Processes - Revision history

Pedro: /* The structure of a process and protothread */

2014-02-14T22:46:52Z

‎The structure of a process and protothread

2014-02-14T22:46:35Z

‎The structure of a process and protothread

2014-02-14T22:45:59Z

‎The structure of a process and protothread

2014-02-14T22:44:38Z

‎The structure of a process and protothread

2014-02-06T01:39:12Z

‎The structure of a process and protothread

2014-02-06T01:38:54Z

‎The structure of a process and protothread

2014-02-06T01:38:16Z

‎The structure of a process and protothread

2014-02-06T01:36:13Z

‎The structure of a process and protothread

2014-02-06T01:27:27Z

2014-02-06T01:26:51Z

@@ Line 44: / Line 44: @@
 The macro above only declares the beginning of a process' thread body. Every process must start with the PROCESS_BEGIN() macro and end with the PROCESS_END() macro, as shown below:
-<code><nowiki>{
+ <code><nowiki>{
 PROCESS_BEGIN();
 printf("Hello, world\n");

@@ Line 44: / Line 44: @@
 The macro above only declares the beginning of a process' thread body. Every process must start with the PROCESS_BEGIN() macro and end with the PROCESS_END() macro, as shown below:
-<syntaxhighlight lang="c">
+<code><nowiki>{
-−
 PROCESS_BEGIN();
 printf("Hello, world\n");
 PROCESS_END();
+}</nowiki></code>
-</syntaxhighlight>
 Processes are scheduled by Contiki based on events. A process should execute its tasks an at some point of execution yield the micro-controller and wait for a particular event (or for any event). When a process is waiting an event is is queued and another process is scheduled for execution (if there is any process ready to be executed).

@@ Line 44: / Line 44: @@
 The macro above only declares the beginning of a process' thread body. Every process must start with the PROCESS_BEGIN() macro and end with the PROCESS_END() macro, as shown below:
-<source lang="c">
+<syntaxhighlight lang="c">
+{
 PROCESS_BEGIN();
@@ Line 50: / Line 50: @@
 PROCESS_END();
+}
-</source>
+</syntaxhighlight>
 Processes are scheduled by Contiki based on events. A process should execute its tasks an at some point of execution yield the micro-controller and wait for a particular event (or for any event). When a process is waiting an event is is queued and another process is scheduled for execution (if there is any process ready to be executed).

@@ Line 44: / Line 44: @@
 The macro above only declares the beginning of a process' thread body. Every process must start with the PROCESS_BEGIN() macro and end with the PROCESS_END() macro, as shown below:
- <code><nowiki>{
+<source lang="c">
 PROCESS_BEGIN();
 printf("Hello, world\n");
 PROCESS_END();
-}</nowiki></code>
 Processes are scheduled by Contiki based on events. A process should execute its tasks an at some point of execution yield the micro-controller and wait for a particular event (or for any event). When a process is waiting an event is is queued and another process is scheduled for execution (if there is any process ready to be executed).

@@ Line 44: / Line 44: @@
 The macro above only declares the beginning of a process' thread body. Every process must start with the PROCESS_BEGIN() macro and end with the PROCESS_END() macro, as shown below:
-<code><nowiki>{
+ <code><nowiki>{
 PROCESS_BEGIN();
 printf("Hello, world\n");

@@ Line 18: / Line 18: @@
 The image below illustrates how cooperative and preemptive contexts are switched.
-[[File:Contiki-execution-contexts.png|center]]
+[[Image:Contiki-execution-contexts.png|center]]
 == The structure of a process and protothread ==