165 public boolean isMethodCompiled(Executable method, boolean isOsr){
166 Objects.requireNonNull(method);
167 return isMethodCompiled0(method, isOsr);
168 }
169 public boolean isMethodCompilable(Executable method) {
170 return isMethodCompilable(method, -1 /*any*/);
171 }
172 public boolean isMethodCompilable(Executable method, int compLevel) {
173 return isMethodCompilable(method, compLevel, false /*not osr*/);
174 }
175 private native boolean isMethodCompilable0(Executable method, int compLevel, boolean isOsr);
176 public boolean isMethodCompilable(Executable method, int compLevel, boolean isOsr) {
177 Objects.requireNonNull(method);
178 return isMethodCompilable0(method, compLevel, isOsr);
179 }
180 private native boolean isMethodQueuedForCompilation0(Executable method);
181 public boolean isMethodQueuedForCompilation(Executable method) {
182 Objects.requireNonNull(method);
183 return isMethodQueuedForCompilation0(method);
184 }
185 public int deoptimizeMethod(Executable method) {
186 return deoptimizeMethod(method, false /*not osr*/);
187 }
188 private native int deoptimizeMethod0(Executable method, boolean isOsr);
189 public int deoptimizeMethod(Executable method, boolean isOsr) {
190 Objects.requireNonNull(method);
191 return deoptimizeMethod0(method, isOsr);
192 }
193 public void makeMethodNotCompilable(Executable method) {
194 makeMethodNotCompilable(method, -1 /*any*/);
195 }
196 public void makeMethodNotCompilable(Executable method, int compLevel) {
197 makeMethodNotCompilable(method, compLevel, false /*not osr*/);
198 }
199 private native void makeMethodNotCompilable0(Executable method, int compLevel, boolean isOsr);
200 public void makeMethodNotCompilable(Executable method, int compLevel, boolean isOsr) {
201 Objects.requireNonNull(method);
202 makeMethodNotCompilable0(method, compLevel, isOsr);
203 }
204 public int getMethodCompilationLevel(Executable method) {
|
165 public boolean isMethodCompiled(Executable method, boolean isOsr){
166 Objects.requireNonNull(method);
167 return isMethodCompiled0(method, isOsr);
168 }
169 public boolean isMethodCompilable(Executable method) {
170 return isMethodCompilable(method, -1 /*any*/);
171 }
172 public boolean isMethodCompilable(Executable method, int compLevel) {
173 return isMethodCompilable(method, compLevel, false /*not osr*/);
174 }
175 private native boolean isMethodCompilable0(Executable method, int compLevel, boolean isOsr);
176 public boolean isMethodCompilable(Executable method, int compLevel, boolean isOsr) {
177 Objects.requireNonNull(method);
178 return isMethodCompilable0(method, compLevel, isOsr);
179 }
180 private native boolean isMethodQueuedForCompilation0(Executable method);
181 public boolean isMethodQueuedForCompilation(Executable method) {
182 Objects.requireNonNull(method);
183 return isMethodQueuedForCompilation0(method);
184 }
185 // Determine if the compiler corresponding to the compilation level 'compLevel'
186 // and to the compilation context 'compilation_context' provides an intrinsic
187 // for the method 'method'. An intrinsic is available for method 'method' if:
188 // - the intrinsic is enabled (by using the appropriate command-line flag) and
189 // - the platform on which the VM is running provides the instructions necessary
190 // for the compiler to generate the intrinsic code.
191 //
192 // The compilation context is related to using the DisableIntrinsic flag on a
193 // per-method level, see hotspot/src/share/vm/compiler/abstractCompiler.hpp
194 // for more details.
195 public boolean isIntrinsicAvailableForMethod(Executable method,
196 Executable compilationContext,
197 int compLevel) {
198 Objects.requireNonNull(method);
199 return isIntrinsicAvailableForMethod0(method, compilationContext, compLevel);
200 }
201 // If usage of the DisableIntrinsic flag is not expected (or the usage can be ignored),
202 // use the below method that does not require the compilation context as argument.
203 public boolean isIntrinsicAvailableForMethod(Executable method, int compLevel) {
204 return isIntrinsicAvailableForMethod(method, null, compLevel);
205 }
206 private native boolean isIntrinsicAvailableForMethod0(Executable method,
207 Executable compilationContext,
208 int compLevel);
209 public int deoptimizeMethod(Executable method) {
210 return deoptimizeMethod(method, false /*not osr*/);
211 }
212 private native int deoptimizeMethod0(Executable method, boolean isOsr);
213 public int deoptimizeMethod(Executable method, boolean isOsr) {
214 Objects.requireNonNull(method);
215 return deoptimizeMethod0(method, isOsr);
216 }
217 public void makeMethodNotCompilable(Executable method) {
218 makeMethodNotCompilable(method, -1 /*any*/);
219 }
220 public void makeMethodNotCompilable(Executable method, int compLevel) {
221 makeMethodNotCompilable(method, compLevel, false /*not osr*/);
222 }
223 private native void makeMethodNotCompilable0(Executable method, int compLevel, boolean isOsr);
224 public void makeMethodNotCompilable(Executable method, int compLevel, boolean isOsr) {
225 Objects.requireNonNull(method);
226 makeMethodNotCompilable0(method, compLevel, isOsr);
227 }
228 public int getMethodCompilationLevel(Executable method) {
|