Lab46 Wiki

User Tools

Site Tools

You are here: start » haas » spring2019 » unix » projects » pct0
haas:spring2019:unix:projects:pct0

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revisionPrevious revision
Next revision		Previous revision
haas:spring2019:unix:projects:pct0 [2019/04/01 16:03] – [Letter Division] wedgehaas:spring2019:unix:projects:pct0 [2019/08/04 13:46] (current) – [Objective] wedge
Line 11: Line 11:
  
 =====Objective===== =====Objective=====
-To continue to cultivate your problem solving, critical thinking, analytical, and observation skills; to apply your skills on the UNIX command-line.+To continue to cultivate your problem solving, critical thinking, analytical, and observation skills.
  
 +The aim here is on observation, analysis, and documentation. You are solving and documenting a problem by hand, thinking your way through to solution, NOT copying something, NOR writing any sort of program.
 =====Background===== =====Background=====
-The true nature of problem solving frequently involves critical thinking, analytical, and observation skills. Where problems are not solved by memorizing some pre-defined set of answers and regurgitating them mindlessly, but it crafting an elaborate solution from subtle cues and tested, experimental realizations.+The true nature of problem solving frequently involves critical thinking, analytical, and observation skills. Where problems are not solved by memorizing some pre-defined set of answers and regurgitating them mindlessly, but in crafting an elaborate solution from subtle cues and tested, experimental realizations.
  
-This project has puts you in contact with such endeavours.+This project puts you in contact with such endeavours.
  
 ====Long Division==== ====Long Division====
Line 520: Line 521:
 =====Getting started===== =====Getting started=====
  
-In the **pct0/** sub-directory of the UNIX Public Directory, under a directory by the name of your username, you will find the following file:+In the **pct0/** sub-directory of the UNIX Public Directory, under a directory by the name of your username, you will find the following files:
  
 +  * **bonus**
 +  * **practice0**
 +  * **practice1**
 +  * **practice2**
 +  * **practice3**
   * **puzzle**   * **puzzle**
  
-Copy this file into your project directory.+Copy these file into your project directory.
  
 There is also a **MANIFEST** file in the parent directory (the **pct0/** sub-directory), which will contain MD5sums of the various puzzle keys, provided to help you in verifying your puzzle key. There is also a **MANIFEST** file in the parent directory (the **pct0/** sub-directory), which will contain MD5sums of the various puzzle keys, provided to help you in verifying your puzzle key.
 +
 +For this project, the only puzzle you HAVE to solve in order to be eligible for full credit will be the one contained in the **puzzle** file.
 +
 +Should you desire, there's an opportunity to gain some bonus points, which can be earned by successfully solving and documenting your solution to the puzzle contained within the file **bonus** and reporting it to me as appropriate.
 +
 +As you gear up to work on the project-required puzzle (or additionally the bonus puzzle), I have provided a sampling of practice puzzles that you can try your hand on in order to get more experience working with these type of puzzles. Doing them will not net you any points, nor will not doing them diminish your totals for this project. I would recommend doing them, though, as the more exposure you have within this domain, the more patterns become identified, further facilitating your chances of success.
 =====Process===== =====Process=====
-In the **TASK** file, you will be given a set of source quantities/units and destination units you need to construct command-lines for to solve, using the tools provided to you in the **unittools** suite. You will also want to make use of pipes and command expansions in your solutions.+Solve and document the puzzle.
  
-As an example, take the following (formatted is it would appear in your **TASK** file):+On your own.
  
-<code> +Seek to discover and explore and understand, NOT to just come up with an answer. 
-task: 0 +=====Your Solution===== 
-precision: 3 +As this project focuses more on the critical thinking process than being heavy in unravelling a problem using UNIX commands, your solution will be in 2 parts:
-input_value: 35 +
-input_unit: cm +
-output_unit: ft +
-chain_delim: " >> " +
-</code>+
  
-With these in mind, we can set about solving this problem, using the tools in combination to arrive at the desired result.+  * your puzzle key, in a textfile called 'puzzle.key' containing ONLY the capital letters corresponding in order to the 0-9 values (and a trailing newline). 
 +  * your documentation of your solving and exploration of the puzzle. If you did this on paper, I'll want it digitized and submitted as a file with this project. The file, if is text form, should be called 'puzzle.solution'; if an image, please append the image format to the end of the filename.
  
-A potential solution would be as follows:+====puzzle key==== 
 +As indicated, you are to place the determined key to your puzzle in a regular text file called 'puzzle.key', and will contain ONLY the capital letters, in order from 0-9, of your puzzle (and a trailing newline). 
 + 
 +For example, using the example puzzle above: 
 + 
 +|  0  |  R  | 
 +|  1  |  B  | 
 +|  2  |  V  | 
 +|  3  |  G  | 
 +|  4  |  P  | 
 +|  5  |  M  | 
 +|  6  |  O  | 
 +|  7  |  L  | 
 +|  8  |  J  | 
 +|  9  |  K  | 
 + 
 +We'll want to put them, in order, in our key file:
  
 <cli> <cli>
-lab46:~/src/unix/upf1$ echo "35" | cm2in +lab46:~/src/unix/pct0$ echo "RBVGPMOLJK" > puzzle.key 
-13.78 in +lab46:~/src/unix/pct0$ 
-lab46:~/src/unix/upf1$ echo "13.78" | in2ft +
-1.15 ft +
-lab46:~/src/unix/upf1$ +
 </cli> </cli>
  
-But that's not very optimized. We could instead do something better, like:+Want to know what a proper 'key' file should look like? This:
  
 <cli> <cli>
-lab46:~/src/unix/upf1$ echo "35.000 cm" | cm2in OPTIONS | in2ft OPTIONS +lab46:~/src/unix/pct0$ cat puzzle.key 
-35.000 cm >> 13.780 in >> 1.148 ft +RBVGPMOLJK 
-lab46:~/src/unix/upf1$ +lab46:~/src/unix/pct0$ 
 </cli> </cli>
  
-Note that with **precision**, you need to instruct the tools to display out to the specified number of decimal places.+JUST the letters (and a trailing newline).
  
-We'll want to record our command-lines in the appropriate place. Since this is task #0, we'll want to record it in a file called: **task0.cli**, which should basically just contain the command-lines you ran, merely placed in a text file.+====solution documentation==== 
 +As stated, a very large part of this project's evaluation will be based on your clear and detailed documentation of how you determined each letter's mapping in the solution key of your puzzle.
  
-For final output, we'll want to display the chain of conversions we went through. So, for this above example:+Just providing the 'key' will not result in success.
  
-<cli> +Your documentation should, while there may be supporting information, provide some identified path that showed the steps you went through to identify each letter, be it directly or indirectly.
-lab46:~/src/unix/upf1$ ./task0.cli +
-35.000cm >> 13.780in >> 1.148ft +
-lab46:~/src/unix/upf1$  +
-</cli>+
  
-Basically, each task#.cli will be its own script. If we were to execute it, the correct result should be produced.+You are free to write out your solution with pen on paper (that is how I usually do these puzzles); but if you do so, you MUST digitize it and submit it as an image file when you submit this project.
  
-=====upf1steps===== +The aim here is not to dump a bunch of data on me, but instead present me with connected and pertinent information that documents your process of progression through the puzzle from start to finish. 
-You will once again be creating a steps file that can automate your project (ie it contains a list of non-interactive steps to complete the task). +=====Verification===== 
 +Want to check to see if your key is correct (ie all letters in the right order)?
  
-As in previous projects, **upf1steps** will contain the steps you took from the point of copying the numbers suite and downloading the unittools suite up until the submit step (hint: just run the task#.cli scripts within the steps script). +====Generate MD5 sum==== 
-  * To clarify: YES, I want to see steps creating a project directory, copying and downloading files in question, extracting, compiling, installing, and then of course running each individual task#.cli script.+You can do so, by generating an MD5 sum of your 'key' file and grepping for it in the MANIFEST file:
  
-There are some additional constraints you need to keep in mind:+<cli> 
 +lab46:~/src/unix/pct0$ md5sum puzzle.key | cut -d' ' -f1 
 +1395327d0826e3145b4f285a2b936707 
 +lab46:~/src/unix/pct0$  
 +</cli> 
 + 
 +Obviously, YOUR MD5 sum will be DIFFERENT from this, because this is the MD5 sum of the puzzle key explored at the top of this project page.
  
-  * your script should not produce ANY STDERR output +NOTE: MD5 sums of your bonus and practice puzzles are also present in the MANIFEST file, so you can perform verifications on them in the same manner.
-  * your script should ONLY produce STDOUT output in conformance with the below stated requirements. Any other output needs to be silenced. +
-  * You will want one unified command-line producing the end result, not separate one-step transitions. The idea is to utilize pipes. +
-    * semi-colons used to separate commands do not constitute one command-line, but several. +
-  * For each task, you'll want to display things as follows: +
-    * "Task X conversion chain: CHAIN" +
-      * where X is the task number (0, 1, 2, etc.) +
-      * where CHAIN is the conversion chain output matching the TASK file result requested (ie, you must run your task#.cli script to produce this output). +
-        * note that the task#.cli output appears on the SAME line as the "Task X conversion chain:" text, and there is a single space separating it from the colon. +
-        * there is NO space between value and unit+
  
-For example, a sample output of your **upf1steps** script should appear like follows (but your # values will of course be different based on your individual **TASK** file):+====Look for matching MD5 sum in MANIFEST==== 
 +Let's say the path to the **pct0/** sub-directory of the public directory is in a variable called PROJECTDIR; if so, you can check your MD5 sum for a match in MANIFEST as follows:
  
 <cli> <cli>
-lab46:~/src/unix/upf1$ ./upf1steps +lab46:~/src/unix/pct0$ cat ${PROJECTDIR}/MANIFEST | grep $(md5sum puzzle.key | cut -d' ' -f1) && echo "MATCH FOUND" || echo "NO MATCHES FOUND" 
-Task 0 conversion chain: 35.000cm >> 13.780in >> 1.148ft +MATCH FOUND 
-... +lab46:~/src/unix/pct0$ 
-lab46:~/src/unix/upf1$ +
 </cli> </cli>
  
 +If you have a match, congratulations, you unravelled the puzzle correctly. Just remember: evaluation is heavily based on your documentation of the process, not whether or not you can arrive at the correct answer key.
 =====Submission===== =====Submission=====
-By successfully performing this project, you should have a set of task#.cli files (one for each task). You will want to submit these, along with a **upf1steps** file.+By successfully performing this project, you should be submitting files that satisfy the following requirements: 
 + 
 +  * a 'puzzle.key' file formatted as indicated elsewhere in this project document 
 +  * a 'puzzle.solution' file containing organized and informative detailing of your path to solution 
 + 
 +Additionally, although optional, if you'd like to do similar for the bonus puzzle: 
 +  * a 'bonus.key' file formatted as indicated elsewhere in this project document 
 +  * a 'bonus.solution' file containing organized and informative detailing of your path to solution
  
 To submit this project to me using the **submit** tool, run the following command at your lab46 prompt: To submit this project to me using the **submit** tool, run the following command at your lab46 prompt:
  
 <cli> <cli>
-$ submit unix upf1 upf1steps task*.cli +$ submit unix pct0 puzzle.key puzzle.solution 
-Submitting unix project "upf1": +Submitting unix project "pct0": 
-    -> upf1steps(OK) +    -> puzzle.key(OK) 
-    -> task0.cli(OK) +    -> puzzle.solution(OK)
-    -> task1.cli(OK) +
-    -> task2.cli(OK) +
-    -> task3.cli(OK) +
-       ...+
  
 SUCCESSFULLY SUBMITTED SUCCESSFULLY SUBMITTED
 </cli> </cli>
  
-You should get some sort of confirmation indicating successful submission  if all went according to plan. If not, check for typos and or locational mismatches.+or, if submitting results for the bonus puzzle as well: 
 + 
 +<cli> 
 +$ submit unix pct0 puzzle.key puzzle.solution bonus.key bonus.solution 
 +Submitting unix project "pct0": 
 +    -> puzzle.key(OK) 
 +    -> puzzle.solution(OK) 
 +    -> bonus.key(OK) 
 +    -> bonus.solution(OK) 
 + 
 +SUCCESSFULLY SUBMITTED 
 +</cli> 
 + 
 +You should get some sort of confirmation indicating successful submission if all went according to plan. If not, check for typos and or locational mismatches.
  
 I'll be looking for the following: I'll be looking for the following:
  
 <code> <code>
-78:upf1:final tally of results (78/78) +78:pct0:final tally of results (78/78) 
-*:upf1:upf1steps has valid list of non-interactive instructions [4/4] +*:pct0:puzzle.key file submitted with correct values [7/7] 
-*:upf1:upf1steps only copies/alters files if USER matches [4/4] +*:pct0:puzzle.key file formatted according to project specifications [6/6] 
-*:upf1:upf1steps builds the various task#.cli files it runs [4/4] +*:pct0:puzzle.solution is organized and easy to read [35/35] 
-*:upf1:upf1steps obtains the latest pipemath release from site [4/4] +*:pct0:puzzle.solution adequately documents discovery of each letter [30/30]
-*:upf1:upf1steps only displays specified STDOUT output [4/4] +
-*:upf1:upf1steps resiliently creates local project directory [4/4] +
-*:upf1:upf1steps copies public dir data with absolute path [4/4] +
-*:upf1:upf1steps makes clear, effective use of wildcards [4/4] +
-*:upf1:upf1steps defines and uses custom variables [4/4] +
-*:upf1:upf1steps uses command expansions to get information [4/4] +
-*:upf1:upf1steps uses a loop to drive numbers in final output [4/4] +
-*:upf1:upf1steps automates the task when run [4/4] +
-*:upf1:all files are organized, clear, and easy to read [4/4] +
-*:upf1:task#.cli files output using specified precision [3/3] +
-*:upf1:task#.cli files output using specified delimiter [3/3] +
-*:upf1:task#.cli files output only correct value and unit [4/4] +
-*:upf1:task#.cli files output in specified format [4/4] +
-*:upf1:task#.cli files display no STDERR output [4/4] +
-*:upf1:task#.cli files have solution within given constraints [4/4] +
-*:upf1:task#.cli files only contain the solution command-line [4/4]+
 </code> </code>
- 
-Additionally: 
-  * Solutions not utilizing descriptive why and how comments will be subject to a 25% overall deduction 
-  * Solutions not utilizing indentation to promote scope and clarity will be subject to a 25% overall deduction 
haas/spring2019/unix/projects/pct0.1554134631.txt.gz · Last modified: 2019/04/01 16:03 by wedge

Page Tools

Except where otherwise noted, content on this wiki is licensed under the following license: CC Attribution-Share Alike 4.0 International
CC Attribution-Share Alike 4.0 International Donate Powered by PHP Valid HTML5 Valid CSS Driven by DokuWiki