factorize some code developped over and over in the examples and AMOK.
It has still to be documented and used (only amok/peermanagement is
converted for now).
+ * Fix a vicious bug in the TCP buffering mecanism which leaded to message
+ loss when they were small enough to fit into the buffer and sent quickly
+ enough so that they can all get received in one shoot.
AMOK:
* Do really rename the hostmanagement module to peermanagement. [Mt]
Ie, rename functions from amok_hm_* to amok_pm_*. This breaks the API,
but this is rather new and this was documented in the module
- documentation (poor excuse, I admit)
+ documentation (poor excuses, I admit)
Documentation update:
- * New FAQs:
+ * FAQ reworking + New FAQs:
- "Valgrind spits tons of errors!" [Mt]
- "How to repport bugs" [Mt]
* GRAS tutorial [Mt]
It contains:
- an introduction to the framework and to the used communication model
- an initiatic tour introducing the most proheminent features:
- # Lesson 0: Installing GRAS
- # Lesson 1: Setting up your own project
- # Lesson 2: Exchanging simple messages
- # Lesson 3: Passing arguments to the processes (in SG)
- # Lesson 4: Attaching callbacks to messages
- # Lesson 5: Using globals in processes
- # Lesson 6: Logging informations properly
- # Lesson 7: Using internal timers
- # Lesson 8: Handling errors through exceptions
- More a due, of course. At least the one explaining how to add data
- into messages. In the meanwhile, you can check the examples which are
- still here.
+ # Part 1: Bases
+ . Lesson 0: Installing GRAS
+ . Lesson 1: Setting up your own project
+ # Part 2: Message passing
+ . Lesson 2: Exchanging simple messages
+ . Lesson 3: Passing arguments to the processes (in SG)
+ . Lesson 4: Attaching callbacks to messages
+ . Lesson 5: Using globals in processes
+ . Lesson 6: Logging informations properly
+ . Lesson 7: Using internal timers
+ . Lesson 8: Handling errors through exceptions
+ . Lesson 9: Exchanging simple data
+ More a due, of course. They will come latter. In the meanwhile, you can
+ check the examples which are still here.
SIMDAG:
* A sequential mode has been added to the workstations. When a workstation
