void TerrainDemo::keyboardCallback(unsigned char key, int x, int y) {
if (',' == key) {
// increment model
m_model = (eFractal == m_model) ? eRadial : eFractal;
this->resetPhysics();
}
if ('/' == key) {
// increment type
m_type = nextType(m_type);
this->resetPhysics();
}
if ('\\' == key) {
// increment axis
m_upAxis++;
if (m_upAxis > 2) {
m_upAxis = 0;
}
this->resetPhysics();
}
if ('[' == key) {
// toggle dynamics
m_isDynamic = !m_isDynamic;
}
// let demo base class handle!
DemoApplication::keyboardCallback(key, x, y);
}
int doEntry()
{
func_t *F;
symentry_t *sym;
sym = EiC_lookup(stand_tab,"main");
if(!sym) {
if(!ScriptMode)
EiC_messageDisplay("Error: Missing `main'\n");
return 0;
}
if(sym) {
if(EiC_gettype(sym->type) != t_func) {
EiC_messageDisplay("Error: `main' NOT DECLARED as a function\n");
return 0;
}
/* check return type of main */
if(EiC_gettype(nextType(sym->type)) != t_int) {
EiC_messageDisplay("Error: function `main' MUST return an `int' type\n");
return 0;
}
/* get number of arguments */
F = EiC_getInf(sym->type);
if(getFNp(F) <= 1) /* allow for void argument */
EiC_prolineString(FORMAT1);
else if(getFNp(F) <= 2)
EiC_prolineString(FORMAT2);
else
EiC_messageDisplay("Error: too many arguments being "
"passed to `main'\n");
/*EiC_prolineString(FORMAT3);*/
}
return 1;
}
static void genCall(type_expr *t, char *fname, FILE *fp)
{
static int level = 0;
func_t *F;
int i;
F = (func_t *) EiC_getInf(t);
level++;
fputs("\n", fp);
if(Ncalls) {
int k;
for(k=0;k<Ncalls;++k)
fprintf(fp,"\t%s%d = arg(%d,getargs(),ptr_t).p;\n",
callName,callNo[k],callpos[k]);
}
if(nextType(t)) {
t = nextType(t);
genAffect(t,0,fp);
if(t)
while(nextType(t))
t = nextType(t);
}
fputs(fname,fp);
fputs("(", fp);
if (F && getFNp(F)) {
for (i = 0; i < getFNp(F); i++) {
genArg(getFPty(F,i), i, fp);
if(i < getFNp(F)-1) {
fputs(",\n", fp);
fputs("\t\t", fp);
}
}
fputs(");\n", fp);
}
else
fputs(");\n", fp);
level--;
}
MWWorld::ContainerStoreIterator::ContainerStoreIterator (int mask, ContainerStore *container)
: mType (0), mMask (mask), mContainer (container)
{
nextType();
if (mType==-1 || (**this).getRefData().getCount())
return;
++*this;
}
static void checktype(type_expr * type)
{
int t;
while (type) {
if ((t = EiC_gettype(type)) == t_struct || t == t_union)
if (!type->alias)
if (setnextinf(EiC_getInf(type)))
type->alias = 1;
type = nextType(type);
}
}
MWWorld::ContainerStoreIterator& MWWorld::ContainerStoreIterator::operator++()
{
do
{
if (incIterator())
nextType();
}
while (mType!=-1 && !(**this).getRefData().getCount());
return *this;
}
static void showFunc(type_expr **t, FILE *fp)
{
static int level = 0;
func_t *F;
int i,k;
fputs("Func (", fp);
F = (func_t *) EiC_getInf(*t);
level++;
if (F && getFNp(F)) {
for (i = 0; i < getFNp(F); i++) {
fputc('\n',fp);
for(k=0;k<level;k++)
fputc('\t',fp);
if(getFPname(F,i))
printf("%s: ",getFPname(F,i));
EiC_showdectype(getFPty(F,i), 0,fp);
if(i < getFNp(F)-1)
fputs(",", fp);
}
}
fputc('\n',fp);
for(k=0;k<level;k++)
fputc('\t',fp);
fputs(") returning ", fp);
if(nextType(*t)) {
*t = nextType(*t);
EiC_showdectype(*t,0,fp);
if(*t)
while(nextType(*t))
*t = nextType(*t);
}
if(F && getFComm(F))
fprintf(fp,"\n\n /* %s/\n", getFComm(F)); /**/
level--;
}
static int setnextinf(void *info)
{
int i, t;
symentry_t *sym;
type_expr *type;
for (i = 0; i < HSIZE; i++)
for (sym = EiC_HTAB[i]; sym; sym = sym->next)
if ((t = EiC_gettype(sym->type)) == t_union || t == t_struct)
for (type = sym->type; type; type = nextType(type))
if (type->alias && EiC_getInf(type) == info) {
type->alias = 0;
return 1;
}
return 0;
}
static struct pluginitem *selectPlugin(struct pluginitem **list, char *type){
char *ptr;
int len;
int i;
if(type==NULL || *type==0)return NULL;
len=strlen(type);
for(i=0;i<PLUGIN_NULL;i++){
ptr=list[i]->contenttype;
while(ptr){
if(strncmp(ptr,type,len)==0)
return list[i];
ptr=nextType(ptr);
}
}
return NULL;
}
static int DoCallBackNames(func_t *F, FILE *fp)
{
int x = 0;
if (F) {
int i;
callpos = realloc(callpos,sizeof(int)*getFNp(F));
for (i = 0; i < getFNp(F); i++) {
type_expr *t = getFPty(F,i);
if(EiC_gettype(t) == t_pointer &&
EiC_IsFunc(EiC_gettype(nextType(t)))) {
callNo = realloc(callNo, sizeof(*callNo) * (x+1));
callpos[x] = i;
callNo[x] = callBack++;
fprintf(fp,"static void * %s%d = NULL;\n",callName,callNo[x]);
x++;
}
}
}
return (Ncalls = x);
}
static void genArg(type_expr * t, int idx, FILE *fp)
{
int ob;
if ((ob = EiC_gettype(t)) == t_void) {
return;
}
if(ob == t_pointer) {
int k = EiC_gettype((nextType(t)));
if(EiC_IsFunc(k)) {
k = 0;
while(k<Ncalls && callpos[k] != idx) k++;
fprintf(fp,"%s%d",middleName,callNo[k]+adjustNum);
return ;
}
}
fputs("arg(",fp);
fprintf(fp,"%d",idx);
fputs(",getargs(),",fp);
switch (ob) {
case t_char: fputs("char)", fp); break;
case t_uchar: fputs("char)", fp); break;
case t_short: fputs("short)", fp); break;
case t_ushort:fputs("short)", fp); break;
case t_int: fputs("int)", fp); break;
case t_uint: fputs("unsigned)", fp); break;
case t_long: fputs("long) ", fp); break;
case t_ulong: fputs("unsigned long)", fp); break;
case t_float: fputs("float)", fp); break;
case t_double:fputs("double)", fp); break;
case t_pointer:
fputs("ptr_t).p",fp);
break;
default: fputs("Uknown identifier", fp); return;
}
}
void EiC_showvalue(AR_t * arg)
{
int t;
if(!EiC_interActive || !arg->type)
return ;
fputc('\t', stdout);
t = EiC_gettype(arg->type);
if(isconst(arg->type) && t != t_pointer) {
outputval(t, &arg->v);
fputc('\n', stdout);
return;
}
switch ((t = EiC_gettype(arg->type))) {
case t_union: fputs("(Union)",stdout); break;
case t_struct: showstruct(arg); break;
case t_char: case t_uchar: case t_short:
case t_ushort: outputval(t_int, &arg->v.ival); break;
case t_float: outputval(t_double, &arg->v.ival); break;
case t_array:
case t_pointer:
if (EiC_gettype(nextType(arg->type)) == t_char)
t = STR;
else
t = t_pointer;
default:
outputval(t, &arg->v);
break;
}
fputc('\n', stdout);
}
int main (int argc, char**argv)
{
int32_t first_Error = 0;
ResetProperties();
UpdateNumberOfRawAndColomn();
// check error
if (argc < 2) {
printf("You set more than 3 argument at the commande line\n");
usage();
return -1;
}
bool directCheckFiles = false;
int basicIDParsing = 1;
if (0==strcmp("-d",argv[1])) {
basicIDParsing++;
directCheckFiles = true;
}
// one file
if (basicIDParsing+1 <= argc) {
strcpy(fileProp[0].name, argv[basicIDParsing]);
fileProp[0].availlable = true;
}
// a second file
if (basicIDParsing+2 <= argc) {
strcpy(fileProp[1].name, argv[basicIDParsing+1]);
fileProp[1].availlable = true;
}
// open the files
OpenFiles();
// user requested to have the direct error ID of the file...
if (directCheckFiles==true) {
float dividor = 1;
int32_t maxSlot = (fileProp[0].slotSize>fileProp[1].slotSize)?fileProp[0].slotSize:fileProp[1].slotSize;
if (0!=maxSlot) {
dividor = maxSlot;
}
int32_t idError = findFirstDiff();
int minSizeFile = ((fileProp[0].size<fileProp[1].size)?fileProp[0].size:fileProp[1].size) - abs(getPaddingOffsetFile());
if (minSizeFile<=idError) {
printf(" --- slot=%3d nb frame=%d", (int32_t)dividor, (int32_t)(idError/dividor));
CloseFiles();
// 0 : no error
return 0;
} else {
int32_t sizeElement = 1;
showTypeSize_te tmpType = getTypeSize();
switch(tmpType)
{
default:
case SHOW_TYPE_SIZE_8:
sizeElement = 1;
break;
case SHOW_TYPE_SIZE_16:
sizeElement = 2;
break;
case SHOW_TYPE_SIZE_FLOAT:
case SHOW_TYPE_SIZE_32:
sizeElement = 4;
break;
case SHOW_TYPE_SIZE_DOUBLE:
case SHOW_TYPE_SIZE_64:
sizeElement = 8;
break;
}
int32_t elementIDError = idError/sizeElement;
float frameRatio = (float)elementIDError/dividor;
int32_t idFrame = frameRatio;
int32_t idFrameElement = (frameRatio-idFrame)*dividor;
printf("%9d / frame=%9.2f ==> frame=%5d element=%5d slot=%3d", elementIDError, frameRatio, idFrame, idFrameElement, (int32_t)dividor);
CloseFiles();
return idError;
}
}
// rendre la lecture des données non canonique
system("stty -icanon");
// supression de l'écho des caractères
system("stty -echo");
// enable mouse event ...
printf(MOUSE_REPORTING_ENABLE);
// hide cursor ...
printf(CURSOR_DISPLAY_DISABLE);
system("clear");
CleanDisplay();
int ret = 0;
pthread_t HangleThreadDisplay;
ret = pthread_create ( & HangleThreadDisplay, NULL, threadDisplay, NULL );
if (! ret)
{
while (1)
{
int32_t inputValue;
inputValue = getc(stdin);
switch(inputValue)
{
case 'q':
case 'Q':
goto exit_programme;
break;
//case 0x1B:
case '\e':
inputValue = getc (stdin);
//printf("\n get data : 0x%08x ..... : \n", (unsigned int)inputValue);
// [ == 0x5B
if (inputValue == '[')
{
inputValue = getc (stdin);
char charValue = inputValue;
// printf("\n get data : 0x%08x ..... : \\e[%c\n", (unsigned int)inputValue, charValue);
if ( charValue == 'A' //0x41 ==> UP
|| charValue == 'B' //0x42 ==> DOWN
|| charValue == 'C' //0x43 ==> RIGHT
|| charValue == 'D' //0x44 ==> LEFT
)
{
//printf("\n get data :\\e[%c ==> MoveKey \n", charValue);
if (charValue == 'A') {
upDownOfsetFile(-5);
} else if ( charValue == 'B') {
upDownOfsetFile(5);
} else if ( charValue == 'C') {
upDownOfsetFile((GetNumberOfRaw()-NB_HEARDER_RAW));
} else if ( charValue == 'D') {
upDownOfsetFile(-(GetNumberOfRaw()-NB_HEARDER_RAW));
}
} else if (charValue == 'M' ) { //0x4d ==> mouse
//printf("\n get data :\\e[%c ==> Mouse \n", charValue);
int32_t button = getc(stdin);
int32_t xPos = getc(stdin);
xPos -= 0x20;
int32_t yPos = getc(stdin);
yPos -= 0x20;
int32_t bt=0;
switch (button) {
case 97:
bt = 4;
break;
case 96:
bt = 5;
break;
case 32:
bt = 1;
break;
case 33:
bt = 3;
break;
}
//printf(" bt=%#x=%d \n", button, bt);
//printf(" x=%d y=%d\n", xPos, yPos);
if (bt == 4) {
upDownOfsetFile(5);
} else if (bt == 5) {
upDownOfsetFile(-5);
}
}
}
break;
// change the type of interpretation the file
case 't':
case 'T':
nextType();
break;
// change the size of showing the file
case 's':
case 'S':
nextTypeSize();
break;
// find the first ERROR
case 'f':
case 'F':
// try to find the first error...
first_Error = findFirstDiff();
setOfsetFile((first_Error/16)*16 - 128);
needRedraw();
break;
// find the first ERROR
case 'a':
case 'A':
setOfsetFile(0);
break;
// go to the end of the file (File 1 and next File 2)
case 'z':
case 'Z':
{
UpdateFilesSize();
static bool whichElement = false;
if (whichElement == false) {
whichElement = true;
setOfsetFile((fileProp[0].size/16)*16 - 256);
} else {
whichElement = false;
setOfsetFile((fileProp[1].size/16)*16 - 256);
}
}
break;
// Reload the 2 files
case 'r':
case 'R':
CloseFiles();
UpdateNumberOfRawAndColomn();
CleanDisplay();
OpenFiles();
needRedraw();
break;
// Display Slot mode :
case 'j':
case 'J':
setSlotDisplayMode((getSlotDisplayMode()==true)?false:true);
needRedraw();
break;
case 'U':
setSlotSize(getSlotSize()-9);
case 'u':
setSlotSize(getSlotSize()-1);
needRedraw();
break;
case 'I':
setSlotSize(getSlotSize()+9);
case 'i':
setSlotSize(getSlotSize()+1);
needRedraw();
break;
case 'k':
case 'K':
setSlotSize(0);
setSlotDisplayMode(false);
needRedraw();
break;
// Add padding offset between left an right file
case 'o':
displayPaddingOffset(-1);
break;
case 'O':
displayPaddingOffset(-16);
break;
case 'p':
displayPaddingOffset(1);
break;
case 'P':
displayPaddingOffset(16);
break;
// Clear the padding
case 'm':
case 'M':
displayPaddingOffsetClear();
break;
case 'c':
case 'C':
AutoSetPadding();
break;
case 'h':
case 'H':
setHelpDisplay((getHelpDisplay()==true)?false:true);
needRedraw();
break;
}
}
} else {
// Pre: disambig_fp has been initialized and disambig_writing is True
void generateDisambigFile() {
FuncIterator* funcIt;
TypeIterator* typeIt;
// Write entries for global variables:
fputs(ENTRY_DELIMETER, disambig_fp);
fputs("\n", disambig_fp);
fputs(GLOBAL_STRING, disambig_fp);
fputs("\n", disambig_fp);
visitVariableGroup(GLOBAL_VAR,
0,
0,
0,
0,
&printDisambigAction);
fputs("\n", disambig_fp);
// Write entries for function parameters and return values:
funcIt = newFuncIterator();
while (hasNextFunc(funcIt)) {
FunctionEntry* cur_entry = nextFunc(funcIt);
tl_assert(cur_entry);
// Only write .disambig entries for program points that are listed
// in prog-pts-file, if we are using the --prog-pts-file option:
if (!fjalar_trace_prog_pts_filename ||
// If fjalar_trace_prog_pts_filename is on (we are reading in
// a ppt list file), then DO NOT OUTPUT entries for program
// points that we are not interested in.
prog_pts_tree_entry_found(cur_entry)) {
fputs(ENTRY_DELIMETER, disambig_fp);
fputs("\n", disambig_fp);
fputs(FUNCTION_PREFIX, disambig_fp);
fputs(cur_entry->fjalar_name, disambig_fp);
fputs("\n", disambig_fp);
// Print out all function parameter return value variable names:
visitVariableGroup(FUNCTION_FORMAL_PARAM,
cur_entry,
0,
0,
0,
&printDisambigAction);
visitVariableGroup(FUNCTION_RETURN_VAR,
cur_entry,
0,
0,
0,
&printDisambigAction);
fputs("\n", disambig_fp);
}
}
deleteFuncIterator(funcIt);
// Write entries for every struct/class in TypesTable, with the
// type's name prefixed by 'usertype.':
typeIt = newTypeIterator();
while (hasNextType(typeIt)) {
TypeEntry* cur_entry = nextType(typeIt);
tl_assert(cur_entry && cur_entry->typeName);
fputs(ENTRY_DELIMETER, disambig_fp);
fputs("\n", disambig_fp);
fputs(USERTYPE_PREFIX, disambig_fp);
fputs(cur_entry->typeName, disambig_fp);
fputs("\n", disambig_fp);
visitClassMembersNoValues(cur_entry,
&printDisambigAction);
fputs("\n", disambig_fp);
}
deleteTypeIterator(typeIt);
}
static void genMultiCall(type_expr *t, char *fname, FILE *fp)
{
static int level = 0;
func_t *F;
int i,n;
type_expr *T;
F = (func_t *) EiC_getInf(t);
level++;
fputs("\tstatic int nb = 0;\n\n",fp);
fprintf(fp,"\tswitch(nb)\n");
fprintf(fp,"\t{\n");
for (n = 0;n < MULTIPLEX;++n)
{
adjustNum = n+1-MULTIPLEX;
fprintf(fp,"\tcase %d :\n",n);
if(Ncalls) {
int k;
for(k=0;k<Ncalls;++k)
fprintf(fp,"\t%s%d = arg(%d,getargs(),ptr_t).p;\n",
callName,callNo[k]+adjustNum,callpos[k]);
}
if (n == 0)
{
T = t;
}
else
{
t = T;
}
if(nextType(t)) {
t = nextType(t);
genAffect(t,0,fp);
if(t)
while(nextType(t))
t = nextType(t);
}
fputs(fname,fp);
fputs("(", fp);
if (F && getFNp(F)) {
for (i = 0; i < getFNp(F); i++) {
genArg(getFPty(F,i), i, fp);
if(i < getFNp(F)-1) {
fputs(",\n", fp);
fputs("\t\t", fp);
}
}
fputs(");\n", fp);
}
else
fputs(");\n", fp);
level--;
fprintf(fp,"\tbreak;\n");
}
fprintf(fp,"\t}\n");
fprintf(fp,"\t++nb;\n");
fprintf(fp,"\tnb %%= %d;\n",MULTIPLEX);
adjustNum = 0;
}
static void genCallBackFunc(type_expr *ty,
int p,
FILE *fp)
{
char buff[10];
func_t *F, *F2;
int i,v, var=0;
type_expr *t;
F = EiC_getInf(ty);
t = getFPty(F,callpos[p]);
t = nextType(t);
F2 = EiC_getInf(t);
fprintf(fp,"static ");
EiC_showdectype(nextType(t),0,fp);
fprintf(fp," %s%d(",middleName,callNo[p]);
/* check 4 varadic function calls */
for(i=0;i<getFNp(F2);i++)
if(EiC_gettype(getFPty(F2,i)) == t_var) {
var = 1;
break;
}
if(!var) {
for(i=0;i<getFNp(F2)-1;i++) {
if((v=EiC_gettype(getFPty(F2,i))) == t_void)
continue;
sprintf(buff,"x%d, ",i);
EiC__generateType(getFPty(F2,i),buff,fp,1);
}
if((v=EiC_gettype(getFPty(F2,i))) != t_void) {
sprintf(buff,"x%d ",i);
EiC__generateType(getFPty(F2,i),buff,fp,1);
}
fprintf(fp,")\n{\n");
for (i = 0; i < getFNp(F2); i++) {
if(EiC_gettype(getFPty(F2,i)) == t_void)
continue;
fprintf(fp," setArg(%d, %s%d, ",i,callName,callNo[p]);
EiC__generateType(getFPty(F2,i),"",fp,1);
fprintf(fp,",x%d);\n",i);
}
} else {
fprintf(fp," va_alist ) va_dcl\n{\n");
fprintf(fp," void Auto_EiC_CallBack(code_t *callback, va_list ap);\n");
fprintf(fp," va_list ap; va_start(ap);\n");
fprintf(fp," Auto_EiC_CallBack(%s%d,ap);\n",callName,callNo[p]);
}
fprintf(fp,"\n EiC_callBack(%s%d);\n",callName,callNo[p]);
if(EiC_gettype(nextType(t)) != t_void) {
fputs(" return EiC_ReturnValue( ",fp);
/*EiC_showdectype(nextType(t),0,fp);*/
EiC__generateType(nextType(t),"",fp,1);
fputs(");\n",fp);
}
if(var)
fputs(" va_end(ap);\n",fp);
fputs("}\n\n",fp);
}
static void EiC__generateType(type_expr *t, char *id,FILE *fp, int level)
{
struct_t *S;
char tmp[100];
char out[100];
strcpy(out,id);
do {
switch(EiC_gettype(t)) {
case t_pointer: /* pointer */
sprintf(tmp,"*%s",out);
strcpy(out,tmp);
break;
case t_char: sprintf(tmp,"%s %s", "char", out); strcpy(out,tmp); break;
case t_uchar: sprintf(tmp,"%s %s", "unsigned char",out);strcpy(out,tmp); break;
case t_short: sprintf(tmp,"%s %s", "short",out);strcpy(out,tmp);break;
case t_ushort: sprintf(tmp,"%s %s", "unsigned short",out);strcpy(out,tmp);break;
case t_int: sprintf(tmp,"%s %s", "int",out);strcpy(out,tmp);break;
case t_uint: sprintf(tmp,"%s %s", "unsigned",out);strcpy(out,tmp);break;
case t_long: sprintf(tmp,"%s %s", "long",out);strcpy(out,tmp);break;
case t_ulong: sprintf(tmp,"%s %s", "unsigned long",out);strcpy(out,tmp);break;
case t_float: sprintf(tmp,"%s %s", "float",out);strcpy(out,tmp);break;
case t_double: sprintf(tmp,"%s %s", "double",out);strcpy(out,tmp);break;
case t_void: sprintf(tmp,"%s %s", "void",out);strcpy(out,tmp);break;
case t_struct:
case t_union:
if(EiC_gettype(t) == t_union)
fputs("union {",fp);
else
fputs("struct {",fp);
S = EiC_getInf(t);
if(!S) {
fputs("Incomplete", fp);
break;
}
level++;
if (level <= 2) {
int i;
for (i = 0; i < S->n; i++) {
EiC__generateType(S->type[i], S->id[i], fp,level);
fputs(";",fp);
}
}
sprintf(tmp,"} %s ",out);
strcpy(out,tmp);
level--;
break;
case t_array: /* array */
if(out[0] == '*') {
sprintf(tmp,"(%s)%s",out,"[]");
strcpy(out,tmp);
} else {
sprintf(tmp,"[%d]",(int)EiC_getInf(t));
strcat(out, tmp);
}
break;
}
} while ( (t=nextType(t)));
fprintf(fp,"%s",out);
}
std::unique_ptr<const CPPModel::Type> TypeTree::type( const CPPModel::ASTDictionary& dictionary ) const
{
CPPModel::TypeSpecifier currentTypeSpec = typeSpecifier();
std::unique_ptr<const CPPModel::Type> returnValue( new CPPModel::UnrecognizedType());
// TODO add other enumerations
switch( CPPModel::CPPTypes[(int)currentTypeSpec].classification )
{
case CPPModel::TypeInfo::Classification::FUNDAMENTAL :
{
returnValue.reset( new CPPModel::FundamentalType( currentTypeSpec ));
}
break;
case CPPModel::TypeInfo::Classification::CLASS :
{
const CPPModel::UID typeUID = uid();
// const FullyQualifiedNamespace fqName = fullyQualifiedNamespace() + identifier();
const CPPModel::ASTDictionary::UIDIndexConstIterator entry = dictionary.UIDIdx().find( typeUID );
if( entry != dictionary.UIDIdx().end() )
{
if( ((CPPModel::ASTDictionary::DictionaryEntryPtr)(*entry))->entryKind() == CPPModel::DictionaryEntry::EntryKind::CLASS )
{
const CPPModel::DictionaryClassEntry* classEntry = dynamic_cast<const CPPModel::DictionaryClassEntry*>(&(*(*entry)));
if( classEntry != NULL )
{
CPPModel::ConstListPtr<CPPModel::Attribute> attributes( CPPModel::Attributes::deepCopy( classEntry->attributes() ));
returnValue.reset( new CPPModel::ClassOrStructType( classEntry->typeSpec(),
classEntry->name(),
typeUID,
classEntry->enclosingNamespace(),
classEntry->sourceLocation(),
attributes ));
}
}
else
{
std::cerr << "TypeInfo Classification does not match dictionary entry kind\n" << std::endl;
}
}
else
{
// TODO get attributes
CPPModel::ConstListPtr<CPPModel::Attribute> attributes( new boost::ptr_list<CPPModel::Attribute>() );
const CPPModel::Namespace* namespaceScope;
std::string scope = fullyQualifiedNamespace().asString();
dictionary.GetNamespace( fullyQualifiedNamespace().asString(), namespaceScope );
if( namespaceScope == NULL )
{
std::cerr << "Null Scope" << std::endl;
}
returnValue.reset( new CPPModel::ClassOrStructType( currentTypeSpec,
convert( TYPE_NAME( m_tree ))->identifier(),
uid(),
*namespaceScope,
CPPModel::SourceLocation( "", 1, 1, 1 ),
attributes ));
}
}
break;
case CPPModel::TypeInfo::Classification::DERIVED :
{
// TODO get attributes
CPPModel::ConstListPtr<CPPModel::Attribute> attributes( new boost::ptr_list<CPPModel::Attribute>() );
TypeTree nextType( TREE_TYPE( m_tree ));
returnValue.reset( new CPPModel::DerivedType( currentTypeSpec, attributes, nextType.type( dictionary ) ));
}
break;
case CPPModel::TypeInfo::Classification::UNION :
{
const CPPModel::UID typeUID = uid();
const CPPModel::ASTDictionary::UIDIndexConstIterator entry = dictionary.UIDIdx().find( typeUID );
if( entry != dictionary.UIDIdx().end() )
{
// TODO handle if failure mode
if( ((CPPModel::ASTDictionary::DictionaryEntryPtr)(*entry))->entryKind() == CPPModel::DictionaryEntry::EntryKind::UNION )
{
const CPPModel::DictionaryUnionEntry* unionEntry = dynamic_cast<const CPPModel::DictionaryUnionEntry*>(&(*(*entry)));
if( unionEntry != NULL )
{
CPPModel::ConstListPtr<CPPModel::Attribute> attributes( CPPModel::Attributes::deepCopy( unionEntry->attributes() ));
returnValue.reset( new CPPModel::UnionType( unionEntry->typeSpec(),unionEntry->name().c_str(), typeUID, unionEntry->enclosingNamespace(), unionEntry->sourceLocation(), attributes ));
}
}
}
else
{
// TODO get attributes
CPPModel::ConstListPtr<CPPModel::Attribute> attributes( new boost::ptr_list<CPPModel::Attribute>() );
const CPPModel::Namespace* namespaceScope;
dictionary.GetNamespace( fullyQualifiedNamespace().asString(), namespaceScope );
returnValue.reset( new CPPModel::UnionType( currentTypeSpec,
convert( TYPE_NAME( m_tree ))->identifier(),
uid(),
*namespaceScope,
CPPModel::SourceLocation( "", 1, 1, 1 ),
attributes ) );
}
}
break;
}
// TODO Finish the implementation
return( returnValue );
}
static void EiC_showdectype(type_expr * t, int expand, FILE *fp)
{
struct_t *S;
int i;
static int level = 0;
while (t) {
if(isconst(t) || isconstp(t))
fputs("const ",fp);
switch (EiC_gettype(t)) {
case t_var: fputs("...", fp); break;
case t_enum: fputs("enum ", fp); break;
case t_char: fputs("char ", fp); break;
case t_uchar: fputs("unsigned char ", fp); break;
case t_short: fputs("short ", fp); break;
case t_ushort:fputs("unsigned short ", fp); break;
case t_int: fputs("int ", fp); break;
case t_uint: fputs("unsigned ", fp); break;
case t_long: fputs("long int ", fp); break;
case t_ulong: fputs("unsigned long int ", fp); break;
case t_llong: fputs("long long ",fp); break;
case t_float: fputs("float ", fp); break;
case t_double:fputs("double ", fp); break;
case t_pointer:
if(isunsafe(t))
fputs("unsafe ", fp);
/*else if(issafe(t))
fputs("safe ", fp);*/
fputs("* ", fp);
break;
case t_void: fputs("void ", fp); break;
case t_hidden: fputs("hidden ",fp); break;
case t_funcdec: fputs("dec_", fp); showFunc(&t,fp); break;
case t_func: showFunc(&t,fp); break;
case t_builtin: fputs("Builtin ",fp); showFunc(&t,fp); break;
case t_array:
fprintf(fp,"ARY[%d]",(int) EiC_getInf(t));
break;
case t_union:
case t_struct:
S = EiC_getInf(t);
if(!S) {
fputs("Incomplete", fp);
break;
}
if (EiC_gettype(t) == t_struct)
fprintf(fp,"struct: size %u bytes",S->tsize);
else
fprintf(fp,"union: size %u bytes",S->tsize);
if (expand) {
level++;
fputc('\n', fp);
if (level <= 2) {
int j;
for (i = 0; i < S->n; i++) {
for (j = 0; j < level; j++)
fputc('\t', fp);
fputs(S->id[i], fp);
fputs(" -> ", fp);
EiC_showdectype(S->type[i], expand,fp);
fputc('\n', fp);
}
}
level--;
}
break;
case t_ref: fputs("Reference ",fp);break;
case ID: fputs("Identifier ", fp); break;
default: fputs("Uknown identifier", fp); return;
}
t = nextType(t);
}
}
