break;
}
#ifdef CHANGECASE
file_name[j] = tolower(file_name[j]);
#endif
}
if (j == 0x20) {
file_name[0x1f] = 0;
warning("\'%s\'. file name not null terminated.", file_name);
print("data file \'%s\' may be not a file extract_scumm_mac can extract.", inpath.getFullPath().c_str());
}
print(", saving as \'%s\'", file_name);
/* Consistency check. make sure the file data is in the file */
if (file_off + file_len > data_file_len) {
error("\'%s\'. file out of bounds.", inpath.getFullPath().c_str());
}
/* Write a file */
ifp.seek(file_off, SEEK_SET);
outpath.setFullName(file_name);
Common::File ofp(outpath, "wb");
if (!(buf = (char *)malloc(file_len))) {
error("Could not allocate %ld bytes of memory.", file_len);
}
ifp.read_throwsOnError(buf, file_len);
ofp.write(buf, file_len);
free(buf);
}
}
void EmitCSyms::emitSymImp() {
UINFO(6,__FUNCTION__<<": "<<endl);
string filename = v3Global.opt.makeDir()+"/"+symClassName()+".cpp";
AstCFile* cfilep = newCFile(filename, true/*slow*/, true/*source*/);
cfilep->support(true);
V3OutCFile cf (filename);
m_ofp = &cf;
ofp()->putsHeader();
puts("// DESCR" "IPTION: Verilator output: Symbol table implementation internals\n");
puts("\n");
// Includes
puts("#include \""+symClassName()+".h\"\n");
for (AstNodeModule* nodep = v3Global.rootp()->modulesp(); nodep; nodep=nodep->nextp()->castNodeModule()) {
puts("#include \""+modClassName(nodep)+".h\"\n");
}
//puts("\n// GLOBALS\n");
puts("\n// FUNCTIONS\n");
puts(symClassName()+"::"+symClassName()+"("+topClassName()+"* topp, const char* namep)\n");
puts("\t// Setup locals\n");
puts("\t: __Vm_namep(namep)\n"); // No leak, as we get destroyed when the top is destroyed
puts("\t, __Vm_activity(false)\n");
puts("\t, __Vm_didInit(false)\n");
puts("\t// Setup submodule names\n");
char comma=',';
for (vector<ScopeModPair>::iterator it = m_scopes.begin(); it != m_scopes.end(); ++it) {
AstScope* scopep = it->first; AstNodeModule* modp = it->second;
if (modp->isTop()) {
} else {
ofp()->printf("\t%c %-30s ", comma, scopep->nameDotless().c_str());
puts("(Verilated::catName(topp->name(),");
// The "." is added by catName
putsQuoted(scopep->prettyName());
puts("))\n");
comma=',';
}
}
puts("{\n");
puts("// Pointer to top level\n");
puts("TOPp = topp;\n");
puts("// Setup each module's pointers to their submodules\n");
for (vector<ScopeModPair>::iterator it = m_scopes.begin(); it != m_scopes.end(); ++it) {
AstScope* scopep = it->first; AstNodeModule* modp = it->second;
if (!modp->isTop()) {
string arrow = scopep->name();
string::size_type pos;
while ((pos=arrow.find(".")) != string::npos) {
arrow.replace(pos, 1, "->");
}
if (arrow.substr(0,5) == "TOP->") arrow.replace(0,5,"TOPp->");
ofp()->printf("%-30s ", arrow.c_str());
puts(" = &");
puts(scopep->nameDotless()+";\n");
}
}
puts("// Setup each module's pointer back to symbol table (for public functions)\n");
puts("TOPp->__Vconfigure(this, true);\n");
for (vector<ScopeModPair>::iterator it = m_scopes.begin(); it != m_scopes.end(); ++it) {
AstScope* scopep = it->first; AstNodeModule* modp = it->second;
if (!modp->isTop()) {
// first is used by AstCoverDecl's call to __vlCoverInsert
bool first = !modp->user1();
modp->user1(true);
puts(scopep->nameDotless()+".__Vconfigure(this, "
+(first?"true":"false")
+");\n");
}
}
puts("// Setup scope names\n");
for (ScopeNames::iterator it = m_scopeNames.begin(); it != m_scopeNames.end(); ++it) {
puts("__Vscope_"+it->second.m_symName+".configure(this,name(),");
putsQuoted(it->second.m_prettyName);
puts(");\n");
}
if (v3Global.dpi()) {
puts("// Setup export functions\n");
puts("for (int __Vfinal=0; __Vfinal<2; __Vfinal++) {\n");
for (ScopeFuncs::iterator it = m_scopeFuncs.begin(); it != m_scopeFuncs.end(); ++it) {
AstScopeName* scopep = it->second.m_scopep;
AstCFunc* funcp = it->second.m_funcp;
AstNodeModule* modp = it->second.m_modp;
if (funcp->dpiExport()) {
puts("__Vscope_"+scopep->scopeSymName()+".exportInsert(__Vfinal,");
putsQuoted(funcp->cname());
puts(", (void*)(&");
puts(modClassName(modp));
puts("::");
puts(funcp->name());
puts("));\n");
}
}
// It would be less code if each module inserted its own variables.
// Someday. For now public isn't common.
for (ScopeVars::iterator it = m_scopeVars.begin(); it != m_scopeVars.end(); ++it) {
AstNodeModule* modp = it->second.m_modp;
AstScope* scopep = it->second.m_scopep;
AstVar* varp = it->second.m_varp;
//
int pdim=0;
int udim=0;
string bounds;
if (AstBasicDType* basicp = varp->basicp()) {
// Range is always first, it's not in "C" order
if (basicp->isRanged()) {
bounds += " ,"; bounds += cvtToStr(basicp->msb());
bounds += ","; bounds += cvtToStr(basicp->lsb());
pdim++;
}
for (AstNodeDType* dtypep=varp->dtypep(); dtypep; ) {
dtypep = dtypep->skipRefp(); // Skip AstRefDType/AstTypedef, or return same node
if (AstNodeArrayDType* adtypep = dtypep->castNodeArrayDType()) {
bounds += " ,"; bounds += cvtToStr(adtypep->msb());
bounds += ","; bounds += cvtToStr(adtypep->lsb());
if (dtypep->castPackArrayDType()) pdim++; else udim++;
dtypep = adtypep->subDTypep();
}
else break; // AstBasicDType - nothing below, 1
}
}
//
if (pdim>1 || udim>1) {
puts("//UNSUP "); // VerilatedImp can't deal with >2d or packed arrays
}
puts("__Vscope_"+it->second.m_scopeName+".varInsert(__Vfinal,");
putsQuoted(it->second.m_varBasePretty);
puts(", &(");
if (modp->isTop()) {
puts(scopep->nameDotless());
puts("p->");
} else {
puts(scopep->nameDotless());
puts(".");
}
puts(varp->name());
puts("), ");
puts(varp->vlEnumType()); // VLVT_UINT32 etc
puts(",");
puts(varp->vlEnumDir()); // VLVD_IN etc
if (varp->isSigUserRWPublic()) puts("|VLVF_PUB_RW");
else if (varp->isSigUserRdPublic()) puts("|VLVF_PUB_RD");
puts(",");
puts(cvtToStr(pdim+udim));
puts(bounds);
puts(");\n");
}
puts("}\n");
}
puts("}\n");
if (v3Global.opt.savable() ) {
puts("\n");
for (int de=0; de<2; ++de) {
string classname = de ? "VerilatedDeserialize" : "VerilatedSerialize";
string funcname = de ? "__Vdeserialize" : "__Vserialize";
string op = de ? ">>" : "<<";
puts("void "+symClassName()+"::"+funcname+"("+classname+"& os) {\n");
puts( "// LOCAL STATE\n");
// __Vm_namep presumably already correct
puts( "os"+op+"__Vm_activity;\n");
puts( "os"+op+"__Vm_didInit;\n");
puts( "// SUBCELL STATE\n");
for (vector<ScopeModPair>::iterator it = m_scopes.begin(); it != m_scopes.end(); ++it) {
AstScope* scopep = it->first; AstNodeModule* modp = it->second;
if (!modp->isTop()) {
puts( scopep->nameDotless()+"."+funcname+"(os);\n");
}
}
puts("}\n");
}
}
}
void EmitCSyms::emitSymHdr() {
UINFO(6,__FUNCTION__<<": "<<endl);
string filename = v3Global.opt.makeDir()+"/"+symClassName()+".h";
newCFile(filename, true/*slow*/, false/*source*/);
V3OutCFile hf (filename);
m_ofp = &hf;
ofp()->putsHeader();
puts("// DESCR" "IPTION: Verilator output: Symbol table internal header\n");
puts("//\n");
puts("// Internal details; most calling programs do not need this header\n");
puts("\n");
puts("#ifndef _"+symClassName()+"_H_\n");
puts("#define _"+symClassName()+"_H_\n");
puts("\n");
if (optSystemPerl()) puts("#include \"systemperl.h\"\n");
else if (optSystemC()) puts("#include \"systemc.h\"\n");
if (optSystemPerl() || optSystemC()) {
puts("#include \"verilated_sc.h\"\n");
}
if (v3Global.needHeavy()) {
puts("#include \"verilated_heavy.h\"\n");
} else {
puts("#include \"verilated.h\"\n");
}
// for
puts("\n// INCLUDE MODULE CLASSES\n");
for (AstNodeModule* nodep = v3Global.rootp()->modulesp(); nodep; nodep=nodep->nextp()->castNodeModule()) {
puts("#include \""+modClassName(nodep)+".h\"\n");
}
if (v3Global.dpi()) {
puts ("\n// DPI TYPES for DPI Export callbacks (Internal use)\n");
map<string,int> types; // Remove duplicates and sort
for (ScopeFuncs::iterator it = m_scopeFuncs.begin(); it != m_scopeFuncs.end(); ++it) {
AstCFunc* funcp = it->second.m_funcp;
if (funcp->dpiExport()) {
string cbtype = v3Global.opt.prefix()+"__Vcb_"+funcp->cname()+"_t";
types["typedef void (*"+cbtype+") ("+cFuncArgs(funcp)+");\n"] = 1;
}
}
for (map<string,int>::iterator it = types.begin(); it != types.end(); ++it) {
puts(it->first);
}
}
puts("\n// SYMS CLASS\n");
puts((string)"class "+symClassName()+" : public VerilatedSyms {\n");
ofp()->putsPrivate(false); // public:
puts("\n// LOCAL STATE\n");
ofp()->putAlign(V3OutFile::AL_AUTO, sizeof(vluint64_t));
puts("const char* __Vm_namep;\n"); // Must be before subcells, as constructor order needed before _vlCoverInsert.
ofp()->putAlign(V3OutFile::AL_AUTO, sizeof(bool));
puts("bool\t__Vm_activity;\t\t///< Used by trace routines to determine change occurred\n");
ofp()->putAlign(V3OutFile::AL_AUTO, sizeof(bool));
puts("bool\t__Vm_didInit;\n");
ofp()->putAlign(V3OutFile::AL_AUTO, sizeof(vluint64_t));
puts("\n// SUBCELL STATE\n");
for (vector<ScopeModPair>::iterator it = m_scopes.begin(); it != m_scopes.end(); ++it) {
AstScope* scopep = it->first; AstNodeModule* modp = it->second;
if (modp->isTop()) {
ofp()->printf("%-30s ", (modClassName(modp)+"*").c_str());
puts(scopep->nameDotless()+"p;\n");
}
else {
ofp()->printf("%-30s ", (modClassName(modp)+"").c_str());
puts(scopep->nameDotless()+";\n");
}
}
puts("\n// COVERAGE\n");
if (m_coverBins) {
ofp()->putAlign(V3OutFile::AL_AUTO, sizeof(uint32_t));
puts("uint32_t\t__Vcoverage["); puts(cvtToStr(m_coverBins)); puts("];\n");
}
puts("\n// SCOPE NAMES\n");
for (ScopeNames::iterator it = m_scopeNames.begin(); it != m_scopeNames.end(); ++it) {
puts("VerilatedScope __Vscope_"+it->second.m_symName+";\n");
}
puts("\n// CREATORS\n");
puts(symClassName()+"("+topClassName()+"* topp, const char* namep);\n");
puts((string)"~"+symClassName()+"() {};\n");
puts("\n// METHODS\n");
puts("inline const char* name() { return __Vm_namep; }\n");
puts("inline bool getClearActivity() { bool r=__Vm_activity; __Vm_activity=false; return r;}\n");
if (v3Global.opt.savable() ) {
puts("void __Vserialize(VerilatedSerialize& os);\n");
puts("void __Vdeserialize(VerilatedDeserialize& os);\n");
}
puts("\n");
puts("} VL_ATTR_ALIGNED(64);\n");
puts("\n");
puts("#endif /*guard*/\n");
}