ponytail simplifications to panto cli and lua extensiosn

1 files changed, 10 insertions, 10 deletions

diff --git a/build.zig b/build.zig
index ceebee1..c0b17ab 100644
--- a/build.zig
+++ b/build.zig
@@ -39,7 +39,7 @@ pub fn build(b: *std.Build) void {
     const md4c_dep = b.dependency("md4c", .{});
 
     // Fetch upstream Lua source (used both for our static library and
-    // staged at runtime as the `include/` headers under $PANTO_HOME).
+    // staged at runtime as the `include/` headers under the data home).
     // Reproducibility comes from the content-addressed hash in
     // build.zig.zon.
     const lua_src = b.dependency("lua_src", .{});
@@ -53,12 +53,12 @@ pub fn build(b: *std.Build) void {
     const luarocks_embed_path = generateLuarocksEmbed(b, luarocks_src);
 
     // Same trick for the Lua headers: bundle them so first-run
-    // bootstrap can stage them under $PANTO_HOME/rocks/lua-X.Y.Z/include/
+    // bootstrap can stage them under <data home>/rocks/lua-X.Y.Z/include/
     // for luarocks to find when compiling C rocks.
     const lua_headers_embed_path = generateLuaHeadersEmbed(b, lua_src);
 
     // And the in-repo `agent/` tree: bundled into the binary and
-    // staged at $PANTO_HOME/agent/ on first run. This is panto's
+    // staged at <data home>/agent/ on first run. This is panto's
     // "base" extension/tool layer (read/write/edit/bash etc.).
     const agent_embed_path = generateAgentEmbed(b);
 
@@ -355,7 +355,7 @@ fn generateLuarocksEmbed(
 
 /// Codegen step: walk the in-repo `agent/` tree and emit a Zig module
 /// embedding every file. Bootstrap stages the result under
-/// `$PANTO_HOME/agent/` on first run, where the runtime's extension
+/// `<data home>/agent/` on first run, where the runtime's extension
 /// loader finds it as the "base" layer (below user and project).
 ///
 /// Unlike `generateLuarocksEmbed`, the agent tree lives in-repo and
@@ -431,7 +431,7 @@ fn addAgentTreeFileInputs(
 
 /// Codegen step: emit a Zig module that exposes every Lua public header
 /// from the Lua source tarball as embedded bytes. The bootstrap stages
-/// these under `$PANTO_HOME/rocks/lua-X.Y.Z/include/` so luarocks can
+/// these under `<data home>/rocks/lua-X.Y.Z/include/` so luarocks can
 /// compile C rocks against them.
 fn generateLuaHeadersEmbed(
     b: *std.Build,
@@ -498,12 +498,12 @@ fn generatePantoSoEmbed(
 // point) and luac.c (compiler entry point).
 const lua_files = [_][]const u8{
     // Core VM
-    "lapi.c",     "lcode.c",    "lctype.c",  "ldebug.c", "ldo.c",
-    "ldump.c",    "lfunc.c",    "lgc.c",     "llex.c",   "lmem.c",
-    "lobject.c",  "lopcodes.c", "lparser.c", "lstate.c", "lstring.c",
-    "ltable.c",   "ltm.c",      "lundump.c", "lvm.c",    "lzio.c",
+    "lapi.c",     "lcode.c",    "lctype.c",   "ldebug.c",  "ldo.c",
+    "ldump.c",    "lfunc.c",    "lgc.c",      "llex.c",    "lmem.c",
+    "lobject.c",  "lopcodes.c", "lparser.c",  "lstate.c",  "lstring.c",
+    "ltable.c",   "ltm.c",      "lundump.c",  "lvm.c",     "lzio.c",
     // Auxiliary + standard library
-    "lauxlib.c",  "lbaselib.c", "lcorolib.c", "ldblib.c", "liolib.c",
+    "lauxlib.c",  "lbaselib.c", "lcorolib.c", "ldblib.c",  "liolib.c",
     "lmathlib.c", "loadlib.c",  "loslib.c",   "lstrlib.c", "ltablib.c",
     "lutf8lib.c", "linit.c",
 };