pt-table-checksum 库名不一样怎么办

1个回答

Quicksum 求和的问题
Problem Description A checksum is an algorithm that scans a packet of data and returns a single number. The idea is that if the packet is changed, the checksum will also change, so checksums are often used for detecting transmission errors, validating document contents, and in many other situations where it is necessary to detect undesirable changes in data. For this problem, you will implement a checksum algorithm called Quicksum. A Quicksum packet allows only uppercase letters and spaces. It always begins and ends with an uppercase letter. Otherwise, spaces and letters can occur in any combination, including consecutive spaces. A Quicksum is the sum of the products of each character's position in the packet times the character's value. A space has a value of zero, while letters have a value equal to their position in the alphabet. So, A=1, B=2, etc., through Z=26. Here are example Quicksum calculations for the packets "ACM" and "MID CENTRAL": ACM: 1*1 + 2*3 + 3*13 = 46MID CENTRAL: 1*13 + 2*9 + 3*4 + 4*0 + 5*3 + 6*5 + 7*14 + 8*20 + 9*18 + 10*1 + 11*12 = 650 Input The input consists of one or more packets followed by a line containing only # that signals the end of the input. Each packet is on a line by itself, does not begin or end with a space, and contains from 1 to 255 characters. Output For each packet, output its Quicksum on a separate line in the output. Sample Input ACM MID CENTRAL REGIONAL PROGRAMMING CONTEST ACN A C M ABC BBC # Sample Output 46 650 4690 49 75 14 15

C++网络编程问题，附部分代码
/*下边实现tcp数据包分析的函数定义tcp_protocol_packet_callback*/ void tcp_protocol_packet_callback(u_char *argument,const struct pcap_pkthdr* packet_header,const u_char* packet_content) { struct tcp_header *tcp_protocol ; /*tcp协议变量*/ u_char flags; /*标记*/ int header_length; /*头长度*/ u_short source_port; /*源端口*/ u_short destination_port; /*目的端口*/ u_short windows; /*窗口大小*/ u_short urgent_pointer; /*紧急指针*/ u_int sequence; /*序列号*/ u_int acknowledgement; /*确认号*/ u_int16_t checksum; /*检验和*/ tcp_protocol=(struct tcp_header *) (packet_content+14+20); /*获得tcp首部内容*/ 为什么这里tcp_protocol=(struct tcp_header *) (packet_content+14+20)是14+20啊
Quicksum 快速求和
Problem Description A checksum is an algorithm that scans a packet of data and returns a single number. The idea is that if the packet is changed, the checksum will also change, so checksums are often used for detecting transmission errors, validating document contents, and in many other situations where it is necessary to detect undesirable changes in data. For this problem, you will implement a checksum algorithm called Quicksum. A Quicksum packet allows only uppercase letters and spaces. It always begins and ends with an uppercase letter. Otherwise, spaces and letters can occur in any combination, including consecutive spaces. A Quicksum is the sum of the products of each character's position in the packet times the character's value. A space has a value of zero, while letters have a value equal to their position in the alphabet. So, A=1, B=2, etc., through Z=26. Here are example Quicksum calculations for the packets "ACM" and "MID CENTRAL": ACM: 1*1 + 2*3 + 3*13 = 46MID CENTRAL: 1*13 + 2*9 + 3*4 + 4*0 + 5*3 + 6*5 + 7*14 + 8*20 + 9*18 + 10*1 + 11*12 = 650 Input The input consists of one or more packets followed by a line containing only # that signals the end of the input. Each packet is on a line by itself, does not begin or end with a space, and contains from 1 to 255 characters. Output For each packet, output its Quicksum on a separate line in the output. Sample Input ACM MID CENTRAL REGIONAL PROGRAMMING CONTEST ACN A C M ABC BBC # Sample Output 46 650 4690 49 75 14 15
Linux抓icmp包分析错误？

red hat 8 安装vsftpd失败，报下面错误，怎么解决
[root@shufeng yum.repos.d]# yum install vsftpd* -y Updating Subscription Management repositories. Unable to read consumer identity This system is not registered to Red Hat Subscription Management. You can use subscription-manager to register. 上次元数据过期检查：0:20:28 前，执行于 2019年12月12日 星期四 09时12分29秒。 依赖关系解决。 ======================================================================================= 软件包 架构 版本 仓库 大小 ======================================================================================= Installing: vsftpd x86_64 3.0.3-28.el8 AppStream 180 k 事务概要 ======================================================================================= 安装 1 软件包 总下载：180 k 安装大小：356 k 下载软件包： Error opening file for checksum: Packages/vsftpd-3.0.3-28.el8.x86_64.rpm 软件包 "vsftpd-3.0.3-28.el8.x86_64"（来自于本地仓库 "AppStream"）的 checksum 不正确 错误：本地仓库的一些软件包校验值(checksum)不正确，无法确定软件包完整

Quicksum 的计算
Problem Description A checksum is an algorithm that scans a packet of data and returns a single number. The idea is that if the packet is changed, the checksum will also change, so checksums are often used for detecting transmission errors, validating document contents, and in many other situations where it is necessary to detect undesirable changes in data. For this problem, you will implement a checksum algorithm called Quicksum. A Quicksum packet allows only uppercase letters and spaces. It always begins and ends with an uppercase letter. Otherwise, spaces and letters can occur in any combination, including consecutive spaces. A Quicksum is the sum of the products of each character's position in the packet times the character's value. A space has a value of zero, while letters have a value equal to their position in the alphabet. So, A=1, B=2, etc., through Z=26. Here are example Quicksum calculations for the packets "ACM" and "MID CENTRAL": ACM: 1*1 + 2*3 + 3*13 = 46MID CENTRAL: 1*13 + 2*9 + 3*4 + 4*0 + 5*3 + 6*5 + 7*14 + 8*20 + 9*18 + 10*1 + 11*12 = 650 Input The input consists of one or more packets followed by a line containing only # that signals the end of the input. Each packet is on a line by itself, does not begin or end with a space, and contains from 1 to 255 characters. Output For each packet, output its Quicksum on a separate line in the output. Sample Input ACM MID CENTRAL REGIONAL PROGRAMMING CONTEST ACN A C M ABC BBC # Sample Output 46 650 4690 49 75 14 15
SVN迁移到GIT报Checksum mismatch: TapiParser/jar/tapiParser/tapiParser.jar c7a0bbbcc00e06bf963e4499faf8292c29133090 expected: c8d8b55b252bad17d6e53a6435eb44cd got: 706a1cb8c2fe7c059d37cbf427df4795

Quicksum 具体怎么来实现
Problem Description A checksum is an algorithm that scans a packet of data and returns a single number. The idea is that if the packet is changed, the checksum will also change, so checksums are often used for detecting transmission errors, validating document contents, and in many other situations where it is necessary to detect undesirable changes in data. For this problem, you will implement a checksum algorithm called Quicksum. A Quicksum packet allows only uppercase letters and spaces. It always begins and ends with an uppercase letter. Otherwise, spaces and letters can occur in any combination, including consecutive spaces. A Quicksum is the sum of the products of each character's position in the packet times the character's value. A space has a value of zero, while letters have a value equal to their position in the alphabet. So, A=1, B=2, etc., through Z=26. Here are example Quicksum calculations for the packets "ACM" and "MID CENTRAL": ACM: 1*1 + 2*3 + 3*13 = 46MID CENTRAL: 1*13 + 2*9 + 3*4 + 4*0 + 5*3 + 6*5 + 7*14 + 8*20 + 9*18 + 10*1 + 11*12 = 650 Input The input consists of one or more packets followed by a line containing only # that signals the end of the input. Each packet is on a line by itself, does not begin or end with a space, and contains from 1 to 255 characters. Output For each packet, output its Quicksum on a separate line in the output. Sample Input ACM MID CENTRAL REGIONAL PROGRAMMING CONTEST ACN A C M ABC BBC # Sample Output 46 650 4690 49 75 14 15
tracert程序编译成功运行后，无法正常发送接收包，输出结果只有123456789101112131415161718192021222324252627282930，不显示详细情况，单步运行后发现接收发送包的部分没执行

Problem Description A checksum is an algorithm that scans a packet of data and returns a single number. The idea is that if the packet is changed, the checksum will also change, so checksums are often used for detecting transmission errors, validating document contents, and in many other situations where it is necessary to detect undesirable changes in data. For this problem, you will implement a checksum algorithm called Quicksum. A Quicksum packet allows only uppercase letters and spaces. It always begins and ends with an uppercase letter. Otherwise, spaces and letters can occur in any combination, including consecutive spaces. A Quicksum is the sum of the products of each character's position in the packet times the character's value. A space has a value of zero, while letters have a value equal to their position in the alphabet. So, A=1, B=2, etc., through Z=26. Here are example Quicksum calculations for the packets "ACM" and "MID CENTRAL": ACM: 1*1 + 2*3 + 3*13 = 46MID CENTRAL: 1*13 + 2*9 + 3*4 + 4*0 + 5*3 + 6*5 + 7*14 + 8*20 + 9*18 + 10*1 + 11*12 = 650 Input The input consists of one or more packets followed by a line containing only # that signals the end of the input. Each packet is on a line by itself, does not begin or end with a space, and contains from 1 to 255 characters. Output For each packet, output its Quicksum on a separate line in the output. Sample Input ACM MID CENTRAL REGIONAL PROGRAMMING CONTEST ACN A C M ABC BBC # Sample Output 46 650 4690 49 75 14 15

svn检出报错，别的机子可以检出项目，我的检出的时候报错？求解！

udp洪水攻击照着别人的视频敲了以后出现transport endpoint is not connected和 Invalid argument怎么解决这个问题？

xml文件是遥感数据的的头文件，希望从中提取时间区域等信息，Java小白，求大佬们教教怎么整 ，头文件如下： ``` <?xml version="1.0" encoding="UTF-8"?> <!DOCTYPE GranuleMetaDataFile SYSTEM "http://ecsinfo.gsfc.nasa.gov/ECSInfo/ecsmetadata/dtds/DPL/ECS/ScienceGranuleMetadata.dtd"> <GranuleMetaDataFile> <DTDVersion>1.0</DTDVersion> <DataCenterId>EDC</DataCenterId> <GranuleURMetaData> <GranuleUR>SC:MOD13A2.005:2132545364</GranuleUR> <DbID>2132545364</DbID> <InsertTime>2014-06-11 02:11:28.496</InsertTime> <LastUpdate>2014-06-12 02:11:37.037</LastUpdate> <CollectionMetaData> <ShortName>MOD13A2</ShortName> <VersionID>5</VersionID> </CollectionMetaData> <DataFiles> <DataFileContainer> <DistributedFileName>MOD13A2.A2014145.h27v05.005.2014162030850.hdf</DistributedFileName> <FileSize>16891955</FileSize> <ChecksumType>CKSUM</ChecksumType> <Checksum>1091827715</Checksum> <ChecksumOrigin>DPLIngst</ChecksumOrigin> </DataFileContainer> </DataFiles> <ECSDataGranule> <SizeMBECSDataGranule>16.1094</SizeMBECSDataGranule> <ReprocessingPlanned>further update is anticipated</ReprocessingPlanned> <ReprocessingActual>reprocessed</ReprocessingActual> <LocalGranuleID>MOD13A2.A2014145.h27v05.005.2014162030850.hdf</LocalGranuleID> <DayNightFlag>Day</DayNightFlag> <ProductionDateTime>2014-06-11 07:08:50.000</ProductionDateTime> <LocalVersionID>5.2.2</LocalVersionID> </ECSDataGranule> <PGEVersionClass> <PGEVersion>5.2.7</PGEVersion> </PGEVersionClass> <RangeDateTime> <RangeEndingTime>23:59:59.000000</RangeEndingTime> <RangeEndingDate>2014-06-09</RangeEndingDate> <RangeBeginningTime>00:00:00.000000</RangeBeginningTime> <RangeBeginningDate>2014-05-25</RangeBeginningDate> </RangeDateTime> <SpatialDomainContainer> <HorizontalSpatialDomainContainer> <GPolygon> <Boundary> <Point> <PointLongitude>103.700805509875</PointLongitude> <PointLatitude>29.9063240058583</PointLatitude> </Point> <Point> <PointLongitude>117.356422833073</PointLongitude> <PointLatitude>40.0849484191919</PointLatitude> </Point> <Point> <PointLongitude>130.564483119946</PointLongitude> <PointLatitude>39.998491208368</PointLatitude> </Point> <Point> <PointLongitude>115.388076442344</PointLongitude> <PointLatitude>29.8298156547937</PointLatitude> </Point> </Boundary> </GPolygon> </HorizontalSpatialDomainContainer> </SpatialDomainContainer> <MeasuredParameter> <MeasuredParameterContainer> <ParameterName>1 km 16 days NDVI</ParameterName> <QAStats> <QAPercentMissingData>0</QAPercentMissingData> <QAPercentOutofBoundsData>0</QAPercentOutofBoundsData> <QAPercentInterpolatedData>100</QAPercentInterpolatedData> <QAPercentCloudCover>2</QAPercentCloudCover> </QAStats> <QAFlags> <AutomaticQualityFlag>Passed</AutomaticQualityFlag> <AutomaticQualityFlagExplanation>No automatic quality assessment is performed in the PGE</AutomaticQualityFlagExplanation> <OperationalQualityFlag>Passed</OperationalQualityFlag> <OperationalQualityFlagExplanation>Passed</OperationalQualityFlagExplanation> <ScienceQualityFlag>Inferred Passed</ScienceQualityFlag> <ScienceQualityFlagExplanation>http://landweb.nascom.nasa.gov/cgi-bin/QA_WWW/detailInfo.cgi?prod_id=MOD13A2&amp;ver=C5.2014-06-12 02:11</ScienceQualityFlagExplanation> </QAFlags> </MeasuredParameterContainer> <MeasuredParameterContainer> <ParameterName>1 km 16 days EVI</ParameterName> <QAStats> <QAPercentMissingData>0</QAPercentMissingData> <QAPercentOutofBoundsData>0</QAPercentOutofBoundsData> <QAPercentInterpolatedData>100</QAPercentInterpolatedData> <QAPercentCloudCover>2</QAPercentCloudCover> </QAStats> <QAFlags> <AutomaticQualityFlag>Passed</AutomaticQualityFlag> <AutomaticQualityFlagExplanation>No automatic quality assessment is performed in the PGE</AutomaticQualityFlagExplanation> <ScienceQualityFlag>Inferred Passed</ScienceQualityFlag> <ScienceQualityFlagExplanation>http://landweb.nascom.nasa.gov/cgi-bin/QA_WWW/detailInfo.cgi?prod_id=MOD13A2&amp;ver=C5.2014-06-12 02:11</ScienceQualityFlagExplanation> </QAFlags> </MeasuredParameterContainer> <MeasuredParameterContainer> <ParameterName>1 km 16 days VI Quality</ParameterName> <QAStats> <QAPercentMissingData>0</QAPercentMissingData> <QAPercentOutofBoundsData>0</QAPercentOutofBoundsData> <QAPercentInterpolatedData>100</QAPercentInterpolatedData> <QAPercentCloudCover>2</QAPercentCloudCover> </QAStats> <QAFlags> <AutomaticQualityFlag>Passed</AutomaticQualityFlag> <AutomaticQualityFlagExplanation>No automatic quality assessment is performed in the PGE</AutomaticQualityFlagExplanation> <ScienceQualityFlag>Inferred Passed</ScienceQualityFlag> <ScienceQualityFlagExplanation>http://landweb.nascom.nasa.gov/cgi-bin/QA_WWW/detailInfo.cgi?prod_id=MOD13A2&amp;ver=C5.2014-06-12 02:11</ScienceQualityFlagExplanation> </QAFlags> </MeasuredParameterContainer> <MeasuredParameterContainer> <ParameterName>1 km 16 days red reflectance</ParameterName> <QAStats> <QAPercentMissingData>0</QAPercentMissingData> <QAPercentOutofBoundsData>0</QAPercentOutofBoundsData> <QAPercentInterpolatedData>100</QAPercentInterpolatedData> <QAPercentCloudCover>2</QAPercentCloudCover> </QAStats> <QAFlags> <AutomaticQualityFlag>Passed</AutomaticQualityFlag> <AutomaticQualityFlagExplanation>No automatic quality assessment is performed in the PGE</AutomaticQualityFlagExplanation> <ScienceQualityFlag>Inferred Passed</ScienceQualityFlag> <ScienceQualityFlagExplanation>http://landweb.nascom.nasa.gov/cgi-bin/QA_WWW/detailInfo.cgi?prod_id=MOD13A2&amp;ver=C5.2014-06-12 02:11</ScienceQualityFlagExplanation> </QAFlags> </MeasuredParameterContainer> <MeasuredParameterContainer> <ParameterName>1 km 16 days NIR reflectance</ParameterName> <QAStats> <QAPercentMissingData>0</QAPercentMissingData> <QAPercentOutofBoundsData>0</QAPercentOutofBoundsData> <QAPercentInterpolatedData>100</QAPercentInterpolatedData> <QAPercentCloudCover>2</QAPercentCloudCover> </QAStats> <QAFlags> <AutomaticQualityFlag>Passed</AutomaticQualityFlag> <AutomaticQualityFlagExplanation>No automatic quality assessment is performed in the PGE</AutomaticQualityFlagExplanation> <ScienceQualityFlag>Inferred Passed</ScienceQualityFlag> <ScienceQualityFlagExplanation>http://landweb.nascom.nasa.gov/cgi-bin/QA_WWW/detailInfo.cgi?prod_id=MOD13A2&amp;ver=C5.2014-06-12 02:11</ScienceQualityFlagExplanation> </QAFlags> </MeasuredParameterContainer> <MeasuredParameterContainer> <ParameterName>1 km 16 days blue reflectance</ParameterName> <QAStats> <QAPercentMissingData>0</QAPercentMissingData> <QAPercentOutofBoundsData>0</QAPercentOutofBoundsData> <QAPercentInterpolatedData>100</QAPercentInterpolatedData> <QAPercentCloudCover>2</QAPercentCloudCover> </QAStats> <QAFlags> <AutomaticQualityFlag>Passed</AutomaticQualityFlag> <AutomaticQualityFlagExplanation>No automatic quality assessment is performed in the PGE</AutomaticQualityFlagExplanation> <ScienceQualityFlag>Inferred Passed</ScienceQualityFlag> <ScienceQualityFlagExplanation>http://landweb.nascom.nasa.gov/cgi-bin/QA_WWW/detailInfo.cgi?prod_id=MOD13A2&amp;ver=C5.2014-06-12 02:11</ScienceQualityFlagExplanation> </QAFlags> </MeasuredParameterContainer> <MeasuredParameterContainer> <ParameterName>1 km 16 days MIR reflectance</ParameterName> <QAStats> <QAPercentMissingData>0</QAPercentMissingData> <QAPercentOutofBoundsData>0</QAPercentOutofBoundsData> <QAPercentInterpolatedData>100</QAPercentInterpolatedData> <QAPercentCloudCover>2</QAPercentCloudCover> </QAStats> <QAFlags> <AutomaticQualityFlag>Passed</AutomaticQualityFlag> <AutomaticQualityFlagExplanation>No automatic quality assessment is performed in the PGE</AutomaticQualityFlagExplanation> <ScienceQualityFlag>Inferred Passed</ScienceQualityFlag> <ScienceQualityFlagExplanation>http://landweb.nascom.nasa.gov/cgi-bin/QA_WWW/detailInfo.cgi?prod_id=MOD13A2&amp;ver=C5.2014-06-12 02:11</ScienceQualityFlagExplanation> </QAFlags> </MeasuredParameterContainer> <MeasuredParameterContainer> <ParameterName>1 km 16 days view zenith angle</ParameterName> <QAStats> <QAPercentMissingData>0</QAPercentMissingData> <QAPercentOutofBoundsData>0</QAPercentOutofBoundsData> <QAPercentInterpolatedData>100</QAPercentInterpolatedData> <QAPercentCloudCover>2</QAPercentCloudCover> </QAStats> <QAFlags> <AutomaticQualityFlag>Passed</AutomaticQualityFlag> <AutomaticQualityFlagExplanation>No automatic quality assessment is performed in the PGE</AutomaticQualityFlagExplanation> <ScienceQualityFlag>Inferred Passed</ScienceQualityFlag> <ScienceQualityFlagExplanation>http://landweb.nascom.nasa.gov/cgi-bin/QA_WWW/detailInfo.cgi?prod_id=MOD13A2&amp;ver=C5.2014-06-12 02:11</ScienceQualityFlagExplanation> </QAFlags> </MeasuredParameterContainer> <MeasuredParameterContainer> <ParameterName>1 km 16 days sun zenith angle</ParameterName> <QAStats> <QAPercentMissingData>0</QAPercentMissingData> <QAPercentOutofBoundsData>0</QAPercentOutofBoundsData> <QAPercentInterpolatedData>100</QAPercentInterpolatedData> <QAPercentCloudCover>2</QAPercentCloudCover> </QAStats> <QAFlags> <AutomaticQualityFlag>Passed</AutomaticQualityFlag> <AutomaticQualityFlagExplanation>No automatic quality assessment is performed in the PGE</AutomaticQualityFlagExplanation> <ScienceQualityFlag>Inferred Passed</ScienceQualityFlag> <ScienceQualityFlagExplanation>http://landweb.nascom.nasa.gov/cgi-bin/QA_WWW/detailInfo.cgi?prod_id=MOD13A2&amp;ver=C5.2014-06-12 02:11</ScienceQualityFlagExplanation> </QAFlags> </MeasuredParameterContainer> <MeasuredParameterContainer> <ParameterName>1 km 16 days relative azimuth angle</ParameterName> <QAStats> <QAPercentMissingData>0</QAPercentMissingData> <QAPercentOutofBoundsData>0</QAPercentOutofBoundsData> <QAPercentInterpolatedData>100</QAPercentInterpolatedData> <QAPercentCloudCover>2</QAPercentCloudCover> </QAStats> <QAFlags> <AutomaticQualityFlag>Passed</AutomaticQualityFlag> <AutomaticQualityFlagExplanation>No automatic quality assessment is performed in the PGE</AutomaticQualityFlagExplanation> <ScienceQualityFlag>Inferred Passed</ScienceQualityFlag> <ScienceQualityFlagExplanation>http://landweb.nascom.nasa.gov/cgi-bin/QA_WWW/detailInfo.cgi?prod_id=MOD13A2&amp;ver=C5.2014-06-12 02:11</ScienceQualityFlagExplanation> </QAFlags> </MeasuredParameterContainer> <MeasuredParameterContainer> <ParameterName>1 km 16 days composite day of the year</ParameterName> <QAStats> <QAPercentMissingData>0</QAPercentMissingData> <QAPercentOutofBoundsData>0</QAPercentOutofBoundsData> <QAPercentInterpolatedData>100</QAPercentInterpolatedData> <QAPercentCloudCover>2</QAPercentCloudCover> </QAStats> <QAFlags> <AutomaticQualityFlag>Passed</AutomaticQualityFlag> <AutomaticQualityFlagExplanation>No automatic quality assessment is performed in the PGE</AutomaticQualityFlagExplanation> <ScienceQualityFlag>Inferred Passed</ScienceQualityFlag> <ScienceQualityFlagExplanation>http://landweb.nascom.nasa.gov/cgi-bin/QA_WWW/detailInfo.cgi?prod_id=MOD13A2&amp;ver=C5.2014-06-12 02:11</ScienceQualityFlagExplanation> </QAFlags> </MeasuredParameterContainer> <MeasuredParameterContainer> <ParameterName>1 km 16 days pixel reliability</ParameterName> <QAStats> <QAPercentMissingData>0</QAPercentMissingData> <QAPercentOutofBoundsData>0</QAPercentOutofBoundsData> <QAPercentInterpolatedData>100</QAPercentInterpolatedData> <QAPercentCloudCover>2</QAPercentCloudCover> </QAStats> <QAFlags> <AutomaticQualityFlag>Passed</AutomaticQualityFlag> <AutomaticQualityFlagExplanation>No automatic quality assessment is performed in the PGE</AutomaticQualityFlagExplanation> <ScienceQualityFlag>Inferred Passed</ScienceQualityFlag> <ScienceQualityFlagExplanation>http://landweb.nascom.nasa.gov/cgi-bin/QA_WWW/detailInfo.cgi?prod_id=MOD13A2&amp;ver=C5.2014-06-12 02:11</ScienceQualityFlagExplanation> </QAFlags> </MeasuredParameterContainer> </MeasuredParameter> <Platform> <PlatformShortName>Terra</PlatformShortName> <Instrument> <InstrumentShortName>MODIS</InstrumentShortName> <Sensor> <SensorShortName>MODIS</SensorShortName> </Sensor> </Instrument> </Platform> <PSAs> <PSA> <PSAName>QAPERCENTGOODQUALITY</PSAName> <PSAValue>57</PSAValue> </PSA> <PSA> <PSAName>QAPERCENTOTHERQUALITY</PSAName> <PSAValue>43</PSAValue> </PSA> <PSA> <PSAName>QAPERCENTNOTPRODUCEDCLOUD</PSAName> <PSAValue>0</PSAValue> </PSA> <PSA> <PSAName>QAPERCENTNOTPRODUCEDOTHER</PSAName> <PSAValue>0</PSAValue> </PSA> <PSA> <PSAName>NDVI1KM16DAYQCLASSPERCENTAGE</PSAName> <PSAValue>0</PSAValue> </PSA> <PSA> <PSAName>EVI1KM16DAYQCLASSPERCENTAGE</PSAName> <PSAValue>0</PSAValue> </PSA> <PSA> <PSAName>HORIZONTALTILENUMBER</PSAName> <PSAValue>27</PSAValue> </PSA> <PSA> <PSAName>VERTICALTILENUMBER</PSAName> <PSAValue>05</PSAValue> </PSA> <PSA> <PSAName>TileID</PSAName> <PSAValue>51027005</PSAValue> </PSA> </PSAs> <InputGranule> <InputPointer>MODAGAGG.A2014145.h27v05.005.2014147020023.hdf</InputPointer> <InputPointer>MODAGAGG.A2014146.h27v05.005.2014148040040.hdf</InputPointer> <InputPointer>MODAGAGG.A2014147.h27v05.005.2014148191855.hdf</InputPointer> <InputPointer>MODAGAGG.A2014148.h27v05.005.2014150002959.hdf</InputPointer> <InputPointer>MODAGAGG.A2014149.h27v05.005.2014151014416.hdf</InputPointer> <InputPointer>MODAGAGG.A2014150.h27v05.005.2014152015220.hdf</InputPointer> <InputPointer>MODAGAGG.A2014151.h27v05.005.2014152142901.hdf</InputPointer> <InputPointer>MODAGAGG.A2014152.h27v05.005.2014154031330.hdf</InputPointer> <InputPointer>MODAGAGG.A2014153.h27v05.005.2014155023253.hdf</InputPointer> <InputPointer>MODAGAGG.A2014154.h27v05.005.2014156015817.hdf</InputPointer> <InputPointer>MODAGAGG.A2014155.h27v05.005.2014157021913.hdf</InputPointer> <InputPointer>MODAGAGG.A2014156.h27v05.005.2014158022626.hdf</InputPointer> <InputPointer>MODAGAGG.A2014157.h27v05.005.2014159020319.hdf</InputPointer> <InputPointer>MODAGAGG.A2014158.h27v05.005.2014160022748.hdf</InputPointer> <InputPointer>MODAGAGG.A2014159.h27v05.005.2014161023954.hdf</InputPointer> <InputPointer>MODAGAGG.A2014160.h27v05.005.2014162014912.hdf</InputPointer> </InputGranule> <BrowseProduct> <BrowseGranuleId>UR:10:DsShESDTUR:UR:15:DsShSciServerUR:13:[EDC:DSSDSRV]:24:BR:Browse.001:2132545365</BrowseGranuleId> </BrowseProduct> </GranuleURMetaData> </GranuleMetaDataFile> ```

《奇巧淫技》系列-python！！每天早上八点自动发送天气预报邮件到QQ邮箱

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