finished cleaning up translation system
Allen Webster
parent
dc90ec0c83
commit
5b0883f690
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@ -1005,8 +1005,8 @@ struct Code_Wrap_State{
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f32 tab_indent_amount;
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f32 byte_advance;
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Buffer_Translating_State tran;
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Buffer_Translating_Emits emits;
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Translation_State tran;
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Translation_Emits emits;
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u32 J;
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Buffer_Model_Step step;
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Buffer_Model_Behavior behavior;
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@ -348,14 +348,24 @@ enum{
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BufferModelUnit_Numbers,
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};
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struct Buffer_Translating_State{
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struct Translation_State{
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u8 fill_buffer[4];
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u32 fill_start_i;
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u32 fill_i;
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u32 fill_expected;
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};
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global_const Translation_State null_buffer_translating_state = {0};
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struct Translation_Byte_Description{
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u32 byte_class;
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b32 rebuffer_current;
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b32 emit_current_as_cp;
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u32 prelim_emit_type;
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};
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struct Translation_Emit_Type{
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u32 byte_class;
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u32 emit_type;
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b32 rebuffer_current;
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b32 emit_current_as_cp;
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@ -364,113 +374,116 @@ struct Buffer_Translating_State{
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b32 do_codepoint;
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b32 do_numbers;
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};
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global_const Buffer_Translating_State null_buffer_translating_state = {0};
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struct Buffer_Translating_Emits{
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struct Translation_Emits{
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Buffer_Model_Step steps[5];
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Buffer_Model_Step step_current;
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u32 step_count;
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};
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internal void
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translating_consume_byte(Buffer_Translating_State *tran, u8 ch, u32 i, u32 size){
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tran->byte_class = 0;
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translating_consume_byte(Translation_State *tran, u8 ch, u32 i, u32 size, Translation_Byte_Description *desc_out){
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desc_out->byte_class = 0;
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if ((ch >= ' ' && ch < 0x7F) || ch == '\t' || ch == '\n' || ch == '\r'){
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tran->byte_class = 1;
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desc_out->byte_class = 1;
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}
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else if (ch < 0xC0){
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tran->byte_class = 1000;
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desc_out->byte_class = 1000;
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}
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else if (ch < 0xE0){
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tran->byte_class = 2;
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desc_out->byte_class = 2;
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}
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else if (ch < 0xF0){
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tran->byte_class = 3;
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desc_out->byte_class = 3;
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}
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else{
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tran->byte_class = 4;
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desc_out->byte_class = 4;
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}
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tran->emit_type = BufferModelUnit_None;
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tran->rebuffer_current = false;
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tran->emit_current_as_cp = false;
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desc_out->prelim_emit_type = BufferModelUnit_None;
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desc_out->rebuffer_current = false;
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desc_out->emit_current_as_cp = false;
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if (tran->fill_expected == 0){
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tran->fill_buffer[0] = ch;
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tran->fill_start_i = i;
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tran->fill_i = 1;
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if (tran->byte_class == 1){
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tran->emit_type = BufferModelUnit_Codepoint;
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if (desc_out->byte_class == 1){
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desc_out->prelim_emit_type = BufferModelUnit_Codepoint;
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}
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else if (tran->byte_class == 0 || tran->byte_class == 1000){
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tran->emit_type = BufferModelUnit_Numbers;
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else if (desc_out->byte_class == 0 || desc_out->byte_class == 1000){
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desc_out->prelim_emit_type = BufferModelUnit_Numbers;
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}
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else{
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tran->fill_expected = tran->byte_class;
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tran->fill_expected = desc_out->byte_class;
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}
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}
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else{
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if (tran->byte_class == 1000){
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if (desc_out->byte_class == 1000){
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tran->fill_buffer[tran->fill_i] = ch;
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++tran->fill_i;
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if (tran->fill_i == tran->fill_expected){
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tran->emit_type = BufferModelUnit_Codepoint;
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desc_out->prelim_emit_type = BufferModelUnit_Codepoint;
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}
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}
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else{
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if (tran->byte_class >= 2 && tran->byte_class <= 4){
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tran->rebuffer_current = true;
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if (desc_out->byte_class >= 2 && desc_out->byte_class <= 4){
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desc_out->rebuffer_current = true;
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}
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else if (tran->byte_class == 1){
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tran->emit_current_as_cp = true;
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else if (desc_out->byte_class == 1){
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desc_out->emit_current_as_cp = true;
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}
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else{
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tran->fill_buffer[tran->fill_i] = ch;
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++tran->fill_i;
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}
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tran->emit_type = BufferModelUnit_Numbers;
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desc_out->prelim_emit_type = BufferModelUnit_Numbers;
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}
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}
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if (tran->emit_type == BufferModelUnit_None && i+1 == size){
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tran->emit_type = BufferModelUnit_Numbers;
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if (desc_out->prelim_emit_type == BufferModelUnit_None && i+1 == size){
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desc_out->prelim_emit_type = BufferModelUnit_Numbers;
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}
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}
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internal void
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translating_select_emit_type(Buffer_Translating_State *tran){
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tran->codepoint = 0;
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tran->codepoint_length = 0;
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tran->do_codepoint = false;
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tran->do_numbers = false;
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if (tran->emit_type == BufferModelUnit_Codepoint){
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tran->codepoint = utf8_to_u32_length_unchecked(tran->fill_buffer, &tran->codepoint_length);
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if ((tran->codepoint >= ' ' && tran->codepoint <= 255 && tran->codepoint != 127) || tran->codepoint == '\t' || tran->codepoint == '\n' || tran->codepoint == '\r'){
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tran->do_codepoint = true;
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translating_select_emit_type(Translation_State *tran, Translation_Byte_Description desc, Translation_Emit_Type *type_out){
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type_out->byte_class = desc.byte_class;
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type_out->rebuffer_current = desc.rebuffer_current;
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type_out->emit_current_as_cp = desc.emit_current_as_cp;
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type_out->codepoint = 0;
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type_out->codepoint_length = 0;
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type_out->do_codepoint = false;
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type_out->do_numbers = false;
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if (desc.prelim_emit_type == BufferModelUnit_Codepoint){
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type_out->codepoint = utf8_to_u32_length_unchecked(tran->fill_buffer, &type_out->codepoint_length);
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if ((type_out->codepoint >= ' ' && type_out->codepoint <= 255 && type_out->codepoint != 127) || type_out->codepoint == '\t' || type_out->codepoint == '\n' || type_out->codepoint == '\r'){
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type_out->do_codepoint = true;
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}
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else{
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tran->do_numbers = true;
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type_out->do_numbers = true;
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}
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}
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else if (tran->emit_type == BufferModelUnit_Numbers){
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tran->do_numbers = true;
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else if (desc.prelim_emit_type == BufferModelUnit_Numbers){
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type_out->do_numbers = true;
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}
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Assert((tran->do_codepoint + tran->do_numbers) <= 1);
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Assert((type_out->do_codepoint + type_out->do_numbers) <= 1);
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}
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internal void
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translating_generate_emits(Buffer_Translating_State *tran, u8 ch, u32 i, Buffer_Translating_Emits *emits_out){
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translating_generate_emits(Translation_State *tran, Translation_Emit_Type emit_types, u8 ch, u32 i, Translation_Emits *emits_out){
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emits_out->step_count = 0;
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if (tran->do_codepoint){
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if (emit_types.do_codepoint){
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emits_out->steps[0].type = 1;
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emits_out->steps[0].value = tran->codepoint;
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emits_out->steps[0].value = emit_types.codepoint;
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emits_out->steps[0].i = tran->fill_start_i;
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emits_out->steps[0].byte_length = tran->codepoint_length;
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emits_out->steps[0].byte_length = emit_types.codepoint_length;
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emits_out->step_count = 1;
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}
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else if (tran->do_numbers){
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else if (emit_types.do_numbers){
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for (u32 j = 0; j < tran->fill_i; ++j){
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emits_out->steps[j].type = 0;
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emits_out->steps[j].value = tran->fill_buffer[j];
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@ -480,22 +493,22 @@ translating_generate_emits(Buffer_Translating_State *tran, u8 ch, u32 i, Buffer_
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emits_out->step_count = tran->fill_i;
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}
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if (tran->do_codepoint || tran->do_numbers){
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if (emit_types.do_codepoint || emit_types.do_numbers){
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tran->fill_start_i = 0;
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tran->fill_i = 0;
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tran->fill_expected = 0;
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}
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if (tran->rebuffer_current){
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Assert(tran->do_codepoint || tran->do_numbers);
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if (emit_types.rebuffer_current){
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Assert(emit_types.do_codepoint || emit_types.do_numbers);
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tran->fill_buffer[0] = ch;
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tran->fill_start_i = i;
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tran->fill_i = 1;
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tran->fill_expected = tran->byte_class;
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tran->fill_expected = emit_types.byte_class;
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}
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else if (tran->emit_current_as_cp){
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Assert(tran->do_codepoint || tran->do_numbers);
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else if (emit_types.emit_current_as_cp){
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Assert(emit_types.do_codepoint || emit_types.do_numbers);
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emits_out->steps[emits_out->step_count].type = 1;
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emits_out->steps[emits_out->step_count].value = ch;
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@ -506,10 +519,12 @@ translating_generate_emits(Buffer_Translating_State *tran, u8 ch, u32 i, Buffer_
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}
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internal void
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translating_fully_process_byte(Buffer_Translating_State *tran, u8 ch, u32 i, u32 size, Buffer_Translating_Emits *emits_out){
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translating_consume_byte(tran, ch, i, size);
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translating_select_emit_type(tran);
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translating_generate_emits(tran, ch, i, emits_out);
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translating_fully_process_byte(Translation_State *tran, u8 ch, u32 i, u32 size, Translation_Emits *emits_out){
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Translation_Byte_Description description = {0};
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translating_consume_byte(tran, ch, i, size, &description);
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Translation_Emit_Type emit_type = {0};
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translating_select_emit_type(tran, description, &emit_type);
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translating_generate_emits(tran, emit_type, ch, i, emits_out);
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}
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internal void
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@ -523,7 +538,6 @@ translation_step_read(Buffer_Model_Step step, Buffer_Model_Behavior *behavior_ou
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{
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behavior_out->do_newline = true;
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}break;
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default:
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{
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behavior_out->do_codepoint_advance = true;
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@ -956,8 +970,8 @@ buffer_measure_character_starts(Gap_Buffer *buffer, i32 *character_starts, i32 m
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skipping_whitespace = 1;
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}
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Buffer_Translating_State tran = {0};
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Buffer_Translating_Emits emits = {0};
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Translation_State tran = {0};
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Translation_Emits emits = {0};
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stream.use_termination_character = 1;
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stream.terminator = '\n';
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@ -1037,8 +1051,8 @@ struct Buffer_Measure_Wrap_State{
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b32 did_wrap;
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b32 first_of_the_line;
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Buffer_Translating_State tran;
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Buffer_Translating_Emits emits;
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Translation_State tran;
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Translation_Emits emits;
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u32 J;
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Buffer_Model_Step step;
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Buffer_Model_Behavior behavior;
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@ -1297,8 +1311,8 @@ buffer_remeasure_character_starts(Gap_Buffer *buffer, i32 line_start, i32 line_e
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}
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// Translation
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Buffer_Translating_State tran = {0};
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Buffer_Translating_Emits emits = {0};
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Translation_State tran = {0};
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Translation_Emits emits = {0};
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stream.use_termination_character = 1;
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stream.terminator = '\n';
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@ -1596,8 +1610,8 @@ struct Buffer_Cursor_Seek_State{
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i32 font_height;
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Buffer_Translating_State tran;
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Buffer_Translating_Emits emits;
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Translation_State tran;
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Translation_Emits emits;
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u32 J;
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Buffer_Model_Step step;
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Buffer_Model_Behavior behavior;
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@ -2089,8 +2103,8 @@ struct Buffer_Render_State{
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b32 first_of_the_line;
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i32 wrap_unit_end;
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Buffer_Translating_State tran;
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Buffer_Translating_Emits emits;
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Translation_State tran;
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Translation_Emits emits;
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u32 J;
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Buffer_Model_Step step;
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Buffer_Model_Behavior behavior;
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@ -0,0 +1,225 @@
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/*
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* Mr. 4th Dimention - Allen Webster
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*
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* 11.03.2017
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*
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* Translation system for turning byte streams into a stream of buffer model steps.
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*
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*/
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// TOP
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struct Translation_State{
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u8 fill_buffer[4];
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u32 fill_start_i;
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u32 fill_i;
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u32 fill_expected;
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};
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global_const Translation_State null_buffer_translating_state = {0};
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struct Translation_Byte_Description{
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u32 byte_class;
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b32 rebuffer_current;
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b32 emit_current_as_cp;
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u32 prelim_emit_type;
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};
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struct Translation_Emit_Type{
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u32 byte_class;
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b32 rebuffer_current;
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b32 emit_current_as_cp;
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u32 codepoint;
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u32 codepoint_length;
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b32 do_codepoint;
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b32 do_numbers;
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};
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struct Translation_Emits{
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Buffer_Model_Step steps[5];
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Buffer_Model_Step step_current;
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u32 step_count;
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};
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internal void
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translating_consume_byte(Translation_State *tran, u8 ch, u32 i, u32 size, Translation_Byte_Description *desc_out){
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desc_out->byte_class = 0;
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if ((ch >= ' ' && ch < 0x7F) || ch == '\t' || ch == '\n' || ch == '\r'){
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desc_out->byte_class = 1;
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}
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else if (ch < 0xC0){
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desc_out->byte_class = 1000;
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}
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else if (ch < 0xE0){
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desc_out->byte_class = 2;
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}
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else if (ch < 0xF0){
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desc_out->byte_class = 3;
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}
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else{
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desc_out->byte_class = 4;
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}
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desc_out->prelim_emit_type = BufferModelUnit_None;
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desc_out->rebuffer_current = false;
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desc_out->emit_current_as_cp = false;
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if (tran->fill_expected == 0){
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tran->fill_buffer[0] = ch;
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tran->fill_start_i = i;
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tran->fill_i = 1;
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if (desc_out->byte_class == 1){
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desc_out->prelim_emit_type = BufferModelUnit_Codepoint;
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}
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else if (desc_out->byte_class == 0 || desc_out->byte_class == 1000){
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desc_out->prelim_emit_type = BufferModelUnit_Numbers;
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}
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else{
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tran->fill_expected = desc_out->byte_class;
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}
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}
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else{
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if (desc_out->byte_class == 1000){
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tran->fill_buffer[tran->fill_i] = ch;
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++tran->fill_i;
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if (tran->fill_i == tran->fill_expected){
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desc_out->prelim_emit_type = BufferModelUnit_Codepoint;
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}
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}
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else{
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if (desc_out->byte_class >= 2 && desc_out->byte_class <= 4){
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desc_out->rebuffer_current = true;
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}
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else if (desc_out->byte_class == 1){
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desc_out->emit_current_as_cp = true;
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}
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else{
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tran->fill_buffer[tran->fill_i] = ch;
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++tran->fill_i;
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}
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desc_out->prelim_emit_type = BufferModelUnit_Numbers;
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}
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}
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if (desc_out->prelim_emit_type == BufferModelUnit_None && i+1 == size){
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desc_out->prelim_emit_type = BufferModelUnit_Numbers;
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}
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}
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internal void
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translating_select_emit_type(Translation_State *tran, Translation_Byte_Description desc, Translation_Emit_Type *type_out){
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type_out->byte_class = desc.byte_class;
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type_out->rebuffer_current = desc.rebuffer_current;
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type_out->emit_current_as_cp = desc.emit_current_as_cp;
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type_out->codepoint = 0;
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type_out->codepoint_length = 0;
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type_out->do_codepoint = false;
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type_out->do_numbers = false;
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if (desc.prelim_emit_type == BufferModelUnit_Codepoint){
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type_out->codepoint = utf8_to_u32_length_unchecked(tran->fill_buffer, &type_out->codepoint_length);
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||||
if ((type_out->codepoint >= ' ' && type_out->codepoint <= 255 && type_out->codepoint != 127) || type_out->codepoint == '\t' || type_out->codepoint == '\n' || type_out->codepoint == '\r'){
|
||||
type_out->do_codepoint = true;
|
||||
}
|
||||
else{
|
||||
type_out->do_numbers = true;
|
||||
}
|
||||
}
|
||||
else if (desc.prelim_emit_type == BufferModelUnit_Numbers){
|
||||
type_out->do_numbers = true;
|
||||
}
|
||||
|
||||
Assert((type_out->do_codepoint + type_out->do_numbers) <= 1);
|
||||
}
|
||||
|
||||
internal void
|
||||
translating_generate_emits(Translation_State *tran, Translation_Emit_Type emit_types, u8 ch, u32 i, Translation_Emits *emits_out){
|
||||
emits_out->step_count = 0;
|
||||
if (emit_types.do_codepoint){
|
||||
emits_out->steps[0].type = 1;
|
||||
emits_out->steps[0].value = emit_types.codepoint;
|
||||
emits_out->steps[0].i = tran->fill_start_i;
|
||||
emits_out->steps[0].byte_length = emit_types.codepoint_length;
|
||||
emits_out->step_count = 1;
|
||||
}
|
||||
else if (emit_types.do_numbers){
|
||||
for (u32 j = 0; j < tran->fill_i; ++j){
|
||||
emits_out->steps[j].type = 0;
|
||||
emits_out->steps[j].value = tran->fill_buffer[j];
|
||||
emits_out->steps[j].i = tran->fill_start_i + j;
|
||||
emits_out->steps[j].byte_length = 1;
|
||||
}
|
||||
emits_out->step_count = tran->fill_i;
|
||||
}
|
||||
|
||||
if (emit_types.do_codepoint || emit_types.do_numbers){
|
||||
tran->fill_start_i = 0;
|
||||
tran->fill_i = 0;
|
||||
tran->fill_expected = 0;
|
||||
}
|
||||
|
||||
if (emit_types.rebuffer_current){
|
||||
Assert(emit_types.do_codepoint || emit_types.do_numbers);
|
||||
|
||||
tran->fill_buffer[0] = ch;
|
||||
tran->fill_start_i = i;
|
||||
tran->fill_i = 1;
|
||||
tran->fill_expected = emit_types.byte_class;
|
||||
}
|
||||
else if (emit_types.emit_current_as_cp){
|
||||
Assert(emit_types.do_codepoint || emit_types.do_numbers);
|
||||
|
||||
emits_out->steps[emits_out->step_count].type = 1;
|
||||
emits_out->steps[emits_out->step_count].value = ch;
|
||||
emits_out->steps[emits_out->step_count].i = i;
|
||||
emits_out->steps[emits_out->step_count].byte_length = 1;
|
||||
++emits_out->step_count;
|
||||
}
|
||||
}
|
||||
|
||||
internal void
|
||||
translating_fully_process_byte(Translation_State *tran, u8 ch, u32 i, u32 size, Translation_Emits *emits_out){
|
||||
Translation_Byte_Description description = {0};
|
||||
translating_consume_byte(tran, ch, i, size, &description);
|
||||
Translation_Emit_Type emit_type = {0};
|
||||
translating_select_emit_type(tran, description, &emit_type);
|
||||
translating_generate_emits(tran, emit_type, ch, i, emits_out);
|
||||
}
|
||||
|
||||
internal void
|
||||
translation_step_read(Buffer_Model_Step step, Buffer_Model_Behavior *behavior_out){
|
||||
behavior_out->do_newline = false;
|
||||
behavior_out->do_codepoint_advance = false;
|
||||
behavior_out->do_number_advance = false;
|
||||
if (step.type == 1){
|
||||
switch (step.value){
|
||||
case '\n':
|
||||
{
|
||||
behavior_out->do_newline = true;
|
||||
}break;
|
||||
default:
|
||||
{
|
||||
behavior_out->do_codepoint_advance = true;
|
||||
}break;
|
||||
}
|
||||
}
|
||||
else{
|
||||
behavior_out->do_number_advance = true;
|
||||
}
|
||||
}
|
||||
|
||||
#define TRANSLATION_DECL_OUTPUT(_j,_emit) u32 _j = 0; _j < (_emit).step_count; ++_j
|
||||
#define TRANSLATION_DECL_GET_STEP(_step,_behav,_j,_emit) \
|
||||
Buffer_Model_Step _step = _emit.steps[_j]; Buffer_Model_Behavior _behav; \
|
||||
translation_step_read(_step, &_behav)
|
||||
|
||||
#define TRANSLATION_OUTPUT(_j,_emit) _j = 0; _j < (_emit).step_count; ++_j
|
||||
#define TRANSLATION_GET_STEP(_step,_behav,_j,_emit)\
|
||||
(_step) = _emit.steps[_j]; translation_step_read((_step), &(_behav))
|
||||
|
||||
// BOTTOM
|
||||
|
||||
|
||||
|
||||
Loading…
Reference in New Issue