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-rw-r--r--tests/extern/kitty/.gitignore2
-rw-r--r--tests/extern/kitty/screen.py54
-rw-r--r--tests/extern/kitty/screen_bridge.c72
3 files changed, 64 insertions, 64 deletions
diff --git a/tests/extern/kitty/.gitignore b/tests/extern/kitty/.gitignore
index 79a6f1c..42be567 100644
--- a/tests/extern/kitty/.gitignore
+++ b/tests/extern/kitty/.gitignore
@@ -1,2 +1,2 @@
__pycache__/
-libterm.so
+libkitty_bridge.so
diff --git a/tests/extern/kitty/screen.py b/tests/extern/kitty/screen.py
index a3336d8..1b66234 100644
--- a/tests/extern/kitty/screen.py
+++ b/tests/extern/kitty/screen.py
@@ -1,9 +1,9 @@
"""ctypes wrapper providing the Kitty ``Screen`` API on top of our C terminal.
-The shared library ``libterm.so`` is loaded via :mod:`ctypes`. Python calls
-only the ``kitty_*`` functions of ``screen_bridge.c``, which wrap the public
-API (declared in ``src/term/term.h``). Python classes on top of them match the
-subset of Kitty's test API used by ``parser.py``.
+The bridge library ``libkitty_bridge.so`` is loaded via :mod:`ctypes`. Python
+calls only the ``kitty_*`` functions of ``screen_bridge.c``, which wrap the
+public API (declared in ``include/wsap_vtcore/wsap_vtcore.h``). Python classes
+on top of them match the subset of Kitty's test API used by ``parser.py``.
"""
import ctypes
@@ -15,7 +15,7 @@ import os
_lib = ctypes.CDLL(os.environ.get('WSAP_KITTY_LIB', os.path.join(os.path.dirname(__file__), 'libkitty_bridge.so')))
-# struct term_cell { uint32_t text, fg, bg; uint16_t attrs; uint8_t width, reserved; }
+# struct wsap_vtcore_cell { uint32_t text, fg, bg; uint16_t attrs; uint8_t width, reserved; }
class TermCell(ctypes.Structure):
_fields_ = [
('text', ctypes.c_uint32),
@@ -65,19 +65,19 @@ for _name, _type in {
# Constants
# ---------------------------------------------------------------------------
-TERM_DEFAULT_FG = 0xFFFFFFFF
-TERM_DEFAULT_BG = 0xFF1E1E2E
+WSAP_VTCORE_DEFAULT_FG = 0xFFFFFFFF
+WSAP_VTCORE_DEFAULT_BG = 0xFF1E1E2E
-# Cell attributes (must match enum term_attr in term.h)
-TERM_ATTR_BOLD = 1 << 0
-TERM_ATTR_ITALIC = 1 << 1
-TERM_ATTR_FAINT = 1 << 10
-TERM_ATTR_STRIKE = 1 << 3
-TERM_ATTR_OVERLINE = 1 << 4
-TERM_ATTR_LINK = 1 << 15
-TERM_ATTR_EMOJI = 1 << 5
-TERM_ATTR_TEXT = 1 << 6
-TERM_UNDERLINE_FLAGS = (1 << 2, 1 << 11, 1 << 12, 1 << 13, 1 << 14)
+# Cell attributes (must match enum wsap_vtcore_attr in wsap_vtcore.h)
+WSAP_VTCORE_ATTR_BOLD = 1 << 0
+WSAP_VTCORE_ATTR_ITALIC = 1 << 1
+WSAP_VTCORE_ATTR_FAINT = 1 << 10
+WSAP_VTCORE_ATTR_STRIKE = 1 << 3
+WSAP_VTCORE_ATTR_OVERLINE = 1 << 4
+WSAP_VTCORE_ATTR_LINK = 1 << 15
+WSAP_VTCORE_ATTR_EMOJI = 1 << 5
+WSAP_VTCORE_ATTR_TEXT = 1 << 6
+WSAP_VTCORE_UNDERLINE_FLAGS = (1 << 2, 1 << 11, 1 << 12, 1 << 13, 1 << 14)
# The longest grapheme cluster that a cell's text is read with.
_CLUSTER_CAP = 32
@@ -105,7 +105,7 @@ _lib.kitty_screen_cell_is_tab.argtypes = [ctypes.c_void_p, ctypes.c_int, ctypes.
_lib.kitty_screen_cell_is_tab.restype = ctypes.c_bool
# ANSI color table from escape.c — used for reverse-mapping to Kitty indices.
-# Must match the built-in default palette in src/term/palette.c.
+# Must match the built-in default palette in src/palette.c.
_ANSI_COLORS = [
0xFF585B70, 0xFFCC6666, 0xFFB5BD68, 0xFFF0C674,
0xFF81A2BE, 0xFFB294BB, 0xFF8ABEB7, 0xFFC5C8C6,
@@ -135,7 +135,7 @@ def _build_color_table():
_COLOR_TO_KITTY = _build_color_table()
-TERM_COLOR_REF = 0x01000000
+WSAP_VTCORE_COLOR_REF = 0x01000000
def _convert_color(color):
@@ -149,10 +149,10 @@ def _convert_color(color):
index<<8|1 = indexed (0-255)
r<<24|g<<16|b<<8|2 = RGB
"""
- if (color >> 24) == (TERM_COLOR_REF >> 24):
+ if (color >> 24) == (WSAP_VTCORE_COLOR_REF >> 24):
slot = color & 0x1FF
return 0 if slot >= 0x100 else (slot << 8) | 1
- if color == TERM_DEFAULT_FG or color == TERM_DEFAULT_BG:
+ if color == WSAP_VTCORE_DEFAULT_FG or color == WSAP_VTCORE_DEFAULT_BG:
return 0
kitty = _COLOR_TO_KITTY.get(color)
if kitty is not None:
@@ -251,15 +251,15 @@ class CellCursor:
@property
def bold(self):
- return bool(self._cell.attrs & TERM_ATTR_BOLD)
+ return bool(self._cell.attrs & WSAP_VTCORE_ATTR_BOLD)
@property
def italic(self):
- return bool(self._cell.attrs & TERM_ATTR_ITALIC)
+ return bool(self._cell.attrs & WSAP_VTCORE_ATTR_ITALIC)
@property
def dim(self):
- return bool(self._cell.attrs & TERM_ATTR_FAINT)
+ return bool(self._cell.attrs & WSAP_VTCORE_ATTR_FAINT)
@property
def reverse(self):
@@ -269,13 +269,13 @@ class CellCursor:
@property
def strikethrough(self):
- return bool(self._cell.attrs & TERM_ATTR_STRIKE)
+ return bool(self._cell.attrs & WSAP_VTCORE_ATTR_STRIKE)
@property
def decoration(self):
- # enum term_underline uses Kitty's numbers: 0=none, 1=straight,
+ # enum wsap_vtcore_underline uses Kitty's numbers: 0=none, 1=straight,
# 2=double, 3=curly, 4=dotted, 5=dashed.
- return next((i for i, flag in enumerate(TERM_UNDERLINE_FLAGS, 1)
+ return next((i for i, flag in enumerate(WSAP_VTCORE_UNDERLINE_FLAGS, 1)
if self._cell.attrs & flag), 0)
@property
diff --git a/tests/extern/kitty/screen_bridge.c b/tests/extern/kitty/screen_bridge.c
index 50f86a7..c307c1a 100644
--- a/tests/extern/kitty/screen_bridge.c
+++ b/tests/extern/kitty/screen_bridge.c
@@ -1,87 +1,87 @@
/* Test-only entry points for the Kitty screen wrapper in screen.py.
* Python calls only these functions, so it needs no struct layouts other
- * than the public struct term_cell. The kitty_screen_* accessors read
- * properties that term.h does not expose. They compile against the current
+ * than the public struct wsap_vtcore_cell. The kitty_screen_* accessors read
+ * properties that wsap_vtcore.h does not expose. They compile against the current
* terminal layout rather than duplicating byte offsets in Python. */
#include "internal.h"
#include "screen.h"
typedef void (*kitty_reply_fn)(void *ud, const char *bytes, size_t len);
-struct term *kitty_term_new(int cols, int rows, kitty_reply_fn reply, void *ud)
+struct wsap_vtcore *kitty_term_new(int cols, int rows, kitty_reply_fn reply, void *ud)
{
- return term_new(&(struct term_options){
+ return wsap_vtcore_new(&(struct wsap_vtcore_options){
.size = { .x = cols, .y = rows },
.callbacks = { .ud = ud, .reply = reply },
});
}
/* One snapshot serves every cell read. */
-static struct term_snapshot *snap;
+static struct wsap_vtcore_snapshot *snap;
-void kitty_term_free(struct term *t)
+void kitty_term_free(struct wsap_vtcore *t)
{
/* A new terminal can get the address of the freed one. The snapshot
* would then keep its rows, so it goes away too. */
- term_snapshot_free(snap);
+ wsap_vtcore_snapshot_free(snap);
snap = NULL;
- term_free(t);
+ wsap_vtcore_free(t);
}
-void kitty_term_write(struct term *t, const char *bytes, size_t len)
+void kitty_term_write(struct wsap_vtcore *t, const char *bytes, size_t len)
{
- term_feed(t, bytes, len, 0);
+ wsap_vtcore_feed(t, bytes, len, 0);
}
-bool kitty_term_resize(struct term *t, int cols, int rows)
+bool kitty_term_resize(struct wsap_vtcore *t, int cols, int rows)
{
- return term_resize(t, (struct term_vector2i){ .x = cols, .y = rows });
+ return wsap_vtcore_resize(t, (struct wsap_vtcore_vector2i){ .x = cols, .y = rows });
}
-int kitty_term_cols(struct term *t) { return term_size(t).x; }
-int kitty_term_rows(struct term *t) { return term_size(t).y; }
-int kitty_term_cursor_x(struct term *t) { return term_cursor(t).pos.x; }
-int kitty_term_cursor_y(struct term *t) { return term_cursor(t).pos.y; }
-int kitty_term_cursor_style(struct term *t) { return (int)term_cursor(t).style; }
-bool kitty_term_cursor_blink(struct term *t) { return term_cursor(t).blink; }
-bool kitty_term_application_cursor(struct term *t) { return term_modes(t).app_cursor; }
+int kitty_term_cols(struct wsap_vtcore *t) { return wsap_vtcore_size(t).x; }
+int kitty_term_rows(struct wsap_vtcore *t) { return wsap_vtcore_size(t).y; }
+int kitty_term_cursor_x(struct wsap_vtcore *t) { return wsap_vtcore_cursor(t).pos.x; }
+int kitty_term_cursor_y(struct wsap_vtcore *t) { return wsap_vtcore_cursor(t).pos.y; }
+int kitty_term_cursor_style(struct wsap_vtcore *t) { return (int)wsap_vtcore_cursor(t).style; }
+bool kitty_term_cursor_blink(struct wsap_vtcore *t) { return wsap_vtcore_cursor(t).blink; }
+bool kitty_term_application_cursor(struct wsap_vtcore *t) { return wsap_vtcore_modes(t).app_cursor; }
/* Update the snapshot from the live screen, as a renderer reads it.
* Returns NULL when the cell is out of range or memory runs out. */
-static struct term_snapshot *cell_snapshot(struct term *t, int col, int row)
+static struct wsap_vtcore_snapshot *cell_snapshot(struct wsap_vtcore *t, int col, int row)
{
- struct term_vector2i size = term_size(t);
+ struct wsap_vtcore_vector2i size = wsap_vtcore_size(t);
if (col < 0 || col >= size.x || row < 0 || row >= size.y)
return NULL;
if (!snap)
- snap = term_snapshot_new();
- term_scroll_to(t, 0);
- if (!snap || !term_snapshot_update(snap, t))
+ snap = wsap_vtcore_snapshot_new();
+ wsap_vtcore_scroll_to(t, 0);
+ if (!snap || !wsap_vtcore_snapshot_update(snap, t))
return NULL;
return snap;
}
-bool kitty_term_cell(struct term *t, int col, int row, struct term_cell *out)
+bool kitty_term_cell(struct wsap_vtcore *t, int col, int row, struct wsap_vtcore_cell *out)
{
- struct term_snapshot *s = cell_snapshot(t, col, row);
+ struct wsap_vtcore_snapshot *s = cell_snapshot(t, col, row);
if (!s)
return false;
- *out = term_snapshot_row(s, row)[col];
+ *out = wsap_vtcore_snapshot_row(s, row)[col];
return true;
}
/* The code points of a cell's text: one, or a whole grapheme cluster.
* Returns the number of code points and writes at most cap of them. */
-int kitty_term_cell_text(struct term *t, int col, int row, uint32_t *cps, int cap)
+int kitty_term_cell_text(struct wsap_vtcore *t, int col, int row, uint32_t *cps, int cap)
{
- struct term_snapshot *s = cell_snapshot(t, col, row);
+ struct wsap_vtcore_snapshot *s = cell_snapshot(t, col, row);
if (!s)
return 0;
- return term_snapshot_cluster(s, term_snapshot_row(s, row)[col].text, cps, cap);
+ return wsap_vtcore_snapshot_cluster(s, wsap_vtcore_snapshot_row(s, row)[col].text, cps, cap);
}
#define PROPERTY(type, name) \
- type kitty_screen_##name(struct term *t) { return t->name; }
+ type kitty_screen_##name(struct wsap_vtcore *t) { return t->name; }
PROPERTY(int, scroll_top)
PROPERTY(int, scroll_bottom)
@@ -94,20 +94,20 @@ PROPERTY(bool, strike)
PROPERTY(bool, inverse)
PROPERTY(uint8_t, underline)
-int kitty_screen_row_length(struct term *t, int row)
+int kitty_screen_row_length(struct wsap_vtcore *t, int row)
{
if (!t || row < 0 || row >= t->rows) return 0;
- const struct srow *r = term_row(t, row);
+ const struct srow *r = wsap_vtcore_row(t, row);
return r ? (int)r->len : 0;
}
/* A tab stores a marker cell that a snapshot shows as a blank. Kitty keeps
* the tab in its line text, so the wrapper asks for the marker. */
-bool kitty_screen_cell_is_tab(struct term *t, int col, int row)
+bool kitty_screen_cell_is_tab(struct wsap_vtcore *t, int col, int row)
{
if (col < 0 || col >= t->cols || row < 0 || row >= t->rows)
return false;
- term_scroll_to(t, 0);
- const struct cell *cells = term_screen_view_row(t, row);
+ wsap_vtcore_scroll_to(t, 0);
+ const struct cell *cells = wsap_vtcore_screen_view_row(t, row);
return cells && cells[col].c == '\t';
}
generated by cgit v1.2.3 (git 2.39.1) at 2026-10-25 02:20:28 +0000