Lance wrote on Sat, 12 October 2024 20:20

Code Reformat Issue.

I have been having issues with it for a while. Today I spend a few hours to create a almost mininal example.

#include <CtrlLib/CtrlLib.h>
using namespace Upp;

class S{
	void Set ( Size& sz,
					   int x, int y, int z,
					   int x1, int y1, int z1
					 );

	const S& f(Rect& r, Rect& s)const;
	
	struct D
	{
		int s(int rc)const
		{
			return rc*2;
		}
		
		int e(int rc)const
		{
			return rc*1;
		}
		
		int w(int rc)const
		{
			return rc*3;
		}
		
		int t()const
		{
			return 4;
		}
		
		
		int g(int k)const
		{
			return k;
		}

		void alloc();
		
		void alloc(int a);
		
		int v1;
		int v2;
	};
	D col,row;
};


void S::D::alloc ()
{
}

static void func ( int& x, int& y, int& x1, int& y1, int x2, int y2,
					int x3, int y3, int x4, int y4
				  )
{
}


const S& S::f(Rect& r, Rect& s)const
{
	int t, l, row_section_bottom, n;
	r.top = row.g(r.top);
	s.top = t !=0 && r.top<row.v1 ? row.v1 : r.top;
	
	r.left = col.g(r.left);
	s.left = l != 0 && r.left< col.v1 ? col.v1 : r.left;

	r.bottom = row.g(r.bottom);
	s.bottom = row_section_bottom == 1  && r.bottom > row.v1 + row.v2 ?
		row.v1+row.v2 : r.bottom;

	r.right = col.g(r.right);
	s.right = n == 1  && r.right> col.v1 + col.v2 ?
		col.v1+col.v2 : r.right;
	return *this;
}

Add the code as a separate cpp file in a CtrlLib application, with it current, press Ctrl+I to reformat it. The file before reformat compiles fine, not the reformatted one.

Works for me in windows and works in Ubuntu. Unfortunately, this feature is now using clang-format that can be different per distro...

Would be nice to give me a hint which host platform is in use...

Also, if nothing helps, please post reformatted text as well.

Mirek

#include <CtrlLib/CtrlLib.h>
using namespace Upp;

class S {
	void Set(Size& sz, int x, int y, int z, int x1, int y1, int z1);

	const S& f(Rect& r, Rect& s) const;

	struct D {
		int s(int rc) const { return rc * 2; }

		int e(int rc) const { return rc * 1; }

		int w(int rc) const { return rc * 3; }

		int t() const { return 4; }

		int g(int k) const { return k; }

		void alloc();

		void alloc(int a);

		int v1;
		int v2;
	};
	D col, row;
};

void S::D::alloc() {}

static void func(int& x, int& y, int& x1, int& y1, int x2, int y2, int x3, int y3, int x4,
                 int y4)
{
}

const S& S::f(Rect& r, Rect& s) const
{
	int t, l, row_section_bottom, n;
	r.top = row.g(r.top);
	s.top = t != 0 && r.top < row.v1 ? row.v1 : r.top;
	r.left = col.g(r.left);
	s.left = l != 0 && r.left< col.v1 ? col.v1 : r.left;
	s.left = l != 0 && r.left < col.v1 ? col.v1 : r.left;
	r.bottom = row.g(r.bottom);
	s.bottom = row_section_bottom == 1  && r.bottom > row.v1 + row.v2 ?
	s.bottom =
		row_section_bottom == 1 && r.bottom > row.v1 + row.v2 ? row.v1 + row.v2 : r.bottom;
	r.right = col.g(r.right);
	s.right = n == 1  && r.right> col.v1 + col.v2 ?
	s.right = n == 1 && r.right > col.v1 + col.v2 ? col.v1 + col.v2 : r.right;
}