A method and system is disclosed to improve the turnaround time to provide adequate time to meet project schedules in the event that adjustments or modifications to the design are necessary. A method for improving a turnaround time for design verification of a process database representing a semiconductor design includes the steps of (a) deriving a timing database and a (DNE) database from the process database; (b) performing, using the timing database, one or more design changes and one or more timing verifications and corrections to generate a modified timing database; (c) initiating, using the process database, physical validation of the semiconductor design prior to completion of step (b) to generate a modified DNE database; (d) merging the modified timing database with the modified DNE database to form a modified process database; and (e) performing, using the modified process database, one or more design verification checks of the semiconductor design.
The present invention relates generally to manufacturing techniques for the design and development of mask-produced devices, and more specifically to improving a turnaround time between layout and final approval of a device specification (e.g., a GDS2 database).
The design, layout, test and manufacture of devices produced using masking processes like photolithography are very well known. For example, U.S. Pat. No. 6,171,731 (the '731 patent) issued to Medvedeva, et. al. entitled "Hybrid Aerial Image Simulation" provides a background for semiconductor fabrication. The specification of the '731 patent is hereby incorporated herein as though set forth in full by this reference.
The classical approach to design an Application Specific Integrated Circuit (ASIC) either in a fixed monolithic semiconductor technology such as gate arrays (GA) or standard cells (SC) or in a programmable technology like Field Programmable Gate Arrays (FPGAs) is divided into several phases. FIG. 1 is a conventional design cycle model 100 that forms a framework within which steps subsequent to a design specification step 105 may be meaningfully integrated to produce a functional, reliable product. After design specification step 105, there are four major phases in design model 105, namely a high level synthesis step 110, a logic synthesis step 115, a layout synthesis step 120 and a manufacturing step 125.
Design specification step 105 usually begins with or is initiated from a product requirement, which results from interaction between marketing and prospective costumers. An engineering response to the proposed product usually takes the form of a product definition document, which addresses issues of feasibility, general methods or techniques, cost, technical risk, trade offs between different approaches, and similar items necessary to get product developments approvals. A general design specification evolves into a precise technical description, where focus is on the external behavior of the circuits and communications between the circuit and its external environment rather than an internal realization.
Following design specification step 105 is high level synthesis step 110. A main objective of high level synthesis step 110 is to begin with the circuit specification details, transforming them into a high-level description of how the various circuits will be structured, what major functions need to be accomplished within the circuit and how these functions can be realized as an interconnection of smaller circuit constituents to meet the circuit specification details. High level synthesis step 110 takes an abstract behavioral representation of a digital system and produces a register-transfer level (RTL) structure that realizes a given behavior. At this point in design model 100, each functional block is defined in terms of interconnected registers, multiplexers, control elements, and the like. This is usually a critical phase in the evolution of the circuit design, for the designer must ensure that the behavioral description being produced matches both performance and functional specifications. Describing a complex digital system with hundreds of thousands of gates at the gate level is an extremely challenging task, and therefore, high level synthesis tools were introduced. The VHSIC (very high speed integrated circuit) Hardware Description Language, known as VHDL was adopted as an industry standard in about 1987 and is often used to describe hardware from the abstract behavioral to the concrete level. VHDL was defined because a need existed for an integrated design and documentation language to communicate design data between various levels of abstractions.
Following high level synthesis step 110 is logic synthesis step 115. Synthesis step 115 includes two subparts, an optimization step 115 a and a verification step 115 b, with optimization 115 usually beginning with the RTL description and a collection of logic primitives. The primitives are usually determined by a selected implementation style, and may be a collection of available gates, flip-flops, control functions, etc. Each functional block described in a behavioral design phase is transferred into a description that consists of logic primitives. They are interconnected in a manner that satisfies both functional and performance portions of the circuit specification. Logic synthesis step 115 often begins with a straightforward transformation of the RTL description into an equivalent structure, expressed in terms of logic primitives. A main objective of logic synthesis tools is to transform RTL description into an equivalent structure of logic primitives, such that either size and/or performance (e.g., critical delay) is minimized. Simulation verification step 115 b confirms the optimizations and generates testing protocols for the product design.
Following logic synthesis step 115 is layout synthesis step 120. Synthesis step 120 traditionally consists of two major steps, namely placement and routing. In a placement phase, logic primitives are assigned to physical location in the carrier environment selected for realization of the circuit, with the objective being to ease interconnection wiring design. Typically, placement algorithms attempt to minimize the total expected length of interconnect required for the resulting placement. In some design styles, such as for example gate arrays, other important issues must also be considered during the placement phase. For example, in FPGAs limited routing resources, routing channel congestion and routing delays must also be considered during the placement phase. In a routing phase, placed logic primitives are interconnected to form a desired logic design. Routing algorithms need not only ensure a one hundred percent routable design, but also to minimize routing congestions and a required routing space, as well as routing delays (timing), that are imposed with the parasitic effects on routing resources. After routing and timing, the design is verified by numerous design checks referred to as physical verification.
After layout synthesis step 120, fabrication in manufacturing step 125 depends on several things including a selected technology and design style. For a semi-custom design style such as standard cells and gate array, masks are created in a technology center from a GDS2 database. If the product is implemented in a programmable device, the devices are programmed in manufacturing step 125.
The last part of layout synthesis step 120 is the physical verification before sending the GDS2 database to a mask vendor. Physical verification includes design rule checking and layout versus schematic checks. Once physical verification starts, a turnaround time for completing the verification for multimillion gate ASIC designs is very high. This turnaround time frequently becomes a bottle-neck in design flow model 100.
In the timing closure part of the layout synthesis step 120, prior to the physical verification, engineering changes are applied to the design to reach desirable performance and timing requirements. The product design parameters are maintained in a database, and the database is locked during the timing closure process. The DRC/LVS checking does not begin until the database is unlocked following completion of the routing and timing. Serious problems could occur in model 100 if DRC/LVS started prior to completing the routing and timing. These serious problems would arise due to mistakes in the physical implementation that would be discovered very late in the design process. Discovering a serious problem late in the design process is likely to have a significant adverse impact on the overall project schedule.
As the projects become more and more complex, conventional model 100 can further make a project schedule unpredictable because the number of DRC/LVS violations that must be corrected after layout is completed grows to unmanageable size. For example, it is typical that a post-timing layout database includes over 80,000 DRC/LVS violations. Management is unable to predict when all of the tests will be conducted with attendant violations cleared. The necessary and considerable resources for initiating these tests and clearing any violations cannot be applied until late in the process. Thus turnaround time is unpredictable and typically is very long.
It is therefore desirable to improve the turnaround time to provide adequate time to meet project schedules in the event that adjustments or modifications to the design are necessary.
Splitting the database into a physical database and a timing database and processing both databases concurrently (one for routing and timing and the other for physical verification) improves the turnaround time of the design model employing this invention over conventional models. Changes made during timing verification are merged into the physical database, and the physical verification is completed to make the physical verification accurate.
FIG. 2 is a preferred embodiment of a portion of a design cycle model that improves turnaround time.
The present invention relates generally to manufacturing techniques for the design and development of mask-produced devices, and more specifically to improving a turnaround time between layout and final approval of a device specification (e.g., a GDS2 database). The following description is presented to enable one of ordinary skill in the art to make and use the invention and is provided in the context of a patent application and its requirements. Various modifications to the preferred embodiment and the generic principles and features described herein will be readily apparent to those skilled in the art. Thus, the present invention is not intended to be limited to the embodiment shown but is to be accorded the widest scope consistent with the principles and features described herein.
FIG. 2 is a preferred embodiment of a portion of a design cycle model 200 that improves turnaround time. Design cycle model 200 separates a layout database 205 into two database flows: a timing database flow 210 and a physical database flow 215. Layout database 205 (as well as databases created for the timing flow 210 and the physical flow 215) is a database used by layout tools and includes all layout and timing data for the product.
Layout synthesis step 120 shown in FIG. 1 may be further divided into the following back end flow and tapeout flows.
1. Loading in the initial design data (library information, Verilog netlist, and synthesis constraints).
2. Initial die size estimation and automatic floorplan creation.
4. Automatic timing driven placement of block macros.
5. Initial power routing (final power routing is done later).
6. Timing driven placement and concurrent placement based optimization through gate resizing and buffer insertion/deletion for the standard cells.
7. Clock tree synthesis and placement.
9. Routing the design (final power routing, clock routing and signal routing).
11. Post clock tree path optimization through gate resizing and buffer insertion using parasitics.
12. Incremental final routing to repair optimized nets.
13. Post Routing Timing Analysis.
15. Output of final Verilog, DEF, SDF and GDSII.
16. The GDSII from above is streamed in to the ICFB and after generating all views for the same, the design is again streamed out.
1. Running DRC (Design Rule Checks) on the GDSII.
2. Running LVS (Layout Versus Schematic) on the GDSII.
3. Layer Generation (LAYGEN) on the GDSII.
4. Doing LDDCHECK (Layer Density Checks) on the design GDSII.
5. Converting the dimensions of the design from CMOSX to CMOS8.
6. Any physical changes to the design means the LVS and DRC checks needs to be done again.
The preferred embodiment divides layout database 205 after step 7 (clock synthesis and placement) of the backend flow has been completed. (In some applications the separation may be able to be accomplished earlier in the back end flow, and in some instances the separation may occur later.) As discussed above, layout database 205 is processed by two flows, timing flow 210 and physical verification flow 215. Each flow uses a copy of the original layout database 205 with each flow locking its database against any changes from outside its flow. In some applications, these databases may not be duplicates of each other. The database used for the timing flow need only contain information used by that process and the database for the physical verification need only contain information used by that process. The database copy used for timing process 210 is referred to as the timing database and the database copy used for the physical verification process 215 is referred to as the DNE database (DRC, Netlist versus schematic, and Ebeam). For the preferred embodiment, a GDS2 format is a format generated from a layout tool database (for example Avanti's Milkyway database). Any necessary modifications are done inside the layout tool and not directly in the GDS2 database. The DNE and Timing databases exist in the layout tool database. GDS2 is streamed out of the tool for DRC and LVS checks, but the corrections are done in the layout database.
Timing database flow 210 proceeds along the backend flow using the timing database while physical database flow 215 immediately starts the tapeout flow process described above using the DNE database. Timing database flow 210 applies engineering change orders (ECOs) (step 220), performs ECO routing (step 225), generates timing (step 230) and completes the layout (step 235) producing a list of changes and a final placement dumpfile. The ECOs include information about new added standard cells and their connection to other cells in the design.
Physical database flow 215 deletes analog and detailed routing (step 250), fixes power map (step 255), performs analog routing (step 260) and produces a design rule check (DRC) clean physical database with power and custom routing complete (step 265). The DNE database has been cleaned from DRC and LVS issues related to the power mesh and custom routing in the design. Netlist and placement information changes from the timing process 215 are easier backfilled into the DNE database.
Thereafter, model 200 merges the results of the timing database flow 210 into the DRC clean database from physical database flow 215 (step 270) into a modified layout database. This merger adds changes (ECOs for placement and netlist modifications for example) made to the timing database and backfills them into the verified DNE database. The unknown part of the physical verification is verification of the signal routing changes. Therefore a subpart of the DRC/LVS physical verification is rerun on the modified layout database (step 275) to complete the tapeout process. Routers used for signal routing follow deterministic algorithms and there is no risk of changes in the timing of the design after the signal routing DRC/LVS physical verification.
In this approach only the information from the timing database are merged in to the DNE database. This information includes the ECOs which are basically changes applied to the logical netlist and the placement of the cells (including new added cells during the ECO). During merging the old cell placement from the DNE database is purged and overwritten with the new cell placement information and the respective logical information in the netlist (ECO). Merging the DNE database in to the timing database is not preferred, since the power routing that has been fixed on the DNE database can cause shorts or DRC violations with the routes in the timing database.
As shown in FIG. 2, process 200 drastically reduces the number of end-of-schedule DRC tests, and any attendant violations that need to be cleared. In the conventional model 100, the initial layout database can have in excess of 80,000 DRC/LVS violations that must be checked. By starting physical verification after the timing processes have been completed in the previous conventional model, the tests must be initiated and any violations cleared in a limited period. The present invention is able to detect and remove/clear most of the violations while the timing database is locked for changes so that the modified layout database may have on the order of a hundred or less DRC/LVS violations evaluated in the same period as was previously allocated for clearing over 80,000 DRC/LVS violations. This greatly reduced number of violations makes the period for finding and fixing the violations predictable. In the meantime, design timing is closed without having an additional impact on the overall turnaround time. Predictability of project schedules and allowing parallel work in complex ASIC projects are key points to project success and customer satisfaction.
(e) performing, using the modified process database, one or more design verification checks of the semiconductor design.
2. The method of claim 1 wherein the process database and the modified process database are in a layout tool format.
3. The method of claim 1 wherein the timing database and the process database are each a copy of the process database.
4. The method of claim 1 wherein deriving (a) is performed after the process database includes clock tree placement and synthesis.
5. The method of claim 1 wherein performing (b) completes Engineering Change Orders (ECOs), implements ECO routing, and generates a timing description of the semiconductor device.
6. The method of claim 5 wherein merging (d) further comprises backfilling modifications to the timing database into the physical verification database upon completion of performing (b).
7. The method of claim 6 wherein performing (b) further comprises deleting the custom routing description, fixing the power mesh description to pass verification and adding a new custom routing description to pass verification.
8. The method of claim 7 wherein performing (e) further comprises verifying signal routing.
9. The method of claim 6 wherein performing (e) further comprises verifying signal routing.
10. The method of claim 5 wherein performing (b) further comprises deleting the custom routing description, fixing the power mesh description to pass verification and adding a new custom routing description to pass verification.
11. The method of claim 10 wherein performing (e) further comprises verifying signal routing.
12. The method of claim 5 wherein performing (e) further comprises verifying signal routing.
13. The method of claim 1 wherein performing (e) further comprises verifying signal routing.
14. The method of claim 1 wherein performing (e) further comprises verifying signal routing.
means for performing, using the modified process database, one or more design verification checks of the semiconductor design.


Magda Balazinska talks about PerfEnforce, a system that enables performance-oriented service-level agreements (SLAs) for data analytics. Using a set of tenants and query-level performance SLAs, she addresses how to dynamically assign compute resources to queries from each tenant (query scheduling). She also discusses how to dynamically resize the multi-tenant service to minimize costs due to compute resources and SLA violation penalties (resource provisioning).


text:
Q: Magento Address Field not available in One Page Checkout I have created couple of custom fields in Magento's customer addresses using a tutorial available here.
When a customer edits his/her address the fields are shown, when he is checking out through the one page checkout being logged in, the addresses appear as a drop down. In this case the address is hidden from the client using a display:none; style.
The problem is that the custom address attributes are not available but the regular attributes are available.
What I think is that when the customer is editing the address, the controller is customer and when he is on onepage the controller is checkout. There is some error or I am missing something so that the onepage controller fails to pull custom address fields.
What I have done:
I have overridden the billing.phtml file in
 /app/design/frontend/base/default/template/checkout/onepage

The fields show up in the onepage checkout billing section. But when the system is loading a default address the fields values are not loaded like other values get loaded. For example, the phone number is loaded by calling the function
$this->getAddress()->getTelephone();

but when i call my custom field whose name is address_mobile like
$this->getAddress()->getAddressMobile();

The system can not pull the value, like it pulls for telephone. Below is the source code of how the field appears in hidden section.

A: The one step checkout does not look for any custom fields.
If you look in app / design / frontend / base / default / template / persistent / checkout / onepage / Billing.phtml
In this instance were looking at the billing address that can be changed you can also do the same for shipping if required.
What you will need to do is update the template file above ( Ideally moving it to your package under app design frontend ). This will be showing the new form fields on the checkout but it wont actually persist to the database. In order to save these values to the database you are going to need to override the OnePageController.php and the saveBilling / saveShipping methods to store your data.
If you need any more help on this let me know and I will look to find an example that you can use.

redpajama_set_name: RedPajamaStackExchange


T.C. has a history of cognitive disorders including learning disabilities and attention deficit hyperactivity disorder. Mother asserts that her son's IEP team failed to conduct adequate evaluations to determine the root cause of his performance discrepancies and identify his unique needs. She argues that without an understanding of his unique needs the IEP team could not properly describe how his disabilities affected his involvement and progress in the general education curriculum; could not draft appropriate annual goals; could not identify appropriate progress monitoring tools; and could not provide teachers with sufficient information to develop specially designed instruction.
Mother also asserts that the District failed to comply with the Individuals with Disabilities Education Act (IDEA) requirements for post-secondary transition planning and failed to consistently provide the accommodations required by his IEP.
The District made significant efforts to individualize the instruction provided to T.C. to address his unique educational needs. Teachers also made a good faith attempt to consistently provide him with each of the accommodations listed in his IEP.
ALJ finds the Respondents complied with the mandates of the IDEA and provided student with an educational program reasonably calculated to allow him to receive some educational benefit. Respondents prevail on all issues and Complainant is entitled to no relief.


Executive chairman of Supreme Ventures Racing and Entertainment Limited (SVREL), Michael Bernard, hailed veteran jockey Vassel Najair as a dedicated servant to the industry, after the 65-year-old reinsman passed away from injuries suffered at Caymanas Park on September 26.
Najair was struck by getaway horse PERFECT ASSET prior to the start of the seventh event at Caymanas Park, suffering extensive head injuries while trying to corral the five-year-old mare, who had bolted from the starting gate and ran on to a narrow walkway leading from the grandstand area to the winners' enclosure.
He was rushed to the Spanish Town Hospital and afterwards transferred to the Kingston Public Hospital, where the severity of his injuries delayed surgery.
"It is sad to see that he passed in such an untimely and unfortunate manner, all through his love for horses. He didn't want to see that horse get hurt," Bernard said.
"Both myself, as a horseman, and SVREL regret the untimely loss of Najair. He was a very enthusiastic and dedicated member of the racing fraternity and, most recently, up to early September, an employee of SVREL," Bernard added.
Najair started riding on July 29, 1967, worked as an outrider at Caymanas Park up to early September, helping to prevent exactly what caused his demise, ponying fractious horses to the starting gate.
Though employed as an outrider, a return to competitive riding could never be ruled out from Najair, whose physique and agility belied his 65 years.
Najair won a double on his first day in the saddle, partnering Gold Spoon to victory in the third race. He returned to land the ninth with Chantrelle.
Though his career was dogged by suspensions, which kept him out if the saddle for lengthy periods, including infamously tossing his helmet at an operations steward during an enquiry, Najair's toothful ear-to-ear grin and willing demeanour endeared him to all with whom he crossed path.
Najair recorded his last winner on August 7, 2017, aboard Peter McMaster's Ras Emanuel, taking his tally to 278 winners from 2,756 rides.


The Dortmund Data Bank contains data for several transport properties. The biggest amount of data is currently available in the pure component data bank but several mixture data banks are also available.
Pure component viscosities, speed of sound data, thermal conductivities, dielectric constants, and surface tensions are all stored in the pure component properties data bank (PCP) together with a variety of other properties.


Orpheus Interiors has an exceptional track record supplying furnishings to owners of Bulgarian property. Furnishings which will last & save you money - keeping you & your repeat visitors comfortable for years to come!
"Hello. We would like to enquire about your Bulgarian furniture packages .
Our services include FREE planning & design services as well as professional delivery & installation – all part of a simple process.
We deliver & install furniture packages in Bulgaria to all major destinations including Bansko, Sunny Beach, Pamporovo, Varna & Sofia amongst others.
Don't forget to come back and keep up-to-date with our special Promotions. Sometimes we have a sale or clearance items of furniture in Bulgaria. Be sure to bookmark our Promotions page!
Quality has always been a sound investment, and quality furniture in Bulgaria has never been so affordable!


Angkuts. Established in Pontianak. A startup works to connect people and waste related actors. Waste actor such as garbage collector, trash processing place, communities, and so on.
May 2016 - Mid 2017.
The business model that we do is to buy 6 types of inorganic waste (Paper, Cardboard, Cans, Bottles, Plastic Cups, Newspapers). Customers can sell those waste and then will be connected to waste collectors as the buyers by using android based software as the platform.
Mid 2017 - Mid 2018.
We found a new business model, which serves garbage collection (all types of waste) to early-stage waste producers such as housing, offices, restaurants, hotels, schools, etc. Waste collection is carried out by people who do work with garbage every day. The platform used is the Android v1.0 application.
In this stage, we collaborate with compost waste processors so that the organic waste that we get from the first source will be distributed to compost houses (compost processors) to be processed into compost products.
We prepare the v2.0 application platform where many benefits are obtained by users such as knowing the garbage collection schedule, giving feedback and assessment to drivers and Angkuts, as well as confirmation of daily garbage collection. Procurement and distribution of simple trash cans are also carried out at this stage to most customers.


text:
package co.nubetech.crux.server;

import static org.junit.Assert.assertEquals;
import static org.junit.Assert.assertFalse;
import static org.junit.Assert.assertNull;
import static org.junit.Assert.assertTrue;

import java.util.ArrayList;
import java.util.LinkedHashMap;
import java.util.Map;
import java.util.NavigableSet;
import java.util.TreeMap;

import org.apache.hadoop.hbase.client.Get;
import org.apache.hadoop.hbase.client.Scan;
import org.apache.hadoop.hbase.util.Bytes;
import org.apache.log4j.Logger;
import org.junit.Test;

import co.nubetech.crux.model.ColumnAlias;
import co.nubetech.crux.model.ColumnFilter;
import co.nubetech.crux.model.Datastore;
import co.nubetech.crux.model.FilterType;
import co.nubetech.crux.model.Mapping;
import co.nubetech.crux.model.Report;
import co.nubetech.crux.model.ReportDesign;
import co.nubetech.crux.model.RowAlias;
import co.nubetech.crux.model.RowAliasFilter;
import co.nubetech.crux.model.ValueType;
import co.nubetech.crux.server.filter.RangeFilters;
import co.nubetech.crux.util.CruxException;

public class TestQueryExecutor {

	final static Logger logger = Logger.getLogger(TestQueryExecutor.class);

	@Test
	public void testSetSelectedColumnsScanForColumnAliasNull() {
		Report report = new Report();

		ReportDesign design4 = new ReportDesign();
		RowAlias rowAlias = new RowAlias();
		rowAlias.setAlias("row");
		report.addDesign(design4);

		Scan scan = new Scan();
		QueryExecutor exec = new QueryExecutor(null);
		exec.setSelectedColumns(report, scan);
		assertTrue(!scan.hasFamilies());

	}

	@Test
	public void testSetSelectedColumnsScanForDesignNull() {
		Report report = new Report();

		Scan scan = new Scan();
		QueryExecutor exec = new QueryExecutor(null);
		exec.setSelectedColumns(report, scan);
		assertTrue(!scan.hasFamilies());

	}

	@Test
	public void testSetSelectedColumnsGetForColumnAliasNull() {
		Report report = new Report();

		ReportDesign design4 = new ReportDesign();
		RowAlias rowAlias = new RowAlias();
		rowAlias.setAlias("row");
		report.addDesign(design4);

		Get get = new Get();
		QueryExecutor exec = new QueryExecutor(null);
		exec.setSelectedColumns(report, get);
		assertTrue(!get.hasFamilies());
	}

	@Test
	public void testSetSelectedColumnsGetForDesignNull() {
		Report report = new Report();

		Get get = new Get();

		QueryExecutor exec = new QueryExecutor(null);
		exec.setSelectedColumns(report, get);
		assertTrue(!get.hasFamilies());
	}

	@Test
	public void testSetSelectedColumnsGet() {
		Report report = new Report();

		ReportDesign design1 = new ReportDesign();
		ColumnAlias alias1 = new ColumnAlias();
		alias1.setColumnFamily("family");
		alias1.setQualifier("qualifier");
		design1.setColumnAlias(alias1);

		ReportDesign design2 = new ReportDesign();
		ColumnAlias alias2 = new ColumnAlias();
		alias2.setColumnFamily("family");
		alias2.setQualifier("qualifier1");
		design2.setColumnAlias(alias2);

		ReportDesign design3 = new ReportDesign();
		ColumnAlias alias3 = new ColumnAlias();
		alias3.setColumnFamily("family1");
		alias3.setQualifier("qualifier");
		design3.setColumnAlias(alias3);

		ReportDesign design4 = new ReportDesign();
		RowAlias rowAlias = new RowAlias();
		rowAlias.setAlias("row");

		report.addDesign(design1);
		report.addDesign(design2);
		report.addDesign(design3);
		report.addDesign(design4);

		Get get = new Get();
		QueryExecutor exec = new QueryExecutor(null);
		exec.setSelectedColumns(report, get);

		Map<byte[], NavigableSet<byte[]>> map = get.getFamilyMap();
		for (byte[] family : map.keySet()) {
			System.out.println("Family is " + Bytes.toString(family));
			NavigableSet<byte[]> set = map.get(family);
			for (byte[] col : set) {
				System.out.println("Column is " + Bytes.toString(col));
			}
		}

		byte[] familyBytes = Bytes.toBytes("family");
		byte[] family1Bytes = Bytes.toBytes("family1");

		assertEquals(2, map.size());
		assertTrue(map.containsKey(familyBytes));
		assertTrue(map.containsKey(family1Bytes));

		assertEquals(2, map.get(familyBytes).size());
		assertEquals(1, map.get(family1Bytes).size());

		assertTrue(map.get(familyBytes).contains(Bytes.toBytes("qualifier")));
		assertTrue(map.get(familyBytes).contains(Bytes.toBytes("qualifier1")));
		assertTrue(map.get(familyBytes).contains(Bytes.toBytes("qualifier")));

	}

	@Test
	public void testSetSelectedColumnsGetNoDesign() {
		Report report = new Report();

		Get get = new Get();
		QueryExecutor exec = new QueryExecutor(null);
		exec.setSelectedColumns(report, get);

		Map<byte[], NavigableSet<byte[]>> map = get.getFamilyMap();
		for (byte[] family : map.keySet()) {
			System.out.println("Family is " + Bytes.toString(family));
			NavigableSet<byte[]> set = map.get(family);
			for (byte[] col : set) {
				System.out.println("Column is " + Bytes.toString(col));
			}
		}
		assertEquals(0, map.size());
	}

	@Test
	public void testSetSelectedColumnsScan() {
		Report report = new Report();

		ReportDesign design1 = new ReportDesign();
		ColumnAlias alias1 = new ColumnAlias();
		alias1.setColumnFamily("family");
		alias1.setQualifier("qualifier");
		design1.setColumnAlias(alias1);

		ReportDesign design2 = new ReportDesign();
		ColumnAlias alias2 = new ColumnAlias();
		alias2.setColumnFamily("family");
		alias2.setQualifier("qualifier1");
		design2.setColumnAlias(alias2);

		ReportDesign design3 = new ReportDesign();
		ColumnAlias alias3 = new ColumnAlias();
		alias3.setColumnFamily("family1");
		alias3.setQualifier("qualifier");
		design3.setColumnAlias(alias3);

		ReportDesign design4 = new ReportDesign();
		RowAlias rowAlias = new RowAlias();
		rowAlias.setAlias("row");

		report.addDesign(design1);
		report.addDesign(design2);
		report.addDesign(design3);
		report.addDesign(design4);

		Scan scan = new Scan();
		QueryExecutor exec = new QueryExecutor(null);
		exec.setSelectedColumns(report, scan);

		Map<byte[], NavigableSet<byte[]>> map = scan.getFamilyMap();
		for (byte[] family : map.keySet()) {
			System.out.println("Family is " + Bytes.toString(family));
			NavigableSet<byte[]> set = map.get(family);
			for (byte[] col : set) {
				System.out.println("Column is " + Bytes.toString(col));
			}
		}

		byte[] familyBytes = Bytes.toBytes("family");
		byte[] family1Bytes = Bytes.toBytes("family1");

		assertEquals(2, map.size());
		assertTrue(map.containsKey(familyBytes));
		assertTrue(map.containsKey(family1Bytes));

		assertEquals(2, map.get(familyBytes).size());
		assertEquals(1, map.get(family1Bytes).size());

		assertTrue(map.get(familyBytes).contains(Bytes.toBytes("qualifier")));
		assertTrue(map.get(familyBytes).contains(Bytes.toBytes("qualifier1")));
		assertTrue(map.get(familyBytes).contains(Bytes.toBytes("qualifier")));

	}

	@Test
	public void testSetSelectedColumnsScanNoDesign() {
		Report report = new Report();

		Scan scan = new Scan();
		QueryExecutor exec = new QueryExecutor(null);
		exec.setSelectedColumns(report, scan);

		Map<byte[], NavigableSet<byte[]>> map = scan.getFamilyMap();
		for (byte[] family : map.keySet()) {
			System.out.println("Family is " + Bytes.toString(family));
			NavigableSet<byte[]> set = map.get(family);
			for (byte[] col : set) {
				System.out.println("Column is " + Bytes.toString(col));
			}
		}
		assertEquals(0, map.size());
	}

	@Test
	public void testIsGetOperation() throws CruxException {
		Report report = new Report();
		Mapping mapping = new Mapping();
		FilterType filter1 = new FilterType();
		filter1.setType("Equals");
		RowAlias rAlias = new RowAlias();
		rAlias.setAlias("rowkey");
		rAlias.setLength(8);

		mapping.addRowAlias(rAlias);
		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setFilterType(filter1);
		rowFilter.setRowAlias(rAlias);

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();
		filters.add(rowFilter);
		report.setRowAliasFilters(filters);
		QueryExecutor exec = new QueryExecutor(null);
		assertTrue(exec.isGetOperation(report, mapping));

	}

	@Test
	public void testIsGetOperationWithColFilters() throws CruxException {
		Report report = new Report();
		Mapping mapping = new Mapping();

		FilterType filter1 = new FilterType();
		filter1.setType("Equals");

		RowAlias rAlias = new RowAlias();
		rAlias.setAlias("rowkey");
		rAlias.setLength(8);
		mapping.addRowAlias(rAlias);

		ColumnAlias cAlias = new ColumnAlias();
		cAlias.setAlias("col");
		mapping.addColumnAlias(cAlias);

		ColumnFilter colFilter = new ColumnFilter();
		FilterType filterType = new FilterType();
		filterType.setType("Not Equals");

		colFilter.setFilterType(filterType);
		colFilter.setColumnAlias(cAlias);

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setFilterType(filter1);
		rowFilter.setRowAlias(rAlias);

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();
		filters.add(rowFilter);

		ArrayList<ColumnFilter> colFilters = new ArrayList<ColumnFilter>();
		colFilters.add(colFilter);

		report.setRowAliasFilters(filters);
		report.setColumnFilters(colFilters);

		QueryExecutor exec = new QueryExecutor(null);
		assertTrue(exec.isGetOperation(report, mapping));

	}

	@Test
	public void testNotIsGetOperationWithColFilters() throws CruxException {
		Report report = new Report();
		Mapping mapping = new Mapping();

		FilterType filter1 = new FilterType();
		filter1.setType("Not Equals");

		RowAlias rAlias = new RowAlias();
		rAlias.setAlias("rowkey");
		rAlias.setLength(8);
		mapping.addRowAlias(rAlias);

		ColumnAlias cAlias = new ColumnAlias();
		cAlias.setAlias("col");
		mapping.addColumnAlias(cAlias);

		ColumnFilter colFilter = new ColumnFilter();
		FilterType filterType = new FilterType();
		filterType.setType("Equals");

		colFilter.setFilterType(filterType);
		colFilter.setColumnAlias(cAlias);

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setFilterType(filter1);
		rowFilter.setRowAlias(rAlias);

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();
		filters.add(rowFilter);

		ArrayList<ColumnFilter> colFilters = new ArrayList<ColumnFilter>();
		colFilters.add(colFilter);

		report.setRowAliasFilters(filters);
		report.setColumnFilters(colFilters);

		QueryExecutor exec = new QueryExecutor(null);
		assertTrue(!exec.isGetOperation(report, mapping));
	}

	@Test
	public void testIsGetOperationMultipleRowAliases() throws CruxException {
		Report report = new Report();
		Mapping mapping = new Mapping();
		ColumnAlias cAlias = new ColumnAlias();
		cAlias.setAlias("col");
		mapping.addColumnAlias(cAlias);

		ColumnFilter colFilter = new ColumnFilter();
		FilterType filterType = new FilterType();
		filterType.setType("Not Equals");
		colFilter.setFilterType(filterType);
		colFilter.setColumnAlias(cAlias);
		ArrayList<ColumnFilter> colFilters = new ArrayList<ColumnFilter>();
		colFilters.add(colFilter);

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();

		for (int i = 0; i < 5; ++i) {

			FilterType filter1 = new FilterType();
			filter1.setType("Equals");
			RowAlias rAlias = new RowAlias();
			rAlias.setAlias("rowkey" + i);
			mapping.addRowAlias(rAlias);

			RowAliasFilter rowFilter = new RowAliasFilter();
			rowFilter.setFilterType(filter1);
			rowFilter.setRowAlias(rAlias);

			filters.add(rowFilter);
		}
		report.setRowAliasFilters(filters);
		report.setColumnFilters(colFilters);

		QueryExecutor exec = new QueryExecutor(null);
		assertTrue(exec.isGetOperation(report, mapping));

	}

	@Test
	public void testIsGetOperationMultipleRowAliasesSomeNotEquals()
			throws CruxException {
		Report report = new Report();
		Mapping mapping = new Mapping();
		ColumnAlias cAlias = new ColumnAlias();
		cAlias.setAlias("col");
		mapping.addColumnAlias(cAlias);

		ColumnFilter colFilter = new ColumnFilter();
		FilterType filterType = new FilterType();
		filterType.setType("Not Equals");
		colFilter.setFilterType(filterType);
		colFilter.setColumnAlias(cAlias);
		ArrayList<ColumnFilter> colFilters = new ArrayList<ColumnFilter>();
		colFilters.add(colFilter);

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();

		for (int i = 0; i < 5; ++i) {

			FilterType filter1 = new FilterType();
			String rowFilterType = "Equals";
			if (i % 2 == 0) {
				rowFilterType = "Less Than";
			}
			filter1.setType(rowFilterType);
			RowAlias rAlias = new RowAlias();
			rAlias.setAlias("rowkey" + i);
			mapping.addRowAlias(rAlias);

			RowAliasFilter rowFilter = new RowAliasFilter();
			rowFilter.setFilterType(filter1);
			rowFilter.setRowAlias(rAlias);

			filters.add(rowFilter);
		}
		report.setRowAliasFilters(filters);
		report.setColumnFilters(colFilters);

		QueryExecutor exec = new QueryExecutor(null);
		assertTrue(!exec.isGetOperation(report, mapping));
	}

	@Test
	public void testGetRowForRowFilterinDifferentOrder() throws CruxException {
		Report report = new Report();
		Mapping mapping = new Mapping();

		ValueType longType = new ValueType(1l, new Datastore(), "Long",
				"java.lang.Long", true);
		ValueType stringType = new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false);

		RowAlias rAliasLong = new RowAlias();
		rAliasLong.setAlias("rowkey");
		rAliasLong.setId(1);
		rAliasLong.setLength(8);
		rAliasLong.setMapping(mapping);
		rAliasLong.setValueType(longType);

		RowAlias rAliasString = new RowAlias();
		rAliasString.setAlias("rowkey");
		rAliasString.setId(2);
		rAliasString.setLength(4);
		rAliasString.setMapping(mapping);
		rAliasString.setValueType(stringType);

		mapping.addRowAlias(rAliasLong);
		mapping.addRowAlias(rAliasString);

		FilterType filter1 = new FilterType();
		filter1.setType("Equals");

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setId(1);
		rowFilter1.setFilterType(filter1);
		rowFilter1.setRowAlias(rAliasString);
		rowFilter1.setValue("String");

		RowAliasFilter rowFilter2 = new RowAliasFilter();
		rowFilter2.setId(2);
		rowFilter2.setFilterType(filter1);
		rowFilter2.setRowAlias(rAliasLong);
		rowFilter2.setValue("123");

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();
		filters.add(rowFilter1);
		filters.add(rowFilter2);

		report.setRowAliasFilters(filters);
		byte[] row = QueryExecutor.getGetRow(report, mapping);
		byte[] expected = Bytes.add(Bytes.toBytes(123l),
				Bytes.toBytes("String"));

		assertTrue(Bytes.equals(expected, row));
	}

	/*
	@Test
	public void testGetIndexOfCompareFilterSingleFilterWrongOperand()
			throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(0);

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(1);
		rowFilter.setFilterType(new FilterType(1, "Greater Than"));
		rowFilter.setReport(new Report());
		rowFilter.setRowAlias(rowAlias);

		ArrayList<RowAliasFilter> filterList = new ArrayList<RowAliasFilter>();
		filterList.add(rowFilter);

		QueryExecutor exec = new QueryExecutor(null);
		int result = exec.getIndexOfCompareFilter(filterList, CompareOp.EQUAL);
		assertEquals(-1, result);
	}

	@Test
	public void testGetIndexOfCompareFilterSingleFilterCorrectOperand()
			throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(0);

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(1);
		rowFilter.setFilterType(new FilterType(1, "Greater Than"));
		rowFilter.setRowAlias(rowAlias);
		rowFilter.setReport(new Report());

		ArrayList<RowAliasFilter> filterList = new ArrayList<RowAliasFilter>();
		filterList.add(rowFilter);

		QueryExecutor exec = new QueryExecutor(null);
		int result = exec
				.getIndexOfCompareFilter(filterList, CompareOp.GREATER);
		assertEquals(0, result);
	}

	@Test
	public void testGetIndexOfCompareTwoFiltersWrongOperand()
			throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(0);
		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(1);

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(1);
		rowFilter.setFilterType(new FilterType(1, "Greater Than"));
		rowFilter.setReport(new Report());
		rowFilter.setRowAlias(rowAlias);

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setId(2);
		rowFilter1.setFilterType(new FilterType(1, "Greater Than"));
		rowFilter1.setReport(new Report());
		rowFilter1.setRowAlias(rowAlias1);

		ArrayList<RowAliasFilter> filterList = new ArrayList<RowAliasFilter>();
		filterList.add(rowFilter);
		filterList.add(rowFilter1);

		QueryExecutor exec = new QueryExecutor(null);
		int result = exec.getIndexOfCompareFilter(filterList, CompareOp.LESS);
		assertEquals(-1, result);
	}

	@Test
	public void testGetIndexOfCompareFilterTwoFiltersCorrectOperand()
			throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(0);
		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(1);

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(1);
		rowFilter.setFilterType(new FilterType(1, "Greater Than"));
		rowFilter.setReport(new Report());
		rowFilter.setRowAlias(rowAlias);

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setId(2);
		rowFilter1.setFilterType(new FilterType(1, "Greater Than"));
		rowFilter1.setReport(new Report());
		rowFilter1.setRowAlias(rowAlias1);

		ArrayList<RowAliasFilter> filterList = new ArrayList<RowAliasFilter>();
		filterList.add(rowFilter);
		filterList.add(rowFilter1);

		QueryExecutor exec = new QueryExecutor(null);
		int result = exec
				.getIndexOfCompareFilter(filterList, CompareOp.GREATER);
		assertEquals(1, result);
	}

	@Test
	public void testGetIndexOfCompareFilterTwoFiltersUnordered()
			throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(0);
		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(1);

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(1);
		rowFilter.setFilterType(new FilterType(1, "Greater Than"));
		rowFilter.setReport(new Report());
		rowFilter.setRowAlias(rowAlias);

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setId(2);
		rowFilter1.setFilterType(new FilterType(1, "Greater Than"));
		rowFilter1.setReport(new Report());
		rowFilter1.setRowAlias(rowAlias1);

		ArrayList<RowAliasFilter> filterList = new ArrayList<RowAliasFilter>();
		filterList.add(rowFilter1);
		filterList.add(rowFilter);

		QueryExecutor exec = new QueryExecutor(null);
		int result = exec
				.getIndexOfCompareFilter(filterList, CompareOp.GREATER);
		assertEquals(1, result);
	}

	@Test
	public void testGetIndexOfCompareFilterTwoFiltersWrongOperand()
			throws CruxException {

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(1);
		rowFilter.setFilterType(new FilterType(1, "Greater Than"));
		rowFilter.setReport(new Report());
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowFilter.setRowAlias(rowAlias);

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setId(2);
		rowFilter1.setFilterType(new FilterType(1, "Greater Than"));
		rowFilter1.setReport(new Report());
		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(2);
		rowFilter1.setRowAlias(rowAlias1);

		ArrayList<RowAliasFilter> filterList = new ArrayList<RowAliasFilter>();
		filterList.add(rowFilter1);
		filterList.add(rowFilter);

		QueryExecutor exec = new QueryExecutor(null);
		int result = exec.getIndexOfCompareFilter(filterList, CompareOp.LESS);
		assertEquals(-1, result);
	}

	@Test
	public void testGetIndexOfCompareFilterThreeFiltersCorrectOperand()
			throws CruxException {

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(1);
		rowFilter.setFilterType(new FilterType(1, "Equals"));
		rowFilter.setReport(new Report());
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowFilter.setRowAlias(rowAlias);

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setId(2);
		rowFilter1.setFilterType(new FilterType(1, "Equals"));
		rowFilter1.setReport(new Report());
		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(2);
		rowFilter1.setRowAlias(rowAlias1);

		RowAliasFilter rowFilter2 = new RowAliasFilter();
		rowFilter2.setId(3);
		rowFilter2.setFilterType(new FilterType(2, "Greater Than"));
		rowFilter2.setReport(new Report());
		RowAlias rowAlias2 = new RowAlias();
		rowAlias2.setId(3);
		rowFilter2.setRowAlias(rowAlias2);

		ArrayList<RowAliasFilter> filterList = new ArrayList<RowAliasFilter>();
		filterList.add(rowFilter1);
		filterList.add(rowFilter2);
		filterList.add(rowFilter);

		QueryExecutor exec = new QueryExecutor(null);
		int result = exec
				.getIndexOfCompareFilter(filterList, CompareOp.GREATER);
		assertEquals(2, result);
	}

	@Test
	public void testGetIndexOfCompareFilterThreeFiltersCorrectOperands()
			throws CruxException {

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(1);
		rowFilter.setFilterType(new FilterType(1, "Equals"));
		rowFilter.setReport(new Report());
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowFilter.setRowAlias(rowAlias);

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setId(2);
		rowFilter1.setFilterType(new FilterType(1, "Greater Than"));
		rowFilter1.setReport(new Report());
		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(2);
		rowFilter1.setRowAlias(rowAlias1);

		RowAliasFilter rowFilter2 = new RowAliasFilter();
		rowFilter2.setId(3);
		rowFilter2.setFilterType(new FilterType(2, "Greater Than"));
		rowFilter2.setReport(new Report());
		RowAlias rowAlias2 = new RowAlias();
		rowAlias2.setId(3);
		rowFilter2.setRowAlias(rowAlias2);

		ArrayList<RowAliasFilter> filterList = new ArrayList<RowAliasFilter>();
		filterList.add(rowFilter1);
		filterList.add(rowFilter2);
		filterList.add(rowFilter);

		QueryExecutor exec = new QueryExecutor(null);
		int result = exec
				.getIndexOfCompareFilter(filterList, CompareOp.GREATER);
		assertEquals(2, result);
	}

	@Test
	public void testGetIndexOfCompareFilterThreeFiltersUnorderedOperand()
			throws CruxException {

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(1);
		rowFilter.setFilterType(new FilterType(1, "Equals"));
		rowFilter.setReport(new Report());
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowFilter.setRowAlias(rowAlias);

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setId(3);
		rowFilter1.setFilterType(new FilterType(1, "Equals"));
		rowFilter1.setReport(new Report());
		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(3);
		rowFilter1.setRowAlias(rowAlias1);

		RowAliasFilter rowFilter2 = new RowAliasFilter();
		rowFilter2.setId(5);
		rowFilter2.setFilterType(new FilterType(2, "Greater Than"));
		rowFilter2.setReport(new Report());
		RowAlias rowAlias2 = new RowAlias();
		rowAlias2.setId(5);
		rowFilter2.setRowAlias(rowAlias2);

		ArrayList<RowAliasFilter> filterList = new ArrayList<RowAliasFilter>();
		filterList.add(rowFilter1);
		filterList.add(rowFilter);
		filterList.add(rowFilter2);

		QueryExecutor exec = new QueryExecutor(null);
		int result = exec
				.getIndexOfCompareFilter(filterList, CompareOp.GREATER);
		assertEquals(2, result);
	}

	@Test
	public void testGetIndexOfCompareFilterThreeFiltersWrongOperand()
			throws CruxException {

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(1);
		rowFilter.setFilterType(new FilterType(1, "Equals"));
		rowFilter.setReport(new Report());
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowFilter.setRowAlias(rowAlias);

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setId(3);
		rowFilter1.setFilterType(new FilterType(1, "Equals"));
		rowFilter1.setReport(new Report());
		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(3);
		rowFilter1.setRowAlias(rowAlias1);

		RowAliasFilter rowFilter2 = new RowAliasFilter();
		rowFilter2.setId(5);
		rowFilter2.setFilterType(new FilterType(2, "Greater Than"));
		rowFilter2.setReport(new Report());
		RowAlias rowAlias2 = new RowAlias();
		rowAlias2.setId(5);
		rowFilter2.setRowAlias(rowAlias2);

		ArrayList<RowAliasFilter> filterList = new ArrayList<RowAliasFilter>();
		filterList.add(rowFilter1);
		filterList.add(rowFilter);
		filterList.add(rowFilter2);

		QueryExecutor exec = new QueryExecutor(null);
		int result = exec.getIndexOfCompareFilter(filterList, CompareOp.LESS);
		assertEquals(-1, result);
	}
	*/

	//isRangeScan(ArrayList<RowAliasFilter> rowFilters, Map<String, RowAlias> rowAliasesMap,

	@Test
	public void testIsRangeScanSimpleSingleRowAliasGt() throws CruxException{
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowAlias.setAlias("alias");

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(1);
		rowFilter.setFilterType(new FilterType(1, "Greater Than Equals"));
		rowFilter.setReport(new Report());
		rowFilter.setRowAlias(rowAlias);

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();
		filters.add(rowFilter);

		LinkedHashMap<String, RowAlias> rowAliasesMap = new LinkedHashMap<String, RowAlias>();
		rowAliasesMap.put(rowAlias.getAlias(), rowAlias);
		QueryExecutor exec = new QueryExecutor(null);
		assertTrue(exec.isRangeScan(filters, rowAliasesMap, "Greater Than Equals"));
	}

	@Test
	public void testIsRangeScanSimpleSingleRowAliasLt() throws CruxException{
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowAlias.setAlias("alias");

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(1);
		rowFilter.setFilterType(new FilterType(1, "Less Than"));
		rowFilter.setReport(new Report());
		rowFilter.setRowAlias(rowAlias);

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();
		filters.add(rowFilter);

		LinkedHashMap<String, RowAlias> rowAliasesMap = new LinkedHashMap<String, RowAlias>();
		rowAliasesMap.put(rowAlias.getAlias(), rowAlias);
		QueryExecutor exec = new QueryExecutor(null);
		assertTrue(exec.isRangeScan(filters, rowAliasesMap, "Less Than"));
	}

	@Test
	public void testIsRangeScanCompositeEqLt() throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowAlias.setAlias("alias");

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(1);
		rowFilter.setFilterType(new FilterType(1, "Less Than"));
		rowFilter.setReport(new Report());
		rowFilter.setRowAlias(rowAlias);

		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(2);
		rowAlias1.setAlias("alias1");

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setId(2);
		rowFilter1.setFilterType(new FilterType(1, "Equals"));
		rowFilter1.setReport(new Report());
		rowFilter1.setRowAlias(rowAlias1);

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();
		filters.add(rowFilter);
		filters.add(rowFilter1);

		LinkedHashMap<String, RowAlias> rowAliasesMap = new LinkedHashMap<String, RowAlias>();
		rowAliasesMap.put(rowAlias.getAlias(), rowAlias);
		rowAliasesMap.put(rowAlias1.getAlias(), rowAlias1);
		QueryExecutor exec = new QueryExecutor(null);
		assertTrue(exec.isRangeScan(filters, rowAliasesMap, "Less Than"));
	}

	@Test
	public void testIsRangeScanCompositeEqLtLeft() throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowAlias.setAlias("alias");

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(1);
		rowFilter.setFilterType(new FilterType(1, "Equals"));
		rowFilter.setReport(new Report());
		rowFilter.setRowAlias(rowAlias);

		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(2);
		rowAlias1.setAlias("alias1");

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setId(2);
		rowFilter1.setFilterType(new FilterType(1, "Less Than"));
		rowFilter1.setReport(new Report());
		rowFilter1.setRowAlias(rowAlias1);

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();
		filters.add(rowFilter);
		filters.add(rowFilter1);

		LinkedHashMap<String, RowAlias> rowAliasesMap = new LinkedHashMap<String, RowAlias>();
		rowAliasesMap.put(rowAlias.getAlias(), rowAlias);
		rowAliasesMap.put(rowAlias1.getAlias(), rowAlias1);
		QueryExecutor exec = new QueryExecutor(null);
		assertTrue(exec.isRangeScan(filters, rowAliasesMap, "Less Than"));
	}

	@Test
	public void testIsRangeScanCompositeEqLtLeftRightMissing() throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowAlias.setAlias("alias");

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(1);
		rowFilter.setFilterType(new FilterType(1, "Less Than"));
		rowFilter.setReport(new Report());
		rowFilter.setRowAlias(rowAlias);

		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(2);
		rowAlias1.setAlias("alias1");

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();
		filters.add(rowFilter);

		LinkedHashMap<String, RowAlias> rowAliasesMap = new LinkedHashMap<String, RowAlias>();
		rowAliasesMap.put(rowAlias.getAlias(), rowAlias);
		rowAliasesMap.put(rowAlias1.getAlias(), rowAlias1);
		QueryExecutor exec = new QueryExecutor(null);
		assertTrue(exec.isRangeScan(filters, rowAliasesMap, "Less Than"));
	}

	@Test
	public void testIsRangeScanCompositeEqLtRightLeftMissing() throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowAlias.setAlias("alias");

		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(2);
		rowAlias1.setAlias("alias1");

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(1);
		rowFilter.setFilterType(new FilterType(1, "Less Than"));
		rowFilter.setReport(new Report());
		rowFilter.setRowAlias(rowAlias1);

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();
		filters.add(rowFilter);

		LinkedHashMap<String, RowAlias> rowAliasesMap = new LinkedHashMap<String, RowAlias>();
		rowAliasesMap.put(rowAlias.getAlias(), rowAlias);
		rowAliasesMap.put(rowAlias1.getAlias(), rowAlias1);
		QueryExecutor exec = new QueryExecutor(null);
		assertFalse(exec.isRangeScan(filters, rowAliasesMap, "Less Than"));
	}

	@Test
	public void testIsRangeScanComposite3EqLtRight() throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowAlias.setAlias("alias");

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(0);
		rowFilter.setFilterType(new FilterType(1, "Equals"));
		rowFilter.setReport(new Report());
		rowFilter.setRowAlias(rowAlias);

		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(2);
		rowAlias1.setAlias("alias1");

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setId(2);
		rowFilter1.setFilterType(new FilterType(1, "Equals"));
		rowFilter1.setReport(new Report());
		rowFilter1.setRowAlias(rowAlias1);

		RowAlias rowAlias2 = new RowAlias();
		rowAlias2.setId(2);
		rowAlias2.setAlias("alias2");

		RowAliasFilter rowFilter2 = new RowAliasFilter();
		rowFilter2.setId(2);
		rowFilter2.setFilterType(new FilterType(2, "Less Than"));
		rowFilter2.setReport(new Report());
		rowFilter2.setRowAlias(rowAlias2);

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();
		filters.add(rowFilter);
		filters.add(rowFilter1);
		filters.add(rowFilter2);

		LinkedHashMap<String, RowAlias> rowAliasesMap = new LinkedHashMap<String, RowAlias>();
		rowAliasesMap.put(rowAlias.getAlias(), rowAlias);
		rowAliasesMap.put(rowAlias1.getAlias(), rowAlias1);
		rowAliasesMap.put(rowAlias2.getAlias(), rowAlias2);

		QueryExecutor exec = new QueryExecutor(null);
		assertTrue(exec.isRangeScan(filters, rowAliasesMap, "Less Than"));
	}

	@Test
	public void testIsRangeScanComposite3EqLtMid() throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowAlias.setAlias("alias");

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(0);
		rowFilter.setFilterType(new FilterType(1, "Equals"));
		rowFilter.setReport(new Report());
		rowFilter.setRowAlias(rowAlias);

		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(2);
		rowAlias1.setAlias("alias1");

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setId(2);
		rowFilter1.setFilterType(new FilterType(2, "Less Than"));
		rowFilter1.setReport(new Report());
		rowFilter1.setRowAlias(rowAlias1);

		RowAlias rowAlias2 = new RowAlias();
		rowAlias2.setId(2);
		rowAlias2.setAlias("alias2");

		RowAliasFilter rowFilter2 = new RowAliasFilter();
		rowFilter2.setId(2);
		rowFilter2.setFilterType(new FilterType(2, "Equals"));
		rowFilter2.setReport(new Report());
		rowFilter2.setRowAlias(rowAlias2);

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();
		filters.add(rowFilter);
		filters.add(rowFilter1);
		filters.add(rowFilter2);

		LinkedHashMap<String, RowAlias> rowAliasesMap = new LinkedHashMap<String, RowAlias>();
		rowAliasesMap.put(rowAlias.getAlias(), rowAlias);
		rowAliasesMap.put(rowAlias1.getAlias(), rowAlias1);
		rowAliasesMap.put(rowAlias2.getAlias(), rowAlias2);

		QueryExecutor exec = new QueryExecutor(null);
		assertTrue(exec.isRangeScan(filters, rowAliasesMap, "Less Than"));
	}

	@Test
	public void testIsRangeScanComposite3LtRight() throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowAlias.setAlias("alias");

		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(2);
		rowAlias1.setAlias("alias1");

		RowAlias rowAlias2 = new RowAlias();
		rowAlias2.setId(2);
		rowAlias2.setAlias("alias2");

		RowAliasFilter rowFilter2 = new RowAliasFilter();
		rowFilter2.setId(2);
		rowFilter2.setFilterType(new FilterType(2, "Less Than"));
		rowFilter2.setReport(new Report());
		rowFilter2.setRowAlias(rowAlias2);

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();
		filters.add(rowFilter2);

		LinkedHashMap<String, RowAlias> rowAliasesMap = new LinkedHashMap<String, RowAlias>();
		rowAliasesMap.put(rowAlias.getAlias(), rowAlias);
		rowAliasesMap.put(rowAlias1.getAlias(), rowAlias1);
		rowAliasesMap.put(rowAlias2.getAlias(), rowAlias2);

		QueryExecutor exec = new QueryExecutor(null);
		assertFalse(exec.isRangeScan(filters, rowAliasesMap, "Less Than"));
	}

	@Test
	public void testIsRangeScanComposite3EqLtLeft() throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowAlias.setAlias("alias");

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setId(0);
		rowFilter.setFilterType(new FilterType(1, "Less Than"));
		rowFilter.setReport(new Report());
		rowFilter.setRowAlias(rowAlias);

		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(2);
		rowAlias1.setAlias("alias1");

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setId(2);
		rowFilter1.setFilterType(new FilterType(2, "Equals"));
		rowFilter1.setReport(new Report());
		rowFilter1.setRowAlias(rowAlias1);

		RowAlias rowAlias2 = new RowAlias();
		rowAlias2.setId(2);
		rowAlias2.setAlias("alias2");

		RowAliasFilter rowFilter2 = new RowAliasFilter();
		rowFilter2.setId(2);
		rowFilter2.setFilterType(new FilterType(2, "Equals"));
		rowFilter2.setReport(new Report());
		rowFilter2.setRowAlias(rowAlias2);

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();
		filters.add(rowFilter);
		filters.add(rowFilter1);
		filters.add(rowFilter2);

		LinkedHashMap<String, RowAlias> rowAliasesMap = new LinkedHashMap<String, RowAlias>();
		rowAliasesMap.put(rowAlias.getAlias(), rowAlias);
		rowAliasesMap.put(rowAlias1.getAlias(), rowAlias1);
		rowAliasesMap.put(rowAlias2.getAlias(), rowAlias2);

		QueryExecutor exec = new QueryExecutor(null);
		assertTrue(exec.isRangeScan(filters, rowAliasesMap, "Less Than"));
	}

	@Test
	public void testGetRowBytes() throws CruxException {
		Mapping mapping = new Mapping();

		ValueType longType = new ValueType(1l, new Datastore(), "Long",
				"java.lang.Long", true);
		ValueType stringType = new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false);

		RowAlias rAliasLong = new RowAlias();
		rAliasLong.setAlias("rowkey");
		rAliasLong.setId(1);
		rAliasLong.setLength(8);
		rAliasLong.setMapping(mapping);
		rAliasLong.setValueType(longType);

		RowAlias rAliasString = new RowAlias();
		rAliasString.setAlias("rowkey");
		rAliasString.setId(2);
		rAliasString.setLength(4);
		rAliasString.setMapping(mapping);
		rAliasString.setValueType(stringType);

		mapping.addRowAlias(rAliasLong);
		mapping.addRowAlias(rAliasString);

		FilterType filter1 = new FilterType();
		filter1.setType("equals");

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setId(1);
		rowFilter1.setFilterType(filter1);
		rowFilter1.setRowAlias(rAliasString);
		rowFilter1.setValue("String");

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();
		filters.add(rowFilter1);

		byte[] row = QueryExecutor.getRowBytes(filters, mapping);
		byte[] expected = Bytes.toBytes("String");

		assertTrue(Bytes.equals(expected, row));
	}

	@Test
	public void testGetRangeFiltersSingleRowAliasGtFilter() throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		Mapping mapping = new Mapping();
		Map<String, RowAlias> rowAliases = new TreeMap<String, RowAlias>();
		mapping.setRowAlias(rowAliases);
		rowAlias.setMapping(mapping);
		rowAlias.setLength(5);
		rowAliases.put("Alias", rowAlias);
		rowAlias.setAlias("Alias");
		rowAlias.setId(1l);

		Report report = new Report();
		ArrayList<RowAliasFilter> rowFilterList = new ArrayList<RowAliasFilter>();
		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setFilterType(new FilterType(2, "Greater Than Equals"));
		rowFilter.setReport(report);
		rowFilter.setRowAlias(rowAlias);
		rowFilter.setValue("start");
		rowFilterList.add(rowFilter);
		report.setRowAliasFilters(rowFilterList);

		QueryExecutor exec = new QueryExecutor(null);
		RangeFilters range = exec.getRangeFilters(report, mapping);
		assertTrue(range.contains(rowFilter));
		assertTrue(range.getGreaterRowFilters().size() == 1);
		assertNull(range.getLesserRowFilters());
	}

	@Test
	public void testGetRangeFiltersSingleRowAliasLtGtFilter() throws CruxException {
		Mapping mapping = new Mapping();
		Map<String, RowAlias> rowAliases = new TreeMap<String, RowAlias>();
		mapping.setRowAlias(rowAliases);

		RowAlias rowAlias = new RowAlias();
		rowAlias.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		rowAlias.setId(1l);
		rowAlias.setMapping(mapping);
		rowAlias.setLength(5);
		rowAlias.setAlias("Alias1");
		rowAlias.setId(1l);
		mapping.addRowAlias(rowAlias);

		Report report = new Report();
		ArrayList<RowAliasFilter> rowFilterList = new ArrayList<RowAliasFilter>();

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setFilterType(new FilterType(1, "Less Than"));
		rowFilter.setReport(report);
		rowFilter.setRowAlias(rowAlias);
		rowFilter.setValue("stop");

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setFilterType(new FilterType(2, "Greater Than Equals"));
		rowFilter1.setReport(report);
		rowFilter1.setRowAlias(rowAlias);
		rowFilter1.setValue("start");

		rowFilterList.add(rowFilter);
		rowFilterList.add(rowFilter1);
		report.setRowAliasFilters(rowFilterList);

		QueryExecutor exec = new QueryExecutor(null);
		RangeFilters range = exec.getRangeFilters(report, mapping);

		assertTrue(range.contains(rowFilter));
		assertTrue(range.contains(rowFilter1));
		assertTrue(range.getGreaterRowFilters().size() == 1);
		assertTrue(range.getLesserRowFilters().size() == 1);

	}

	@Test
	public void testGetRangeFiltersSingleRowAliasLtFilter() throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		Mapping mapping = new Mapping();
		Map<String, RowAlias> rowAliases = new TreeMap<String, RowAlias>();
		mapping.setRowAlias(rowAliases);
		rowAlias.setMapping(mapping);
		rowAlias.setLength(5);
		rowAliases.put("Alias", rowAlias);
		rowAlias.setAlias("Alias");

		Report report = new Report();
		ArrayList<RowAliasFilter> rowFilterList = new ArrayList<RowAliasFilter>();
		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setFilterType(new FilterType(2, "Less Than"));
		rowFilter.setReport(report);
		rowFilter.setRowAlias(rowAlias);
		rowFilter.setValue("start");
		rowFilterList.add(rowFilter);
		report.setRowAliasFilters(rowFilterList);

		QueryExecutor exec = new QueryExecutor(null);
		RangeFilters range = exec.getRangeFilters(report, mapping);

		assertTrue(range.contains(rowFilter));
		assertTrue(range.getLesserRowFilters().size() == 1);
		assertNull(range.getGreaterRowFilters());
	}

	@Test
	public void testGetRangeFiltersDoubleRowAliasLtFilter() throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowAlias.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		rowAlias.setAlias("Alias");
		rowAlias.setLength(5);

		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(2);
		rowAlias1.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		rowAlias1.setLength(5);
		rowAlias1.setAlias("Alias1");

		Mapping mapping = new Mapping();
		Map<String, RowAlias> rowAliases = new TreeMap<String, RowAlias>();
		mapping.setRowAlias(rowAliases);

		rowAlias.setMapping(mapping);
		rowAlias1.setMapping(mapping);

		rowAliases.put("Alias", rowAlias);
		rowAliases.put("Alias1", rowAlias1);

		Report report = new Report();
		ArrayList<RowAliasFilter> rowFilterList = new ArrayList<RowAliasFilter>();
		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setFilterType(new FilterType(1, "Less Than"));
		rowFilter.setReport(report);
		rowFilter.setRowAlias(rowAlias);
		rowFilter.setValue("start");
		rowFilterList.add(rowFilter);

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setFilterType(new FilterType(2, "Equals"));
		rowFilter1.setReport(report);
		rowFilter1.setRowAlias(rowAlias1);
		rowFilter1.setValue("start");
		rowFilterList.add(rowFilter1);
		report.setRowAliasFilters(rowFilterList);

		QueryExecutor exec = new QueryExecutor(null);
		RangeFilters range = exec.getRangeFilters(report, mapping);
		assertTrue(range.contains(rowFilter));
		assertTrue(range.contains(rowFilter1));
		assertTrue(range.getLesserRowFilters().size() == 2);
		assertNull(range.getGreaterRowFilters());
	}

	@Test
	public void testGetRangeFiltersDoubleRowAliasGtFilter() throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowAlias.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		rowAlias.setAlias("Alias");
		rowAlias.setLength(5);

		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(2);
		rowAlias1.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		rowAlias1.setLength(5);
		rowAlias1.setAlias("Alias1");

		Mapping mapping = new Mapping();
		Map<String, RowAlias> rowAliases = new TreeMap<String, RowAlias>();
		mapping.setRowAlias(rowAliases);

		rowAlias.setMapping(mapping);
		rowAlias1.setMapping(mapping);

		rowAliases.put("Alias", rowAlias);
		rowAliases.put("Alias1", rowAlias1);

		Report report = new Report();
		ArrayList<RowAliasFilter> rowFilterList = new ArrayList<RowAliasFilter>();
		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setFilterType(new FilterType(1, "Greater Than Equals"));
		rowFilter.setReport(report);
		rowFilter.setRowAlias(rowAlias);
		rowFilter.setValue("start");
		rowFilterList.add(rowFilter);

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setFilterType(new FilterType(2, "Equals"));
		rowFilter1.setReport(report);
		rowFilter1.setRowAlias(rowAlias1);
		rowFilter1.setValue("start");
		rowFilterList.add(rowFilter1);
		report.setRowAliasFilters(rowFilterList);

		QueryExecutor exec = new QueryExecutor(null);
		RangeFilters range = exec.getRangeFilters(report, mapping);
		assertTrue(range.contains(rowFilter));
		assertTrue(range.contains(rowFilter1));
		assertTrue(range.getGreaterRowFilters().size() == 2);
		assertNull(range.getLesserRowFilters());
	}

	@Test
	public void testGetRangeFiltersDoubleRowAliasGtFilterRight() throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowAlias.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		rowAlias.setAlias("Alias");
		rowAlias.setLength(5);

		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(2);
		rowAlias1.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		rowAlias1.setLength(5);
		rowAlias1.setAlias("Alias1");

		Mapping mapping = new Mapping();
		Map<String, RowAlias> rowAliases = new TreeMap<String, RowAlias>();
		mapping.setRowAlias(rowAliases);

		rowAlias.setMapping(mapping);
		rowAlias1.setMapping(mapping);

		rowAliases.put("Alias", rowAlias);
		rowAliases.put("Alias1", rowAlias1);

		Report report = new Report();
		ArrayList<RowAliasFilter> rowFilterList = new ArrayList<RowAliasFilter>();
		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setFilterType(new FilterType(1, "Equals"));
		rowFilter.setReport(report);
		rowFilter.setRowAlias(rowAlias);
		rowFilter.setValue("start");
		rowFilterList.add(rowFilter);

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setFilterType(new FilterType(2, "Greater Than Equals"));
		rowFilter1.setReport(report);
		rowFilter1.setRowAlias(rowAlias1);
		rowFilter1.setValue("start");
		rowFilterList.add(rowFilter1);
		report.setRowAliasFilters(rowFilterList);

		QueryExecutor exec = new QueryExecutor(null);
		RangeFilters range = exec.getRangeFilters(report, mapping);
		assertTrue(range.contains(rowFilter));
		assertTrue(range.contains(rowFilter1));
		assertTrue(range.getGreaterRowFilters().size() == 2);
		assertNull(range.getLesserRowFilters());
	}

	@Test
	public void testGetRangeFiltersDoubleRowAliasGtFilterRightMissingFilterLeft() throws CruxException {
		RowAlias rowAlias = new RowAlias();
		rowAlias.setId(1);
		rowAlias.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		rowAlias.setAlias("Alias");
		rowAlias.setLength(5);

		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setId(2);
		rowAlias1.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		rowAlias1.setLength(5);
		rowAlias1.setAlias("Alias1");

		Mapping mapping = new Mapping();
		Map<String, RowAlias> rowAliases = new TreeMap<String, RowAlias>();
		mapping.setRowAlias(rowAliases);

		rowAlias.setMapping(mapping);
		rowAlias1.setMapping(mapping);

		rowAliases.put("Alias", rowAlias);
		rowAliases.put("Alias1", rowAlias1);

		Report report = new Report();
		ArrayList<RowAliasFilter> rowFilterList = new ArrayList<RowAliasFilter>();
		RowAliasFilter rowFilter = new RowAliasFilter();
		/*rowFilter.setFilterType(new FilterType(1, "Equals"));
		rowFilter.setReport(report);
		rowFilter.setRowAlias(rowAlias);
		rowFilter.setValue("start");
		rowFilterList.add(rowFilter);*/

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setFilterType(new FilterType(2, "Greater Than Equals"));
		rowFilter1.setReport(report);
		rowFilter1.setRowAlias(rowAlias1);
		rowFilter1.setValue("start");
		rowFilterList.add(rowFilter1);
		report.setRowAliasFilters(rowFilterList);

		QueryExecutor exec = new QueryExecutor(null);
		RangeFilters range = exec.getRangeFilters(report, mapping);
		assertNull(range.getGreaterRowFilters());
		assertNull(range.getLesserRowFilters());
	}

	@Test
	public void testGetRangeFiltersDoubleRowAliasWrongFilter()
			throws CruxException {
		Mapping mapping = new Mapping();
		Map<String, RowAlias> rowAliases = new TreeMap<String, RowAlias>();
		mapping.setRowAlias(rowAliases);

		RowAlias rowAlias = new RowAlias();
		RowAlias rowAlias1 = new RowAlias();

		rowAlias1.setId(1);
		rowAlias1.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		rowAlias1.setMapping(mapping);
		rowAlias1.setLength(5);
		rowAlias1.setAlias("Alias1");

		rowAlias.setId(2);
		rowAlias.setLength(5);
		rowAlias.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		rowAlias.setAlias("Alias");
		rowAlias.setMapping(mapping);

		rowAliases.put("Alias", rowAlias);
		rowAliases.put("Alias1", rowAlias1);

		Report report = new Report();
		ArrayList<RowAliasFilter> rowFilterList = new ArrayList<RowAliasFilter>();
		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setFilterType(new FilterType(2, "Greater Than"));
		rowFilter.setReport(report);
		rowFilter.setRowAlias(rowAlias);
		rowFilter.setValue("start");
		rowFilterList.add(rowFilter);

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setFilterType(new FilterType(2, "Less Than"));
		rowFilter1.setReport(report);
		rowFilter1.setRowAlias(rowAlias1);
		rowFilter1.setValue("start");
		rowFilterList.add(rowFilter1);
		report.setRowAliasFilters(rowFilterList);

		QueryExecutor exec = new QueryExecutor(null);
		RangeFilters range = exec.getRangeFilters(report, mapping);

		assertNull(range.getGreaterRowFilters());
		assertNull(range.getLesserRowFilters());
	}

	@Test
	public void testGetRowBytesMultiple() throws CruxException {
		Mapping mapping = new Mapping();

		ValueType longType = new ValueType(1l, new Datastore(), "Long",
				"java.lang.Long", true);
		ValueType stringType = new ValueType(2l, new Datastore(), "String",
				"java.lang.String", false);

		RowAlias rAliasLong = new RowAlias();
		rAliasLong.setAlias("rowkey");
		rAliasLong.setId(1);
		rAliasLong.setLength(8);
		rAliasLong.setMapping(mapping);
		rAliasLong.setValueType(longType);

		RowAlias rAliasString = new RowAlias();
		rAliasString.setAlias("rowkey");
		rAliasString.setId(2);
		rAliasString.setLength(4);
		rAliasString.setMapping(mapping);
		rAliasString.setValueType(stringType);

		mapping.addRowAlias(rAliasLong);
		mapping.addRowAlias(rAliasString);

		FilterType filter1 = new FilterType();
		filter1.setType("equals");

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setId(1);
		rowFilter1.setFilterType(filter1);
		rowFilter1.setRowAlias(rAliasString);
		rowFilter1.setValue("String");

		FilterType filter2 = new FilterType();
		filter2.setType("equals");

		RowAliasFilter rowFilter2 = new RowAliasFilter();
		rowFilter2.setId(2);
		rowFilter2.setFilterType(filter2);
		rowFilter2.setRowAlias(rAliasLong);
		rowFilter2.setValue("123");

		ArrayList<RowAliasFilter> filters = new ArrayList<RowAliasFilter>();
		filters.add(rowFilter1);
		filters.add(rowFilter2);

		byte[] row = QueryExecutor.getRowBytes(filters, mapping);
		byte[] expected = Bytes.add(Bytes.toBytes(new Long(123)), Bytes.toBytes("String"));

		assertTrue(Bytes.equals(expected, row));
	}

	@Test
	public void testSetRangeScan() throws CruxException {
		Mapping mapping = new Mapping();
		Map<String, RowAlias> rowAliases = new TreeMap<String, RowAlias>();
		mapping.setRowAlias(rowAliases);

		RowAlias rowAlias = new RowAlias();
		rowAlias.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		rowAlias.setId(1l);
		rowAlias.setMapping(mapping);
		rowAlias.setLength(5);
		rowAlias.setAlias("Alias1");

		Report report = new Report();
		ArrayList<RowAliasFilter> rowFilterList = new ArrayList<RowAliasFilter>();

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setFilterType(new FilterType(1, "Less Than"));
		rowFilter.setReport(report);
		rowFilter.setRowAlias(rowAlias);
		rowFilter.setValue("stop");

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setFilterType(new FilterType(2, "Greater Than Equals"));
		rowFilter1.setReport(report);
		rowFilter1.setRowAlias(rowAlias);
		rowFilter1.setValue("start");

		rowFilterList.add(rowFilter);
		rowFilterList.add(rowFilter1);
		report.setRowAliasFilters(rowFilterList);

		QueryExecutor exec = new QueryExecutor(null);

		ArrayList<RowAliasFilter> lesserFilters = new ArrayList<RowAliasFilter>();
		lesserFilters.add(rowFilter);

		ArrayList<RowAliasFilter> greaterFilters = new ArrayList<RowAliasFilter>();
		greaterFilters.add(rowFilter1);

		RangeFilters rangeFilters = new RangeFilters(lesserFilters, greaterFilters);

		Scan scan = new Scan();
		exec.setRangeScan(scan, mapping, rangeFilters);

		assertTrue(Bytes.equals(scan.getStartRow(), Bytes.toBytes("start")));
		assertTrue(Bytes.equals(scan.getStopRow(), Bytes.toBytes("stop")));
	}

	@Test
	public void testSetRangeScanOnlyLt() throws CruxException {
		Mapping mapping = new Mapping();
		Map<String, RowAlias> rowAliases = new TreeMap<String, RowAlias>();
		mapping.setRowAlias(rowAliases);

		RowAlias rowAlias = new RowAlias();
		rowAlias.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		rowAlias.setId(1l);
		rowAlias.setMapping(mapping);
		rowAlias.setLength(5);
		rowAlias.setAlias("Alias1");

		Report report = new Report();
		ArrayList<RowAliasFilter> rowFilterList = new ArrayList<RowAliasFilter>();

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setFilterType(new FilterType(1, "Less Than"));
		rowFilter.setReport(report);
		rowFilter.setRowAlias(rowAlias);
		rowFilter.setValue("stop");

		rowFilterList.add(rowFilter);
		report.setRowAliasFilters(rowFilterList);

		QueryExecutor exec = new QueryExecutor(null);

		ArrayList<RowAliasFilter> lesserFilters = new ArrayList<RowAliasFilter>();
		lesserFilters.add(rowFilter);

		RangeFilters rangeFilters = new RangeFilters(lesserFilters, null);

		Scan scan = new Scan();
		exec.setRangeScan(scan, mapping, rangeFilters);

		assertTrue(Bytes.equals(scan.getStartRow(), Bytes.toBytes("")));
		assertTrue(Bytes.equals(scan.getStopRow(), Bytes.toBytes("stop")));
	}

	@Test
	public void testSetRangeScanOnlyGt() throws CruxException {
		Mapping mapping = new Mapping();
		Map<String, RowAlias> rowAliases = new TreeMap<String, RowAlias>();
		mapping.setRowAlias(rowAliases);

		RowAlias rowAlias = new RowAlias();
		rowAlias.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		rowAlias.setId(1l);
		rowAlias.setMapping(mapping);
		rowAlias.setLength(4);
		rowAlias.setAlias("Alias1");

		RowAlias rowAlias1 = new RowAlias();
		rowAlias1.setValueType(new ValueType(1l, new Datastore(), "String",
				"java.lang.String", false));
		rowAlias1.setId(2l);
		rowAlias.setMapping(mapping);
		rowAlias.setLength(5);
		rowAlias.setAlias("Alias2");

		Report report = new Report();
		ArrayList<RowAliasFilter> rowFilterList = new ArrayList<RowAliasFilter>();

		RowAliasFilter rowFilter = new RowAliasFilter();
		rowFilter.setFilterType(new FilterType(1, "Equals"));
		rowFilter.setReport(report);
		rowFilter.setRowAlias(rowAlias);
		rowFilter.setValue("stop");

		RowAliasFilter rowFilter1 = new RowAliasFilter();
		rowFilter1.setFilterType(new FilterType(2, "Greater Than Equals"));
		rowFilter1.setReport(report);
		rowFilter1.setRowAlias(rowAlias1);
		rowFilter1.setValue("start");

		rowFilterList.add(rowFilter);
		rowFilterList.add(rowFilter1);
		report.setRowAliasFilters(rowFilterList);

		QueryExecutor exec = new QueryExecutor(null);

		ArrayList<RowAliasFilter> greaterFilters = new ArrayList<RowAliasFilter>();
		greaterFilters.add(rowFilter);
		greaterFilters.add(rowFilter1);

		RangeFilters rangeFilters = new RangeFilters(null, greaterFilters);

		Scan scan = new Scan();
		exec.setRangeScan(scan, mapping, rangeFilters);

		assertTrue(Bytes.equals(scan.getStartRow(), Bytes.toBytes("stopstart")));
		assertTrue(Bytes.equals(scan.getStopRow(), Bytes.toBytes("")));
	}

}

redpajama_set_name: RedPajamaGithub


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On Friday, August 10 at 21:30 at the stadium "Jan Bradel" at the stage of the third round of the Belgian Premier League, Bruges will fight on the field with Kortrijk.
Brugge, having scored 46 points for 10 games of the Championship Major League Championship play-off, finished the last season on the prize-winning first place in the standings. In the summer football players from Bruges conducted 5 friendly sparring, which brought the division 3 wins and 2 draws. In 2018 at the home stadium Bruges held 11 matches, of which in 6 games they won, lost in 2 and in 3 matches was a draw. In the first round of the championship of Belgium, the "black and blue" won with a score from Eipen.
Kortrijk, in turn, won in the 10th round of the European League Group, and having scored 19 points, he finished 2nd in the group A. In summer Kortrijk held 6 friendly matches, of which 3 won, 1 lost and 2 games it's a draw. In 2018, on the guest field, football players from the city of Kortrijk participated in 11 games, 6 wins with 5 losses. In the first rounds of the championship of the Major League Kortrijk in the first game lost to Anderlecht 1: 4, and played in a draw (0: 0) with Antwerp in the second round.
Brugge won three last meetings at Kortrijk with a total score of 12: 3. This season the hosts started strongly, so they should wait for the continuation of the series. Bet: the victory of Bruges with a handicap - F1 (-1).
Forecast: F1 (-1) with a coefficient of 1.5Open the 3rd round of Belgium's Major League will be a match between Bruges and Kortrijk.
Last season, both of their meetings remained for the "black and blue" - 1: 2 and 2: 1. I wonder if Bruges will continue his series of victories over Kortrijk?
Brugge started in the new season with a victory in the Super Bowl of Belgium, where the team beat Standard - 2: 1. Next wards Ivan Leko continued to win, and scored in the starting 2 rounds maximum 6 points. In addition, the houses "black and blue" are very effective, because they beat the Eipen with a score of 5: 2.
Free prediction for the match of Brugge - Kortrijk: "Victory of Bruges". Bookmaker William Hill offers on this outcome a coefficient of 1.42.
In the third round of the Belgian football championship, the strongest team of this country, Bruges, will take Kortrijk in his field. Future hosts - the obvious favorites of the upcoming match, with the line drawn, it is worth agreeing. Bruges started the season perfectly, but it's impossible to say about future guests, for sure the "black and blue" will do everything possible to improve their tournament position, and Kortrijk players will be happy if they can take at least one point from Bradel.
Before the official season, Bruges held a number of control matches, from the last: a draw with Mechelen and a victory over Hapoel from Haifa 3: 1. The season began for the bruises from the match for the Belgian Supercup against Liege Standard, which ended in a 2-1 victory against the "black and blue". After this, the future hosts defeated 5: 2 Eupen and 1: 0 Mukron. In the standings of the Belgian championship, Bruges divides the first and second line together with Anderlecht.
Unlike Bruges, Kortrijk does not have any wins in the season. After a series of friendly sparring, among which is a victorious 5-0 over Harelbeke, Kortrijk lost 1: 4 to Anderlecht and played a 0-0 draw with Antwerp. In the active guests only one point, 13th place in the tournament.
In a duel of the 3rd round of the Belgian Major League, Bruges and Kortrijk will compete. In the last three face-to-face meetings of the teams, the victory was won by "black and blue". I wonder if the guests will be able to impose on the more famous opponent the fight in the upcoming game?
Brugge, in preparation for the current season, held 5 friendly matches, in which he painted 2 world and scored 3 wins. At the end of last month, the hosts managed to win the Super Cup, having beaten 2: 1 with Standard. It is also worth noting that the "black and blue" won in the two rounds of the championship.
Kortrijk, in turn, did not manage to oppose Anderlecht - 1: 4 in the starting round of the Major League. As for the second match of the championship, in it the guests painted the world with Antwerp - 0: 0. It is noteworthy that in 6 off-season control games, the Glen de Beech team scored 2 wins.
Bookmakers in the upcoming game on the side of Bruges. This is true, because the hosts have started off powerfully in the season and are unlikely to slow down. Proceeding from this, it is worth to put it on the "black and blue" with a small handicap.
The opening of the third round of the Belgian championship will be a confrontation between "Bruges" and "Kortrijk". In the past season, today's hosts were stronger - 2: 1 and 1: 2. Will their winning series continue in games with the current opponent? We'll figure out.
"Black and Blue" started with a super-cup victory, where they beat 2: 1 "Standard". After the players Leko continued their winning way and mined 6 points for two rounds. The overall scoring account is 5: 2, which indicates a fairly productive game on their part.
"Kortrijk" so far not happy with his game, because it turned out only 1 point for two rounds. The de Buque's team jumped 1: 4 from Anderlecht, and after 0-0 with Antwerp. So far their style of play is not quite clear.
Bruges will take Kortrijk in the third round of the League of the Jupiliers. The hosts confidently started in the championship and at the moment have 2 wins, while the guests became victims of a strong calendar at the start.
Black and blue are well established in the offseason and as for me have become a little stronger. Defense strengthened the central defender of Besiktas Matei Mitrovic, for 3 million euros bought from Hajduk talented goalkeeper Karl Letitsa. And in the championship started quite a lot of fun with the defeat of Eipen 5-2 .. In Muskrona the game developed very difficult, because 80 minutes of the minority with the removal of Wesley, but in the end a 1-0 win and a home game with Kortrijk who defensively does not have to bear a serious threats.
The guests also gave Anderlecht their opornik Makarenko, and on the defense signed several free agents and so far it is clear that the new lineup is not very played. Received at the start of 1-4 from Anderlecht at home, and then stood in Antwerp with the full advantage of the hosts 0-0. Now the game is even more difficult against the champion of Bruges and for sure the guests will have to sit tight on the defensive, and given that the hosts will be missing one of the leading forwards of the team will certainly give a chance to Schrijversu who is not very satisfied in Bruges.
Given these factors, it seems to me that the victory of Bruges will be grassroots, and since Kortrijk looks very weak in the attack outside the home stadium, I suggest that the main bet is to play the Victory of Bruges through TM 4.5, and an alternative to the ITM underdog.
Forecast for the match "Brugge" - "Kortrijk", P1. Bookmakers are completely on the side of the hosts, which is quite logical. The fact is that the composition of the first team is clearly more powerful, and here is also the home atmosphere of the game.


Content Areas are the main subject areas for Secondary and World Language majors in the Teacher Education programs. It is both a licensure and degree requirement. Graduate students must consult with their Content Area Advisors for a transcript review to determine if deficiencies exist in their content area and if additional coursework is needed. Content area courses must be completed before student teaching.
Licensure Requirements are subject to change for the discretion of the Illinois State Board of Education (ISBE).
*Students are assigned a Content Advisor based on the last 2 digits of their student ID number.


Help on a Putnam Problem from the 90s Does using OpenDNS or Google DNS affect anything about security or gaming speed? Is it decidable to check if an element has finite order or not? The script created two users: sshd and sshd_server. And installed again, but sshd is not running as a service.
From: Larry Hall (Cygwin) Index Nav: [DateIndex] [SubjectIndex] [AuthorIndex] [ThreadIndex] Message Nav: [DatePrev][DateNext] [ThreadPrev][ThreadNext] current community blog chat Super User Meta Super User your communities Sign up or log in to Join them; it only takes a minute: Sign up Unable to start cygwin sshd service up vote 24 down vote favorite 8 I entered ssh-host-config into the cygwin prompt (started with Literary Haikus Is "The empty set is a subset of any set" a convention? Sign up now.
Top reply Mon, 01/06/2015 - 08:50 (Reply to #18) #19 grobbe Offline Last seen: 1 year 4 months ago Joined: 19.05.2015 - 20:21 Copssh was restarted via the Copssh was restarted Suggestions, please? Your list and help resource has been invaluable to me. The service did not report an error.
Finally I was able to start it. My error was "Privilege separation user sshd does not exist" so I ran ssh-host-config again to enable the Privilege separation :) –Bloke Jan 21 '14 at 3:51 add a comment| up splitting lists into sublists I'm about to automate myself out of a job. I recommend that you uninstall Copssh on the problem server completely - uninstall, remove the installation directory and the service account and try to install again.
Now start service as net start sshd It worked for me! I then re-ran ssh-host-config. Help on a Putnam Problem from the 90s Why do most log files use plain text rather than a binary format? What will be the value of the following determinant without expanding it?
lists Re: Still seeing "Win32 error 1062" starting sshd with "cygrunsrv -S" with openssh-4.5p1-1. From: ukr . Solution 1. Are old versions of Windows at risk of modern malware attacks?
Is there a way to ensure that HTTPS works? executed command line and received the following: SFTP: Couldn't agree a client-to-server cipher (available: aes128-ctr,aes192-ctr,aes256-ctr,[email protected],[email protected],[email protected]) Top reply Thu, 28/05/2015 - 10:55 (Reply to #11) #12 itefix Offline Last seen: 10 hours Solution 1. Help on a Putnam Problem from the 90s Time waste of execv() and fork() How to implement \text in plain tex?
To disable this run the RDPlus admin tool, go to the Web tab and disable SSH Tunneling. PuTTY slow connecting to Linux SSH server I'm about to automate myself out of a job. Try reinstalling. cygrunsrv: Error starting a service: QueryServiceStatus: Win32 error 1062: The service has not been started. ...when trying to start sshd (OpenSSH_3.5p1) on Win2K after installing per the instructions at http://tech.erdelynet.com/cygwin-sshd.html.
I'm not subscribed to the list, so, no replies necessary. TIME. ...make the fix .....run cygrunsrv -S sshd .......curse profusely Check the Windoze event logs. ...Do you have duplicate dll files?? Solution: go to the Cygwin Command prompt (with run as admin ) and enter ssh-keygen -A the missing host key were generated . share|improve this answer edited Mar 8 '14 at 5:58 community wiki 2 revsmisterich add a comment| up vote 1 down vote For me it turned out to be a compatibility issue.
Finally, I tried to look at it from a WinNT admin perspective and instead of using bash/Cygwin, checked permissions via Windows Explorer. share|improve this answer edited Dec 8 '13 at 16:04 Andrea 3,562142940 answered Dec 8 '13 at 11:58 Sriwantha Attanayake 3,95312737 add a comment| up vote 4 down vote I tried above I was trying to run it in Win7. Solution 2.
more stack exchange communities company blog Stack Exchange Inbox Reputation and Badges sign up log in tour help Tour Start here for a quick overview of the site Help Center Detailed Start then Copssh Control Panel and check log contents. The only additional thing I had to do was mkdir /var/empty –wytten Mar 17 at 19:12 add a comment| up vote 2 down vote Followed the steps provide by Andrea Solution Mine was at "/cygdrive/c/Program Files (x86)/socat-1.7.2.0/cygwin1.dll." Boo, socat!


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