bool GeometryCorrection::ShowColorImage()
{
if (treeBaseItem==treeWidget->currentItem())
{
//to show base image in gray;
//firstly, show overview, creat a qimage;
pShowimagebaseUI=new ShowImageBase1(0,pBaseFileDataset);
connect(pShowimagebaseUI,SIGNAL(ReportPosition(QPoint)),this,SLOT(GetBasePosition(QPoint)));
pShowimagebaseUI->ShowOverviewColor(nRGBofBase);
}
return true;
}
bool GeometryCorrection::ShowGrayImage()
{
//firstly show a gray image: base image ;
//check if the file has been selected;
if (treeBaseItem==treeWidget->currentItem())
{
//to show base image in gray;
//firstly, show overview, creat a qimage;
pShowimagebaseUI=new ShowImageBase1(0,pBaseFileDataset);
connect(pShowimagebaseUI,SIGNAL(ReportPosition(QPoint)),this,SLOT(GetBasePosition(QPoint)));
connect(this,SIGNAL(ReportCloseWindows()),pShowimagebaseUI,SLOT(close()));
pShowimagebaseUI->ShowOverviewGray();
}
return true;
}
void ReportEncodingError(Lexer *lexer, uint code, uint c)
{
char buf[32];
lexer->warnings++;
if (ShowWarnings)
{
ReportPosition(lexer);
if (code == WINDOWS_CHARS)
{
NtoS(c, buf);
lexer->badChars |= WINDOWS_CHARS;
tidy_out(lexer->errout, "Warning: replacing illegal character code %s", buf);
}
tidy_out(lexer->errout, "\n");
}
}
void ReportError(Lexer *lexer, Node *element, Node *node, uint code)
{
lexer->warnings++;
/* keep quiet after 6 errors */
if (lexer->errors > 6)
return;
lexer->errors++;
ReportPosition(lexer);
if (code == SUSPECTED_MISSING_QUOTE)
{
tidy_out(lexer->errout, "Error: missing quotemark for attribute value");
}
else if (code == DUPLICATE_FRAMESET)
{
tidy_out(lexer->errout, "Error: repeated FRAMESET element");
}
else if (code == UNKNOWN_ELEMENT)
{
tidy_out(lexer->errout, "Error: ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " is not recognized!");
}
else if (code == UNEXPECTED_ENDTAG) /* generated by XML docs */
{
tidy_out(lexer->errout, "Warning: unexpected </%s>", node->element);
if (element)
tidy_out(lexer->errout, " in <%s>", element->element);
}
tidy_out(lexer->errout, "\n");
}
void ReportEntityError(Lexer *lexer, uint code, char *entity, int c)
{
lexer->warnings++;
if (ShowWarnings)
{
ReportPosition(lexer);
if (code == MISSING_SEMICOLON)
{
tidy_out(lexer->errout, "Warning: entity \"%s\" doesn't end in ';'", entity);
}
else if (code == UNKNOWN_ENTITY)
{
tidy_out(lexer->errout, "Warning: unescaped & or unknown entity \"%s\"", entity);
}
else if (code == UNESCAPED_AMPERSAND)
{
tidy_out(lexer->errout, "Warning: unescaped & which should be written as &");
}
tidy_out(lexer->errout, "\n");
}
}
static void messagePos( TidyDocImpl* doc, TidyReportLevel level, uint code,
int line, int col, ctmbstr msg, va_list args )
{
enum { sizeMessageBuf=2048 };
char *messageBuf = TidyDocAlloc(doc,sizeMessageBuf);
Bool go = UpdateCount( doc, level );
if ( go )
{
va_list args_copy;
va_copy(args_copy, args);
TY_(tmbvsnprintf)(messageBuf, sizeMessageBuf, msg, args);
if ( doc->mssgFilt )
{
TidyDoc tdoc = tidyImplToDoc( doc );
go = doc->mssgFilt( tdoc, level, line, col, messageBuf );
}
if ( doc->mssgFilt2 )
{
/* mssgFilt2 is intended to allow LibTidy users to localize
messages via their own means by providing a key string and
the parameters to fill it. For the key string to remain
consistent, we have to ensure that we only ever return the
built-in English version of this string. */
TidyDoc tdoc = tidyImplToDoc( doc );
go = go | doc->mssgFilt2( tdoc, level, line, col, tidyDefaultString(code), args_copy );
}
if ( doc->mssgFilt3 )
{
/* mssgFilt3 is intended to allow LibTidy users to localize
messages via their own means by providing a key string and
the parameters to fill it. */
TidyDoc tdoc = tidyImplToDoc( doc );
go = go | doc->mssgFilt3( tdoc, level, line, col, tidyErrorCodeAsString(code), args_copy );
}
}
if ( go )
{
enum { sizeBuf=1024 };
char *buf = TidyDocAlloc(doc,sizeBuf);
const char *cp;
if ( line > 0 && col > 0 )
{
ReportPosition(doc, line, col, buf, sizeBuf);
#if !defined(NDEBUG) && defined(_MSC_VER)
SPRTF("%s",buf);
#endif
for ( cp = buf; *cp; ++cp )
TY_(WriteChar)( *cp, doc->errout );
}
LevelPrefix( level, buf, sizeBuf );
#if !defined(NDEBUG) && defined(_MSC_VER)
SPRTF("%s",buf);
SPRTF("%s\n",messageBuf);
#else
for ( cp = buf; *cp; ++cp )
TY_(WriteChar)( *cp, doc->errout );
for ( cp = messageBuf; *cp; ++cp )
TY_(WriteChar)( *cp, doc->errout );
TY_(WriteChar)( '\n', doc->errout );
#endif
TidyDocFree(doc, buf);
}
TidyDocFree(doc, messageBuf);
}
static void messagePos( TidyDocImpl* doc, TidyReportLevel level, uint code,
int line, int col, ctmbstr msg, va_list args )
{
enum { sizeMessageBuf=2048 };
char *messageBuf = TidyDocAlloc(doc,sizeMessageBuf);
Bool go = UpdateCount( doc, level );
if ( go )
{
va_list args_copy;
va_copy(args_copy, args);
TY_(tmbvsnprintf)(messageBuf, sizeMessageBuf, msg, args_copy);
if ( doc->mssgFilt )
{
TidyDoc tdoc = tidyImplToDoc( doc );
go = doc->mssgFilt( tdoc, level, line, col, messageBuf );
}
if ( doc->mssgFilt2 )
{
/* mssgFilt2 is intended to allow LibTidy users to localize
messages via their own means by providing a key string and
the parameters to fill it. For the key string to remain
consistent, we have to ensure that we only ever return the
built-in English version of this string. */
TidyDoc tdoc = tidyImplToDoc( doc );
va_end(args_copy);
va_copy(args_copy, args);
go = go | doc->mssgFilt2( tdoc, level, line, col, tidyDefaultString(code), args_copy );
}
if ( doc->mssgFilt3 )
{
/* mssgFilt3 is intended to allow LibTidy users to localize
messages via their own means by providing a key string and
the parameters to fill it. */
TidyDoc tdoc = tidyImplToDoc( doc );
va_end(args_copy);
va_copy(args_copy, args);
go = go | doc->mssgFilt3( tdoc, level, line, col, tidyErrorCodeAsString(code), args_copy );
}
va_end(args_copy);
}
if ( go )
{
enum { sizeBuf=1024 };
TidyOutputSink *outp = &doc->errout->sink;
char *buf = (char *)TidyDocAlloc(doc,sizeBuf);
const char *cp;
byte b;
if ( line > 0 && col > 0 )
{
ReportPosition(doc, line, col, buf, sizeBuf);
for ( cp = buf; *cp; ++cp )
{
b = (*cp & 0xff);
outp->putByte( outp->sinkData, b );
}
}
LevelPrefix( level, buf, sizeBuf );
for ( cp = buf; *cp; ++cp )
{
b = (*cp & 0xff);
outp->putByte( outp->sinkData, b );
}
for ( cp = messageBuf; *cp; ++cp )
{
b = (*cp & 0xff);
outp->putByte( outp->sinkData, b );
}
TY_(WriteChar)( '\n', doc->errout );
TidyDocFree(doc, buf);
}
TidyDocFree(doc, messageBuf);
}
void ReportWarning(Lexer *lexer, Node *element, Node *node, uint code)
{
lexer->warnings++;
/* keep quiet after 6 errors */
if (lexer->errors > 6)
return;
if (ShowWarnings)
{
/* on end of file adjust reported position to end of input */
if (code == UNEXPECTED_END_OF_FILE)
{
lexer->lines = lexer->in->curline;
lexer->columns = lexer->in->curcol;
}
ReportPosition(lexer);
if (code == MISSING_ENDTAG_FOR)
tidy_out(lexer->errout, "Warning: missing </%s>", element->element);
else if (code == MISSING_ENDTAG_BEFORE)
{
tidy_out(lexer->errout, "Warning: missing </%s> before ", element->element);
ReportTag(lexer, node);
}
else if (code == DISCARDING_UNEXPECTED)
{
tidy_out(lexer->errout, "Warning: discarding unexpected ");
ReportTag(lexer, node);
}
else if (code == NESTED_EMPHASIS)
{
tidy_out(lexer->errout, "Warning: nested emphasis ");
ReportTag(lexer, node);
}
else if (code == COERCE_TO_ENDTAG)
{
tidy_out(lexer->errout, "Warning: <%s> is probably intended as </%s>",
node->element, node->element);
}
else if (code == NON_MATCHING_ENDTAG)
{
tidy_out(lexer->errout, "Warning: replacing unexpected ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " by </%s>", element->element);
}
else if (code == TAG_NOT_ALLOWED_IN)
{
tidy_out(lexer->errout, "Warning: ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " isn't allowed in <%s> elements", element->element);
}
else if (code == DOCTYPE_AFTER_TAGS)
{
tidy_out(lexer->errout, "Warning: <!DOCTYPE> isn't allowed after elements");
}
else if (code == MISSING_STARTTAG)
tidy_out(lexer->errout, "Warning: missing <%s>", node->element);
else if (code == UNEXPECTED_ENDTAG)
{
tidy_out(lexer->errout, "Warning: unexpected </%s>", node->element);
if (element)
tidy_out(lexer->errout, " in <%s>", element->element);
}
else if (code == TOO_MANY_ELEMENTS)
{
tidy_out(lexer->errout, "Warning: too many %s elements", node->element);
if (element)
tidy_out(lexer->errout, " in <%s>", element->element);
}
else if (code == USING_BR_INPLACE_OF)
{
tidy_out(lexer->errout, "Warning: using <br> in place of ");
ReportTag(lexer, node);
}
else if (code == INSERTING_TAG)
tidy_out(lexer->errout, "Warning: inserting implicit <%s>", node->element);
else if (code == CANT_BE_NESTED)
{
tidy_out(lexer->errout, "Warning: ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " can't be nested");
}
else if (code == PROPRIETARY_ELEMENT)
{
tidy_out(lexer->errout, "Warning: ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " is not approved by W3C");
if (node->tag == tag_layer)
lexer->badLayout |= USING_LAYER;
else if (node->tag == tag_spacer)
lexer->badLayout |= USING_SPACER;
else if (node->tag == tag_nobr)
lexer->badLayout |= USING_NOBR;
}
else if (code == OBSOLETE_ELEMENT)
{
if (element->tag && (element->tag->model & CM_OBSOLETE))
tidy_out(lexer->errout, "Warning: replacing obsolete element ");
else
tidy_out(lexer->errout, "Warning: replacing element ");
ReportTag(lexer, element);
tidy_out(lexer->errout, " by ");
ReportTag(lexer, node);
}
else if (code == TRIM_EMPTY_ELEMENT)
{
tidy_out(lexer->errout, "Warning: trimming empty ");
ReportTag(lexer, element);
}
else if (code == MISSING_TITLE_ELEMENT)
tidy_out(lexer->errout, "Warning: inserting missing 'title' element");
else if (code == ILLEGAL_NESTING)
{
tidy_out(lexer->errout, "Warning: ");
ReportTag(lexer, element);
tidy_out(lexer->errout, " shouldn't be nested");
}
else if (code == NOFRAMES_CONTENT)
{
tidy_out(lexer->errout, "Warning: ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " not inside 'noframes' element");
}
else if (code == INCONSISTENT_VERSION)
{
tidy_out(lexer->errout, "Warning: html doctype doesn't match content");
}
else if (code == MALFORMED_DOCTYPE)
{
tidy_out(lexer->errout, "Warning: expected \"html PUBLIC\" or \"html SYSTEM\"");
}
else if (code == CONTENT_AFTER_BODY)
{
tidy_out(lexer->errout, "Warning: content occurs after end of body");
}
else if (code == MALFORMED_COMMENT)
{
tidy_out(lexer->errout, "Warning: adjacent hyphens within comment");
}
else if (code == BAD_COMMENT_CHARS)
{
tidy_out(lexer->errout, "Warning: expecting -- or >");
}
else if (code == BAD_XML_COMMENT)
{
tidy_out(lexer->errout, "Warning: XML comments can't contain --");
}
else if (code == BAD_CDATA_CONTENT)
{
tidy_out(lexer->errout, "Warning: '<' + '/' + letter not allowed here");
}
else if (code == INCONSISTENT_NAMESPACE)
{
tidy_out(lexer->errout, "Warning: html namespace doesn't match content");
}
else if (code == DTYPE_NOT_UPPER_CASE)
{
tidy_out(lexer->errout, "Warning: SYSTEM, PUBLIC, W3C, DTD, EN must be upper case");
}
else if (code == UNEXPECTED_END_OF_FILE)
{
tidy_out(lexer->errout, "Warning: unexpected end of file");
ReportTag(lexer, element);
}
tidy_out(lexer->errout, "\n");
}
}
void ReportAttrError(Lexer *lexer, Node *node, char *attr, uint code)
{
lexer->warnings++;
/* keep quiet after 6 errors */
if (lexer->errors > 6)
return;
if (ShowWarnings)
{
/* on end of file adjust reported position to end of input */
if (code == UNEXPECTED_END_OF_FILE)
{
lexer->lines = lexer->in->curline;
lexer->columns = lexer->in->curcol;
}
ReportPosition(lexer);
if (code == UNKNOWN_ATTRIBUTE)
tidy_out(lexer->errout, "Warning: unknown attribute \"%s\"", attr);
else if (code == MISSING_ATTRIBUTE)
{
tidy_out(lexer->errout, "Warning: ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " lacks \"%s\" attribute", attr);
}
else if (code == MISSING_ATTR_VALUE)
{
tidy_out(lexer->errout, "Warning: ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " attribute \"%s\" lacks value", attr);
}
else if (code == MISSING_IMAGEMAP)
{
tidy_out(lexer->errout, "Warning: ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " should use client-side image map");
lexer->badAccess |= MISSING_IMAGE_MAP;
}
else if (code == BAD_ATTRIBUTE_VALUE)
{
tidy_out(lexer->errout, "Warning: ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " unknown attribute value \"%s\"", attr);
}
else if (code == XML_ATTRIBUTE_VALUE)
{
tidy_out(lexer->errout, "Warning: ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " has XML attribute \"%s\"", attr);
}
else if (code == UNEXPECTED_GT)
{
tidy_out(lexer->errout, "Error: ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " missing '>' for end of tag");
lexer->errors++;;
}
else if (code == UNEXPECTED_QUOTEMARK)
{
tidy_out(lexer->errout, "Warning: ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " unexpected or duplicate quote mark");
}
else if (code == REPEATED_ATTRIBUTE)
{
tidy_out(lexer->errout, "Warning: ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " repeated attribute \"%s\"", attr);
}
else if (code == PROPRIETARY_ATTR_VALUE)
{
tidy_out(lexer->errout, "Warning: ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " proprietary attribute value \"%s\"", attr);
}
else if (code == UNEXPECTED_END_OF_FILE)
{
tidy_out(lexer->errout, "Warning: end of file while parsing attributes");
}
else if (code == ID_NAME_MISMATCH)
{
tidy_out(lexer->errout, "Warning: ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " id and name attribute value mismatch");
}
tidy_out(lexer->errout, "\n");
}
else if (code == UNEXPECTED_GT)
{
ReportPosition(lexer);
tidy_out(lexer->errout, "Error: ");
ReportTag(lexer, node);
tidy_out(lexer->errout, " missing '>' for end of tag\n");
lexer->errors++;;
}
}
