}
else
{
- logger.warning("closing brace ignored");
+ logger.warning("ignored closing brace");
return false;
}
}
}
else
{
- logger.warning("parser: math shift");
+ logger.warning("not allowed here");
return false;
}
}
TPushParser::do_eol()
{
//if (cursor.parent()) cursor.remove();
- logger.warning("token ignored");
+ logger.warning("ignored token");
return false;
}
bool
TPushParser::do_parameter(const std::string& p)
{
- logger.warning("token ignored");
+ logger.warning("ignored token");
return false;
}
}
else
{
- logger.warning("token ignored");
+ logger.warning("ignored token");
return false;
}
}
{
if (parent["over"] == "1")
{
- logger.warning("token ignored: already over");
+ logger.warning("already over");
return false;
}
else
}
else
{
- logger.warning("token ignored");
+ logger.warning("ignored token");
return false;
}
}
else
{
// is it an error?
- logger.warning("parser: you have to type an identifier before ''");
+ logger.warning("you have to insert an identifier before a ''");
return false;
}
}
else
{
- logger.warning("token ignored: you have to be in a group");
+ logger.warning("cursor has to be in a group");
return false;
}
}
TPushParser::do_active(const std::string&)
{
// ??? space?
- logger.warning("token ignorde");
+ logger.warning("ignored token");
return false;
}
else
{
// at the moment, \cr can only be used inside a table
- logger.warning("token ignored: cr used outside a table");
+ logger.warning("cr used outside a table");
return false;
}
}
else
{
// a macro with arguments or a rightOpen or leftOpen macro must be a group's child
- logger.warning("token ignored: this macro should be in a group");
+ logger.warning("ignored token: this macro should be in a group");
return false;
}
}
break;
case TDictionary::UNDEFINED:
{
- logger.warning("parser: using undefined macro " + name);
+ logger.warning("using undefined macro " + name);
TNode m = doc.createC(name, nextId++);
cursor.replace(m);
advance(m);
default:
{
//assert(0);
- logger.warning("token ignored");
+ logger.warning("ignored token");
return false;
}
}
// child has been removed yet.
if (cursor.prev().isG() && !prev.hasId())
{
- // in this case, the user has inserted the a sequence of '.
- // Hence, we force a normal deleting, because the behavior must be the same
- // for the two kind of deleting
+ // in this case, the user has inserted a sequence of '.
+ // Hence, we force a normal deletion, because the behavior must be the same
+ // for the two kind of deletion
return drop_prev(false);
}
else return drop_prev(special);
// In this case, we do not have to push a frame in the stack, because we remove the
// MACRO immediately, substituting it with the content of the phantom group.
// We could remove the last child of the phantom group, but
- // it's not clear if it's the correct behavior of the graphical deleting.
+ // it's not clear if it's the correct behavior of the graphical deletion.
// At the moment, to give a standard behavior, we remove the last element.
// With a special deletion, we do not remove it.
assert(prev.first());
// now, p is the correct value of pos, and we can push the frame.
frames.push(Frame(entry, p));
- // To give a standard behavior to the graphical deleting, we remove the last
+ // To give a standard behavior to the graphical deletion, we remove the last
// element of the macro. Since we are in a phantom group, we can invoke the
// do_drop_phantom_group(special).
return do_drop_phantom_group(special);
{
// to type a table with rows and cells, the user had typed a
// "{", and to exit from it, the user had inserted a "}".
- // Since we are in a special deleting, we just idealy remove the "}"
+ // Since we are in a special deletion, we just idealy remove the "}"
return "";
}
else return do_drop_phantom_group(special);
std::string
TPushParser::drop_prev(bool special)
{
- // if in this function, the prev of cursor does exist, also the parent and we want a graphical deleting.
+ // if in this function, the prev of cursor does exist, also the parent and we want a graphical deletion.
assert(cursor.prev());
assert(cursor.parent());
assert(cursor.parent() && cursor.parent().isC());
TNode parent = cursor.parent();
- // this string is useful iff we have a special deleting
+ // this string is useful iff we have a special deletion.
std::string macro_name = parent.nameC();
assert(!frames.empty());
if (special) return "\\" + macro_name;
else
{
- // Since the macro had no children and this is a graphical deleting, we try
+ // Since the macro had no children and this is a graphical deletion, we try
// to remove something else
return do_drop(special);
}
assert(sequence_length);
frame.pos = frame.pos - sequence_length - 1;
- // since it's a graphical deleting, we have to remove the current preceding element.
+ // since it's a graphical deletion, we have to remove the current preceding element.
// We don't invoke the drop_prev(), because a do_drop_phantom_group is more general.
return do_drop_phantom_group(special);
}
{
// the prev is not a delimited argument, so we have to try to remove it.
// We "try", because the prev might be something that
- // a simple delete cannot remove completely
+ // a simple deletion cannot remove completely
return drop_prev(special);
}
}
else
{
rgreplace_father();
- // we have to re-start the process, because it' a graphical deleting
+ // we have to re-start the process, because it' a graphical deletion
return do_drop(special);
}
}
assert(!frames.empty());
Frame& frame = frames.top();
- // this variable is useful in a special deleting
+ // this variable is useful in a special deletion
std::string macro_name = gfather.nameC();
if (frame.entry.leftOpen && frame.entry.rightOpen)
if (special) return "\\" + macro_name;
else
{
- // to give a standard behavior to the graphical deleting, we call the do_drop.
+ // to give a standard behavior to the graphical deletion, we call the do_drop.
return do_drop(special);
}
}
if (special) return "\\" + macro_name;
else
{
- // to give a standard behavior to the graphical deleting, we call the do_drop.
+ // to give a standard behavior to the graphical deletion, we call the do_drop.
return do_drop(special);
}
// a cell MUST be a row's child, which in turn is a table's child
assert(gfather.parent() && gfather.parent().is("row") && gfather.parent().parent());
- // this variable is useful to handle the special deleting
+ // this variable is useful to handle the special deletion
std::string table_name = gfather.parent().parent().nameC();
TNode row = gfather.parent();
assert(last_cell.first().isG() && !last_cell.first().hasId());
last_cell.first().append(cursor);
// Since cells and rows are separated by spaces and CRs
- // (and the user can see this spaces and CRs), a special deleting
- // is equivalent to a normal deleting
+ // (and the user can see this spaces and CRs), a special deletion
+ // is equivalent to a normal deletion
return "";
}
} // end of if (!prev_cell)
{
// in this case we ignore the user's will of deleting
// but we could also decide to remove the math mode.
- logger.warning("Parser: nothing to delete");
+ logger.warning("nothing to delete");
return "";
}
else
{
// cursor's grand father is undefined
- logger.error("parser: TML tree is in a unknown state");
+ logger.error("TML tree is in an unknown state");
return "";
}
} // end of the else of the if (prev)
// - ignore the token, and wait for the correct delimiter
// - ignore the token, wait for the correct delimiter and emit an error
// At the moment, we implement the second possibily
- logger.warning("parser: it's not the correct delimiter...you have to type " + frame.entry.pattern[frame.pos + 1].value);
+ logger.warning("it's not the correct delimiter...you have to type '" + frame.entry.pattern[frame.pos + 1].value + "'");
}
else
{
else
{
// There is a mismatch. Emit an error and ignore the token?
- logger.warning("parser: token ignored: " + token.value);
+ logger.warning("ignored token: " + token.value);
}
}
else
projects / helm.git / commitdiff