X-Git-Url: http://wien.tomnetworks.com/gitweb/?a=blobdiff_plain;f=docs%2Fmini-doc.txt;h=bd4b489777e95b30ad1b47a9beffb4f8ab8f6f85;hb=24c15a5dd1af5a324ff0db179d31e2a62f38cb40;hp=30d9b4442b7ad5cc8c24bb5c2f67e04f5ab88008;hpb=ce581fac4e962f9ada55d8b8c3f8d34a4cdc23e2;p=mono.git

diff --git a/docs/mini-doc.txt b/docs/mini-doc.txt
index 30d9b4442b7..bd4b489777e 100644
--- a/docs/mini-doc.txt
+++ b/docs/mini-doc.txt
@@ -375,7 +375,8 @@
 	variables to registers.  The linear scan pass uses the
 	information that was previously gathered by the loop nesting
 	and loop structure computation to favor variables in inner
-	loops. 
+	loops.   This process updates the basic block `nesting' field
+	which is later used during liveness analysis.
 
 	Stack space is then reserved for the local variables and any
 	temporary variables generated during the various
@@ -489,7 +490,9 @@
 	operations if possible.
 
 	The rest of the code generation is fairly simple: a switch
-	statement is used to generate code for each of the MonoInsts
+	statement is used to generate code for each of the MonoInsts,
+	in the mono/mini/mini-ARCH.c files, the method is called
+	"mono_arch_output_basic_block".
 
 	We always try to allocate code in sequence, instead of just using
 	malloc. This way we increase spatial locality which gives a massive