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Type 'q()' to quit R. > # This file is part of the standard setup for testthat. > # It is recommended that you do not modify it. > # > # Where should you do additional test configuration? > # Learn more about the roles of various files in: > # * https://r-pkgs.org/testing-design.html#sec-tests-files-overview > # * https://testthat.r-lib.org/articles/special-files.html > > library(testthat) > library(seqimpute) > > test_check("seqimpute") iteration : 1 / 2 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 2 / 2 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 1 / 1 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." TraMineR stable version 2.2-10 (Built: 2024-11-13) Website: http://traminer.unige.ch Please type 'citation("TraMineR")' for citation information. [>] found missing values ('NA') in sequence data [>] preparing 500 sequences [>] coding void elements with '%' and missing values with '*' [>] 2 distinct states appear in the data: 1 = no 2 = yes [>] state coding: [alphabet] [label] [long label] 1 no no no 2 yes yes yes [>] 500 sequences in the data set [>] min/max sequence length: 4/4 [>] found missing values ('NA') in sequence data [>] preparing 500 sequences [>] coding void elements with '%' and missing values with '*' [>] 2 distinct states appear in the data: 1 = no 2 = yes [>] state coding: [alphabet] [label] [long label] 1 no no no 2 yes yes yes [>] 500 sequences in the data set [>] min/max sequence length: 4/4 [>] found missing values ('NA') in sequence data [>] preparing 500 sequences [>] coding void elements with '%' and missing values with 'NA' [>] 2 distinct states appear in the data: 1 = no 2 = yes [>] state coding: [alphabet] [label] [long label] 1 no no no 2 yes yes yes [>] 500 sequences in the data set [>] min/max sequence length: 4/4 iteration : 1 / 1 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." [>] found missing values ('NA') in sequence data [>] preparing 500 sequences [>] coding void elements with '%' and missing values with '*' [>] 2 distinct states appear in the data: 1 = no 2 = yes [>] state coding: [alphabet] [label] [long label] 1 no no no 2 yes yes yes [>] 500 sequences in the data set [>] min/max sequence length: 4/4 [>] found missing values ('NA') in sequence data [>] preparing 500 sequences [>] coding void elements with '%' and missing values with '*' [>] 2 distinct states appear in the data: 1 = no 2 = yes [>] state coding: [alphabet] [label] [long label] 1 no no no 2 yes yes yes [>] 500 sequences in the data set [>] min/max sequence length: 4/4 [>] found missing values ('NA') in sequence data [>] preparing 500 sequences [>] coding void elements with '%' and missing values with '*' [>] 2 distinct states appear in the data: 1 = no 2 = yes [>] state coding: [alphabet] [label] [long label] 1 no no no 2 yes yes yes [>] 500 sequences in the data set [>] min/max sequence length: 1/4 [>] found missing values ('NA') in sequence data [>] preparing 500 sequences [>] coding void elements with '%' and missing values with '*' [>] 2 distinct states appear in the data: 1 = no 2 = yes [>] state coding: [alphabet] [label] [long label] 1 no no no 2 yes yes yes [>] 500 sequences in the data set [>] min/max sequence length: 4/4 [>] found missing values ('NA') in sequence data [>] preparing 500 sequences [>] coding void elements with '%' and missing values with '*' [>] 2 distinct states appear in the data: 1 = no 2 = yes [>] state coding: [alphabet] [label] [long label] 1 no no no 2 yes yes yes [>] 500 sequences in the data set [>] min/max sequence length: 4/4 [>] found missing values ('NA') in sequence data [>] preparing 500 sequences [>] coding void elements with '%' and missing values with '*' [>] 2 distinct states appear in the data: 1 = no 2 = yes [>] state coding: [alphabet] [label] [long label] 1 no no no 2 yes yes yes [>] 500 sequences in the data set [>] min/max sequence length: 1/4 [>] found missing values ('NA') in sequence data [>] preparing 500 sequences [>] coding void elements with '%' and missing values with '*' [>] 2 distinct states appear in the data: 1 = no 2 = yes [>] state coding: [alphabet] [label] [long label] 1 no no no 2 yes yes yes [>] 500 sequences in the data set [>] min/max sequence length: 4/4 [>] found missing values ('NA') in sequence data [>] preparing 500 sequences [>] coding void elements with '%' and missing values with '*' [>] 2 distinct states appear in the data: 1 = no 2 = yes [>] state coding: [alphabet] [label] [long label] 1 no no no 2 yes yes yes [>] 500 sequences in the data set [>] min/max sequence length: 1/4 [>] found missing values ('NA') in sequence data [>] preparing 500 sequences [>] coding void elements with '%' and missing values with '*' [>] 2 distinct states appear in the data: 1 = no 2 = yes [>] state coding: [alphabet] [label] [long label] 1 no no no 2 yes yes yes [>] 500 sequences in the data set [>] min/max sequence length: 4/4 iteration : 1 / 1 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 1 / 5 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 2 / 5 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 3 / 5 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 4 / 5 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 5 / 5 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 1 / 5 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 2 / 5 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 3 / 5 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 4 / 5 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 5 / 5 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 1 / 1 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 1 / 1 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 1 / 1 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 1 / 2 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 2 / 2 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 1 / 2 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 2 / 2 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [1] "Imputation of the terminal gaps..." iteration : 1 / 2 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." iteration : 2 / 2 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." iteration : 1 / 2 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." iteration : 2 / 2 [1] "Imputation of the internal gaps..." [1] "Step 1/2" [1] "Step 2/2" [1] "Imputation of the initial gaps..." [ FAIL 0 | WARN 0 | SKIP 290 | PASS 0 ] ══ Skipped tests (290) ═════════════════════════════════════════════════════════ • On CRAN (286): 'test-manipulation_seqimp.R:6:3', 'test-manipulation_seqimp.R:11:3', 'test-manipulation_seqimp.R:16:3', 'test-manipulation_seqimp.R:23:3', 'test-manipulation_seqimp.R:28:3', 'test-manipulation_seqimp.R:33:3', 'test-manipulation_seqimp.R:39:3', 'test-manipulation_seqimp.R:44:3', 'test-manipulation_seqimp.R:49:3', 'test-manipulation_seqimp.R:56:3', 'test-manipulation_seqimp.R:61:3', 'test-manipulation_seqimp.R:66:3', 'test-manipulation_seqimp.R:72:3', 'test-manipulation_seqimp.R:77:3', 'test-manipulation_seqimp.R:82:3', 'test-manipulation_seqimp.R:88:3', 'test-manipulation_seqimp.R:95:3', 'test-manipulation_seqimp.R:100:3', 'test-manipulation_seqimp.R:105:3', 'test-manipulation_seqimp.R:110:3', 'test-manipulation_seqimp.R:119:3', 'test-manipulation_seqimp.R:124:3', 'test-manipulation_seqimp.R:129:3', 'test-manipulation_seqimp.R:134:3', 'test-manipulation_seqimp.R:142:3', 'test-manipulation_seqimp.R:147:3', 'test-manipulation_seqimp.R:152:3', 'test-manipulation_seqimp.R:159:3', 'test-manipulation_seqimp.R:164:3', 'test-manipulation_seqimp.R:169:3', 'test-manipulation_seqimp.R:175:3', 'test-manipulation_seqimp.R:183:3', 'test-manipulation_seqimp.R:189:3', 'test-manipulation_seqimp.R:196:3', 'test-manipulation_seqimp.R:203:3', 'test-manipulation_seqimp.R:210:3', 'test-manipulation_seqimp.R:217:3', 'test-manipulation_seqimp.R:224:3', 'test-manipulation_seqimp.R:231:3', 'test-missings_generation.R:6:3', 'test-missings_generation.R:12:3', 'test-missings_generation.R:18:3', 'test-missings_generation.R:23:3', 'test-missings_generation.R:29:3', 'test-plots.R:6:3', 'test-plots.R:14:3', 'test-plots.R:20:3', 'test-plots.R:26:3', 'test-plots.R:33:3', 'test-plots.R:41:3', 'test-plots.R:46:3', 'test-plots.R:51:3', 'test-plots.R:57:3', 'test-plots.R:64:3', 'test-plots.R:73:3', 'test-plots.R:79:3', 'test-plots.R:85:3', 'test-plots.R:92:3', 'test-plots.R:99:3', 'test-plots.R:104:3', 'test-plots.R:109:3', 'test-plots.R:115:3', 'test-plots.R:120:3', 'test-plots.R:127:3', 'test-plots.R:132:3', 'test-plots.R:139:3', 'test-seqQuickLook.R:6:3', 'test-seqQuickLook.R:12:3', 'test-seqQuickLook.R:19:3', 'test-seqQuickLook.R:26:3', 'test-seqQuickLook.R:32:3', 'test-seqQuickLook.R:38:3', 'test-seqQuickLook.R:49:3', 'test-seqQuickLook.R:55:3', 'test-seqQuickLook.R:68:3', 'test-seqQuickLook.R:74:3', 'test-seqQuickLook.R:85:3', 'test-seqQuickLook.R:91:3', 'test-seqQuickLook.R:99:3', 'test-seqTrans.R:5:3', 'test-seqTrans.R:16:3', 'test-seqTrans.R:28:3', 'test-seqTrans.R:34:3', 'test-seqTrans.R:40:3', 'test-seqTrans.R:46:3', 'test-seqTrans.R:57:3', 'test-seqimpute.R:26:3', 'test-seqimpute.R:31:3', 'test-seqimpute.R:36:3', 'test-seqimpute.R:41:3', 'test-seqimpute.R:47:3', 'test-seqimpute.R:52:3', 'test-seqimpute.R:57:3', 'test-seqimpute.R:62:3', 'test-seqimpute.R:68:3', 'test-seqimpute.R:73:3', 'test-seqimpute.R:79:3', 'test-seqimpute.R:84:3', 'test-seqimpute.R:89:3', 'test-seqimpute.R:94:3', 'test-seqimpute.R:100:3', 'test-seqimpute.R:105:3', 'test-seqimpute.R:112:3', 'test-seqimpute.R:118:3', 'test-seqimpute.R:134:3', 'test-seqimpute.R:139:3', 'test-seqimpute.R:145:3', 'test-seqimpute.R:150:3', 'test-seqimpute.R:162:3', 'test-seqimpute.R:168:3', 'test-seqimpute.R:177:3', 'test-seqimpute.R:182:3', 'test-seqimpute.R:188:3', 'test-seqimpute.R:193:3', 'test-seqimpute.R:199:3', 'test-seqimpute.R:204:3', 'test-seqimpute.R:211:3', 'test-seqimpute.R:216:3', 'test-seqimpute.R:222:3', 'test-seqimpute.R:227:3', 'test-seqimpute.R:233:3', 'test-seqimpute.R:238:3', 'test-seqimpute.R:243:3', 'test-seqimpute.R:248:3', 'test-seqimpute.R:257:3', 'test-seqimpute.R:263:3', 'test-seqimpute.R:268:3', 'test-seqimpute.R:273:3', 'test-seqimpute.R:279:3', 'test-seqimpute.R:288:3', 'test-seqimpute.R:294:3', 'test-seqimpute.R:299:3', 'test-seqimpute.R:304:3', 'test-seqimpute.R:310:3', 'test-seqimpute.R:319:3', 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'test-seqimpute.R:790:3', 'test-seqimpute.R:799:3', 'test-seqimpute.R:804:3', 'test-seqimpute.R:813:3', 'test-seqimpute.R:818:3', 'test-seqimpute.R:826:3', 'test-seqimpute.R:831:3', 'test-seqimpute.R:839:3', 'test-seqimpute.R:844:3', 'test-seqimpute.R:852:3', 'test-seqimpute.R:857:3', 'test-seqimpute.R:866:3', 'test-seqimpute.R:871:3', 'test-seqimpute.R:881:3', 'test-seqimpute.R:886:3', 'test-seqimpute.R:891:3', 'test-seqimpute.R:896:3', 'test-seqimpute.R:902:3', 'test-seqimpute.R:907:3', 'test-seqimpute.R:913:3', 'test-seqimpute.R:918:3', 'test-seqimpute.R:929:3', 'test-seqimpute.R:934:3', 'test-seqimpute.R:939:3', 'test-seqimpute.R:944:3', 'test-seqimpute.R:950:3', 'test-seqimpute.R:955:3', 'test-seqimpute.R:961:3', 'test-seqimpute.R:966:3', 'test-seqimpute.R:973:3', 'test-seqimpute.R:978:3', 'test-seqimpute.R:985:3', 'test-seqimpute.R:990:3', 'test-seqimpute.R:995:3', 'test-seqimpute.R:1000:3', 'test-seqimpute.R:1005:3', 'test-seqimpute.R:1011:3', 'test-seqimpute.R:1017:3', 'test-seqimpute.R:1028:3', 'test-seqimpute.R:1033:3', 'test-seqimpute.R:1040:3', 'test-seqimpute.R:1045:3', 'test-seqimpute.R:1051:3', 'test-seqimpute.R:1060:3', 'test-seqimpute.R:1065:3', 'test-seqimpute.R:1070:3', 'test-seqimpute.R:1075:3', 'test-seqimpute.R:1080:3', 'test-seqimpute.R:1085:3', 'test-seqimpute.R:1090:3', 'test-seqimpute.R:1095:3', 'test-seqimpute.R:1104:3', 'test-seqimpute.R:1109:3', 'test-seqimpute.R:1118:3', 'test-seqimpute.R:1123:3', 'test-seqimpute.R:1132:3', 'test-seqimpute.R:1137:3', 'test-seqimpute.R:1142:3', 'test-seqimpute.R:1147:3', 'test-seqimpute.R:1152:3', 'test-seqimpute.R:1157:3', 'test-seqimpute.R:1163:3', 'test-seqimpute.R:1168:3', 'test-seqimpute.R:1175:3', 'test-seqimpute.R:1180:3', 'test-seqimpute.R:1185:3', 'test-seqimpute.R:1192:3', 'test-seqimpute.R:1197:3', 'test-seqimpute.R:1204:3', 'test-seqimpute.R:1209:3', 'test-seqimpute.R:1214:3', 'test-seqimpute.R:1221:3', 'test-seqimpute.R:1228:3', 'test-seqimpute.R:1235:3', 'test-seqimpute.R:1242:3' • empty test (4): 'test-seqimpute.R:5:1', 'test-seqimpute.R:9:1', 'test-seqimpute.R:13:1', 'test-seqimpute.R:17:1' [ FAIL 0 | WARN 0 | SKIP 290 | PASS 0 ] > > proc.time() user system elapsed 35.59 1.98 37.65