different wildcards you can do like: wildcards.sample = "s002" # print that value: wildcards.sample , "fastq2"] # here we use it on our spoofed wildcards object fq2_from_sample(wildcards) 因为snakemake (wildcards): return samples_table.loc[wildcards.sample, "fastq2"] rule trim_awesome: input: [wildcards.sample, "fastq2"] } # make sure our spoofed wildcards variable is set: wildcards.sample = "s003" # Now see what that function returns on that wildcards input: fq_dict_from_sample(wildcards
/rnaseq/01.clean.reads/{sample}_clean_1.fq") GENOMES, = glob_wildcards("{genome}.fa.masked") GENOMES ' is not defined 然后又换成下面的写法 def getGenomes(wildcards): return wildcards.genome rule samtools_merge 这里面提到 'wildcards' is not "directly" defined in the input of a rule. 安装这个思路我写我自己的 def getGenome01(wildcards): return expand(rules.samtools_sort.output.bam,genome=wildcards.genome ,sample=SAMPLES) def getGenome02(wildcards): return expand(rules.samtools_index.output,genome=wildcards.genome
3 [Tue Apr 2 21:09:19 2019] rule adda: input: 3.txt output: 3_add_a.txt jobid: 2 wildcards done [Tue Apr 2 21:11:09 2019] rule adda: input: 1.txt output: 1_add_a.txt jobid: 1 wildcards 2 21:13:57 2019] rule addb: input: 2_add_a.txt output: 2_add_a_add_b.txt jobid: 0 wildcards 2 21:13:57 2019] rule addb: input: 1_add_a.txt output: 1_add_a_add_b.txt jobid: 1 wildcards 2 21:13:57 2019] rule addb: input: 3_add_a.txt output: 3_add_a_add_b.txt jobid: 2 wildcards
: config["samples"][wildcards.sample] output: "mapped_reads/{sample}.bam" threads: 8 : config["samples"][wildcards.sample] 我们可以像字典一样去访问它,比如当我们传入A 时,即传给了通配符对应的{sample},并可以获得对应的值data/samples rule bwa_map: input: "data/genome.fa", lambda wildcards: config["samples"][wildcards.sample 5-临时与保护文件 比如在下面流程中: rule bwa_map: input: "data/genome.fa", lambda wildcards: config ["samples"][wildcards.sample] output: temp("mapped_reads/{sample}.bam") params:
caused_by"=>{"type"=>"illegal_state_exception", "reason"=>"There are no external requests known to support wildcards caused_by"=>{"type"=>"illegal_state_exception", "reason"=>"There are no external requests known to support wildcards caused_by"=>{"type"=>"illegal_state_exception", "reason"=>"There are no external requests known to support wildcards caused_by"=>{"type"=>"illegal_state_exception", "reason"=>"There are no external requests known to support wildcards caused_by"=>{"type"=>"illegal_state_exception", "reason"=>"There are no external requests known to support wildcards
Wildcards can be used : sonar.java.test.libraries=path/to/specific/Library.jar,path/to/libs/*.jar,directory Wildcards can be used : sonar.java.libraries=path/to/specific/Library.jar,path/to/libs/*.jar,directory Wildcards can be used : sonar.libraries=path/to/specific/Library.jar,path/to/libs/*.jar,directory/**/
Wildcards in the regular expression can only be ‘’ for any character(s) or ‘|’ for a choice. 显示所有的数据库 通配符只有两种: * 和 | * 表示所有 | 表示或 SHOW DATABASES [LIKE 'identifier_with_wildcards']; Show Tables/ Wildcards in the regular expression can only be ‘*’ for any character(s) or ‘|’ for a choice. SHOW TABLES [IN database_name] ['identifier_with_wildcards']; Show Views SHOW VIEWS; 显示的信息更全面 SHOW TABLE EXTENDED [IN|FROM database_name] LIKE 'identifier_with_wildcards' [PARTITION(partition_spec
WorkflowError: Target rules may not contain wildcards. Please specify concrete files or a rule without wildcards at the command line, or have a rule without wildcards at the very top of your workflow (e.g. the typical "rule all" which just collects all results data/raw/002_R2.fq output: results/awesome/002_R1.fq, results/awesome/002_R2.fq jobid: 2 wildcards data/raw/003_R2.fq output: results/awesome/003_R1.fq, results/awesome/003_R2.fq jobid: 0 wildcards
samples/" output_folder = "/home/myan/scratch/private/practice_data/RNAseq/20220511/" SRR,FRR = glob_wildcards }_%j.out -e logs_errors/{rule}/{rule}_{wildcards}_%j.err --mail-type=ALL --mail-user=mingyan24@126.com )] print(fq_list) inputs = [(dir,file) for dir,files in fq_list.items() for file in files] #glob_wildcards pomeRTD/00.raw.fastq/" output_folder = "/home/myan/scratch/private/pomeRTD/" #Folder,SRR,FRR = glob_wildcards print(list_fastq) inputs = [(dir,file) for dir,files in list_fastq.items() for file in files] #glob_wildcards
): return config["sample"][wildcards.sample][wildcards.end] rule rename: input: get_fq ): return config["diffGroup"][wildcards.dgroup]["control"] def get_diff_case_sn(wildcards): return config["diffGroup"][wildcards.dgroup]["case"] def get_diff_control_bam(wildcards): sn = get_diff_case_bam(wildcards): sn = get_diff_case_sn(wildcards) bams = [f"03align/{i}.filter.bam " for i in sn] return bams def get_diff_control_peak(wildcards): sn = get_diff_control_sn(wildcards
output: "sorted_reads/{sample}.bam" shell: "samtools sort -T sorted_reads/{wildcards.sample output: mapped_reads/B.bam jobid: 6 reason: Missing output files: mapped_reads/B.bam wildcards output: mapped_reads/A.bam jobid: 4 reason: Missing output files: mapped_reads/A.bam wildcards Missing output files: sorted_reads/B.bam; Input files updated by another job: mapped_reads/B.bam wildcards Missing output files: sorted_reads/A.bam; Input files updated by another job: mapped_reads/A.bam wildcards
It also changes snapshot requests in v8.0.0 to automatically expand wildcards to closed indices For v7.1.0 and above, wildcards are by default only expanded to open indices, which can be changed by explicitly setting the expand_wildcards option either to all or closed. 创建包含所有索引(包括 close 的)的快照 PUT /_snapshot/my_backup/snapshot_all { "indices": "*", "expand_wildcards 只快照 close 的索引 PUT /_snapshot/my_backup/snapshot_closed_only { "indices": "*", "expand_wildcards":
output: "sorted_reads/{sample}.bam" shell: "samtools sort -T sorted_reads/{wildcards.sample 我们在snakemake 中使用的{sample},实际上是创建的wildcards 对象的一个属性。因此在shell 中需要写为{wildcards.sample}。 output: "sorted_reads/{sample}.bam" shell: "samtools sort -T sorted_reads/{wildcards.sample output: "sorted_reads/{sample}.bam" shell: "samtools sort -T sorted_reads/{wildcards.sample https://archive.fastgit.org/snakemake/snakemake-tutorial-data/archive/refs/tags/v7.4.2.tar.gz tar --wildcards
exclusion) --no-ignore-case case sensitive matching (default) --no-wildcards verbatim string matching --no-wildcards-match-slash wildcards do not match '/' --wildcards use wildcards (default for exclusion) --wildcards-match-slash wildcards
(这包括_all字符串或未指定索引时)| |expand_wildcards | 是否将通配符表达式扩展为打开,关闭或两者的具体索引。 (这包括_all字符串或未指定索引时)| |expand_wildcards | 是否将通配符表达式扩展为打开,关闭或两者的具体索引。 (这包括_all字符串或未指定索引时)| |expand_wildcards | 是否将通配符表达式扩展为打开,关闭或两者的具体索引。 (这包括_all字符串或未指定索引时)| |expand_wildcards | 是否将通配符表达式扩展为打开,关闭或两者的具体索引。 (这包括_all字符串或未指定索引时) expand_wildcards - 是否将通配符表达式扩展为打开,关闭或两者的具体索引。
expand_wildcards expand_wildcards表示查询索引的范围,open表示查询所有匹配并open的索引,closed则表示查询所有匹配的索引,如下: 假设bank关闭,bank2 pretty&expand_wildcards=open" 此时,只会展示open的索引信息,如下: ? pretty&expand_wildcards=closed" 结果如下: ?
super T> 是Java泛型中的“通配符(Wildcards)” 和 “边界(Bounds)”的概念 <? extends T> 是指 “上界通配符(Upper Bounds Wildcards)” <? super T> 是指 “下界通配符(Lower Bounds Wildcards)” 1. 下面代码就是“上界通配符(Upper Bounds Wildcards)”: Plate<? extends Fruit> 翻译成人话就是:一个能放水果以及一切是水果派生类的盘子。 相对应的,“下界通配符(Lower Bounds Wildcards)”: Plate<? super Fruit> 表达的就是相反的概念:一个能放水果以及一切是水果基类的盘子。Plate<?
target specified: Specify SQL_ID (eg: from V$SQL.SQL_ID) report target: Defaults to NULL: (% and _ wildcards specified: Specify MODULE name (eg: from V$SESSION.MODULE) report target: Defaults to NULL: (% and _ wildcards specified: Specify ACTION name (eg: from V$SESSION.ACTION) report target: Defaults to NULL: (% and _ wildcards Specify CLIENT_ID (eg: from V$SESSION.CLIENT_IDENTIFIER) report target: Defaults to NULL: (% and _ wildcards specified: Specify PLSQL_ENTRY name (eg: "SYS.DBMS_LOB.*") report target: Defaults to NULL: (% and _ wildcards
= os.path.join(*args) return os.path.normpath(path) def find_data_files(self, srcdir, *wildcards 也可以加进来 if '.svn' in dirname: return names = [] lst, wildcards = arg for wc in wildcards: wc_name = self.opj(dirname, wc) ('recursive', True) if recursive: os.path.walk(srcdir, walk_helper, (file_list, wildcards )) else: walk_helper((file_list, wildcards), srcdir,
= os.path.join(*args) return os.path.normpath(path) def find_data_files(self, srcdir, *wildcards 也可以加进来 if '.svn' in dirname: return names = [] lst, wildcards = arg for wc in wildcards: wc_name = self.opj(dirname, wc) ('recursive', True) if recursive: os.path.walk(srcdir, walk_helper, (file_list, wildcards )) else: walk_helper((file_list, wildcards), srcdir,