public void process(ProcedurePlan env) throws TeiidComponentException { while(env.peek() != null){ env.pop(true); } }
public void process(ProcedurePlan env) throws TeiidComponentException { while(env.peek() != null){ env.pop(true); } }
public void process(ProcedurePlan env) throws TeiidComponentException { while(env.peek() != null){ env.pop(true); } }
public void close() throws TeiidComponentException { while (!programs.isEmpty()) { try { pop(false); } catch (TeiidComponentException e) { LogManager.logDetail(LogConstants.CTX_DQP, e, "Error closing program"); //$NON-NLS-1$ } } if (this.evaluator != null) { this.evaluator.close(); } if (this.cursorStates != null) { removeAllCursors(this.cursorStates); this.cursorStates = null; } this.txnTupleSources.clear(); this.blockContext = null; this.currentVarContext = null; }
public void close() throws TeiidComponentException { while (!programs.isEmpty()) { try { pop(false); } catch (TeiidComponentException e) { LogManager.logDetail(LogConstants.CTX_DQP, e, "Error closing program"); //$NON-NLS-1$ } } if (this.evaluator != null) { this.evaluator.close(); } if (this.cursorStates != null) { removeAllCursors(this.cursorStates); this.cursorStates = null; } this.txnTupleSources.clear(); this.blockContext = null; this.currentVarContext = null; }
public void close() throws TeiidComponentException { while (!programs.isEmpty()) { try { pop(false); } catch (TeiidComponentException e) { LogManager.logDetail(LogConstants.CTX_DQP, e, "Error closing program"); //$NON-NLS-1$ } } if (this.evaluator != null) { this.evaluator.close(); } if (this.cursorStates != null) { removeAllCursors(this.cursorStates); this.cursorStates = null; } this.txnTupleSources.clear(); this.blockContext = null; this.currentVarContext = null; }
public void process(ProcedurePlan env) throws TeiidComponentException { Program parentProgram = env.peek(); //find the parent program that contains the loop/while instruction while(true){ if (bs.getMode() == BranchingMode.LEAVE && bs.getLabel().equalsIgnoreCase(parentProgram.getLabel())) { env.pop(true); break; } if(parentProgram.getCurrentInstruction() instanceof RepeatedInstruction){ if (bs.getLabel() == null) { break; } RepeatedInstruction ri = (RepeatedInstruction)parentProgram.getCurrentInstruction(); if (bs.getLabel().equalsIgnoreCase(ri.getLabel())) { break; } } env.pop(true); parentProgram = env.peek(); } if (bs.getMode() != BranchingMode.CONTINUE) { env.incrementProgramCounter(); } }
public void process(ProcedurePlan env) throws TeiidComponentException { Program parentProgram = env.peek(); //find the parent program that contains the loop/while instruction while(true){ if (bs.getMode() == BranchingMode.LEAVE && bs.getLabel().equalsIgnoreCase(parentProgram.getLabel())) { env.pop(true); break; } if(parentProgram.getCurrentInstruction() instanceof RepeatedInstruction){ if (bs.getLabel() == null) { break; } RepeatedInstruction ri = (RepeatedInstruction)parentProgram.getCurrentInstruction(); if (bs.getLabel().equalsIgnoreCase(ri.getLabel())) { break; } } env.pop(true); parentProgram = env.peek(); } if (bs.getMode() != BranchingMode.CONTINUE) { env.incrementProgramCounter(); } }
public void process(ProcedurePlan env) throws TeiidComponentException { Program parentProgram = env.peek(); //find the parent program that contains the loop/while instruction while(true){ if (bs.getMode() == BranchingMode.LEAVE && bs.getLabel().equalsIgnoreCase(parentProgram.getLabel())) { env.pop(true); break; } if(parentProgram.getCurrentInstruction() instanceof RepeatedInstruction){ if (bs.getLabel() == null) { break; } RepeatedInstruction ri = (RepeatedInstruction)parentProgram.getCurrentInstruction(); if (bs.getLabel().equalsIgnoreCase(ri.getLabel())) { break; } } env.pop(true); parentProgram = env.peek(); } if (bs.getMode() != BranchingMode.CONTINUE) { env.incrementProgramCounter(); } }