<WRAP centeralign round box>
<WRAP><color red><fs 200%>Corning Community College</fs></color></WRAP>
<WRAP><fs 150%>CSCS2320 Data Structures</fs></WRAP>
<fs 125%>Assignments, Documents, Information, and Projects</fs>
</WRAP>

======Projects======

|  [[/haas/fall2024/data/projects/wcpX|wcp1]] (due 20240828)  |
|  [[/haas/fall2024/data/projects/btt0|btt0]] (due 20240904)  |
|  [[/haas/fall2024/data/projects/wcpX|wcp2]] (due 20240904)  |
|  [[/haas/fall2024/data/projects/pctX|pct0]] (bonus; due 20240905)  |
|  [[/haas/fall2024/data/projects/pctX|pct1]] (bonus; due 20240905)  |
|  [[/haas/fall2024/data/projects/pctX|pct2]] (due 20240905)  |
|  [[/haas/fall2024/data/projects/abc0|abc0]] (due 20240906)  |
|  [[/haas/fall2024/data/projects/msi0|msi0]] (due 20240911)  |
|  [[/haas/fall2024/data/projects/pctX|pct3]] (bonus; due 20240911)  |
|  [[/haas/fall2024/data/projects/wcpX|wcp3]] (due 20240911)  |
|  @lightgreen:[[/haas/fall2024/data/projects/msi1|msi1]] (due 20240918)  |
|  @lightgreen:[[/haas/fall2024/data/projects/pctX|pct4]] (due 20240918)  |
|  @lightgreen:[[/haas/fall2024/data/projects/wcpX|wcp4]] (due 20240918)  |
|  [[/haas/fall2024/data/projects/msi2|msi2]] (due 20240925)  |
|  [[/haas/fall2024/data/projects/pctX|pct5]] (bonus; due 20240925)  |
|  [[/haas/fall2024/data/projects/wcpX|wcp5]] (due 20240925)  |
|  [[/haas/fall2024/data/projects/gfoX|gfo0]] (due 20241002)  |
|  [[/haas/fall2024/data/projects/msi3|msi3]] (due 20241002)  |
|  [[/haas/fall2024/data/projects/pctX|pct6]] (due 20241002)  |
|  [[/haas/fall2024/data/projects/wcpX|wcp6]] (due 20241002)  |
|  [[/haas/fall2024/data/projects/cgf0|cgf0]] (due 20241009)  |
|  [[/haas/fall2024/data/projects/pctX|pct7]] (bonus; due 20241009)  |
|  [[/haas/fall2024/data/projects/wcpX|wcp7]] (due 20241009)  |

======Class Stats======

  * [[/haas/fall2024/data/projects/status|status]]


======Class Notes======

  * [[/notes/data/fall2024/classnotes|classnotes]]

======URLs======

C Programming tutorials:

  * [[https://www.tutorialspoint.com/cprogramming/|C Tutorial]]
  * [[http://publications.gbdirect.co.uk/c_book/|The C Book, online C book]]
    * [[http://publications.gbdirect.co.uk/c_book/thecbook.pdf|PDF of above]]
  * [[/_media/haas/printf.pdf|printf PDF]]
  * [[https://www.cprogramming.com/tutorial/c-tutorial.html?inl=hp|C tutorial]]
  * [[https://inria.hal.science/hal-02383654v1/document|Modern C]]

Algorithmic Efficiency:

  * https://www.youtube.com/watch?v=cCKOl5li6YM (at least the first third to half)

Pointers:

  * http://www.youtube.com/watch?v=5VnDaHBi8dM (an essential, if not critical, watch)
======Week 1======
  * Welcome!
  * Review, ask questions on C and pointers.
    * try writing sample code employing various concepts
    * pointers are a fixed size, regardless of data type
      * why? MEMORY ADDRESSING
      * on lab46 (running on a 64-bit OS/system), memory addresses are 64-bits (64/8 = 8 bytes)
        * so all pointers (whether char, int, float, etc.) will be 8 bytes in size on this system.
      * on other systems, notably 16-bit and 32-bit systems (especially late-era hardware that might have incorporated tweaks to support more memory than is typically accessible by the default machine word size), memory address sizes can vary.
      * takeaway: for code portability, do not assume 8 byte memory addresses. **ALWAYS** use **sizeof()** to maximize portability.