Author: pmichaud Date: Mon Nov 26 14:05:02 2007 New Revision: 23101 Modified: trunk/docs/pdds/pdd26_ast.pod
Changes in other areas also in this revision: Modified: trunk/compilers/pct/src/PAST/Compiler.pir trunk/compilers/pct/src/PAST/Node.pir Log: [pct]: * Add support for n_neg and n_mod opcodes. * Add lvalue support to PAST. * Change 'islvalue' and 'isslurpy' flags to be 'lvalue' and 'slurpy'. Modified: trunk/docs/pdds/pdd26_ast.pod ============================================================================== --- trunk/docs/pdds/pdd26_ast.pod (original) +++ trunk/docs/pdds/pdd26_ast.pod Mon Nov 26 14:05:02 2007 @@ -166,7 +166,7 @@ for the C<named> attribute. Optional parameters are identified via the C<viviself> attribute (see below) indicating how the parameter is to be initialized if not supplied by the caller. Slurpy parameters -are indicated via the node's C<isslurpy> attribute. +are indicated via the node's C<slurpy> attribute. =item "keyed" @@ -210,19 +210,19 @@ scope. Otherwise, the node refers to a pre-existing variable (possibly from an outer scope). -=item islvalue([flag]) +=item lvalue([flag]) -Accessor method for the C<islvalue> attribute, which indicates +Accessor method for the C<lvalue> attribute, which indicates whether this variable is being used in an lvalue context. -=item isslurpy([flag]) +=item slurpy([flag]) -Accessor method for the C<isslurpy> attribute of parameter variables. -A true value of C<isslurpy> indicates that the parameter variable +Accessor method for the C<slurpy> attribute of parameter variables. +A true value of C<slurpy> indicates that the parameter variable given by this node is to be created as a slurpy parameter (consuming all remaining arguments passed in). Named slurpy parameters are indicated by having a non-empty C<named> attribute and a true value of -C<isslurpy>. +C<slurpy>. =back @@ -377,7 +377,7 @@ The table of PIR opcodes that PAST "knows" about is given in F<compilers/pct/src/POST/Node.pir> . -=item islvalue([flag]) +=item lvalue([flag]) Get/set whether this node is an lvalue, or treats its first child as an lvalue (e.g., for assignment).
