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dsi0 (20180822)
wcp1 (20180822)
ael0 [faq] (20180829)
wcp2 (20180829)
sln0 [faq] (20180905)
wcp3 (20180905)
sln1 [faq] [metrics] (20180912)
wcp4 (20180912)
sll0 [faq] [metrics] (20180919)
wcp5 (20180919)
sll1 [faq] [metrics] (20180926)
wcp6 (20180926)
sll2 [faq] [metrics] (20181003)
wcp7 (20181003)
sll3 [faq] [metrics] (20181017)
sll4 [faq] [metrics] (20181017)
wcp8 (20181017)
dln0 [faq] [metrics] (20181024)
dll0 [faq] [metrics] (20181024)
wcp9 (20181024)
dll1 [faq] [metrics] (20181031)
wcpA (20181031)
dll2 [faq] [metrics] (20181107)
dls0 [faq] [metrics] (20181107)
wcpB (20181107)
dlq0 [faq] [metrics] (20181115)
wcpC (20181115)
dlt0 [faq] [metrics] (20181128)
EoCE (20181213-172959)
haas:fall2018:data:projects

Corning Community College

CSCS2320 Data Structures

Assignments, Documents, Information, and Projects

Projects

dsi0 (20180822)
wcp1 (20180822)
ael0 [faq] (20180829)
wcp2 (20180829)
sln0 [faq] (20180905)
wcp3 (20180905)
sln1 [faq] [metrics] (20180912)
wcp4 (20180912)
sll0 [faq] [metrics] (20180919)
wcp5 (20180919)
sll1 [faq] [metrics] (20180926)
wcp6 (20180926)
sll2 [faq] [metrics] (20181003)
wcp7 (20181003)
sll3 [faq] [metrics] (20181017)
sll4 [faq] [metrics] (20181017)
wcp8 (20181017)
dln0 [faq] [metrics] (20181024)
dll0 [faq] [metrics] (20181024)
wcp9 (20181024)
dll1 [faq] [metrics] (20181031)
wcpA (20181031)
dll2 [faq] [metrics] (20181107)
dls0 [faq] [metrics] (20181107)
wcpB (20181107)
dlq0 [faq] [metrics] (20181115)
wcpC (20181115)
dlt0 [faq] [metrics] (20181128)
EoCE (20181213-172959)

Class Stats

  • status (coming at some point)

Week 12

  • EoCE, located at the bottom of your journal.

Week 7

  • Layers. Wrapping up initial linked list implementation, looking at groups.

Week 6

  • Continuing down the linked list rabbit hole

Week 5

  • Getting into lists
  • Working on an application of linked nodes (tic tac toe)

Week 4

  • Structs, pointers to structs
  • Linked nodes
  • sln1 project

Week 3

  • Reviewing pointers
  • Introduced linked nodes

Week 2

  • Reviewed functions, and parameters
    • pass by value
    • pass by address

Week 1

  • Welcome!
  • Went over the syllabus, formally introduced ael0 project.
  • Started reviewing C by talking about pointers.
    • we wrote some sample code
    • 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.
haas/fall2018/data/projects.txt · Last modified: 2018/11/12 16:57 by wedge