Capability System: Simplify how we report incompatibilities of CapabilitySets to users

[ArielG-NV]

Problem:
Currently incompatible entry-points print all data available to a user causing huge errors. For example, if I were to compile spirv on an entry-point without spirv support I would get the following error:

shader.hlsl(11): error 36107: entrypoint 'main' requires capability 'textualTarget + cuda + cuda_sm_1_0 + cuda_sm_2_0 + cuda_sm_3_0 + cuda_sm_3_5 + cuda_sm_4_0 + cuda_sm_5_0 + cuda_sm_6_0 + cuda_sm_7_0 + vertex | textualTarget + cuda + cuda_sm_1_0 + cuda_sm_2_0 + cuda_sm_3_0 + cuda_sm_3_5 + cuda_sm_4_0 + cuda_sm_5_0 + cuda_sm_6_0 + cuda_sm_7_0 + fragment | textualTarget + cuda + cuda_sm_1_0 + cuda_sm_2_0 + cuda_sm_3_0 + cuda_sm_3_5 + cuda_sm_4_0 + cuda_sm_5_0 + cuda_sm_6_0 + cuda_sm_7_0 + compute | textualTarget + cuda + cuda_sm_1_0 + cuda_sm_2_0 + cuda_sm_3_0 + cuda_sm_3_5 + cuda_sm_4_0 + cuda_sm_5_0 + cuda_sm_6_0 + cuda_sm_7_0 + hull | textualTarget + cuda + cuda_sm_1_0 + cuda_sm_2_0 + cuda_sm_3_0 + cuda_sm_3_5 + cuda_sm_4_0 + cuda_sm_5_0 + cuda_sm_6_0 + cuda_sm_7_0 + domain | textualTarget + cuda + cuda_sm_1_0 + cuda_sm_2_0 + cuda_sm_3_0 + cuda_sm_3_5 + cuda_sm_4_0 + cuda_sm_5_0 + cuda_sm_6_0 + cuda_sm_7_0 + geometry | textualTarget + cuda + cuda_sm_1_0 + cuda_sm_2_0 + cuda_sm_3_0 + cuda_sm_3_5 + cuda_sm_4_0 + cuda_sm_5_0 + cuda_sm_6_0 + cuda_sm_7_0 + raygen | textualTarget + cuda + cuda_sm_1_0 + cuda_sm_2_0 + cuda_sm_3_0 + cuda_sm_3_5 + cuda_sm_4_0 + cuda_sm_5_0 + cuda_sm_6_0 + cuda_sm_7_0 + intersection | textualTarget + cuda + cuda_sm_1_0 + cuda_sm_2_0 + cuda_sm_3_0 + cuda_sm_3_5 + cuda_sm_4_0 + cuda_sm_5_0 + cuda_sm_6_0 + cuda_sm_7_0 + anyhit | textualTarget + cuda + cuda_sm_1_0 + cuda_sm_2_0 + cuda_sm_3_0 + cuda_sm_3_5 + cuda_sm_4_0 + cuda_sm_5_0 + cuda_sm_6_0 + cuda_sm_7_0 + closesthit | textualTarget + cuda + cuda_sm_1_0 + cuda_sm_2_0 + cuda_sm_3_0 + cuda_sm_3_5 + cuda_sm_4_0 + cuda_sm_5_0 + cuda_sm_6_0 + cuda_sm_7_0 + miss | textualTarget + cuda + cuda_sm_1_0 + cuda_sm_2_0 + cuda_sm_3_0 + cuda_sm_3_5 + cuda_sm_4_0 + cuda_sm_5_0 + cuda_sm_6_0 + cuda_sm_7_0 + mesh | textualTarget + cuda + cuda_sm_1_0 + cuda_sm_2_0 + cuda_sm_3_0 + cuda_sm_3_5 + cuda_sm_4_0 + cuda_sm_5_0 + cuda_sm_6_0 + cuda_sm_7_0 + amplification | textualTarget + cuda + cuda_sm_1_0 + cuda_sm_2_0 + cuda_sm_3_0 + cuda_sm_3_5 + cuda_sm_4_0 + cuda_sm_5_0 + cuda_sm_6_0 + cuda_sm_7_0 + callable | textualTarget + hlsl + sm_4_0 + sm_4_1 + sm_5_0 + sm_5_1 + sm_6_0 + sm_6_1 + sm_6_2 + sm_6_3 + sm_6_4 + sm_6_5 + vertex | textualTarget + hlsl + sm_4_0 + sm_4_1 + sm_5_0 + sm_5_1 + sm_6_0 + sm_6_1 + sm_6_2 + sm_6_3 + sm_6_4 + sm_6_5 + fragment | textualTarget + hlsl + sm_4_0 + sm_4_1 + sm_5_0 + sm_5_1 + sm_6_0 + sm_6_1 + sm_6_2 + sm_6_3 + sm_6_4 + sm_6_5 + compute | textualTarget + hlsl + sm_4_0 + sm_4_1 + sm_5_0 + sm_5_1 + sm_6_0 + sm_6_1 + sm_6_2 + sm_6_3 + sm_6_4 + sm_6_5 + hull | textualTarget + hlsl + sm_4_0 + sm_4_1 + sm_5_0 + sm_5_1 + sm_6_0 + sm_6_1 + sm_6_2 + sm_6_3 + sm_6_4 + sm_6_5 + domain | textualTarget + hlsl + sm_4_0 + sm_4_1 + sm_5_0 + sm_5_1 + sm_6_0 + sm_6_1 + sm_6_2 + sm_6_3 + sm_6_4 + sm_6_5 + geometry | textualTarget + hlsl + sm_4_0 + sm_4_1 + sm_5_0 + sm_5_1 + sm_6_0 + sm_6_1 + sm_6_2 + sm_6_3 + sm_6_4 + sm_6_5 + raygen | textualTarget + hlsl + sm_4_0 + sm_4_1 + sm_5_0 + sm_5_1 + sm_6_0 + sm_6_1 + sm_6_2 + sm_6_3 + sm_6_4 + sm_6_5 + intersection | textualTarget + hlsl + sm_4_0 + sm_4_1 + sm_5_0 + sm_5_1 + sm_6_0 + sm_6_1 + sm_6_2 + sm_6_3 + sm_6_4 + sm_6_5 + anyhit | textualTarget + hlsl + sm_4_0 + sm_4_1 + sm_5_0 + sm_5_1 + sm_6_0 + sm_6_1 + sm_6_2 + sm_6_3 + sm_6_4 + sm_6_5 + closesthit | textualTarget + hlsl + sm_4_0 + sm_4_1 + sm_5_0 + sm_5_1 + sm_6_0 + sm_6_1 + sm_6_2 + sm_6_3 + sm_6_4 + sm_6_5 + miss | textualTarget + hlsl + sm_4_0 + sm_4_1 + sm_5_0 + sm_5_1 + sm_6_0 + sm_6_1 + sm_6_2 + sm_6_3 + sm_6_4 + sm_6_5 + mesh | textualTarget + hlsl + sm_4_0 + sm_4_1 + sm_5_0 + sm_5_1 + sm_6_0 + sm_6_1 + sm_6_2 + sm_6_3 + sm_6_4 + sm_6_5 + amplification | textualTarget + hlsl + sm_4_0 + sm_4_1 + sm_5_0 + sm_5_1 + sm_6_0 + sm_6_1 + sm_6_2 + sm_6_3 + sm_6_4 + sm_6_5 + callable', which is incompatible with the current compilation target 'spirv_1_0 + spirv_1_1 + spirv_1_2 + spirv_1_3 + spirv_1_4 + spirv_1_5 + fragment + SPV_KHR_fragment_shader_barycentric + SPV_EXT_fragment_fully_covered + SPV_EXT_shader_atomic_float_add + SPV_EXT_shader_atomic_float_min_max + SPV_EXT_mesh_shader + SPV_KHR_ray_tracing + SPV_KHR_ray_query + SPV_GOOGLE_user_type'.
uint4 main(int4 input0 : ATTR0, uint4 input1 : ATTR1) : SV_Target {
      ^~~~
hlsl.meta.slang(14867): note: see using of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see definition of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see using of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see definition of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see using of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see definition of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see using of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see definition of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see using of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see definition of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see using of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see definition of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see using of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see definition of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see using of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see definition of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see using of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see definition of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see using of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see definition of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see using of 'WaveMultiPrefixProduct'
hlsl.meta.slang(14867): note: see definition of 'WaveMultiPrefixProduct'

Solution:
Only the 'key' atoms which are causing incompatibility should be printed. This means that printDiagnosicArg should have a new function made which supports some sort of 'pair' which bundles together 2 incompatible capability sets.

Furthermore, we should not be printing excess debug info hlsl.meta.slang(14867): note: see definition of 'WaveMultiPrefixProduct'