generate: initial support for maps, tilesets, and blocksets

tools/generate/__main__.py

@@ -1,22 +1,178 @@
+from pathlib import Path
 from pprint import pprint
+import io
 
 from parse import parse
 
+def sorted_map_headers():
+    # hack to remove unused/duplicate underground_path_route_7
+    map_headers = sorted(parse.map_headers, key=lambda m: m.name2)
+    return filter(lambda m: m.name1 != "UndergroundPathRoute7Copy", map_headers)
+
+def includes():
+    for map_header in sorted_map_headers():
+        block_path = parse.maps_blocks_list[map_header.blocks()]
+        yield f'#include "res/{block_path}.h"'
+    for tileset_name in sorted(parse.tileset_constants_list):
+        tileset_index  = parse.tileset_constants_list[tileset_name]
+        tileset_header = parse.tileset_headers_list[tileset_index]
+
+        blockset_path = parse.gfx_tilesets_list[tileset_header.blockset()]
+        gfx_path      = parse.gfx_tilesets_list[tileset_header.gfx()]
+
+        yield f'#include "res/{blockset_path}.h"'
+        yield f'#include "res/{gfx_path}.h"'
+    yield ""
+
+def struct_start_size_t():
+    return [
+        "struct start_size_t {",
+            "uint8_t const * const start;",
+            "uint32_t size;",
+        "};",
+    ]
+
+def struct_tileset_t():
+    tileset_names = (
+        f"{name.lower()},"
+        for name in sorted(parse.tileset_constants_list)
+    )
+    return [
+        "struct tileset_t {",
+            "start_size_t blockset;",
+            "start_size_t tileset;",
+            "",
+            "enum tileset {",
+                *tileset_names,
+            "};",
+        "};",
+    ]
+
+def struct_map_t():
+    map_names = (
+        f"{map_header.name2.lower()},"
+        for map_header in sorted_map_headers()
+    )
+    return [
+        "struct map_t {",
+            "start_size_t blocks;",
+            "enum tileset_t::tileset tileset;",
+            "uint32_t width;",
+            "uint32_t height;",
+            "",
+            "enum map {",
+                *map_names,
+            "};",
+        "};",
+    ]
+
+def binary_res(path, suffix):
+    # _binary_res_gfx_blocksets_overworld_bst_start
+    name = path.replace('/', '_').replace('.', '_')
+    return f"_binary_res_{name}_{suffix}"
+
+def start_size_value(path):
+    start = binary_res(path, "start")
+    size = binary_res(path, "size")
+
+    return [
+        f"reinterpret_cast<uint8_t*>(&{start}),",
+        f"reinterpret_cast<uint32_t>(&{size}),",
+    ]
+
+def blockset_tileset(name: str):
+    tileset_index  = parse.tileset_constants_list[name]
+    tileset_header = parse.tileset_headers_list[tileset_index]
+
+    blockset_path = parse.gfx_tilesets_list[tileset_header.blockset()]
+    gfx_path      = parse.gfx_tilesets_list[tileset_header.gfx()]
+
+    return [
+        f"[tileset_t::{name.lower()}] = {{",
+            ".blockset = {",
+                *start_size_value(blockset_path),
+            "},",
+            ".tileset = {",
+                *start_size_value(gfx_path),
+            "}",
+        "},"
+    ]
+
+def tilesets():
+    yield "const tileset_t tilesets[] = {"
+    for tileset in sorted(parse.tileset_constants_list):
+        yield from blockset_tileset(tileset)
+    yield "};"
+
+def map(map_header):
+    block_path = parse.maps_blocks_list[map_header.blocks()]
+    map_constant = parse.map_constants_list[map_header.name2]
+    return [
+        f"[map_t::{map_header.name2.lower()}] = {{",
+            ".blocks = {",
+                *start_size_value(block_path),
+            "},",
+            f".tileset = tileset_t::{map_header.tileset.lower()},",
+            f".width = {map_constant.width},",
+            f".height = {map_constant.height},",
+        "},",
+    ]
+
+def maps():
+    yield "const map_t maps[] = {"
+    for map_header in sorted_map_headers():
+        yield from map(map_header)
+    yield "};"
+
+def _render(out, lines):
+    indent = " "
+    level = 0
+    for l in lines:
+        if l and l[0] == "}":
+            level -= 2
+            assert level >= 0, out.getvalue()
+
+        out.write(indent * level + l + "\n")
+
+        if l and l[-1] == "{":
+            level += 2
+
+        if level == 0 and l and l[-1] == ";":
+            out.write("\n")
+    return out
+
+def renderer():
+    out = io.StringIO()
+    def render(lines):
+        return _render(out, lines)
+    return render, out
+
 def generate():
-    pprint(parse.maps_blocks_list)
+    #pprint(parse.maps_blocks_list)
     #pprint(parse.map_headers)
     #pprint(parse.tileset_constants_list)
     #pprint(parse.tileset_headers_list)
     #pprint(parse.gfx_tilesets_list)
+    render, out = renderer()
+
+    render(includes())
+    render(struct_start_size_t())
+    render(struct_tileset_t())
+    render(struct_map_t())
+    render(tilesets())
+    render(maps())
+
+    print(out.getvalue(), end='')
 
 generate()
 
 """
 map_headers[0].tileset == 'OVERWORLD'
-map_headers[0].width() == 'PALLET_TOWN_WIDTH'
-map_headers[0].height() == 'PALLET_TOWN_HEIGHT'
+map_headers[0].name1 = 'PalletTown'
+map_headers[0].name2 = 'PALLET_TOWN'
 map_headers[0].blocks() == 'PalletTown_Blocks'
-maps_blocks['PalletTown_Blocks'] == 'maps/PalletTown.blk'
+map_constants_list['PALLET_TOWN'] == MapConstant(10, 19)
+maps_blocks_list['PalletTown_Blocks'] == 'maps/PalletTown.blk'
 tileset_constants_list['OVERWORLD'] == 0
 tileset_headers_list[0].name == 'Overworld'
 tileset_headers_list[0].blockset() == 'Overworld_Block'

tools/parse/map_constants.py

@@ -12,7 +12,6 @@ def tokenize_lines(lines):
 
 @dataclass
 class MapConstant:
-    name: str
     width: int
     height: int
 
@@ -20,8 +19,7 @@ def flatten(tokens):
     for macro, args in tokens:
         if macro == 'map_const':
             name, width, height = args
-            yield MapConstant(
-                name,
+            yield name, MapConstant(
                 int(width),
                 int(height)
             )
@@ -30,4 +28,7 @@ def parse(prefix):
     path = prefix / "constants/map_constants.asm"
     with open(path) as f:
         tokens = tokenize_lines(f.read().split("\n"))
-        return list(flatten(tokens))
+        l = list(flatten(tokens))
+        d = dict(l)
+        assert len(l) == len(d)
+        return d