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#include "html.h"
#include "render_block_context.h"
#include "document.h"
int litehtml::render_item_block_context::_render_content(int /*x*/, int /*y*/, bool second_pass, const containing_block_context &self_size, formatting_context* fmt_ctx)
{
element_position el_position;
int ret_width = 0;
int child_top = 0;
int last_margin = 0;
std::shared_ptr<render_item> last_margin_el;
bool is_first = true;
for (const auto& el : m_children)
{
// we don't need to process absolute and fixed positioned element on the second pass
if (second_pass)
{
el_position = el->src_el()->css().get_position();
if ((el_position == element_position_absolute || el_position == element_position_fixed)) continue;
}
if(el->src_el()->css().get_float() != float_none)
{
int rw = place_float(el, child_top, self_size, fmt_ctx);
if (rw > ret_width)
{
ret_width = rw;
}
} else if(el->src_el()->css().get_display() != display_none)
{
if(el->src_el()->css().get_position() == element_position_absolute || el->src_el()->css().get_position() == element_position_fixed)
{
int min_rendered_width = el->render(0, child_top, self_size, fmt_ctx);
if(min_rendered_width < el->width() && el->src_el()->css().get_width().is_predefined())
{
el->render(0, child_top, self_size.new_width(min_rendered_width), fmt_ctx);
}
} else
{
child_top = fmt_ctx->get_cleared_top(el, child_top);
int child_x = 0;
int child_width = self_size.render_width;
el->calc_outlines(self_size.width);
// Collapse top margin
if(is_first && collapse_top_margin())
{
if(el->get_margins().top > 0)
{
child_top -= el->get_margins().top;
if (el->get_margins().top > get_margins().top)
{
m_margins.top = el->get_margins().top;
}
}
} else
{
if(el->get_margins().top > 0)
{
if (last_margin > el->get_margins().top)
{
child_top -= el->get_margins().top;
} else
{
child_top -= last_margin;
}
}
}
if(el->src_el()->is_replaced() || el->src_el()->is_block_formatting_context() || el->src_el()->css().get_display() == display_table)
{
int ln_left = 0;
int ln_right = child_width;
fmt_ctx->get_line_left_right(child_top, child_width, ln_left, ln_right);
child_x = ln_left;
child_width = ln_right - ln_left;
auto el_parent = el->parent();
el->pos().width = el->src_el()->css().get_width().calc_percent(child_width);
el->pos().height = el->src_el()->css().get_height().calc_percent(el_parent ? el_parent->pos().height : 0);
}
int rw = el->render(child_x, child_top, self_size.new_width(child_width), fmt_ctx);
// Render table with "width: auto" into returned width
if(el->src_el()->css().get_display() == display_table && rw < child_width && el->src_el()->css().get_width().is_predefined())
{
el->render(child_x, child_top, self_size.new_width(rw), fmt_ctx);
}
int auto_margin = el->calc_auto_margins(child_width);
if(auto_margin)
{
el->pos().x += auto_margin;
}
if (rw > ret_width)
{
ret_width = rw;
}
child_top += el->height();
last_margin = el->get_margins().bottom;
last_margin_el = el;
is_first = false;
if (el->src_el()->css().get_position() == element_position_relative)
{
el->apply_relative_shift(self_size);
}
}
}
}
if (self_size.height.type != containing_block_context::cbc_value_type_auto && self_size.height > 0)
{
m_pos.height = self_size.height;
} else
{
m_pos.height = child_top;
if(collapse_bottom_margin())
{
m_pos.height -= last_margin;
if(m_margins.bottom < last_margin)
{
m_margins.bottom = last_margin;
}
if(last_margin_el)
{
last_margin_el->get_margins().bottom = 0;
}
}
}
return ret_width;
}
int litehtml::render_item_block_context::get_first_baseline()
{
if(m_children.empty())
{
return height() - margin_bottom();
}
const auto &item = m_children.front();
return content_offset_top() + item->top() + item->get_first_baseline();
}
int litehtml::render_item_block_context::get_last_baseline()
{
if(m_children.empty())
{
return height() - margin_bottom();
}
const auto &item = m_children.back();
return content_offset_top() + item->top() + item->get_last_baseline();
}
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