X-Git-Url: https://git.liburcu.org/?a=blobdiff_plain;f=2.8%2Flttng-docs-2.8.txt;h=78952fc5b63e1ca28c43585c5b90c61f87bd62f0;hb=310431f4f33a67ffa4523cd928571b8225c40462;hp=9ff38988821008896ba057b03af3534169e69e32;hpb=4ef3b81ed48eb85b1fd59ed9eaf421113a0c4d1e;p=lttng-docs.git diff --git a/2.8/lttng-docs-2.8.txt b/2.8/lttng-docs-2.8.txt index 9ff3898..78952fc 100644 --- a/2.8/lttng-docs-2.8.txt +++ b/2.8/lttng-docs-2.8.txt @@ -1,7 +1,7 @@ The LTTng Documentation ======================= Philippe Proulx -v2.8, 14 March 2017 +v2.8, 24 July 2017 include::../common/copyright.txt[] @@ -586,14 +586,14 @@ sudo depmod -a .Java and Python application instrumentation and tracing ==== If you need to instrument and trace <> on openSUSE, you need to build and install +applications>> on Fedora, you need to build and install LTTng-UST{nbsp}{revision} <> and pass the `--enable-java-agent-jul`, `--enable-java-agent-log4j`, or `--enable-java-agent-all` options to the `configure` script, depending on which Java logging framework you use. If you need to instrument and trace <> on openSUSE, you need to build and install +applications>> on Fedora, you need to build and install LTTng-UST{nbsp}{revision} from source and pass the `--enable-python-agent` option to the `configure` script. ==== @@ -658,14 +658,14 @@ If you use Hob: .Java and Python application instrumentation and tracing ==== If you need to instrument and trace <> on openSUSE, you need to build and install +applications>> on Yocto/OpenEmbedded, you need to build and install LTTng-UST{nbsp}{revision} <> and pass the `--enable-java-agent-jul`, `--enable-java-agent-log4j`, or `--enable-java-agent-all` options to the `configure` script, depending on which Java logging framework you use. If you need to instrument and trace <> on openSUSE, you need to build and install +applications>> on Yocto/OpenEmbedded, you need to build and install LTTng-UST{nbsp}{revision} from source and pass the `--enable-python-agent` option to the `configure` script. ==== @@ -1713,7 +1713,7 @@ With so many similar terms, it's easy to get confused. An **event** is the consequence of the execution of an _instrumentation point_, like a tracepoint that you manually place in some source code, or a Linux kernel KProbe. An event is said to _occur_ at a specific -time. Different actions can be taken upon the occurance of an event, +time. Different actions can be taken upon the occurrence of an event, like record the event's payload to a buffer. An **event record** is the representation of an event in a sub-buffer. A @@ -5331,12 +5331,12 @@ MODULE_VERSION(__stringify(LTTNG_MODULES_MAJOR_VERSION) "." ---- -- -. Edit path:{probes/Makefile} and add your new kernel module object +. Edit path:{probes/KBuild} and add your new kernel module object next to the existing ones: + -- [source,make] -.path:{probes/Makefile} +.path:{probes/KBuild} ---- # ... @@ -7200,7 +7200,7 @@ event:: or a Linux kernel KProbe. + An event is said to _occur_ at a specific time. Different actions can -be taken upon the occurance of an event, like record the event's payload +be taken upon the occurrence of an event, like record the event's payload to a sub-buffer. <>::