private SecondaryRepairInfo misplacementRecovery(int stck[], int stack_top, int last_index, SecondaryRepairInfo repair, boolean stack_flag) { int previous_loc = this.buffer[2]; int stack_deletions = 0; for (int top = stack_top - 1; top >= 0; top--) { if (this.locationStack[top] < previous_loc) { stack_deletions++; } previous_loc = this.locationStack[top]; int j = parseCheck(stck, top, this.lexStream.kind(this.buffer[2]), 3); if (j == MAX_DISTANCE) { j = last_index; } if ((j > MIN_DISTANCE) && (j - stack_deletions) > (repair.distance - repair.numDeletions)) { repair.stackPosition = top; repair.distance = j; repair.numDeletions = stack_deletions; repair.recoveryOnNextStack = stack_flag; } } return repair; }
private SecondaryRepairInfo misplacementRecovery(int stck[], int stack_top, int last_index, SecondaryRepairInfo repair, boolean stack_flag) { int previous_loc = this.buffer[2]; int stack_deletions = 0; for (int top = stack_top - 1; top >= 0; top--) { if (this.locationStack[top] < previous_loc) { stack_deletions++; } previous_loc = this.locationStack[top]; int j = parseCheck(stck, top, this.lexStream.kind(this.buffer[2]), 3); if (j == MAX_DISTANCE) { j = last_index; } if ((j > MIN_DISTANCE) && (j - stack_deletions) > (repair.distance - repair.numDeletions)) { repair.stackPosition = top; repair.distance = j; repair.numDeletions = stack_deletions; repair.recoveryOnNextStack = stack_flag; } } return repair; }
private SecondaryRepairInfo misplacementRecovery(int stck[], int stack_top, int last_index, SecondaryRepairInfo repair, boolean stack_flag) { int previous_loc = this.buffer[2]; int stack_deletions = 0; for (int top = stack_top - 1; top >= 0; top--) { if (this.locationStack[top] < previous_loc) { stack_deletions++; } previous_loc = this.locationStack[top]; int j = parseCheck(stck, top, this.lexStream.kind(this.buffer[2]), 3); if (j == MAX_DISTANCE) { j = last_index; } if ((j > MIN_DISTANCE) && (j - stack_deletions) > (repair.distance - repair.numDeletions)) { repair.stackPosition = top; repair.distance = j; repair.numDeletions = stack_deletions; repair.recoveryOnNextStack = stack_flag; } } return repair; }
private SecondaryRepairInfo misplacementRecovery(int stck[], int stack_top, int last_index, SecondaryRepairInfo repair, boolean stack_flag) { int previous_loc = this.buffer[2]; int stack_deletions = 0; for (int top = stack_top - 1; top >= 0; top--) { if (this.locationStack[top] < previous_loc) { stack_deletions++; } previous_loc = this.locationStack[top]; int j = parseCheck(stck, top, this.lexStream.kind(this.buffer[2]), 3); if (j == MAX_DISTANCE) { j = last_index; } if ((j > MIN_DISTANCE) && (j - stack_deletions) > (repair.distance - repair.numDeletions)) { repair.stackPosition = top; repair.distance = j; repair.numDeletions = stack_deletions; repair.recoveryOnNextStack = stack_flag; } } return repair; }
private SecondaryRepairInfo misplacementRecovery(int stck[], int stack_top, int last_index, SecondaryRepairInfo repair, boolean stack_flag) { int previous_loc = this.buffer[2]; int stack_deletions = 0; for (int top = stack_top - 1; top >= 0; top--) { if (this.locationStack[top] < previous_loc) { stack_deletions++; } previous_loc = this.locationStack[top]; int j = parseCheck(stck, top, this.lexStream.kind(this.buffer[2]), 3); if (j == MAX_DISTANCE) { j = last_index; } if ((j > MIN_DISTANCE) && (j - stack_deletions) > (repair.distance - repair.numDeletions)) { repair.stackPosition = top; repair.distance = j; repair.numDeletions = stack_deletions; repair.recoveryOnNextStack = stack_flag; } } return repair; }
private SecondaryRepairInfo misplacementRecovery(int stck[], int stack_top, int last_index, SecondaryRepairInfo repair, boolean stack_flag) { int previous_loc = this.buffer[2]; int stack_deletions = 0; for (int top = stack_top - 1; top >= 0; top--) { if (this.locationStack[top] < previous_loc) { stack_deletions++; } previous_loc = this.locationStack[top]; int j = parseCheck(stck, top, this.lexStream.kind(this.buffer[2]), 3); if (j == MAX_DISTANCE) { j = last_index; } if ((j > MIN_DISTANCE) && (j - stack_deletions) > (repair.distance - repair.numDeletions)) { repair.stackPosition = top; repair.distance = j; repair.numDeletions = stack_deletions; repair.recoveryOnNextStack = stack_flag; } } return repair; }
private SecondaryRepairInfo misplacementRecovery(int stck[], int stack_top, int last_index, SecondaryRepairInfo repair, boolean stack_flag) { int previous_loc = this.buffer[2]; int stack_deletions = 0; for (int top = stack_top - 1; top >= 0; top--) { if (this.locationStack[top] < previous_loc) { stack_deletions++; } previous_loc = this.locationStack[top]; int j = parseCheck(stck, top, this.lexStream.kind(this.buffer[2]), 3); if (j == MAX_DISTANCE) { j = last_index; } if ((j > MIN_DISTANCE) && (j - stack_deletions) > (repair.distance - repair.numDeletions)) { repair.stackPosition = top; repair.distance = j; repair.numDeletions = stack_deletions; repair.recoveryOnNextStack = stack_flag; } } return repair; }
private SecondaryRepairInfo misplacementRecovery(int stck[], int stack_top, int last_index, SecondaryRepairInfo repair, boolean stack_flag) { int previous_loc = this.buffer[2]; int stack_deletions = 0; for (int top = stack_top - 1; top >= 0; top--) { if (this.locationStack[top] < previous_loc) { stack_deletions++; } previous_loc = this.locationStack[top]; int j = parseCheck(stck, top, this.lexStream.kind(this.buffer[2]), 3); if (j == MAX_DISTANCE) { j = last_index; } if ((j > MIN_DISTANCE) && (j - stack_deletions) > (repair.distance - repair.numDeletions)) { repair.stackPosition = top; repair.distance = j; repair.numDeletions = stack_deletions; repair.recoveryOnNextStack = stack_flag; } } return repair; }
private SecondaryRepairInfo misplacementRecovery(int stck[], int stack_top, int last_index, SecondaryRepairInfo repair, boolean stack_flag) { int previous_loc = this.buffer[2]; int stack_deletions = 0; for (int top = stack_top - 1; top >= 0; top--) { if (this.locationStack[top] < previous_loc) { stack_deletions++; } previous_loc = this.locationStack[top]; int j = parseCheck(stck, top, this.lexStream.kind(this.buffer[2]), 3); if (j == MAX_DISTANCE) { j = last_index; } if ((j > MIN_DISTANCE) && (j - stack_deletions) > (repair.distance - repair.numDeletions)) { repair.stackPosition = top; repair.distance = j; repair.numDeletions = stack_deletions; repair.recoveryOnNextStack = stack_flag; } } return repair; }
private boolean secondaryCheck(int stck[], int stack_top, int buffer_position, int distance) { int top, j; for (top = stack_top - 1; top >= 0; top--) { j = parseCheck(stck, top, this.lexStream.kind(this.buffer[buffer_position]), buffer_position + 1); if (((j - buffer_position + 1) > MIN_DISTANCE) && (j > distance)) return true; } PrimaryRepairInfo repair = new PrimaryRepairInfo(); repair.bufferPosition = buffer_position + 1; repair.distance = distance; repair = scopeTrial(stck, stack_top, repair); if ((repair.distance - buffer_position) > MIN_DISTANCE && repair.distance > distance) return true; return false; }
private boolean secondaryCheck(int stck[], int stack_top, int buffer_position, int distance) { int top, j; for (top = stack_top - 1; top >= 0; top--) { j = parseCheck(stck, top, this.lexStream.kind(this.buffer[buffer_position]), buffer_position + 1); if (((j - buffer_position + 1) > MIN_DISTANCE) && (j > distance)) return true; } PrimaryRepairInfo repair = new PrimaryRepairInfo(); repair.bufferPosition = buffer_position + 1; repair.distance = distance; repair = scopeTrial(stck, stack_top, repair); if ((repair.distance - buffer_position) > MIN_DISTANCE && repair.distance > distance) return true; return false; }
private boolean secondaryCheck(int stck[], int stack_top, int buffer_position, int distance) { int top, j; for (top = stack_top - 1; top >= 0; top--) { j = parseCheck(stck, top, this.lexStream.kind(this.buffer[buffer_position]), buffer_position + 1); if (((j - buffer_position + 1) > MIN_DISTANCE) && (j > distance)) return true; } PrimaryRepairInfo repair = new PrimaryRepairInfo(); repair.bufferPosition = buffer_position + 1; repair.distance = distance; repair = scopeTrial(stck, stack_top, repair); if ((repair.distance - buffer_position) > MIN_DISTANCE && repair.distance > distance) return true; return false; }
private boolean secondaryCheck(int stck[], int stack_top, int buffer_position, int distance) { int top, j; for (top = stack_top - 1; top >= 0; top--) { j = parseCheck(stck, top, this.lexStream.kind(this.buffer[buffer_position]), buffer_position + 1); if (((j - buffer_position + 1) > MIN_DISTANCE) && (j > distance)) return true; } PrimaryRepairInfo repair = new PrimaryRepairInfo(); repair.bufferPosition = buffer_position + 1; repair.distance = distance; repair = scopeTrial(stck, stack_top, repair); if ((repair.distance - buffer_position) > MIN_DISTANCE && repair.distance > distance) return true; return false; }
private boolean secondaryCheck(int stck[], int stack_top, int buffer_position, int distance) { int top, j; for (top = stack_top - 1; top >= 0; top--) { j = parseCheck(stck, top, this.lexStream.kind(this.buffer[buffer_position]), buffer_position + 1); if (((j - buffer_position + 1) > MIN_DISTANCE) && (j > distance)) return true; } PrimaryRepairInfo repair = new PrimaryRepairInfo(); repair.bufferPosition = buffer_position + 1; repair.distance = distance; repair = scopeTrial(stck, stack_top, repair); if ((repair.distance - buffer_position) > MIN_DISTANCE && repair.distance > distance) return true; return false; }
private boolean secondaryCheck(int stck[], int stack_top, int buffer_position, int distance) { int top, j; for (top = stack_top - 1; top >= 0; top--) { j = parseCheck(stck, top, this.lexStream.kind(this.buffer[buffer_position]), buffer_position + 1); if (((j - buffer_position + 1) > MIN_DISTANCE) && (j > distance)) return true; } PrimaryRepairInfo repair = new PrimaryRepairInfo(); repair.bufferPosition = buffer_position + 1; repair.distance = distance; repair = scopeTrial(stck, stack_top, repair); if ((repair.distance - buffer_position) > MIN_DISTANCE && repair.distance > distance) return true; return false; }
private boolean secondaryCheck(int stck[], int stack_top, int buffer_position, int distance) { int top, j; for (top = stack_top - 1; top >= 0; top--) { j = parseCheck(stck, top, this.lexStream.kind(this.buffer[buffer_position]), buffer_position + 1); if (((j - buffer_position + 1) > MIN_DISTANCE) && (j > distance)) return true; } PrimaryRepairInfo repair = new PrimaryRepairInfo(); repair.bufferPosition = buffer_position + 1; repair.distance = distance; repair = scopeTrial(stck, stack_top, repair); if ((repair.distance - buffer_position) > MIN_DISTANCE && repair.distance > distance) return true; return false; }
private boolean secondaryCheck(int stck[], int stack_top, int buffer_position, int distance) { int top, j; for (top = stack_top - 1; top >= 0; top--) { j = parseCheck(stck, top, this.lexStream.kind(this.buffer[buffer_position]), buffer_position + 1); if (((j - buffer_position + 1) > MIN_DISTANCE) && (j > distance)) return true; } PrimaryRepairInfo repair = new PrimaryRepairInfo(); repair.bufferPosition = buffer_position + 1; repair.distance = distance; repair = scopeTrial(stck, stack_top, repair); if ((repair.distance - buffer_position) > MIN_DISTANCE && repair.distance > distance) return true; return false; }
private boolean secondaryCheck(int stck[], int stack_top, int buffer_position, int distance) { int top, j; for (top = stack_top - 1; top >= 0; top--) { j = parseCheck(stck, top, this.lexStream.kind(this.buffer[buffer_position]), buffer_position + 1); if (((j - buffer_position + 1) > MIN_DISTANCE) && (j > distance)) return true; } PrimaryRepairInfo repair = new PrimaryRepairInfo(); repair.bufferPosition = buffer_position + 1; repair.distance = distance; repair = scopeTrial(stck, stack_top, repair); if ((repair.distance - buffer_position) > MIN_DISTANCE && repair.distance > distance) return true; return false; }
private boolean secondaryCheck(int stck[], int stack_top, int buffer_position, int distance) { int top, j; for (top = stack_top - 1; top >= 0; top--) { j = parseCheck(stck, top, this.lexStream.kind(this.buffer[buffer_position]), buffer_position + 1); if (((j - buffer_position + 1) > MIN_DISTANCE) && (j > distance)) return true; } PrimaryRepairInfo repair = new PrimaryRepairInfo(); repair.bufferPosition = buffer_position + 1; repair.distance = distance; repair = scopeTrial(stck, stack_top, repair); if ((repair.distance - buffer_position) > MIN_DISTANCE && repair.distance > distance) return true; return false; }
private boolean secondaryCheck(int stck[], int stack_top, int buffer_position, int distance) { int top, j; for (top = stack_top - 1; top >= 0; top--) { j = parseCheck(stck, top, this.lexStream.kind(this.buffer[buffer_position]), buffer_position + 1); if (((j - buffer_position + 1) > MIN_DISTANCE) && (j > distance)) return true; } PrimaryRepairInfo repair = new PrimaryRepairInfo(); repair.bufferPosition = buffer_position + 1; repair.distance = distance; repair = scopeTrial(stck, stack_top, repair); if ((repair.distance - buffer_position) > MIN_DISTANCE && repair.distance > distance) return true; return false; }