space after commas added (#682)

* space in function times added * more spaces missing

Author: martin-henz

xml/chapter1/section2/subsection2.xml

@@ -698,7 +698,7 @@ function pascal_triangle(row, index) {
  <REQUIRES>pascal_triangle</REQUIRES>
  <EXPECTED>4</EXPECTED>
  <JAVASCRIPT>
-pascal_triangle(5,4);
+pascal_triangle(5, 4);
  </JAVASCRIPT>
  <SCHEME>
  </SCHEME>

xml/chapter1/section2/subsection4.xml

@@ -369,7 +369,7 @@ fast_expt(2, 3);
  (+ a (* a (- b 1)))))
  </SCHEME>
  <JAVASCRIPT>
-function times(a,b) {
+function times(a, b) {
  return b === 0
  ? 0
  : a + times(a, b - 1);

xml/chapter2/section1/subsection2.xml

@@ -349,7 +349,7 @@ function make_point(x, y) {
  return pair(x, y);
 }
 function make_segment(start_point, end_point) {
- return pair(start_point,end_point);
+ return pair(start_point, end_point);
 }
 function start_segment(x) {
  return head(x);

xml/chapter2/section1/subsection3.xml

@@ -68,7 +68,7 @@
  <SPLITINLINE>
  <SCHEME><SCHEMEINLINE>(make-rat n d)</SCHEMEINLINE>,</SCHEME>
  <JAVASCRIPT>
-<JAVASCRIPTINLINE>make_rat(n,d)</JAVASCRIPTINLINE>,
+<JAVASCRIPTINLINE>make_rat(n, d)</JAVASCRIPTINLINE>,
  </JAVASCRIPT>
  </SPLITINLINE>
  then
@@ -546,7 +546,7 @@ function head(z) {
 <EXAMPLE>cons_1_2_run_2</EXAMPLE>
 <JAVASCRIPT>
 function tail(z) {
- return z((p,q) => q);
+ return z((p, q) => q);
 }
 </JAVASCRIPT>
 <SCHEME>

xml/chapter2/section1/subsection4.xml

@@ -632,14 +632,14 @@ function par2(r1, r2) {
  <SNIPPET HIDE="yes">
  <NAME>par_example</NAME>
  <JAVASCRIPT>
-display(print_interval(par1(pair(4,6), pair(7,8))));
+display(print_interval(par1(pair(4, 6), pair(7, 8))));
 
-display(print_interval(par2(pair(4,6), pair(7,8))));
+display(print_interval(par2(pair(4, 6), pair(7, 8))));
  </JAVASCRIPT>
  <JAVASCRIPT_TEST>
-print_interval(par1(pair(4,6), pair(7,8)))
+print_interval(par1(pair(4, 6), pair(7, 8)))
 +
-print_interval(par2(pair(4,6), pair(7,8)));
+print_interval(par2(pair(4, 6), pair(7, 8)));
  </JAVASCRIPT_TEST>
  </SNIPPET>
  Lem complains that Alyssa<APOS/>s program gives different answers for

xml/chapter2/section3/subsection3.xml

@@ -576,7 +576,7 @@ function union_set(set1, set2) {
  (else (element-of-set? x (cdr set)))))
  </SCHEME>
  <JAVASCRIPT>
-function is_element_of_set(x,set) {
+function is_element_of_set(x, set) {
  return is_null(set) 
  ? false
  : x === head(set)
@@ -925,7 +925,7 @@ function left_branch(tree) { return head(tail(tree)); }
 function right_branch(tree) { return head(tail(tail(tree))); }
 <SHORT_SPACE/>
 function make_tree(entry, left, right) { 
- return list(entry,left,right);
+ return list(entry, left, right);
 }
  </JAVASCRIPT>
  </SNIPPET>
@@ -950,7 +950,7 @@ entry(
  make_tree(10,
  null,
  make_tree(30,
- make_tree(20,null,null),
+ make_tree(20, null, null),
  null)))));
  </JAVASCRIPT>
  </SNIPPET>
@@ -1052,7 +1052,7 @@ head(tail(head(tail(adjoin_set(10, adjoin_set(15, adjoin_set(20, null)))))));
  (adjoin-set x (right-branch set))))))
  </SCHEME>
  <JAVASCRIPT>
-function adjoin_set(x,set) {
+function adjoin_set(x, set) {
  return is_null(set)
  ? make_tree(x, null, null)
  : x === entry(set)
@@ -1339,11 +1339,11 @@ function tree_to_list_2(tree) {
  </SCHEME>
  <JAVASCRIPT>
 function list_to_tree(elements) {
- return head(partial_tree(elements,length(elements)));
+ return head(partial_tree(elements, length(elements)));
 }
 function partial_tree(elts, n) {
  if (n === 0) {
- return pair(null,elts);
+ return pair(null, elts);
  } else {
  const left_size = math_floor((n - 1) / 2);
  const left_result = partial_tree(elts, left_size);

xml/chapter2/section3/subsection4.xml

@@ -404,7 +404,7 @@ weight_leaf(my_leaf);
  (+ (weight left) (weight right))))
  </SCHEME>
  <JAVASCRIPT>
-function make_code_tree(left,right) {
+function make_code_tree(left, right) {
  return list("code_tree", left, right,
  append(symbols(left), symbols(right)),
  weight(left) + weight(right));

xml/chapter2/section4/subsection1.xml

@@ -134,7 +134,7 @@
 (make-from-real-imag (real-part z) (imag-part z))
  </SCHEME>
  <JAVASCRIPT>
-make_from_real_imag(real_part(z),imag_part(z));
+make_from_real_imag(real_part(z), imag_part(z));
  </JAVASCRIPT>
  </SNIPPET>
  and

xml/chapter2/section5/subsection1.xml

@@ -736,17 +736,17 @@ apply_generic("magnitude", list(z));
 // put("magnitude", list("complex"), magnitude);
 // fun = magnitude;
 apply(magnitude, map(contents, list(z)));
-apply(magnitude, pair("rectangular", pair(3,4)));
-magnitude(pair("rectangular"), pair(3,4));
-apply_generic("magnitude", list(pair("rectangular"), pair(3,4)));
+apply(magnitude, pair("rectangular", pair(3, 4)));
+magnitude(pair("rectangular"), pair(3, 4));
+apply_generic("magnitude", list(pair("rectangular"), pair(3, 4)));
 // type_tags = map(type_tag, list(z)) evaluates to list("rectangular")
 // fun = get("magnitude", list("rectangular")) which evaluates to
 // z => math_sqrt(square(real_part(z)) + square(imag_part(z)))
 // z => math_sqrt(square(head(z)) + square(tail(z)))
-apply(fun, map(contents, list(pair("rectangular"), pair(3,4))))
-apply(fun, pair(3,4))
-(z => math_sqrt(square(head(z)) + square(tail(z))))(pair(3,4));
-math_sqrt(square(head(pair(3,4))) + square(tail(pair(3,4))))
+apply(fun, map(contents, list(pair("rectangular"), pair(3, 4))))
+apply(fun, pair(3, 4))
+(z => math_sqrt(square(head(z)) + square(tail(z))))(pair(3, 4));
+math_sqrt(square(head(pair(3, 4))) + square(tail(pair(3, 4))))
 ...
 math_sqrt(square(3) + square(4));
 ...

xml/chapter3/section1/subsection3.xml

@@ -802,15 +802,15 @@ paul_acc("withdraw")(50);
  </SCHEME>
  <JAVASCRIPT>
 function factorial(n) {
- function iter(product,counter) {
+ function iter(product, counter) {
  if (counter &gt; n) {
  return product;
  } else {
- return iter(counter*product,
- counter+1);
+ return iter(counter * product,
+ counter + 1);
  }
  }
- return iter(1,1);
+ return iter(1, 1);
 }
  </JAVASCRIPT>
  </SNIPPET>