pages*: remove curly braces from example descriptions (#11462)

pages.ca/linux/i3.md

@@ -15,9 +15,9 @@
 
 `Super + Shift + {{número}}`
 
-- Canvia al espai de treball {{número}}:
+- Canvia al espai de treball número `n`:
 
-`Super + {{número}}`
+`Super + {{n}}`
 
 - Obre una nova finestra en mosaic horitzontal:
 

pages.de/common/!.md

@@ -3,11 +3,11 @@
 > Ein in Bash integriertes Kommando, welches durch einen Befehl aus dem Befehlsverlauf ersetzt wird.
 > Weitere Informationen: <https://www.gnu.org/software/bash/manual/bash.html#Event-Designators>.
 
-- Ersetze '!!' durch den vorherigen Befehl und führe ihn mit sudo aus:
+- Ersetze `!!` durch den vorherigen Befehl und führe ihn mit `sudo` aus:
 
 `sudo !!`
 
-- Führe den Befehl Nummer n aus. Die Nummer eines Befehls kann mit `{{history}}` herausgefunden werden:
+- Führe den Befehl Nummer `n` aus. Die Nummer eines Befehls kann mit `history` herausgefunden werden:
 
 `!{{n}}`
 

pages.es/linux/i3.md

@@ -15,9 +15,9 @@
 
 `Super + Shift + {{número}}`
 
-- Cambia al espacio de trabajo {{número}}:
+- Cambia al espacio de trabajo número `n`:
 
-`Super + {{número}}`
+`Super + {{n}}`
 
 - Abre una nueva ventana en mosaico horizontal:
 

pages.es/osx/whence.md

@@ -3,11 +3,11 @@
 > Un comando integrado de zsh para indicar cómo se interpretaría un comando dado.
 > Más información: <https://www.unix.com/man-page/OpenSolaris/1/whence/>.
 
-- Interpreta {{comando}}, con expansión si se define como un `alias` (similar al `command -v` integrado):
+- Interpreta `comando`, con expansión si se define como un `alias` (similar al `command -v` integrado):
 
 `whence "{{comando}}"`
 
-- Muestra tipo de {{comando}}, con localización si se define como una función, o binario (equivalente a los `type` y `command -V` integrados):
+- Muestra tipo de `comando`, con localización si se define como una función, o binario (equivalente a los `type` y `command -V` integrados):
 
 `whence -v "{{comando}}"`
 
@@ -19,6 +19,6 @@
 
 `whence -ca "{{comando}}"`
 
-- Buscar sólo el `PATH`para {{comando}}, ignorando los buildins, aliases o funciones del shell (equivalente al comando `where`):
+- Buscar sólo el `PATH` para `comando`, ignorando los buildins, aliases o funciones del shell (equivalente al comando `where`):
 
 `whence -p "{{comando}}"`

pages.fr/common/ghdl.md

@@ -7,7 +7,7 @@
 
 `ghdl -a {{fichier.vhdl}}`
 
-- Élabore un design (où `{{design}}` est le nom d'une unité de configuration, d'entité, ou d'architecture) :
+- Élabore un design (où `design` est le nom d'une unité de configuration, d'entité, ou d'architecture) :
 
 `ghdl -e {{design}}`
 

pages.fr/common/nano.md

@@ -19,6 +19,6 @@
 
 `nano -i {{fichier}}`
 
-- Avant la modification, sauvegarde le fichier actuel sous le format `{{nom_du_fichier_actuel}}~` :
+- Avant la modification, sauvegarde le fichier actuel sous le format `nom_du_fichier_actuel~` :
 
 `nano -B {{fichier}}`

pages.it/common/bedtools.md

@@ -6,15 +6,15 @@
 
 - Interseca i fili genetici delle sequenze contenute in due file diversi e salva il risultato:
 
-`bedtools intersect -a {{percorso/del/file_1}} -b {{percorso/del/file_2}} -s > {{percorso/del/file_output}}`
+`bedtools intersect -a {{percorso/del/file1}} -b {{percorso/del/file2}} -s > {{percorso/del/file_output}}`
 
-- Interseca due file unendo il risultato a sinistra, ovvero riporta ogni feature da {{file_1}} e NULL dove non c'è sovrapposizione con {{file_2}}:
+- Interseca due file unendo il risultato a sinistra, ovvero riporta ogni feature da `file1` e NULL dove non c'è sovrapposizione con `file2`:
 
-`bedtools intersect -a {{percorso/del/file_1}} -b {{percorso/del/file_2}} -lof > {{percorso/del/file_output}}`
+`bedtools intersect -a {{percorso/del/file1}} -b {{percorso/del/file2}} -lof > {{percorso/del/file_output}}`
 
 - Usa un algoritmo più efficiente per intersecare due file precedentemente ordinati:
 
-`bedtools intersect -a {{percorso/del/file_1}} -b {{percorso/del/file_2}} -sorted > {{percorso/del/file_output}}`
+`bedtools intersect -a {{percorso/del/file1}} -b {{percorso/del/file2}} -sorted > {{percorso/del/file_output}}`
 
 - Raggruppa file in base alle prime tre e la quinta colonna e raggruppa la sesta colonna sommandola:
 
@@ -22,8 +22,8 @@
 
 - Converti da formato BAM a BED:
 
-`bedtools bamtobed -i {{percorso/del/file}}.bam > {{percorso/del/file}}.bed`
+`bedtools bamtobed -i {{percorso/del/file.bam}} > {{percorso/del/file.bed}}`
 
-- Trova per tutte le proprietà in {{file_1}} la più vicina in {{file_2}} e scrivi la loro distanza in una ulteriore colonna (i file in input devono essere ordinati):
+- Trova per tutte le proprietà in `file1` la più vicina in `file2` e scrivi la loro distanza in una ulteriore colonna (i file in input devono essere ordinati):
 
-`bedtools closest -a {{percorso/del/file_1}}.bed -b {{percorso/del/file_2}}.bed -d`
+`bedtools closest -a {{percorso/del/file1.bed}} -b {{percorso/del/file2.bed}} -d`

pages.it/linux/i3.md

@@ -16,9 +16,9 @@
 
 `Super + Shift + {{numero}}`
 
-- Salta a workspace {{numero}}:
+- Salta a workspace numero `n`:
 
-`Super + {{numero}}`
+`Super + {{n}}`
 
 - Per il prossimo nuovo, dividi orizzontalmente:
 

pages.ja/linux/whatis.md

@@ -19,6 +19,6 @@
 
 `whatis --regex '{{wish[0-9]\.[0-9]}}'`
 
-- 言語を指定して説明文で表示する (`manpage-{{ja}}` パッケージが必要です):
+- 言語を指定して説明文で表示する:
 
 `whatis --locale={{ja}} {{コマンド}}`

pages.ko/common/bedtools.md

@@ -5,15 +5,15 @@
 
 - sequence의 strand를 기준으로 두개의 파일을 교차하고 결과를 `path/to/output_file`의 경로에 저장:
 
-`bedtools intersect -a {{path/to/file_1}} -b {{path/to/file_2}} -s > {{path/to/output_file}}`
+`bedtools intersect -a {{path/to/file1}} -b {{path/to/file2}} -s > {{path/to/output_file}}`
 
-- 외부 조인이 왼쪽인 두개의 파일을 교차, 예시. `file_1`에서 각 기능을 보고하고 `file_2`와 겹치지 않으면 NULL:
+- 외부 조인이 왼쪽인 두개의 파일을 교차, 예시. `file1`에서 각 기능을 보고하고 `file2`와 겹치지 않으면 NULL:
 
-`bedtools intersect -a {{path/to/file_1}} -b {{path/to/file_2}} -lof > {{path/to/output_file}}`
+`bedtools intersect -a {{path/to/file1}} -b {{path/to/file2}} -lof > {{path/to/output_file}}`
 
 - 더 효율적인 알고리즘을 사용하여 두개의 사전 정렬된 파일을 교차:
 
-`bedtools intersect -a {{path/to/file_1}} -b {{path/to/file_2}} -sorted > {{path/to/output_file}}`
+`bedtools intersect -a {{path/to/file1}} -b {{path/to/file2}} -sorted > {{path/to/output_file}}`
 
 - 첫 3열과 5열을 기준으로 `path/to/file`을 그룹화하여 6열을 요약:
 
@@ -21,8 +21,8 @@
 
 - bam-formated 파일을 bed-formated 파일로 변환:
 
-`bedtools bamtobed -i {{path/to/file}}.bam > {{path/to/file}}.bed`
+`bedtools bamtobed -i {{path/to/file.bam}} > {{path/to/file.bed}}`
 
-- `file_2.bed`와 가장 가까운 `file_1.bed`에서의 모든 기능을 찾고,그들의 거리와 추가 열을 기록 (입력 파일 정렬 필요):
+- `file_2.bed`와 가장 가까운 `file1.bed`에서의 모든 기능을 찾고,그들의 거리와 추가 열을 기록 (입력 파일 정렬 필요):
 
-`bedtools closest -a {{path/to/file_1}}.bed -b {{path/to/file_2}}.bed -d`
+`bedtools closest -a {{path/to/file1.bed}} -b {{path/to/file2.bed}} -d`

pages.ru/common/cut.md

@@ -3,7 +3,7 @@
 > Вырезать поля из стандартного ввода или файлов.
 > Больше информации: <https://www.gnu.org/software/coreutils/cut>.
 
-- Вывести указанный диапазон символов/полей каждой строки (`--{{characters|fields}}={{1|1,10|1-10|1-|-10}}` далее обозначается как `{{диапазон}}`):
+- Вывести указанный диапазон символов/полей каждой строки (`--characters|fields=1|1,10|1-10|1-|-10` далее обозначается как `диапазон`):
 
 `{{команда}} | cut --{{characters|fields}}={{1|1,10|1-10|1-|-10}}`
 

pages.ru/osx/cut.md

@@ -3,7 +3,7 @@
 > Вырезать поля из стандартного ввода или файлов.
 > Больше информации: <https://manned.org/man/freebsd-13.0/cut.1>.
 
-- Вывести указанный диапазон символов/полей каждой строки (`-{{c|f}} {{1|1,10|1-10|1-|-10}}` далее обозначается как `{{диапазон}}`):
+- Вывести указанный диапазон символов/полей каждой строки (`-c|f 1|1,10|1-10|1-|-10` далее обозначается как `диапазон`):
 
 `{{команда}} | cut -{{c|f}} {{1|1,10|1-10|1-|-10}}`
 

pages.zh/linux/cryptsetup.md

@@ -7,7 +7,7 @@
 
 `cryptsetup luksFormat {{/dev/sda1}}`
 
-- 打开 LUKS 卷并在 `/dev/mapper/{{目标}}` 创建解密映射：
+- 打开 LUKS 卷并在 `/dev/mapper/目标` 创建解密映射：
 
 `cryptsetup luksOpen {{/dev/sda1}} {{目标}}`
 

pages.zh/linux/i3.md

@@ -15,7 +15,7 @@
 
 `Super + Shift + {{数字键}}`
 
-- 切换到 {{数字}} 号工作区：
+- 切换到 `数字` 号工作区：
 
 `Super + {{数字键}}`
 

pages/common/!.md

@@ -3,7 +3,7 @@
 > Bash builtin to substitute with a command found in history.
 > More information: <https://www.gnu.org/software/bash/manual/bash.html#Event-Designators>.
 
-- Substitute with the previous command and run it with sudo:
+- Substitute with the previous command and run it with `sudo`:
 
 `sudo !!`
 

pages/common/bedtools.md

@@ -6,24 +6,24 @@
 
 - Intersect two files regarding the sequences' strand and save the result to the specified file:
 
-`bedtools intersect -a {{path/to/file_1}} -b {{path/to/file_2}} -s > {{path/to/output_file}}`
+`bedtools intersect -a {{path/to/file1}} -b {{path/to/file2}} -s > {{path/to/output_file}}`
 
-- Intersect two files with a left outer join, i.e. report each feature from {{file_1}} and NULL if no overlap with {{file_2}}:
+- Intersect two files with a left outer join, i.e. report each feature from `file1` and NULL if no overlap with `file2`:
 
-`bedtools intersect -a {{path/to/file_1}} -b {{path/to/file_2}} -lof > {{path/to/output_file}}`
+`bedtools intersect -a {{path/to/file1}} -b {{path/to/file2}} -lof > {{path/to/output_file}}`
 
 - Using more efficient algorithm to intersect two pre-sorted files:
 
-`bedtools intersect -a {{path/to/file_1}} -b {{path/to/file_2}} -sorted > {{path/to/output_file}}`
+`bedtools intersect -a {{path/to/file1}} -b {{path/to/file2}} -sorted > {{path/to/output_file}}`
 
-- Group file {{`path/to/file`}} based on the first three and the fifth column and summarize the sixth column by summing it up:
+- Group file `path/to/file` based on the first three and the fifth column and summarize the sixth column by summing it up:
 
 `bedtools groupby -i {{path/to/file}} -c 1-3,5 -g 6 -o sum`
 
 - Convert bam-formatted file to a bed-formatted one:
 
-`bedtools bamtobed -i {{path/to/file}}.bam > {{path/to/file}}.bed`
+`bedtools bamtobed -i {{path/to/file.bam}} > {{path/to/file.bed}}`
 
-- Find for all features in {{file_1}}.bed the closest one in {{file_2}}.bed and write their distance in an extra column (input files must be sorted):
+- Find for all features in `file1.bed` the closest one in `file2.bed` and write their distance in an extra column (input files must be sorted):
 
-`bedtools closest -a {{path/to/file_1}}.bed -b {{path/to/file_2}}.bed -d`
+`bedtools closest -a {{path/to/file1.bed}} -b {{path/to/file2.bed}} -d`

pages/common/dep.md

@@ -4,7 +4,7 @@
 > Note: The Go command `dep` with the same name is deprecated and archived.
 > More information: <https://deployer.org>.
 
-- Interactively initialize deployer in the local path (use a framework template with `--template={{template}}`):
+- Interactively initialize deployer in the local path (use a framework template with `--template=template`):
 
 `dep init`
 

pages/common/ghdl.md

@@ -7,7 +7,7 @@
 
 `ghdl -a {{filename.vhdl}}`
 
-- Elaborate a design (where `{{design}}` is the name of a configuration unit, entity unit or architecture unit):
+- Elaborate a design (where `design` is the name of a configuration unit, entity unit or architecture unit):
 
 `ghdl -e {{design}}`
 

pages/common/mosh.md

@@ -20,7 +20,7 @@
 
 `mosh {{remote_host}} -- {{command -with -flags}}`
 
-- Select Mosh UDP port (useful when `{{remote_host}}` is behind a NAT):
+- Select Mosh UDP port (useful when `remote_host` is behind a NAT):
 
 `mosh -p {{124}} {{username}}@{{remote_host}}`
 

pages/common/samtools.md

@@ -16,7 +16,7 @@
 
 `samtools sort {{input}} -o {{output.bam}}`
 
-- Index a sorted BAM file (creates {{sorted_input.bam.bai}}):
+- Index a sorted BAM file (creates `sorted_input.bam.bai`):
 
 `samtools index {{sorted_input.bam}}`
 
@@ -30,7 +30,7 @@
 
 - Merge multiple files:
 
-`samtools merge {{output}} {{input1 input2 …}}`
+`samtools merge {{output}} {{input1 input2 ...}}`
 
 - Split input file according to read groups:
 

pages/common/swig.md

@@ -16,6 +16,6 @@
 
 `swig -java {{path/to/swig_file.i}}`
 
-- Generate a binding between C and Ruby and prefix the Ruby module with {{foo::bar::}}:
+- Generate a binding between C and Ruby and prefix the Ruby module with `foo::bar::`:
 
 `swig -ruby -prefix "{{foo::bar::}}" {{path/to/swig_file.i}}`

pages/linux/cryptsetup.md

@@ -7,7 +7,7 @@
 
 `cryptsetup luksFormat {{/dev/sda1}}`
 
-- Open a LUKS volume and create a decrypted mapping at `/dev/mapper/{{target}}`:
+- Open a LUKS volume and create a decrypted mapping at `/dev/mapper/target`:
 
 `cryptsetup luksOpen {{/dev/sda1}} {{target}}`
 

pages/linux/i3.md

@@ -3,7 +3,7 @@
 > A dynamic tiling window manager.
 > More information: <https://i3wm.org/docs/userguide.html>.
 
-- Start i3 (Note that a pre-existing window manager must not be open when this command is run.):
+- Start i3 (Note that a pre-existing window manager must not be open when this command is run):
 
 `i3`
 
@@ -15,9 +15,9 @@
 
 `Super + Shift + {{number}}`
 
-- Switch to workspace {{number}}:
+- Switch to workspace number `n`:
 
-`Super + {{number}}`
+`Super + {{n}}`
 
 - Open new window horizontally:
 

pages/linux/lsns.md

@@ -11,14 +11,14 @@
 
 `lsns --json`
 
-- List namespaces associated with {{pid}}:
+- List namespaces associated with the specified process:
 
 `lsns --task {{pid}}`
 
 - List the specified type of namespaces only:
 
-`lsns --type <mnt|net|ipc|user|pid|uts|cgroup|time>`
+`lsns --type {{mnt|net|ipc|user|pid|uts|cgroup|time}}`
 
 - List namespaces, only showing the namespace ID, type, PID, and command:
 
-`lsns --output NS,TYPE,PID,COMMAND`
+`lsns --output {{NS,TYPE,PID,COMMAND}}`

pages/linux/ostree.md

@@ -4,7 +4,7 @@
 > OSTree is the foundation for immutable image-based operating systems such as Fedora Silverblue, Fedora IoT or Fedora CoreOS.
 > More information: <https://ostreedev.github.io/ostree>.
 
-- Initialize a repository of the files in `$PWD` with metadata in `$PWD/{{path/to/repo}}`:
+- Initialize a repository of the files in `$PWD` with metadata in `$PWD/path/to/repo`:
 
 `ostree init --repo {{path/to/repo}}`
 

pages/linux/setcap.md

@@ -8,7 +8,7 @@
 
 `setcap '{{cap_net_raw}}' {{path/to/file}}`
 
-- Set multiple capabilities on a file (ep behind the capability means "effective permitted"):
+- Set multiple capabilities on a file (`ep` behind the capability means "effective permitted"):
 
 `setcap '{{cap_dac_read_search,cap_sys_tty_config+ep}}' {{path/to/file}}`
 
@@ -20,6 +20,6 @@
 
 `setcap -v '{{cap_net_raw}}' {{path/to/file}}`
 
-- The optional `-n {{rootuid}}` argument can be used to set the file capability for use only in a user namespace with this root user ID owner:
+- The optional `-n root_uid` argument can be used to set the file capability for use only in a user namespace with this root user ID owner:
 
-`setcap -n {{rootuid}} '{{cap_net_admin}}' {{path/to/file}}`
+`setcap -n {{root_uid}} '{{cap_net_admin}}' {{path/to/file}}`

pages/linux/uvcdynctrl.md

@@ -15,7 +15,7 @@
 
 `uvcdynctrl -c`
 
-- Set a new control value (for negative values, add -- before {{-value}}):
+- Set a new control value (for negative values, use `-- -value`):
 
 `uvcdynctrl -s {{control_name}} {{value}}`
 

pages/linux/whatis.md

@@ -19,6 +19,6 @@
 
 `whatis --regex '{{wish[0-9]\.[0-9]}}'`
 
-- Display descriptions of a specific language (requires `manpage-{{locale}}` package):
+- Display descriptions in a specific language:
 
 `whatis --locale={{en}} {{command}}`

pages/osx/whence.md

@@ -3,11 +3,11 @@
 > A zsh builtin to indicate how a given command would be interpreted.
 > More information: <https://www.unix.com/man-page/OpenSolaris/1/whence/>.
 
-- Interpret {{command}}, with expansion if defined as an `alias` (similar to the `command -v` builtin):
+- Interpret `command`, with expansion if defined as an `alias` (similar to the `command -v` builtin):
 
 `whence "{{command}}"`
 
-- Display type of {{command}}, with location if defined as a function, or binary (equivalent to the `type` and `command -V` builtins):
+- Display type of `command`, with location if defined as a function, or binary (equivalent to the `type` and `command -V` builtins):
 
 `whence -v "{{command}}"`
 
@@ -19,6 +19,6 @@
 
 `whence -ca "{{command}}"`
 
-- Search only the `PATH` for {{command}}, ignoring builtins, aliases or shell functions (equivalent to the `where` command):
+- Search only the `PATH` for `command`, ignoring builtins, aliases or shell functions (equivalent to the `where` command):
 
 `whence -p "{{command}}"`