chore(core): Fix typos in code across project

packages/lists/init.lua

@@ -36,7 +36,7 @@ package._name = "lists"
 --         This is still in L1.1}
 --    \end{itemize}
 -- But personally, for simple lists, I prefer the first "more readable" one.
--- Lists from Mardown, obviously, due to their structure, would need the
+-- Lists from Markdown, obviously, due to their structure, would need the
 -- second technique.
 --
 

packages/math/base-elements.lua

@@ -699,16 +699,16 @@ function elements.underOver:_stretchyReshapeToBase (part)
       end
    elseif part:is_a(elements.underOver) then
       -- Big assumption here: only considering one level of stacked under/over.
-      local hasStreched = false
+      local hasStretched = false
       for _, elt in ipairs(part.children) do
          if elt.is_a(elements.text) and elt.kind == "operator" and SU.boolean(elt.stretchy, false) then
             local stretched = elt:_horizStretchyReshape(self.base.width)
             if stretched then
-               hasStreched = true
+               hasStretched = true
             end
          end
       end
-      if hasStreched then
+      if hasStretched then
          -- We need to re-calculate the shape so positions are re-calculated on each
          -- of its own parts.
          -- (Added after seeing that Mozilla test f19 was not rendering correctly.)
@@ -722,9 +722,9 @@ function elements.underOver:shape ()
    if not (self.mode == mathMode.display or self.mode == mathMode.displayCramped) and isBaseLargeOp then
       -- FIXME
       -- Added the "largeop" condition, but it's kind of a workaround:
-      -- It should rather be the "moveablelimits" propery in MathML, but we do not have that yet.
+      -- It should rather be the "moveablelimits" property in MathML, but we do not have that yet.
       -- When the base is a moveable limit, the under/over scripts are not placed under/over the base,
-      -- but ather to the right of it, when display mode is not used.
+      -- but other to the right of it, when display mode is not used.
       -- Notable effects:
       --   Mozilla MathML test 19 (on "k times" > overbrace > base)
       --   Maxwell's Equations in MathML3 Test Suite "complex1" (on the vectors in fractions)
@@ -1496,7 +1496,7 @@ function elements.sqrt:shape ()
    end
    -- Position the radicand
    self.radicand.relX = self.symbolWidth + self.offsetX
-   -- Compute the dimentions of the whole radical
+   -- Compute the dimensions of the whole radical
    self.width = self.radicand.width + self.symbolWidth + self.offsetX
    self.height = self.symbolHeight + self.radicalVerticalGap + self.extraAscender
    self.depth = self.radicand.depth

sile-lua.1.in

@@ -6,9 +6,9 @@
 .B [\fIoptions\fR]
 .B [\fIINPUT\fR]
 .SH DESCRIPTION
-The SILE Typesetter reads input file(s) and typesets the content into a rendered documument format, typically PDF.
+The SILE Typesetter reads input file(s) and typesets the content into a rendered document format, typically PDF.
 .LP
-By default, input files may be in declarative SIL markup, structured XML, or programatic Lua.
+By default, input files may be in declarative SIL markup, structured XML, or programmatic Lua.
 The input format is automatically detected by the active modules.
 By default, the output will be a file with the same name as the first input file with the extension changed to .pdf.
 The output filename can be overridden with the \fB\-\-output\fR argument.

src/cli.rs

@@ -1,10 +1,10 @@
 use clap::Parser;
 use std::path::PathBuf;
 
-/// The SILE Typesetter reads input file(s) and typesets the content into a rendered documument
+/// The SILE Typesetter reads input file(s) and typesets the content into a rendered document
 /// format, typically PDF.
 ///
-/// By default, input files may be in declarative SIL markup, structured XML, or programatic Lua.
+/// By default, input files may be in declarative SIL markup, structured XML, or programmatic Lua.
 /// The input format is automatically detected by the active modules. By default, the output will
 /// be a file with the same name as the first input file with the extension changed to .pdf. The
 /// output filename can be overridden with the `--output` argument. Using `--backend` one can

src/embed.rs.in

@@ -69,7 +69,7 @@ pub fn inject_embedded_loaders(lua: &Lua) {
             "rusile" => lua
                 .create_function(move |lua, _: ()| crate::get_rusile_exports(lua))
                 .map(LuaValue::Function),
-            _ => format!("Module '{module}' is embeded in Rust binary").into_lua(lua),
+            _ => format!("Module '{module}' is embedded in Rust binary").into_lua(lua),
         })
         .unwrap();
     loaders.push(embedded_rusile_loader).unwrap();