… | |
… | |
18 | sampler Sampler |
18 | sampler Sampler |
19 | program Program |
19 | program Program |
20 | program_build Program |
20 | program_build Program |
21 | kernel Kernel |
21 | kernel Kernel |
22 | kernel_work_group Kernel |
22 | kernel_work_group Kernel |
|
|
23 | kernel_arg_info Kernel |
23 | command_queue Queue |
24 | command_queue Queue |
24 | ); |
25 | ); |
25 | |
26 | |
26 | my %typemap = ( |
27 | my %typemap = ( |
|
|
28 | # getinfo.txt c type, constructor, pod |
27 | cl_bool => ['cl_bool', 'value [i] ? &PL_sv_yes : &PL_sv_no', 'boolean'], |
29 | cl_bool => ['cl_bool', 'value [i] ? &PL_sv_yes : &PL_sv_no', 'boolean'], |
28 | #char => ['char', 'newSVpvn (value, size)', 'string'], |
30 | #char => ['char', 'newSVpvn (value, size)', 'string'], |
29 | char => ['char', 'newSVpv (value, 0)', 'string'], # all these are 0-terminated strings, and the driver often appends a \0 |
31 | char => ['char', 'newSVpv (value, 0)', 'string'], # all these are 0-terminated strings, and the driver often appends a \0 |
30 | size_t => ['size_t', 'newSVuv (value [i])', 'int'], |
32 | size_t => ['size_t', 'newSVuv (value [i])', 'int'], |
31 | "void*" => ['void *', 'newSVuv ((IV)(intptr_t)value [i])', 'ptr_value'], |
33 | "void*" => ['void *', 'newSVuv ((IV)(intptr_t)value [i])', 'ptr_value'], |
… | |
… | |
35 | cl_device_id => ['cl_device_id', 'OpenCL::Device', 'device'], |
37 | cl_device_id => ['cl_device_id', 'OpenCL::Device', 'device'], |
36 | Memory => ['cl_mem', 'OpenCL::Memory', 'mem'], |
38 | Memory => ['cl_mem', 'OpenCL::Memory', 'mem'], |
37 | Program => ['cl_program', 'OpenCL::Program', 'program'], |
39 | Program => ['cl_program', 'OpenCL::Program', 'program'], |
38 | CommandQueue => ['cl_command_queue', 'OpenCL::Queue', 'queue'], |
40 | CommandQueue => ['cl_command_queue', 'OpenCL::Queue', 'queue'], |
39 | cl_context_properties => ['cl_context_properties', 'newSVuv ((UV)value [i])', 'property_int'], |
41 | cl_context_properties => ['cl_context_properties', 'newSVuv ((UV)value [i])', 'property_int'], |
|
|
42 | cl_program_binary_type => ['cl_program_binary_type', 'newSVuv ((UV)value [i])', 'binary_type'], |
40 | ); |
43 | ); |
41 | |
44 | |
42 | { |
45 | { |
43 | my %tmap = ( |
46 | my %tmap = ( |
44 | T_IV => "newSViv (value [i])", |
47 | T_IV => "newSViv (value [i])", |
… | |
… | |
77 | } |
80 | } |
78 | |
81 | |
79 | rename "$file~", $file; |
82 | rename "$file~", $file; |
80 | } |
83 | } |
81 | |
84 | |
82 | for my $CLASS (qw(platform device context command_queue mem image sampler program program_build kernel kernel_work_group event profiling gl_texture)) { |
85 | for my $CLASS (qw(platform device context command_queue mem image sampler program program_build kernel kernel_work_group kernel_arg event profiling gl_texture)) { |
83 | open my $fh, "<getinfo.txt" |
86 | open my $fh, "<getinfo.txt" |
84 | or die "getinfo.txt: $!"; |
87 | or die "getinfo.txt: $!"; |
85 | |
88 | |
86 | my $POD; |
89 | my $POD; |
87 | my @funcs; |
90 | my @funcs; |
88 | my %alias; |
91 | my %alias; |
89 | |
92 | |
90 | while (<$fh>) { |
93 | while (<$fh>) { |
91 | chomp; |
94 | chomp; |
92 | my ($class, $name, $ctype) = split /,\s*/, $_, 3; |
95 | my ($class, $name, $ctype) = split /\s*,\s*/, $_, 3; |
93 | next unless $class eq "cl_$CLASS\_info"; |
96 | next unless $class eq "cl_$CLASS\_info"; |
94 | next if $name eq "CL_IMAGE_FORMAT"; # struct |
97 | next if $name eq "CL_IMAGE_FORMAT"; # struct |
95 | next if $name eq "CL_PROGRAM_BINARIES"; # needs multiple calls |
98 | next if $name eq "CL_PROGRAM_BINARIES"; # needs multiple calls |
96 | |
99 | |
97 | $ctype =~ s/cl:://g; |
100 | $ctype =~ s/cl:://g; |
… | |
… | |
106 | $cbase = "EventProfiling" if $cbase eq "Profiling"; |
109 | $cbase = "EventProfiling" if $cbase eq "Profiling"; |
107 | |
110 | |
108 | my $real_class = $CLASS; |
111 | my $real_class = $CLASS; |
109 | $real_class = "program" if $real_class eq "program_build"; |
112 | $real_class = "program" if $real_class eq "program_build"; |
110 | $real_class = "kernel" if $real_class eq "kernel_work_group"; |
113 | $real_class = "kernel" if $real_class eq "kernel_work_group"; |
|
|
114 | $real_class = "kernel" if $real_class eq "kernel_arg"; |
111 | $real_class = "event" if $real_class eq "profiling"; |
115 | $real_class = "event" if $real_class eq "profiling"; |
112 | |
116 | |
113 | my $perl_name = lc $name; |
117 | my $perl_name = lc $name; |
114 | $perl_name =~ s/^cl_//; |
118 | $perl_name =~ s/^cl_//; |
115 | $perl_name =~ s/^$real_class\_//; |
119 | $perl_name =~ s/^$real_class\_//; |
… | |
… | |
121 | |
125 | |
122 | if ($CLASS eq "program_build" || $CLASS eq "kernel_work_group") { |
126 | if ($CLASS eq "program_build" || $CLASS eq "kernel_work_group") { |
123 | $extra_args = ', device'; |
127 | $extra_args = ', device'; |
124 | $extra_perl_args = ' ($device)'; |
128 | $extra_perl_args = ' ($device)'; |
125 | $extra_xs_args = ', OpenCL::Device device'; |
129 | $extra_xs_args = ', OpenCL::Device device'; |
|
|
130 | } |
|
|
131 | |
|
|
132 | if ($CLASS eq "kernel_arg") { |
|
|
133 | $extra_args = ', idx'; |
|
|
134 | $extra_perl_args = ' ($idx)'; |
|
|
135 | $extra_xs_args = ', cl_uint idx'; |
126 | } |
136 | } |
127 | |
137 | |
128 | my $dynamic; |
138 | my $dynamic; |
129 | my $nelem = "size / sizeof (*value)"; |
139 | my $nelem = "size / sizeof (*value)"; |
130 | |
140 | |
… | |
… | |
154 | $perltype = "\@${perltype}s"; |
164 | $perltype = "\@${perltype}s"; |
155 | } else { |
165 | } else { |
156 | $perltype = "\$$perltype"; |
166 | $perltype = "\$$perltype"; |
157 | } |
167 | } |
158 | |
168 | |
|
|
169 | (my $perlenum = $name) =~ s/^CL_/OpenCL::/ or die; |
|
|
170 | |
159 | $POD .= "=item $perltype = \$$real_class->$perl_name$extra_perl_args\n\nCalls C<clGet${cbase}Info> with C<$name> and returns the result.\n\n"; |
171 | $POD .= "=item $perltype = \$$real_class->$perl_name$extra_perl_args\n\nCalls C<clGet${cbase}Info> with C<$perlenum> and returns the result.\n\n"; |
160 | |
172 | |
161 | # XS1 contains the function before ALIAS, XS2 the function afterwards (the body) |
173 | # XS1 contains the function before ALIAS, XS2 the function afterwards (the body) |
162 | # after we generate the bdoy we look for an identical body generated earlier |
174 | # after we generate the bdoy we look for an identical body generated earlier |
163 | # and simply alias us to the earlier xs function, to save text size. |
175 | # and simply alias us to the earlier xs function, to save text size. |
164 | my ($XS1, $XS2); |
176 | my ($XS1, $XS2); |
… | |
… | |
189 | if ($type->[1] =~ /^OpenCL::(\S+)$/) { |
201 | if ($type->[1] =~ /^OpenCL::(\S+)$/) { |
190 | my $oclass = $1; |
202 | my $oclass = $1; |
191 | $oclass = "MemObject" if $oclass eq "Memory"; |
203 | $oclass = "MemObject" if $oclass eq "Memory"; |
192 | $oclass = "CommandQueue" if $oclass eq "Queue"; |
204 | $oclass = "CommandQueue" if $oclass eq "Queue"; |
193 | |
205 | |
|
|
206 | my $stash = lc $type->[1]; |
|
|
207 | $stash =~ s/opencl:://; |
|
|
208 | $stash =~ s/::/_/g; |
|
|
209 | |
194 | $XS2 .= " {\n"; |
210 | $XS2 .= " {\n"; |
195 | $XS2 .= " NEED_SUCCESS (Retain$oclass, (value [i]));\n" unless $1 eq "Platform" || $1 eq "Device"; |
211 | $XS2 .= " NEED_SUCCESS (Retain$oclass, (value [i]));\n" unless $oclass eq "Platform" || $oclass eq "Device"; |
196 | $XS2 .= " PUSHs (NEW_MORTAL_OBJ (\"$type->[1]\", value [i]));\n"; |
212 | $XS2 .= " PUSH_CLOBJ (stash_$stash, value [i]);\n"; |
197 | $XS2 .= " }\n"; |
213 | $XS2 .= " }\n"; |
198 | } else { |
214 | } else { |
199 | $XS2 .= " PUSHs (sv_2mortal ($type->[1]));\n"; |
215 | $XS2 .= " PUSHs (sv_2mortal ($type->[1]));\n"; |
200 | } |
216 | } |
201 | |
217 | |