| Key | Value |
|---|---|
| FileName | ./usr/share/sugar/activities/Abacus.activity/po/es.po |
| FileSize | 8650 |
| MD5 | 6EBA3F899C77CAD04D383F1A660174A5 |
| SHA-1 | 0A3D7FE413749A7B9D4D8F7F26AFF643CA5E4575 |
| SHA-256 | 58B78FA883286DC7D5C7AA9AE64D6F9F4EC42E8ABDC9E4BAE4CC6D279190C40E |
| SSDEEP | 192:kFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFnwJiBdxP7D+:kFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFi |
| TLSH | T1AE02D01D81C83EF21A4147E3AB36B3EEA058E451703B1737BE1959543A7B56306F9ACC |
| hashlookup:parent-total | 13 |
| hashlookup:trust | 100 |
The searched file hash is included in 13 parent files which include package known and seen by metalookup. A sample is included below:
| Key | Value |
|---|---|
| MD5 | BCEC0AC59BE146B69189D8171D0E156E |
| PackageArch | noarch |
| PackageDescription | Abacus lets the learner explore different representations of numbers using different mechanical counting systems developed by the ancient Romans and Chinese. There are several different variants available for exploration: a suanpan, the traditional Chinese abacus with 2 beads on top and 5 beads below; a soroban, the traditional Japanese abacus with 1 bead on top and 4 beads below; the schety, the traditional Russian abacus, with 10 beads per column, with the exception of one column with just 4 beads used for counting in fourths; and the nepohualtzintzin, the traditional Mayan abacus, with 3 beads on top and 4 beads below (it uses base 20). |
| PackageMaintainer | Fedora Project |
| PackageName | sugar-abacus |
| PackageRelease | 1.fc20 |
| PackageVersion | 53 |
| SHA-1 | 49A0C9765145D11BEFBD1FB8BED79ADF0275E3E4 |
| SHA-256 | D25088A123322A76668AE10A843CEF51BA9531F159977D149BF4D23A15C91830 |
| Key | Value |
|---|---|
| MD5 | C67DA37543852E6D3777E0F034F3DC04 |
| PackageArch | noarch |
| PackageDescription | Abacus lets the learner explore different representations of numbers using different mechanical counting systems developed by the ancient Romans and Chinese. There are several different variants available for exploration: a suanpan, the traditional Chinese abacus with 2 beads on top and 5 beads below; a soroban, the traditional Japanese abacus with 1 bead on top and 4 beads below; the schety, the traditional Russian abacus, with 10 beads per column, with the exception of one column with just 4 beads used for counting in fourths; and the nepohualtzintzin, the traditional Mayan abacus, with 3 beads on top and 4 beads below (it uses base 20). |
| PackageMaintainer | Fedora Project |
| PackageName | sugar-abacus |
| PackageRelease | 2.fc21 |
| PackageVersion | 56 |
| SHA-1 | 6BDC50B832F5489A66F3560E60BA71E9E0508006 |
| SHA-256 | D41BB9A6CC9CB1E4B78DAC809E3BDCDDB3AC71DB1BB64C2BFF469FF1E50462AE |
| Key | Value |
|---|---|
| MD5 | 3E1D915B85CAA7C773664E6B0E8066C6 |
| PackageArch | noarch |
| PackageDescription | Abacus lets the learner explore different representations of numbers using different mechanical counting systems developed by the ancient Romans and Chinese. There are several different variants available for exploration: a suanpan, the traditional Chinese abacus with 2 beads on top and 5 beads below; a soroban, the traditional Japanese abacus with 1 bead on top and 4 beads below; the schety, the traditional Russian abacus, with 10 beads per column, with the exception of one column with just 4 beads used for counting in fourths; and the nepohualtzintzin, the traditional Mayan abacus, with 3 beads on top and 4 beads below (it uses base 20). |
| PackageMaintainer | Fedora Project |
| PackageName | sugar-abacus |
| PackageRelease | 1.fc23 |
| PackageVersion | 58 |
| SHA-1 | A070042E31EF3D3EC74DDCBA8A30C92C1CFF6025 |
| SHA-256 | 9651F6275F0FD5A4E55A09FF631225858810F2CF873FB9C60ABC171BFD8ABAB1 |
| Key | Value |
|---|---|
| MD5 | CAF3C18F062379E62A0D6D8AD6264F59 |
| PackageArch | noarch |
| PackageDescription | Abacus lets the learner explore different representations of numbers using different mechanical counting systems developed by the ancient Romans and Chinese. There are several different variants available for exploration: a suanpan, the traditional Chinese abacus with 2 beads on top and 5 beads below; a soroban, the traditional Japanese abacus with 1 bead on top and 4 beads below; the schety, the traditional Russian abacus, with 10 beads per column, with the exception of one column with just 4 beads used for counting in fourths; and the nepohualtzintzin, the traditional Mayan abacus, with 3 beads on top and 4 beads below (it uses base 20). |
| PackageMaintainer | Fedora Project |
| PackageName | sugar-abacus |
| PackageRelease | 2.fc21 |
| PackageVersion | 56 |
| SHA-1 | 6723063D4AFCBDB726CA1BF5556E5CDC7F8477D5 |
| SHA-256 | 3D55649AA8A166F291E7997E7313A370C4FCBB1B9D4B6ED4E4D52D9AEA645A58 |
| Key | Value |
|---|---|
| MD5 | 991019B13C672832D8F31C5B373F5A30 |
| PackageArch | noarch |
| PackageDescription | Abacus lets the learner explore different representations of numbers using different mechanical counting systems developed by the ancient Romans and Chinese. There are several different variants available for exploration: a suanpan, the traditional Chinese abacus with 2 beads on top and 5 beads below; a soroban, the traditional Japanese abacus with 1 bead on top and 4 beads below; the schety, the traditional Russian abacus, with 10 beads per column, with the exception of one column with just 4 beads used for counting in fourths; and the nepohualtzintzin, the traditional Mayan abacus, with 3 beads on top and 4 beads below (it uses base 20). |
| PackageMaintainer | Fedora Project |
| PackageName | sugar-abacus |
| PackageRelease | 1.fc20 |
| PackageVersion | 53 |
| SHA-1 | 780CF91F9A0115AE9C9E2D8AC855A77EAC8CE500 |
| SHA-256 | 95152B574C8DF36E18378820AAB63AD99C5E5D07A7DFDFB7ADC027760973A249 |
| Key | Value |
|---|---|
| MD5 | 6AAB09E125A2BDB18D4D9BA88331A517 |
| PackageArch | noarch |
| PackageDescription | Abacus lets the learner explore different representations of numbers using different mechanical counting systems developed by the ancient Romans and Chinese. There are several different variants available for exploration: a suanpan, the traditional Chinese abacus with 2 beads on top and 5 beads below; a soroban, the traditional Japanese abacus with 1 bead on top and 4 beads below; the schety, the traditional Russian abacus, with 10 beads per column, with the exception of one column with just 4 beads used for counting in fourths; and the nepohualtzintzin, the traditional Mayan abacus, with 3 beads on top and 4 beads below (it uses base 20). |
| PackageMaintainer | Fedora Project |
| PackageName | sugar-abacus |
| PackageRelease | 1.fc22 |
| PackageVersion | 57 |
| SHA-1 | 0BA560889C94457C345377C644EBC3A50A0EE75C |
| SHA-256 | D63F88FE7322DBA25E34B09C4668199AF241E3F5ACD5191F5FF120D3E12717F2 |
| Key | Value |
|---|---|
| MD5 | 9529DB707DF4267A18042926ADFA7638 |
| PackageArch | noarch |
| PackageDescription | Abacus lets the learner explore different representations of numbers using different mechanical counting systems developed by the ancient Romans and Chinese. There are several different variants available for exploration: a suanpan, the traditional Chinese abacus with 2 beads on top and 5 beads below; a soroban, the traditional Japanese abacus with 1 bead on top and 4 beads below; the schety, the traditional Russian abacus, with 10 beads per column, with the exception of one column with just 4 beads used for counting in fourths; and the nepohualtzintzin, the traditional Mayan abacus, with 3 beads on top and 4 beads below (it uses base 20). |
| PackageMaintainer | Fedora Project |
| PackageName | sugar-abacus |
| PackageRelease | 1.fc23 |
| PackageVersion | 58 |
| SHA-1 | 38B01FEC4C6BFD8A16357A03D3006EA8B66764AE |
| SHA-256 | D55DC03B44398E690A82CAA5C076C7329B3A9B7F39FDB8FA463DF093CA2B95A9 |
| Key | Value |
|---|---|
| MD5 | B771E84C5CA3B7D9BBCA5C943039BCA6 |
| PackageArch | noarch |
| PackageDescription | Abacus lets the learner explore different representations of numbers using different mechanical counting systems developed by the ancient Romans and Chinese. There are several different variants available for exploration: a suanpan, the traditional Chinese abacus with 2 beads on top and 5 beads below; a soroban, the traditional Japanese abacus with 1 bead on top and 4 beads below; the schety, the traditional Russian abacus, with 10 beads per column, with the exception of one column with just 4 beads used for counting in fourths; and the nepohualtzintzin, the traditional Mayan abacus, with 3 beads on top and 4 beads below (it uses base 20). |
| PackageMaintainer | Fedora Project |
| PackageName | sugar-abacus |
| PackageRelease | 2.fc21 |
| PackageVersion | 56 |
| SHA-1 | 7E06B7F8201AD8DCAEBD216686E0537DE0A308B7 |
| SHA-256 | 398F95934DD1B86D7DCDC7482C13A84FD549D353DA479C1E420F698FE0CD3B73 |
| Key | Value |
|---|---|
| MD5 | 45B0636052D17D3C79E6F7C53A31F33A |
| PackageArch | noarch |
| PackageDescription | Abacus lets the learner explore different representations of numbers using different mechanical counting systems developed by the ancient Romans and Chinese. There are several different variants available for exploration: a suanpan, the traditional Chinese abacus with 2 beads on top and 5 beads below; a soroban, the traditional Japanese abacus with 1 bead on top and 4 beads below; the schety, the traditional Russian abacus, with 10 beads per column, with the exception of one column with just 4 beads used for counting in fourths; and the nepohualtzintzin, the traditional Mayan abacus, with 3 beads on top and 4 beads below (it uses base 20). |
| PackageMaintainer | Fedora Project |
| PackageName | sugar-abacus |
| PackageRelease | 1.fc22 |
| PackageVersion | 57 |
| SHA-1 | 97EDEDB959DA654969D8D15599BFFB6159B45BC2 |
| SHA-256 | 39E78D8901C649BDEC6A52615448B50DEA9F37B73AD6569190D96F46CC2756AE |
| Key | Value |
|---|---|
| MD5 | 2881DA1046AE1063AB329E3C8FA0EAE2 |
| PackageArch | noarch |
| PackageDescription | Abacus lets the learner explore different representations of numbers using different mechanical counting systems developed by the ancient Romans and Chinese. There are several different variants available for exploration: a suanpan, the traditional Chinese abacus with 2 beads on top and 5 beads below; a soroban, the traditional Japanese abacus with 1 bead on top and 4 beads below; the schety, the traditional Russian abacus, with 10 beads per column, with the exception of one column with just 4 beads used for counting in fourths; and the nepohualtzintzin, the traditional Mayan abacus, with 3 beads on top and 4 beads below (it uses base 20). |
| PackageMaintainer | Fedora Project |
| PackageName | sugar-abacus |
| PackageRelease | 1.fc23 |
| PackageVersion | 58 |
| SHA-1 | B79C345A0464932A4AF68952A61A0D9338D43D9D |
| SHA-256 | DE9173586960E951A45D72A74623403F57FD2C611D1817FCEE774CCEA7CD8772 |
| Key | Value |
|---|---|
| MD5 | 1B8D63F83437067FAC91D30F220DF39E |
| PackageArch | noarch |
| PackageDescription | Abacus lets the learner explore different representations of numbers using different mechanical counting systems developed by the ancient Romans and Chinese. There are several different variants available for exploration: a suanpan, the traditional Chinese abacus with 2 beads on top and 5 beads below; a soroban, the traditional Japanese abacus with 1 bead on top and 4 beads below; the schety, the traditional Russian abacus, with 10 beads per column, with the exception of one column with just 4 beads used for counting in fourths; and the nepohualtzintzin, the traditional Mayan abacus, with 3 beads on top and 4 beads below (it uses base 20). |
| PackageMaintainer | Fedora Project |
| PackageName | sugar-abacus |
| PackageRelease | 1.fc22 |
| PackageVersion | 57 |
| SHA-1 | CDC346CE033EDBBEA18B6F6C9EC9E7A1756D387B |
| SHA-256 | 7F7B8766400C1B9760EE64479CD93A7087025DFC777F1786663020D17BD74167 |
| Key | Value |
|---|---|
| MD5 | D55FE8EFD0176AD0DFDCBDE7FA0F5209 |
| PackageArch | noarch |
| PackageDescription | Abacus lets the learner explore different representations of numbers using different mechanical counting systems developed by the ancient Romans and Chinese. There are several different variants available for exploration: a suanpan, the traditional Chinese abacus with 2 beads on top and 5 beads below; a soroban, the traditional Japanese abacus with 1 bead on top and 4 beads below; the schety, the traditional Russian abacus, with 10 beads per column, with the exception of one column with just 4 beads used for counting in fourths; and the nepohualtzintzin, the traditional Mayan abacus, with 3 beads on top and 4 beads below (it uses base 20). |
| PackageMaintainer | Fedora Project |
| PackageName | sugar-abacus |
| PackageRelease | 2.fc24 |
| PackageVersion | 58 |
| SHA-1 | CEDEAF5FF66F82E3DB29BD564463C26620EF8C32 |
| SHA-256 | C80DA2312561AF2F8B88A66A3A696FF4301616D8A1502401A8EC9EC9870DCCED |
| Key | Value |
|---|---|
| MD5 | 632507F5E8F9BF8D02F886868E6A4FF4 |
| PackageArch | noarch |
| PackageDescription | Abacus lets the learner explore different representations of numbers using different mechanical counting systems developed by the ancient Romans and Chinese. There are several different variants available for exploration: a suanpan, the traditional Chinese abacus with 2 beads on top and 5 beads below; a soroban, the traditional Japanese abacus with 1 bead on top and 4 beads below; the schety, the traditional Russian abacus, with 10 beads per column, with the exception of one column with just 4 beads used for counting in fourths; and the nepohualtzintzin, the traditional Mayan abacus, with 3 beads on top and 4 beads below (it uses base 20). |
| PackageMaintainer | Fedora Project |
| PackageName | sugar-abacus |
| PackageRelease | 2.fc24 |
| PackageVersion | 58 |
| SHA-1 | 26D8B0C618F0A83AAD1F2F6BD3C59096A36FAB5E |
| SHA-256 | 3A0CA918C7D6DAAD86E1BD749609BDF425929D857C634AB50D0D743182B812DA |