Updates from Eliza.

Author: csev

book/chap01.md

@@ -160,7 +160,7 @@ The next program prints the following table of Fahrenheit temperatures
 and their centigrade or Celsius equivalents, using the formula
 `C=(5/9)(F-32)`.
 
-| Farenheight | Celsius |
+| Fahrenheit  | Celsius |
 | ----------- | ------- |
 | 0           | -17.8   |
 | 20          | -6.7    |

history/lessons.json

@@ -457,7 +457,7 @@
         ]
         },
         {
-        "title" : "Exercise 1-3: Farenheight / Celsius with Header",
+        "title" : "Exercise 1-3: Fahrenheit / Celsius with Header",
         "launch" : "tools/ccauto/",
         "resource_link_id": "cc4e_1_03",
         "custom" : [
@@ -468,7 +468,7 @@
         ]
         },
         {
-        "title" : "Exercise 1-4: Celsius / Farenheight Table",
+        "title" : "Exercise 1-4: Celsius / Fahrenheit Table",
         "launch" : "tools/ccauto/",
         "resource_link_id": "cc4e_1_04",
         "custom" : [

lessons.json

@@ -322,7 +322,7 @@
         ]
         },
         {
-        "title" : "Exercise 1-3: Farenheight / Celsius with Header",
+        "title" : "Exercise 1-3: Fahrenheit / Celsius with Header",
         "launch" : "tools/ccauto/",
         "resource_link_id": "cc4e_1_03",
         "custom" : [
@@ -333,7 +333,7 @@
         ]
         },
         {
-        "title" : "Exercise 1-4: Celsius / Farenheight Table",
+        "title" : "Exercise 1-4: Celsius / Fahrenheit Table",
         "launch" : "tools/ccauto/",
         "resource_link_id": "cc4e_1_04",
         "custom" : [

old/lessons.json

@@ -319,7 +319,7 @@
         ]
         },
         {
-        "title" : "Exercise 1-3: Farenheight / Celsius with Header",
+        "title" : "Exercise 1-3: Fahrenheit / Celsius with Header",
         "launch" : "tools/ccauto/",
         "resource_link_id": "cc4e_1_03",
         "custom" : [
@@ -330,7 +330,7 @@
         ]
         },
         {
-        "title" : "Exercise 1-4: Celsius / Farenheight Table",
+        "title" : "Exercise 1-4: Celsius / Fahrenheit Table",
         "launch" : "tools/ccauto/",
         "resource_link_id": "cc4e_1_04",
         "custom" : [

tools/ccauto/1-10-words.php

@@ -10,7 +10,7 @@
 function ccauto_instructions($LAUNCH) {
     return <<< EOF
 <b>K&R Exercise 1-10.</b> Write a program which prints the words in its input, one per line.  A word
-is any string separated by a space or newline,
+is any string separated by a space or newline.
 EOF
 ;
 }

tools/ccauto/4-A-faren.php

@@ -9,11 +9,11 @@
 // Called first
 function ccauto_instructions($LAUNCH) {
     return <<< EOF
-<b>Celsius to  Farenheight Conversion</b> 
+<b>Celsius to  Fahrenheit Conversion</b> 
     <p>
     You should write a function called faren(cel)
-    that takes as input a double Celsuis temperature and converts it and returns
-    the equivalent Farenheight value.
+    that takes as input a double Celsius temperature and converts it and returns
+    the equivalent Fahrenheit value.
     </p>
 EOF
 ;

tools/ccauto/4-C-static.php

@@ -14,7 +14,7 @@ function ccauto_instructions($LAUNCH) {
     You should write a function called bump() that uses an static variable
     so that the first time it is called, it returns int 0, the next time it returns
     1 and so on.  Also write a function called start() which takes an int as its parameter
-    and restarts the sequence from the specivied number.
+    and restarts the sequence from the specified number.
     </p>
 EOF
 ;

tools/ccauto/index.php

@@ -52,8 +52,8 @@
     'lb-18-machine.php' => 'LBS280-18 Machine Language I',
     'lb-98-touring.php' => 'LBS280-98 A Touring Machine',
     '1-03-heading.php' => '1-3 Add a header',
-    '1-04-celsius.php' => '1-4 Celsius / Farenheight Table',
-    '1-05-reverse.php' => '1-5 Reversed Farenheight / Celsius Table',
+    '1-04-celsius.php' => '1-4 Celsius / Fahrenheit Table',
+    '1-05-reverse.php' => '1-5 Reversed Fahrenheit / Celsius Table',
     '1-06-count.php' => '1-6 Count blanks, and newlines',
     '1-07-single.php' => '1-7 Multiple spaces to a single space',
     '1-10-words.php' => '1-10 Print the words in a file',
@@ -63,7 +63,7 @@
     '3-01-expand.php' => '3-1 Write a function to expand non-printing characters',
     '3-04-itob.php' => '3-4 Write itob() and itoh()',
     '3-06-uniq.php' => '3-6 Write simple version of UNIX uniq',
-    '4-A-faren.php' => '4-A Write a function to convert from Celsius to Farenheight',
+    '4-A-faren.php' => '4-A Write a function to convert from Celsius to Fahrenheit',
     '4-B-extern.php' => '4-B Write a function that uses external data scope',
     '4-C-static.php' => '4-C Write a function that uses static data scope',
     '6-A-list.php' => '6-A ArrayList of Integers',

tools/ccauto/lb-18-machine.php

@@ -12,7 +12,8 @@ function ccauto_instructions($LAUNCH) {
     return <<< EOF
 <p>
 <b>LBS290 Exercise 18 - A Simple Machine.</b> 
-You are to implement an interpretor for a simple programming language.  Your computer has 256 characters of memory.  You are to
+You are to implement an interpreter for a simple programming language.  Your computer has 256 characters
+of memory.  You are to
 read a sequence of instructions from input and perform those instructions.  At the end of the program you print the
 memory out as a zero-terminated C character array.  Here are the instructions you need to support:
 <pre>

tools/ccauto/rs-07-minmax.php

@@ -8,7 +8,7 @@
 
 // Called first
 function ccauto_instructions($LAUNCH) { return <<< EOF
-<b>Exercise RS-7:</b> Write a C program to determine the minmum and maximum
+<b>Exercise RS-7:</b> Write a C program to determine the minimum and maximum
 of a sequence of integer numbers on input, terminated  by the string "done".
 The patterns for input and output should match the following Python application.
 Make sure that the input lines can be at least 1000 characters.

tools/ccauto/rs-10-concat.php

@@ -9,7 +9,7 @@
 // Called first
 function ccauto_instructions($LAUNCH) { return <<< EOF
 <b>Exercise RS-10:</b> Write a C program to prompt for two strings and 
-concatencate them as shown in in the Python code below.
+concatenate them as shown in in the Python code below.
 <pre>
 print('Enter two strings');
 first = input()