Stack overflow when there are too many config parameters when creating a graphics pipeline

[johannesugb]

Problematic code:

		// Create a graphics pipeline for drawing the bounding spheres for the meshlets:
	mMeshletNormDistConesPipeline = gvk::context().create_graphics_pipeline_for(
			// Shaders to be used with this pipeline:
			avk::vertex_shader("shaders/instanced_boneanimated_oriented.vert"), 
			avk::fragment_shader("shaders/color.frag"),
			// Declare the vertex input to the shaders:
			avk::from_buffer_binding(0) -> stream_per_vertex<glm::vec3>()                                                  -> to_location(0),	// Declare that positions shall be read from the attached vertex buffer at binding 0, and that we are going to access it in shaders via layout (location = 0)
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_01) -> to_location(1),	// Stream instance data from the buffer at binding 1 to location 1 => the center of the sphere
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_02) -> to_location(2),	// Stream instance data from the buffer at binding 1 to location 2 => the radius of the sphere
			// We need to stream a mat4 using four input locations:
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_03) -> to_location(3),	// Stream instance data from the buffer at binding 1 to location 3 => transformation matrix
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_04) -> to_location(4),	// add another vec4 to complete the whole mat4
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_05) -> to_location(5),	// add another vec4 to complete the whole mat4
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_06) -> to_location(6),	// add another vec4 to complete the whole mat4
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_07) -> to_location(7),	// Stream instance data from the buffer at binding 1 to location 7 => bone matrices index
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_08) -> to_location(8),	// Stream instance data from the buffer at binding 1 to location 8 => mesh index
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_09) -> to_location(9),	// Stream instance data from the buffer at binding 1 to location 9 => texel buffer index
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_10) -> to_location(10),	// Stream instance data from the buffer at binding 1 to location 10 => first vertex index
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_11) -> to_location(11),	// Stream instance data from the buffer at binding 1 to location 11 => inConeApex
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_12) -> to_location(12),	// Stream instance data from the buffer at binding 1 to location 12 => inConeAxisMeshopt
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_13) -> to_location(13),	// Stream instance data from the buffer at binding 1 to location 13 => inConeCutoffMeshopt
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_14) -> to_location(14),	// Stream instance data from the buffer at binding 1 to location 14 => inPrincipalBoneIndex
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_15) -> to_location(15),	// Stream instance data from the buffer at binding 1 to location 15 => inConeAxisPBS
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_16) -> to_location(16),	// Stream instance data from the buffer at binding 1 to location 16 => inConeCutoffPBS
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_17) -> to_location(17),	// Stream instance data from the buffer at binding 1 to location 17 => inConeAxisPBSAni
			avk::from_buffer_binding(1) -> stream_per_instance(mMeshletsBuffer, avk::content_description::user_defined_18) -> to_location(18),	// Stream instance data from the buffer at binding 1 to location 18 => inConeCutoffPBSAni
			avk::attachment::declare(std::make_tuple(mFramebuffers[0]->image_view_at(0)->config().format, mFramebuffers[0]->image_at(0)->config().samples), avk::on_load::load, avk::color(0)+avk::resolve_to(2), avk::on_store::store),
			avk::attachment::declare(std::make_tuple(mFramebuffers[0]->image_view_at(1)->config().format, mFramebuffers[0]->image_at(1)->config().samples), avk::on_load::load, avk::depth_stencil(), avk::on_store::store),
			avk::attachment::declare(mFramebuffers[0]->image_view_at(2)->config().format, avk::on_load::load, avk::resolve_receiver(), avk::on_store::store),
			// Further config for the pipeline:
		avk::cfg::viewport_depth_scissors_config::from_framebuffer(mFramebuffers[0]), // Set to the dimensions of the main window
			avk::cfg::depth_write::disabled(),
			avk::cfg::color_blending_config::enable_alpha_blending_for_all_attachments(),
			avk::descriptor_binding(0, 0, mViewProjBuffers[0]),
			avk::descriptor_binding(1, 0, mBoneMatricesBuffersAni[0]),
			avk::descriptor_binding(1, 1, mMeshRootMatrices),
			avk::descriptor_binding(1, 2, mBindPoseMatrices),
			avk::descriptor_binding(2, 0, avk::as_uniform_texel_buffer_views(mBoneIndicesBuffers)),
			avk::descriptor_binding(2, 1, avk::as_uniform_texel_buffer_views(mBoneWeightsBuffers)),
			avk::push_constant_binding_data{ avk::shader_type::vertex, 0, sizeof(push_constants_for_norm_dist_cones) }
		);

Why does this result in a stack overflow?

Definition of done:

• A lot of config parameters do not lead to stack overflows
• The code example above does not lead to a stack overflow anymore
• The code is well documented and the Contribution Guidelines have been followed.