private var last_pathfinding_evocation: Int = 0
# cost up to in current evocation
- # lifetime limited to evocation of path_to
+ # lifetime limited to evocation of `path_to`
private var best_cost_up_to: Int = 0
# source node
- # lifetime limited to evocation of path_to
+ # lifetime limited to evocation of `path_to`
private var best_source: nullable N = null
# is in frontier or buckets
- # lifetime limited to evocation of path_to
+ # lifetime limited to evocation of `path_to`
private var open: Bool = false
-
# Main functionnality, returns path from `self` to `dest`
- fun path_to(dest: Node, max_cost: Int, context: PathContext): nullable Path[N]
+ fun path_to(dest: N, max_cost: Int, context: PathContext): nullable Path[N]
do
var cost = 0
var nbr_buckets = context.worst_cost + context.worst_heuristic_cost + 1
- var buckets = new Array[List[Node]].with_capacity(nbr_buckets)
+ var buckets = new Array[List[N]].with_capacity(nbr_buckets)
for i in [0 .. nbr_buckets[ do
- buckets.add(new List[Node])
+ buckets.add(new List[N])
end
graph.pathfinding_current_evocation += 1
self.best_cost_up_to = 0
loop
- var frontier_node: nullable Node = null
+ var frontier_node: nullable N = null
var bucket_searched: Int = 0
#include <GLES/glext.h>
#include <errno.h>
- #define LOGW(...) ((void)fprintf(stderr, "# warn: %s", __VA_ARGS__))
- #ifdef DEBUG
- #define LOGI(...) ((void)fprintf(stderr, "# info: %s", __VA_ARGS__))
- #else
- #define LOGI(...) (void)0
- #endif
-
EGLDisplay mnit_display;
EGLSurface mnit_surface;
EGLContext mnit_context;
`}
in "C" `{
+ #define LOGW(...) ((void)fprintf(stderr, "# warn: %s (%i)\n", __VA_ARGS__))
+ #ifdef DEBUG
+ #define LOGI(...) ((void)fprintf(stderr, "# info: %s (%i)\n", __VA_ARGS__))
+ #else
+ #define LOGI(...) (void)0
+ #endif
+
extern NativeWindowType mnit_window;
extern EGLNativeDisplayType mnit_native_display;
image->src_xi = 1.0;
image->src_yi = 1.0;
-
if ((mnit_opengles_error_code = glGetError()) != GL_NO_ERROR) {
- LOGW ("a error loading image: %i\n", mnit_opengles_error_code);
- printf( "%i\n", mnit_opengles_error_code );
+ LOGW("error loading image after malloc", mnit_opengles_error_code);
}
+
glGenTextures(1, &image->texture);
if ((mnit_opengles_error_code = glGetError()) != GL_NO_ERROR) {
- LOGW ("b error loading image: %i\n", mnit_opengles_error_code);
- printf( "%i\n", mnit_opengles_error_code );
+ LOGW("error loading image after glGenTextures", mnit_opengles_error_code);
}
+
glBindTexture(GL_TEXTURE_2D, image->texture);
if ((mnit_opengles_error_code = glGetError()) != GL_NO_ERROR) {
- LOGW ("c error loading image: %i\n", mnit_opengles_error_code);
- printf( "%i\n", mnit_opengles_error_code );
+ LOGW("error loading image glBindTexture", mnit_opengles_error_code);
}
+
glTexImage2D( GL_TEXTURE_2D, 0, format, width, height,
0, format, GL_UNSIGNED_BYTE, (GLvoid*)pixels);
if ((mnit_opengles_error_code = glGetError()) != GL_NO_ERROR) {
- LOGW ("d error loading image: %i\n", mnit_opengles_error_code);
- printf( "%i\n", mnit_opengles_error_code );
+ LOGW("error loading image after glTexImage2D", mnit_opengles_error_code);
}
+
glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_NEAREST);
if ((mnit_opengles_error_code = glGetError()) != GL_NO_ERROR) {
- LOGW ("e error loading image: %i\n", mnit_opengles_error_code);
- printf( "%i\n", mnit_opengles_error_code );
+ LOGW("error loading image after gtTexParameter", mnit_opengles_error_code);
}
return image;
EGLDisplay display = eglGetDisplay(mnit_native_display);
if ( display == EGL_NO_DISPLAY) {
- LOGW("Unable to eglGetDisplay");
+ LOGW("Unable to eglGetDisplay", 0);
return -1;
}
if ( eglInitialize(display, 0, 0) == EGL_FALSE) {
- LOGW("Unable to eglInitialize");
+ LOGW("Unable to eglInitialize", 0);
return -1;
}
if ( eglChooseConfig(display, attribs, &config, 1, &numConfigs) == EGL_FALSE) {
- LOGW("Unable to eglChooseConfig");
+ LOGW("Unable to eglChooseConfig", 0);
return -1;
}
if ( numConfigs == 0 ) {
- LOGW("No configs available for egl");
+ LOGW("No configs available for egl", 0);
return -1;
}
if ( eglGetConfigAttrib(display, config, EGL_NATIVE_VISUAL_ID, &format) == EGL_FALSE) {
- LOGW("Unable to eglGetConfigAttrib");
+ LOGW("Unable to eglGetConfigAttrib", 0);
return -1;
}
context = eglCreateContext(display, config, NULL, NULL);
if (eglMakeCurrent(display, surface, surface, context) == EGL_FALSE) {
- LOGW("Unable to eglMakeCurrent");
+ LOGW("Unable to eglMakeCurrent", 0);
return -1;
}
mnit_height = h;
mnit_zoom = 1.0f;
- LOGI( "surface: %i, display: %i, w %i, h %i", (int)surface, (int)display, w, h );
+ LOGI("surface", (int)surface);
+ LOGI("display", (int)display);
+ LOGI("width", w);
+ LOGI("height", h);
glViewport(0, 0, mnit_width, mnit_height);
glMatrixMode(GL_PROJECTION);
glDisable(GL_TEXTURE_2D);
if ((mnit_opengles_error_code = glGetError()) != GL_NO_ERROR) {
- LOGW ("error drawing: %i", mnit_opengles_error_code);
+ LOGW("error drawing", mnit_opengles_error_code);
}
`}
glDisable(GL_TEXTURE_2D);
if ((mnit_opengles_error_code = glGetError()) != GL_NO_ERROR) {
- LOGW ("error drawing: %i", mnit_opengles_error_code);
+ LOGW("error drawing", mnit_opengles_error_code);
}
`}
glDisable(GL_TEXTURE_2D);
if ((mnit_opengles_error_code = glGetError()) != GL_NO_ERROR) {
- LOGW ("error drawing: %i", mnit_opengles_error_code);
+ LOGW("error drawing", mnit_opengles_error_code);
}
`}
if ( glCheckFramebufferStatusOES( GL_FRAMEBUFFER_OES ) != GL_FRAMEBUFFER_COMPLETE_OES )
{
- LOGW( "framebuffer not set" );
- if ( glCheckFramebufferStatusOES( GL_FRAMEBUFFER_OES ) == GL_FRAMEBUFFER_INCOMPLETE_ATTACHMENT_OES )
- LOGW( "framebuffer not set a" );
- else if ( glCheckFramebufferStatusOES( GL_FRAMEBUFFER_OES ) == GL_FRAMEBUFFER_INCOMPLETE_DIMENSIONS_OES )
- LOGW( "framebuffer not set b" );
- else if ( glCheckFramebufferStatusOES( GL_FRAMEBUFFER_OES ) == GL_FRAMEBUFFER_INCOMPLETE_MISSING_ATTACHMENT_OES )
- LOGW( "framebuffer not set c" );
- else if ( glCheckFramebufferStatusOES( GL_FRAMEBUFFER_OES ) == GL_FRAMEBUFFER_INCOMPLETE_MISSING_ATTACHMENT_OES )
- LOGW( "framebuffer not set d" );
+ LOGW("framebuffer not set", glCheckFramebufferStatusOES(GL_FRAMEBUFFER_OES));
+ exit(1);
}
image->super.width = w;
image->super.scale = 1.0f;
image->super.blended = 0;
- if (glGetError() != GL_NO_ERROR) LOGW( "gl error");
+ if ((mnit_opengles_error_code = glGetError()) != GL_NO_ERROR) {
+ LOGW("gl error in Opengles1DrawableImage::init", mnit_opengles_error_code);
+ exit(1);
+ }
return image;
`}
fun set_as_target is extern `{
LOGI( "sat %i", recv->fbo );
glBindFramebufferOES(GL_FRAMEBUFFER_OES, recv->fbo);
- if (glGetError() != GL_NO_ERROR) LOGW( "gl error 0");
+ if (glGetError() != GL_NO_ERROR) LOGW("gl error", 0);
/*glGetIntegerv(GL_FRAMEBUFFER_BINDING_OES,&recv->fbo);
if (glGetError() != GL_NO_ERROR) LOGW( "gl error a");*/
glViewport(0, 0, recv->super.width, recv->super.height);
glGenerateMipmapOES(GL_TEXTURE_2D);
glBindTexture(GL_TEXTURE_2D, 0);*/
glBindFramebufferOES(GL_FRAMEBUFFER_OES, 0);
- if (glGetError() != GL_NO_ERROR) LOGW( "gl error");
+ if (glGetError() != GL_NO_ERROR) LOGW("gl error", 0);
`}
end
# Impements the services of `mnit:app` using the API from the Android ndk
module android_app
-import android_opengles1
+import mnit
import android
in "C header" `{
#include <errno.h>
#include <android/log.h>
#include <android_native_app_glue.h>
+
+ #define LOGW(...) ((void)__android_log_print(ANDROID_LOG_WARN, "mnit", __VA_ARGS__))
+ #ifdef DEBUG
+ #define LOGI(...) ((void)__android_log_print(ANDROID_LOG_INFO, "mnit", __VA_ARGS__))
+ #else
+ #define LOGI(...) (void)0
+ #endif
`}
in "C" `{
#include <GLES/glext.h>
#include <errno.h>
- #define LOGW(...) ((void)__android_log_print(ANDROID_LOG_WARN, "mnit", __VA_ARGS__))
- #ifdef DEBUG
- #define LOGI(...) ((void)__android_log_print(ANDROID_LOG_INFO, "mnit", __VA_ARGS__))
- #else
- #define LOGI(...) (void)0
- #endif
-
extern EGLDisplay mnit_display;
extern EGLSurface mnit_surface;
extern EGLContext mnit_context;
return (a & AMOTION_EVENT_ACTION_POINTER_INDEX_MASK) >> AMOTION_EVENT_ACTION_POINTER_INDEX_SHIFT;
else return -1;
`}
+
+ private fun action: AMotionEventAction `{ return AMotionEvent_getAction(recv); `}
+end
+
+extern class AMotionEventAction `{ int32_t `}
+ protected fun action: Int `{ return recv & AMOTION_EVENT_ACTION_MASK; `}
+ fun is_down: Bool do return action == 0
+ fun is_up: Bool do return action == 1
+ fun is_move: Bool do return action == 2
+ fun is_cancel: Bool do return action == 3
+ fun is_outside: Bool do return action == 4
+ fun is_pointer_down: Bool do return action == 5
+ fun is_pointer_up: Bool do return action == 6
end
interface AndroidInputEvent
return AMotionEvent_getPressure(motion_event, pointer_id);
`}
- redef fun pressed do return true
- redef fun depressed do return false
+ redef fun pressed
+ do
+ var action = motion_event.inner_event.action
+ return action.is_down or action.is_move
+ end
+
+ redef fun depressed do return not pressed
end
extern AndroidKeyEvent in "C" `{AInputEvent *`}
redef class Object
# Uses Android logs for every print
redef fun print(text: Object) is extern import Object.to_s, String.to_cstring `{
- __android_log_print(ANDROID_LOG_INFO, "mnit print", "%s", String_to_cstring(Object_to_s(object)));
+ __android_log_print(ANDROID_LOG_INFO, "mnit print", "%s", String_to_cstring(Object_to_s(text)));
`}
end
return handled
end
- redef fun main_loop is extern import full_frame, save, pause, resume, gained_focus, lost_focus, init_window, term_window, extern_input_key, extern_input_motion `{
+ redef fun main_loop is extern import full_frame, generate_input `{
LOGI("nitni loop");
nit_app = recv;
mnit_java_app->onInputEvent = mnit_handle_input;
while (1) {
- int ident;
- int events;
- static int block = 0;
- struct android_poll_source* source;
-
- while ((ident=ALooper_pollAll(0, NULL, &events,
- (void**)&source)) >= 0) { /* first 0 is for non-blocking */
-
- // Process this event.
- if (source != NULL)
- source->process(mnit_java_app, source);
-
- // Check if we are exiting.
- if (mnit_java_app->destroyRequested != 0) {
- mnit_term_display();
- return;
- }
- }
+ App_generate_input(recv);
+
+ if (mnit_java_app->destroyRequested != 0) return;
if (mnit_animating == 1) {
mnit_frame();
/* App_exit(); // this is unreachable anyway*/
`}
+
+ redef fun generate_input import save, pause, resume, gained_focus, lost_focus, init_window, term_window, extern_input_key, extern_input_motion `{
+ int ident;
+ int events;
+ static int block = 0;
+ struct android_poll_source* source;
+
+ while ((ident=ALooper_pollAll(0, NULL, &events,
+ (void**)&source)) >= 0) { /* first 0 is for non-blocking */
+
+ // Process this event.
+ if (source != NULL)
+ source->process(mnit_java_app, source);
+
+ // Check if we are exiting.
+ if (mnit_java_app->destroyRequested != 0) {
+ mnit_term_display();
+ return;
+ }
+ }
+ `}
end
module android_opengles1
import mnit
+import android_app
in "C" `{
#include <android_native_app_glue.h>
}
`}
end
-
import sdl
-in "C Header" `{
- #define LOGW(...) ((void)fprintf(stderr, "# warn: %s", __VA_ARGS__))
- #ifdef DEBUG
- #define LOGI(...) ((void)fprintf(stderr, "# info: %s", __VA_ARGS__))
- #else
- #define LOGI(...) (void)0
- #endif
-`}
-
in "C" `{
NativeWindowType mnit_window;
EGLNativeDisplayType mnit_native_display;
sdl_image = IMG_Load( String_to_cstring( path ) );
if ( !sdl_image ) {
- LOGW( "SDL failed to load image <%s>: %s\n", String_to_cstring( path ), IMG_GetError() );
+ fprintf(stderr, "SDL failed to load image <%s>: %s\n", String_to_cstring(path), IMG_GetError());
return NULL;
} else {
opengles_image = mnit_opengles_load_image( sdl_image->pixels, sdl_image->w, sdl_image->h, sdl_image->format->Amask );
hfile.write "#include \"{hfilename}\"\n"
for key in f.required_declarations do
if not compiler.provided_declarations.has_key(key) then
- print "No provided declaration for {key}"
+ var node = compiler.requirers_of_declarations.get_or_null(key)
+ if node != null then
+ node.debug "No provided declaration for {key}"
+ else
+ print "No provided declaration for {key}"
+ end
abort
end
hfile.write compiler.provided_declarations[key]
private var provided_declarations = new HashMap[String, String]
+ private var requirers_of_declarations = new HashMap[String, ANode]
+
# Builds the .c and .h files to be used when generating a Stack Trace
# Binds the generated C function names to Nit function names
fun build_c_to_nit_bindings
# Request the presence of a global declaration
fun require_declaration(key: String)
do
- self.writer.file.required_declarations.add(key)
+ var reqs = self.writer.file.required_declarations
+ if reqs.has(key) then return
+ reqs.add(key)
+ var node = current_node
+ if node != null then compiler.requirers_of_declarations[key] = node
end
# Add a declaration in the local-header
end
# stantard call-next-method
- return v.supercall(v.frame.mpropdef.as(MMethodDef), recv.mtype.as(MClassType), args)
+ return v.supercall(mpropdef.as(not null), recv.mtype.as(MClassType), args)
end
end
This will take care of integrating with our NDK code. -->
<activity android:name="android.app.NativeActivity"
android:label="@string/app_name"
- android:configChanges="orientation|keyboardHidden">
+ android:configChanges="orientation|keyboardHidden"
+ android:screenOrientation="portrait">
<!-- Tell NativeActivity the name of or .so -->
<meta-data android:name=\"{{{app_package}}}\"
android:value=\"{{{app_name}}}\" />
var assets_dir = "{mainmodule_dir}/../assets"
if not assets_dir.file_exists then assets_dir = "{mainmodule_dir}/assets"
if assets_dir.file_exists then
- assets_dir = share_dir.realpath
+ assets_dir = assets_dir.realpath
var target_assets_dir = "{android_project_root}/assets"
if not target_assets_dir.file_exists then
toolcontext.exec_and_check(["ln", "-s", assets_dir, target_assets_dir])
+++ /dev/null
-# This file is part of NIT ( http://www.nitlanguage.org ).
-#
-# Licensed under the Apache License, Version 2.0 (the "License");
-# you may not use this file except in compliance with the License.
-# You may obtain a copy of the License at
-#
-# http://www.apache.org/licenses/LICENSE-2.0
-#
-# Unless required by applicable law or agreed to in writing, software
-# distributed under the License is distributed on an "AS IS" BASIS,
-# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-# See the License for the specific language governing permissions and
-# limitations under the License.
-
-# Collect super sends
-module collect_super_sends
-
-import modelbuilder
-private import modelize_property
-private import typing
-
-private class CollectSuperSends
- super Visitor
- var modelbuilder: ModelBuilder
- var res = new ArraySet[MMethodDef]
- var mpropdef: nullable MMethodDef
-
- # Get a new visitor on a classef to add type count in `typecount`.
- init(modelbuilder: ModelBuilder)
- do
- self.modelbuilder = modelbuilder
- end
-
- redef fun visit(n)
- do
- if n isa AMethPropdef then
- assert mpropdef == null
- mpropdef = n.mpropdef
- n.visit_all(self)
- mpropdef = null
- return
- end
- n.visit_all(self)
- if (n isa ASuperExpr and n.callsite == null) or n isa ASuperExternCall then
- var mprop = mpropdef
- assert mprop != null
- res.add(mprop)
- end
- end
-end
-
-redef class ModelBuilder
- # Visit the AST and return all method definitions that performs a `super`.
- fun collect_super_sends: Set[MMethodDef]
- do
- var visitor = new CollectSuperSends(self)
-
- # Visit all the source code to collect data
- for nmodule in self.nmodules do
- visitor.enter_visit(nmodule)
- end
-
- return visitor.res
- end
-end
# Pretty print the metric results in console
fun to_console(indent: Int, colors: Bool) do
+ if values.is_empty then
+ if colors then
+ print "{"\t" * indent}{name}: {desc} -- nothing".green
+ else
+ print "{"\t" * indent}{name}: {desc} -- nothing"
+ end
+ return
+ end
+
var max = self.max
var min = self.min
if colors then
redef class MGroup
# The loaded modules of this group
var mmodules = new Array[MModule]
+
+ # Placebo stuff to find the owner (module with same name)
+ # null is returned if there is no owner, or if it is not loaded yet
+ fun fuzzy_owner: nullable MModule
+ do
+ for m in mmodules do if m.name == name then return m
+ return null
+ end
end
# A Nit module is usually associated with a Nit source file.
if mgroup != null then
mgroup.mmodules.add(self)
# placebo for old module nesting hierarchy
- var direct_owner = mgroup.mmodules.first
- if direct_owner == self and mgroup.parent != null and not mgroup.parent.mmodules.is_empty then
- direct_owner = mgroup.parent.mmodules.first
+ var direct_owner = mgroup.fuzzy_owner
+ if direct_owner == self then
+ # The module is the new owner of its own group, thus adopt the other modules
+ for m in mgroup.mmodules do
+ if m == self then continue
+ m.direct_owner = self
+ model.mmodule_nesting_hierarchy.add_edge(self, m)
+ end
+ # The potential owner is the the fuzzy_owner of the parent group
+ if mgroup.parent != null then direct_owner = mgroup.parent.fuzzy_owner
end
- if direct_owner != self then
+ if direct_owner != self and direct_owner != null then
self.direct_owner = direct_owner
model.mmodule_nesting_hierarchy.add_edge(direct_owner, self)
end
if mgroup == null then return null
mgroup = mgroup.mproject.root
if mgroup.mmodules.is_empty then return null
- var res = mgroup.mmodules.first
+ var res = mgroup.fuzzy_owner
if res == self then return null
return res
end
# Collect interessing nodes
for m in model.mmodules do
# filter out modules outside wanted projects
+ if m.mgroup == null then continue
if not mprojects.has(m.mgroup.mproject) then continue
mmodules.add(m)
private var propdef_names = new HashSet[String]
end
+redef class MPropDef
+ # Does the MPropDef contains a call to super or a call of a super-constructor?
+ # Subsequent phases of the frontend (esp. typing) set it if required
+ var has_supercall: Bool writable = false
+end
+
redef class AClassdef
var build_properties_is_done: Bool = false
# The list of super-constructor to call at the start of the free constructor
end
# stantard call-next-method
- var mpropdef = v.frame.mpropdef
+ var mpropdef = self.mpropdef
mpropdef = mpropdef.lookup_next_definition(v.mainmodule, recv.mtype)
- assert mpropdef isa MMethodDef
var res = v.call_without_varargs(mpropdef, args)
return res
end
do
callback_set.supers.add( new MExplicitSuper( npropdef.mpropdef.as(not null) ) )
callback_set.types.add( npropdef.mpropdef.mclassdef.mclass.mclass_type )
+ npropdef.mpropdef.has_supercall = true
end
end
return
end
- v.analysis.add_super_send(v.receiver, v.mpropdef.as(MMethodDef))
+ v.analysis.add_super_send(v.receiver, mpropdef.as(not null))
end
end
import abstract_compiler
import layout_builders
import rapid_type_analysis
-import collect_super_sends
import compiler_ffi
# Add separate compiler specific options
end
end
+ # Collect all super calls (dead or not)
+ var all_super_calls = new HashSet[MMethodDef]
+ for mmodule in self.mainmodule.in_importation.greaters do
+ for mclassdef in mmodule.mclassdefs do
+ for mpropdef in mclassdef.mpropdefs do
+ if not mpropdef isa MMethodDef then continue
+ if mpropdef.has_supercall then
+ all_super_calls.add(mpropdef)
+ end
+ end
+ end
+ end
+
# lookup super calls and add it to the list of mmethods to build layout with
var super_calls
if runtime_type_analysis != null then
super_calls = runtime_type_analysis.live_super_sends
else
- super_calls = modelbuilder.collect_super_sends
+ super_calls = all_super_calls
end
+
for mmethoddef in super_calls do
var mclass = mmethoddef.mclassdef.mclass
mmethods[mclass].add(mmethoddef)
self.compile_color_consts(method_layout.pos)
# attribute null color to dead supercalls
- for mmodule in self.mainmodule.in_importation.greaters do
- for mclassdef in mmodule.mclassdefs do
- for mpropdef in mclassdef.mpropdefs do
- if mpropdef.has_supercall then
- compile_color_const(new_visitor, mpropdef, -1)
- end
- end
- end
+ for mpropdef in all_super_calls do
+ if super_calls.has(mpropdef) then continue
+ compile_color_const(new_visitor, mpropdef, -1)
end
# attributes coloration
var typing_phase: Phase = new TypingPhase(self, [flow_phase, modelize_property_phase, local_var_init_phase])
end
-redef class MPropDef
- # Does the MPropDef contains a call to super or a call of a super-constructor?
- var has_supercall: Bool = false
-end
-
private class TypingPhase
super Phase
redef fun process_npropdef(npropdef) do npropdef.do_typing(toolcontext.modelbuilder)
redef class AExpr
# The static type of the expression.
- # null if self is a statement of in case of error
+ # null if self is a statement or in case of error
var mtype: nullable MType = null
# Is the statement correctly typed?
# Note: if the super is a normal call-next-method, then this attribute is null
var callsite: nullable CallSite
+ # The method to call is the super is a standard `call-next-method` super-call
+ # Note: if the super is a special super-init-call, then this attribute is null
+ var mpropdef: nullable MMethodDef
+
redef fun accept_typing(v)
do
var recvtype = v.nclassdef.mclassdef.bound_mtype
self.mtype = msignature.return_mtype
self.is_typed = true
v.mpropdef.has_supercall = true
+ mpropdef = v.mpropdef.as(MMethodDef)
end
private fun process_superinit(v: TypeVisitor)
---no-colors --all base_simple3.nit -d $WRITE
+--no-colors --all --csv base_simple3.nit base_empty_module.nit -d $WRITE
-Runtime error: Assert failed (../src/metrics/metrics_base.nit:223)
*** METRICS ***
# MModules metrics
min: base_simple3 (0)
std: 0.0
mnoc: number of child modules
- avg: 0.0
- max: base_simple3 (0)
- min: base_simple3 (0)
+ avg: 1.0
+ max: base_simple3 (1)
+ min: base_simple3 (1)
std: 0.0
mnod: number of descendant modules
- avg: 0.0
- max: base_simple3 (0)
- min: base_simple3 (0)
+ avg: 1.0
+ max: base_simple3 (1)
+ min: base_simple3 (1)
std: 0.0
mdit: depth in module tree
avg: 0.0
min: base_simple3 (2)
std: 0.0
- ## global metrics
+ ## project base_empty_module
+ `- group base_empty_module
mnoa: number of ancestor modules
avg: 0.0
max: base_simple3 (0)
min: base_simple3 (0)
std: 0.0
mnoc: number of child modules
+ avg: 1.0
+ max: base_simple3 (1)
+ min: base_simple3 (1)
+ std: 0.0
+ mnod: number of descendant modules
+ avg: 1.0
+ max: base_simple3 (1)
+ min: base_simple3 (1)
+ std: 0.0
+ mdit: depth in module tree
avg: 0.0
max: base_simple3 (0)
min: base_simple3 (0)
std: 0.0
- mnod: number of descendant modules
+ mnbi: number of introduction in module
+ avg: 4.0
+ max: base_simple3 (7)
+ min: base_empty_module (1)
+ std: 3.0
+ mnbr: number of refinement in module
+ avg: 0.0
+ max: base_simple3 (1)
+ min: base_empty_module (0)
+ std: 0.707
+ mnbcc: number of concrete class in module (intro + redef)
+ avg: 2.0
+ max: base_simple3 (4)
+ min: base_empty_module (1)
+ std: 1.581
+ mnbac: number of abstract class in module (intro + redef)
avg: 0.0
max: base_simple3 (0)
min: base_simple3 (0)
std: 0.0
+ mnbic: number of interface in module (intro + redef)
+ avg: 1.0
+ max: base_simple3 (2)
+ min: base_empty_module (0)
+ std: 1.0
+
+ ## global metrics
+ mnoa: number of ancestor modules
+ avg: 0.0
+ max: base_simple3 (0)
+ min: base_simple3 (0)
+ std: 0.0
+ mnop: number of parent modules
+ avg: 0.0
+ max: base_simple3 (0)
+ min: base_simple3 (0)
+ std: 0.0
+ mnoc: number of child modules
+ avg: 2.0
+ max: base_simple3 (1)
+ min: base_simple3 (1)
+ std: 1.0
+ mnod: number of descendant modules
+ avg: 2.0
+ max: base_simple3 (1)
+ min: base_simple3 (1)
+ std: 1.0
mdit: depth in module tree
avg: 0.0
max: base_simple3 (0)
min: base_simple3 (0)
std: 0.0
mnbi: number of introduction in module
- avg: 14.0
+ avg: 8.0
max: base_simple3 (7)
- min: base_simple3 (7)
- std: 7.0
+ min: base_empty_module (1)
+ std: 5.0
mnbr: number of refinement in module
- avg: 2.0
+ avg: 1.0
max: base_simple3 (1)
- min: base_simple3 (1)
- std: 1.0
+ min: base_empty_module (0)
+ std: 0.707
mnbcc: number of concrete class in module (intro + redef)
- avg: 8.0
+ avg: 5.0
max: base_simple3 (4)
- min: base_simple3 (4)
- std: 4.0
+ min: base_empty_module (1)
+ std: 2.915
mnbac: number of abstract class in module (intro + redef)
avg: 0.0
max: base_simple3 (0)
min: base_simple3 (0)
std: 0.0
mnbic: number of interface in module (intro + redef)
- avg: 4.0
+ avg: 2.0
max: base_simple3 (2)
- min: base_simple3 (2)
- std: 2.0
+ min: base_empty_module (0)
+ std: 1.414
# MClasses metrics
min: Object (0)
std: 1.195
+ ## project base_empty_module
+ `- group base_empty_module
+ cnoa: number of ancestor classes
+ avg: 0.0
+ max: Bool (1)
+ min: Object (0)
+ std: 0.866
+ cnop: number of parent classes
+ avg: 0.0
+ max: Bool (1)
+ min: Object (0)
+ std: 0.866
+ cnoc: number of child classes
+ avg: 0.0
+ max: Object (6)
+ min: Bool (0)
+ std: 2.121
+ cnod: number of descendant classes
+ avg: 0.0
+ max: Object (6)
+ min: Bool (0)
+ std: 2.121
+ cdit: depth in class tree
+ avg: 0.0
+ max: Bool (1)
+ min: Object (0)
+ std: 0.866
+ cnbip: number of introduced properties
+ avg: 2.0
+ max: C (7)
+ min: Bool (0)
+ std: 2.291
+ cnbrp: number of redefined properties
+ avg: 0.0
+ max: Object (0)
+ min: Object (0)
+ std: 0.0
+ cnbhp: number of inherited properties
+ avg: 2.0
+ max: Bool (3)
+ min: Object (0)
+ std: 1.323
+
## global metrics
cnoa: number of ancestor classes
avg: 0.0
max: Bool (1)
min: Object (0)
- std: 0.926
+ std: 0.866
cnop: number of parent classes
avg: 0.0
max: Bool (1)
min: Object (0)
- std: 0.926
+ std: 0.866
cnoc: number of child classes
avg: 0.0
max: Object (6)
min: Bool (0)
- std: 2.268
+ std: 2.121
cnod: number of descendant classes
avg: 0.0
max: Object (6)
min: Bool (0)
- std: 2.268
+ std: 2.121
cdit: depth in class tree
avg: 0.0
max: Bool (1)
min: Object (0)
- std: 0.926
+ std: 0.866
cnbip: number of introduced properties
avg: 2.0
max: C (7)
min: Bool (0)
- std: 2.42
+ std: 2.291
cnbrp: number of redefined properties
avg: 0.0
max: Object (0)
avg: 2.0
max: Bool (3)
min: Object (0)
- std: 1.195
+ std: 1.323
--- Poset metrics ---
## Module importation hierarchy
-Number of nodes: 1
-Number of edges: 1 (1.00 per node)
-Number of direct edges: 0 (0.0 per node)
+Number of nodes: 3
+Number of edges: 5 (1.66 per node)
+Number of direct edges: 2 (0.66 per node)
Distribution of greaters
- population: 1
+ population: 3
minimum value: 1
- maximum value: 1
- total value: 1
- average value: 1.00
+ maximum value: 3
+ total value: 5
+ average value: 1.66
distribution:
- <=1: sub-population=1 (100.00%); cumulated value=1 (100.00%)
+ <=1: sub-population=2 (66.66%); cumulated value=2 (40.00%)
+ <=4: sub-population=1 (33.33%); cumulated value=3 (60.00%)
Distribution of direct greaters
- population: 1
+ population: 3
minimum value: 0
- maximum value: 0
- total value: 0
- average value: 0.0
+ maximum value: 2
+ total value: 2
+ average value: 0.66
distribution:
- <=0: sub-population=1 (100.00%); cumulated value=0 (na%)
+ <=0: sub-population=2 (66.66%); cumulated value=0 (0.0%)
+ <=2: sub-population=1 (33.33%); cumulated value=2 (100.00%)
Distribution of smallers
- population: 1
+ population: 3
minimum value: 1
- maximum value: 1
- total value: 1
- average value: 1.00
+ maximum value: 2
+ total value: 5
+ average value: 1.66
distribution:
- <=1: sub-population=1 (100.00%); cumulated value=1 (100.00%)
+ <=1: sub-population=1 (33.33%); cumulated value=1 (20.00%)
+ <=2: sub-population=2 (66.66%); cumulated value=4 (80.00%)
Distribution of direct smallers
- population: 1
+ population: 3
minimum value: 0
- maximum value: 0
- total value: 0
- average value: 0.0
+ maximum value: 1
+ total value: 2
+ average value: 0.66
distribution:
- <=0: sub-population=1 (100.00%); cumulated value=0 (na%)
+ <=0: sub-population=1 (33.33%); cumulated value=0 (0.0%)
+ <=1: sub-population=2 (66.66%); cumulated value=2 (100.00%)
## Classdef hierarchy
-Number of nodes: 8
-Number of edges: 22 (2.75 per node)
-Number of direct edges: 7 (0.87 per node)
+Number of nodes: 9
+Number of edges: 23 (2.55 per node)
+Number of direct edges: 7 (0.77 per node)
Distribution of greaters
- population: 8
- minimum value: 2
+ population: 9
+ minimum value: 1
maximum value: 3
- total value: 22
- average value: 2.75
+ total value: 23
+ average value: 2.55
distribution:
- <=2: sub-population=2 (25.00%); cumulated value=4 (18.18%)
- <=4: sub-population=6 (75.00%); cumulated value=18 (81.81%)
+ <=1: sub-population=1 (11.11%); cumulated value=1 (4.34%)
+ <=2: sub-population=2 (22.22%); cumulated value=4 (17.39%)
+ <=4: sub-population=6 (66.66%); cumulated value=18 (78.26%)
Distribution of direct greaters
- population: 8
+ population: 9
minimum value: 0
maximum value: 1
total value: 7
- average value: 0.87
+ average value: 0.77
distribution:
- <=0: sub-population=1 (12.50%); cumulated value=0 (0.0%)
- <=1: sub-population=7 (87.50%); cumulated value=7 (100.00%)
+ <=0: sub-population=2 (22.22%); cumulated value=0 (0.0%)
+ <=1: sub-population=7 (77.77%); cumulated value=7 (100.00%)
Distribution of smallers
- population: 8
+ population: 9
minimum value: 1
maximum value: 8
- total value: 22
- average value: 2.75
+ total value: 23
+ average value: 2.55
distribution:
- <=1: sub-population=6 (75.00%); cumulated value=6 (27.27%)
- <=8: sub-population=2 (25.00%); cumulated value=16 (72.72%)
+ <=1: sub-population=7 (77.77%); cumulated value=7 (30.43%)
+ <=8: sub-population=2 (22.22%); cumulated value=16 (69.56%)
Distribution of direct smallers
- population: 8
+ population: 9
minimum value: 0
maximum value: 6
total value: 7
- average value: 0.87
+ average value: 0.77
distribution:
- <=0: sub-population=6 (75.00%); cumulated value=0 (0.0%)
- <=1: sub-population=1 (12.50%); cumulated value=1 (14.28%)
- <=8: sub-population=1 (12.50%); cumulated value=6 (85.71%)
+ <=0: sub-population=7 (77.77%); cumulated value=0 (0.0%)
+ <=1: sub-population=1 (11.11%); cumulated value=1 (14.28%)
+ <=8: sub-population=1 (11.11%); cumulated value=6 (85.71%)
## Class hierarchy
-Number of nodes: 7
-Number of edges: 13 (1.85 per node)
-Number of direct edges: 6 (0.85 per node)
+Number of nodes: 8
+Number of edges: 14 (1.75 per node)
+Number of direct edges: 6 (0.75 per node)
Distribution of greaters
- population: 7
+ population: 8
minimum value: 1
maximum value: 2
- total value: 13
- average value: 1.85
+ total value: 14
+ average value: 1.75
distribution:
- <=1: sub-population=1 (14.28%); cumulated value=1 (7.69%)
- <=2: sub-population=6 (85.71%); cumulated value=12 (92.30%)
+ <=1: sub-population=2 (25.00%); cumulated value=2 (14.28%)
+ <=2: sub-population=6 (75.00%); cumulated value=12 (85.71%)
Distribution of direct greaters
- population: 7
+ population: 8
minimum value: 0
maximum value: 1
total value: 6
- average value: 0.85
+ average value: 0.75
distribution:
- <=0: sub-population=1 (14.28%); cumulated value=0 (0.0%)
- <=1: sub-population=6 (85.71%); cumulated value=6 (100.00%)
+ <=0: sub-population=2 (25.00%); cumulated value=0 (0.0%)
+ <=1: sub-population=6 (75.00%); cumulated value=6 (100.00%)
Distribution of smallers
- population: 7
+ population: 8
minimum value: 1
maximum value: 7
- total value: 13
- average value: 1.85
+ total value: 14
+ average value: 1.75
distribution:
- <=1: sub-population=6 (85.71%); cumulated value=6 (46.15%)
- <=8: sub-population=1 (14.28%); cumulated value=7 (53.84%)
+ <=1: sub-population=7 (87.50%); cumulated value=7 (50.00%)
+ <=8: sub-population=1 (12.50%); cumulated value=7 (50.00%)
Distribution of direct smallers
- population: 7
+ population: 8
minimum value: 0
maximum value: 6
total value: 6
- average value: 0.85
+ average value: 0.75
distribution:
- <=0: sub-population=6 (85.71%); cumulated value=0 (0.0%)
- <=8: sub-population=1 (14.28%); cumulated value=6 (100.00%)
+ <=0: sub-population=7 (87.50%); cumulated value=0 (0.0%)
+ <=8: sub-population=1 (12.50%); cumulated value=6 (100.00%)
--- AST Metrics ---
## All nodes of the AST
population: 47
minimum value: 1
maximum value: 39
- total value: 254
- average value: 5.40
+ total value: 265
+ average value: 5.63
distribution:
- <=1: sub-population=14 (29.78%); cumulated value=14 (5.51%)
- <=2: sub-population=6 (12.76%); cumulated value=12 (4.72%)
- <=4: sub-population=9 (19.14%); cumulated value=29 (11.41%)
- <=8: sub-population=10 (21.27%); cumulated value=61 (24.01%)
- <=16: sub-population=4 (8.51%); cumulated value=44 (17.32%)
- <=32: sub-population=3 (6.38%); cumulated value=55 (21.65%)
- <=64: sub-population=1 (2.12%); cumulated value=39 (15.35%)
+ <=1: sub-population=11 (23.40%); cumulated value=11 (4.15%)
+ <=2: sub-population=9 (19.14%); cumulated value=18 (6.79%)
+ <=4: sub-population=9 (19.14%); cumulated value=31 (11.69%)
+ <=8: sub-population=9 (19.14%); cumulated value=54 (20.37%)
+ <=16: sub-population=5 (10.63%); cumulated value=55 (20.75%)
+ <=32: sub-population=3 (6.38%); cumulated value=57 (21.50%)
+ <=64: sub-population=1 (2.12%); cumulated value=39 (14.71%)
list:
- TId: 39 (15.35%)
- AListExprs: 19 (7.48%)
- APublicVisibility: 18 (7.08%)
- ACallExpr: 18 (7.08%)
- TClassid: 15 (5.90%)
- TNumber: 10 (3.93%)
- AIntExpr: 10 (3.93%)
- AType: 9 (3.54%)
- TKwend: 8 (3.14%)
- ASignature: 8 (3.14%)
+ TId: 39 (14.71%)
+ APublicVisibility: 20 (7.54%)
+ AListExprs: 19 (7.16%)
+ ACallExpr: 18 (6.79%)
+ TClassid: 16 (6.03%)
+ TKwend: 10 (3.77%)
+ TNumber: 10 (3.77%)
+ AIntExpr: 10 (3.77%)
+ AType: 9 (3.39%)
+ ASignature: 8 (3.01%)
...
- AModule: 1 (0.39%)
- AMainClassdef: 1 (0.39%)
- ATopClassdef: 1 (0.39%)
- TKwreturn: 1 (0.39%)
- AReturnExpr: 1 (0.39%)
- TKwinterface: 1 (0.39%)
- ANoImport: 1 (0.39%)
- AInterfaceClasskind: 1 (0.39%)
- AMainMethPropdef: 1 (0.39%)
- TKwimport: 1 (0.39%)
+ ACallAssignExpr: 1 (0.37%)
+ TKwreturn: 1 (0.37%)
+ AInternMethPropdef: 1 (0.37%)
+ ATopClassdef: 1 (0.37%)
+ AInterfaceClasskind: 1 (0.37%)
+ TKwinterface: 1 (0.37%)
+ AReturnExpr: 1 (0.37%)
+ TKwself: 1 (0.37%)
+ AMainMethPropdef: 1 (0.37%)
+ AMainClassdef: 1 (0.37%)
## All identifiers of the AST
population: 19
minimum value: 1
maximum value: 11
- total value: 54
- average value: 2.84
+ total value: 55
+ average value: 2.89
distribution:
- <=1: sub-population=2 (10.52%); cumulated value=2 (3.70%)
- <=2: sub-population=12 (63.15%); cumulated value=24 (44.44%)
- <=4: sub-population=3 (15.78%); cumulated value=10 (18.51%)
- <=8: sub-population=1 (5.26%); cumulated value=7 (12.96%)
- <=16: sub-population=1 (5.26%); cumulated value=11 (20.37%)
+ <=1: sub-population=1 (5.26%); cumulated value=1 (1.81%)
+ <=2: sub-population=13 (68.42%); cumulated value=26 (47.27%)
+ <=4: sub-population=3 (15.78%); cumulated value=10 (18.18%)
+ <=8: sub-population=1 (5.26%); cumulated value=7 (12.72%)
+ <=16: sub-population=1 (5.26%); cumulated value=11 (20.00%)
list:
- output: 11 (20.37%)
- Int: 7 (12.96%)
- run: 4 (7.40%)
- c: 3 (5.55%)
- val: 3 (5.55%)
- i: 2 (3.70%)
- bar: 2 (3.70%)
- foo: 2 (3.70%)
- val2: 2 (3.70%)
- val1: 2 (3.70%)
- C: 2 (3.70%)
- v: 2 (3.70%)
- baz: 2 (3.70%)
- a: 2 (3.70%)
- A: 2 (3.70%)
- B: 2 (3.70%)
- b: 2 (3.70%)
- Object: 1 (1.85%)
- Bool: 1 (1.85%)
+ output: 11 (20.00%)
+ Int: 7 (12.72%)
+ run: 4 (7.27%)
+ c: 3 (5.45%)
+ val: 3 (5.45%)
+ i: 2 (3.63%)
+ bar: 2 (3.63%)
+ foo: 2 (3.63%)
+ val2: 2 (3.63%)
+ val1: 2 (3.63%)
+ C: 2 (3.63%)
+ v: 2 (3.63%)
+ baz: 2 (3.63%)
+ a: 2 (3.63%)
+ A: 2 (3.63%)
+ B: 2 (3.63%)
+ b: 2 (3.63%)
+ Object: 2 (3.63%)
+ Bool: 1 (1.81%)
--- Metrics of refinement usage ---
-Number of modules: 1
+Number of modules: 3
-Number of classes: 7
- Number of interface kind: 1 (14.28%)
- Number of enum kind: 2 (28.57%)
- Number of class kind: 4 (57.14%)
+Number of classes: 8
+ Number of interface kind: 1 (12.50%)
+ Number of enum kind: 2 (25.00%)
+ Number of class kind: 5 (62.50%)
-Number of class definitions: 8
-Number of refined classes: 1 (14.28%)
-Average number of class refinments by classes: 0.14
+Number of class definitions: 9
+Number of refined classes: 1 (12.50%)
+Average number of class refinments by classes: 0.12
Average number of class refinments by refined classes: 1.00
-Number of properties: 19
- Number of MAttribute: 3 (15.78%)
- Number of MMethod: 16 (84.21%)
+Number of properties: 20
+ Number of MAttribute: 3 (15.00%)
+ Number of MMethod: 17 (85.00%)
-Number of property definitions: 19
+Number of property definitions: 20
Number of redefined properties: 0 (0.0%)
Average number of property redefinitions by property: 0.0
Average number of property redefinitions by redefined property: na
Total number of self: 5
Total number of implicit self: 4 (80.00%)
--- Construction of tables ---
-Number of runtime classes: 6 (excluding interfaces and abstract classes)
-Average number of composing class definition by runtime class: 3.00
-Total size of tables (classes and instances): 34 (not including stuff like info for subtyping or call-next-method)
-Average size of table by runtime class: 5.66
-Values never redefined: 34 (100.00%)
+Number of runtime classes: 7 (excluding interfaces and abstract classes)
+Average number of composing class definition by runtime class: 2.71
+Total size of tables (classes and instances): 35 (not including stuff like info for subtyping or call-next-method)
+Average size of table by runtime class: 5.00
+Values never redefined: 35 (100.00%)
# Mendel metrics
- large mclasses (threshold: 2.291)
+ large mclasses (threshold: 2.195)
B: 3
C: 3
- budding mclasses (threshold: 0.924)
+ budding mclasses (threshold: 0.869)
B: 1.0
C: 1.0
- blooming mclasses (threshold: 2.581)
+ blooming mclasses (threshold: 2.388)
B: 3.0
C: 3.0
- blooming mclasses (threshold: 2.581)
+ blooming mclasses (threshold: 2.388)
B: 3.0
C: 3.0
generating out/nitmetrics_args1.write/project_hierarchy.dot
min: base_simple3 (0.143)
std: 0.0
+ ## project base_empty_module
+ `- group base_empty_module
+ cnoac: number of class_kind ancestor
+ avg: 0.0
+ max: Object (0)
+ min: Object (0)
+ std: 0.0
+ cnopc: number of class_kind parent
+ avg: 0.0
+ max: Object (0)
+ min: Object (0)
+ std: 0.0
+ cnocc: number of class_kind children
+ avg: 0.0
+ max: Object (4)
+ min: Bool (0)
+ std: 1.414
+ cnodc: number of class_kind descendants
+ avg: 0.0
+ max: Object (4)
+ min: Bool (0)
+ std: 1.414
+ cnopi: number of interface_kind parent
+ avg: 0.0
+ max: Bool (1)
+ min: Object (0)
+ std: 0.866
+ cnoci: number of interface_kind children
+ avg: 0.0
+ max: Object (0)
+ min: Object (0)
+ std: 0.0
+ cnodi: number of interface_kind descendants
+ avg: 0.0
+ max: Object (0)
+ min: Object (0)
+ std: 0.0
+ cditc: depth in class tree following only class, abstract, extern kind
+ avg: 0.0
+ max: Object (0)
+ min: Object (0)
+ std: 0.0
+ cditi: depth in class tree following only interface_kind
+ avg: 0.0
+ max: Bool (1)
+ min: Object (0)
+ std: 0.866
+ mdui: proportion of mclass defined using inheritance (has other parent than Object)
+ avg: 0.0
+ max: base_simple3 (0.0)
+ min: base_simple3 (0.0)
+ std: 0.0
+ mduic: proportion of class_kind defined using inheritance
+ avg: 0.0
+ max: base_simple3 (0.0)
+ min: base_simple3 (0.0)
+ std: 0.0
+ mduii: proportion of interface_kind defined using inheritance
+ avg: 0.0
+ max: base_simple3 (0.0)
+ min: base_simple3 (0.0)
+ std: 0.0
+ mif: proportion of mclass inherited from
+ avg: 0.071
+ max: base_simple3 (0.143)
+ min: base_empty_module (0.0)
+ std: 0.071
+ mifc: proportion of class_kind inherited from
+ avg: 0.0
+ max: base_simple3 (0.0)
+ min: base_simple3 (0.0)
+ std: 0.0
+ mifi: proportion of interface_kind inherited from
+ avg: 0.071
+ max: base_simple3 (0.143)
+ min: base_empty_module (0.0)
+ std: 0.071
+
## global metrics
cnoac: number of class_kind ancestor
avg: 0.0
avg: 1.0
max: Object (4)
min: Bool (0)
- std: 1.464
+ std: 1.414
cnodc: number of class_kind descendants
avg: 1.0
max: Object (4)
min: Bool (0)
- std: 1.464
+ std: 1.414
cnopi: number of interface_kind parent
avg: 1.0
max: Bool (1)
min: Object (0)
- std: 0.378
+ std: 0.5
cnoci: number of interface_kind children
avg: 0.0
max: Object (0)
avg: 1.0
max: Bool (1)
min: Object (0)
- std: 0.378
+ std: 0.5
mdui: proportion of mclass defined using inheritance (has other parent than Object)
avg: 0.0
max: base_simple3 (0.0)
min: base_simple3 (0.0)
std: 0.0
mif: proportion of mclass inherited from
- avg: 0.143
+ avg: 0.071
max: base_simple3 (0.143)
- min: base_simple3 (0.143)
- std: 0.0
+ min: base_empty_module (0.0)
+ std: 0.071
mifc: proportion of class_kind inherited from
avg: 0.0
max: base_simple3 (0.0)
min: base_simple3 (0.0)
std: 0.0
mifi: proportion of interface_kind inherited from
- avg: 0.143
+ avg: 0.071
max: base_simple3 (0.143)
- min: base_simple3 (0.143)
- std: 0.0
+ min: base_empty_module (0.0)
+ std: 0.071
# RTA metrics
## Live instances by mainmodules
mnlc: number of live mclasses in a mmodule
avg: 6.0
- max: base_simple3 (6)
- min: base_simple3 (6)
+ max: <main> (6)
+ min: <main> (6)
std: 0.0
mnlt: number of live mtypes in a mmodule
avg: 6.0
- max: base_simple3 (6)
- min: base_simple3 (6)
+ max: <main> (6)
+ min: <main> (6)
std: 0.0
mnct: number of live cast mtypes in a mmodule
avg: 0.0
- max: base_simple3 (0)
- min: base_simple3 (0)
+ max: <main> (0)
+ min: <main> (0)
std: 0.0
mnli: number of live instances in a mmodule
avg: 17.0
- max: base_simple3 (17)
- min: base_simple3 (17)
+ max: <main> (17)
+ min: <main> (17)
std: 0.0
mnlm: number of live methods in a mmodule
avg: 14.0
- max: base_simple3 (14)
- min: base_simple3 (14)
+ max: <main> (14)
+ min: <main> (14)
std: 0.0
mnlmd: number of live method definitions in a mmodule
avg: 14.0
- max: base_simple3 (14)
- min: base_simple3 (14)
+ max: <main> (14)
+ min: <main> (14)
std: 0.0
mnldd: number of dead method definitions in a mmodule
avg: 0.0
- max: base_simple3 (0)
- min: base_simple3 (0)
+ max: <main> (0)
+ min: <main> (0)
std: 0.0
## Total live instances by mclasses
max: Int (12)
min: Sys (1)
std: 4.183
+ cnlc: number of live cast for a mclass type -- nothing
+
+ ## Total live instances by mtypes
+ tnli: number of live instances for a mtype
+ avg: 2.0
+ max: Int (12)
+ min: Sys (1)
+ std: 4.183
+ tnlc: number of live casts to a mtype -- nothing
+
+ ## MType complexity
+ tags: arity of generic signature
+ avg: 0.0
+ max: Sys (0)
+ min: Sys (0)
+ std: 0.0
+ tdos: depth of generic signature
+ avg: 0.0
+ max: Sys (0)
+ min: Sys (0)
+ std: 0.0
class_hierarchy.dot
classdef_hierarchy.dot
inheritance/
# Sould we skip the input for this engine?
need_skip $bff " $name" $pack && continue
+ # use a specific inputs file, if required
+ if [ -f "$bff.inputs" ]; then
+ ffinputs="$bff.inputs"
+ else
+ ffinputs=$inputs
+ fi
+
rm -rf "$fff.res" "$fff.err" "$fff.write" 2> /dev/null
if [ "x$verbose" = "xtrue" ]; then
echo ""
test -z "$tap" && echo -n "==> $name "
echo "./$ff.bin $args" > "./$fff.bin"
chmod +x "./$fff.bin"
- WRITE="$fff.write" sh -c "NIT_NO_STACK=1 $TIMEOUT ./$fff.bin < $inputs > $fff.res 2>$fff.err"
+ WRITE="$fff.write" sh -c "NIT_NO_STACK=1 $TIMEOUT ./$fff.bin < $ffinputs > $fff.res 2>$fff.err"
if [ "x$verbose" = "xtrue" ]; then
cat "$fff.res"
cat >&2 "$fff.err"
nitlanguage / nit.git / commitdiff