verify-file | Instantly verify a file against its gpg signature file.

by treelogic-swe JavaScript Version: Current License: Apache-2.0

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verify-file is a JavaScript library. verify-file has no bugs, it has no vulnerabilities, it has a Permissive License and it has low support. You can download it from GitHub.

Instantly verify a file against its gpg signature file.

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verify-file Key Features

Instantly verify a file against its gpg signature file.

verify-file Examples and Code Snippets

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header columns validation in shell script

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fields=("Activity" "Activity+ ID" "Description" "Status")

IFS='|' read -r -a headers < test.csv      # read first line from test.csv, break on '|' delimiter, store in headers[] array

$ typeset -p fields headers
declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")

if [[ "${#fields[@]}" -ne "${#headers[@]}" ]]            # field count mismatch?
then
     echo "error: field count mismatch: expecting ${#fields[@]} / found ${#headers[@]}"
else
    Array3=()                                            # init array Array3[]

    for ((i=0;i<${#fields[@]};i++))                      # loop through indices of fields[] array
    do
        [[ "${fields[$i]}" != "${headers[$i]}" ]] && \   # if same position in both arrays is not a match then ...
        Array3+=("${fields[$i]}")                        # add fields[] entry to Array3[]
    done

    [[ "${#Array3[@]}" -ne 0 ]] && \                     # if Array3[] not empty then ...
    echo "not matching:" ${Array3[@]}                    # print list of fields to stdout
fi

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+" [2]="Description" [3]="Status")

# the code generates:

not matching: Activity+ ID

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+ ID" [2]="Status")

# the code generates:

error: field count mismatch: expecting 4 / found 3

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity+ ID" [1]="Description" [2]="Status" [3]="Activity")

# the code generates:

not matching: Activity Activity+ ID Description Status

-----------------------

fields=("Activity" "Activity+ ID" "Description" "Status")

IFS='|' read -r -a headers < test.csv      # read first line from test.csv, break on '|' delimiter, store in headers[] array

$ typeset -p fields headers
declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")

if [[ "${#fields[@]}" -ne "${#headers[@]}" ]]            # field count mismatch?
then
     echo "error: field count mismatch: expecting ${#fields[@]} / found ${#headers[@]}"
else
    Array3=()                                            # init array Array3[]

    for ((i=0;i<${#fields[@]};i++))                      # loop through indices of fields[] array
    do
        [[ "${fields[$i]}" != "${headers[$i]}" ]] && \   # if same position in both arrays is not a match then ...
        Array3+=("${fields[$i]}")                        # add fields[] entry to Array3[]
    done

    [[ "${#Array3[@]}" -ne 0 ]] && \                     # if Array3[] not empty then ...
    echo "not matching:" ${Array3[@]}                    # print list of fields to stdout
fi

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+" [2]="Description" [3]="Status")

# the code generates:

not matching: Activity+ ID

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+ ID" [2]="Status")

# the code generates:

error: field count mismatch: expecting 4 / found 3

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity+ ID" [1]="Description" [2]="Status" [3]="Activity")

# the code generates:

not matching: Activity Activity+ ID Description Status

-----------------------

fields=("Activity" "Activity+ ID" "Description" "Status")

IFS='|' read -r -a headers < test.csv      # read first line from test.csv, break on '|' delimiter, store in headers[] array

$ typeset -p fields headers
declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")

if [[ "${#fields[@]}" -ne "${#headers[@]}" ]]            # field count mismatch?
then
     echo "error: field count mismatch: expecting ${#fields[@]} / found ${#headers[@]}"
else
    Array3=()                                            # init array Array3[]

    for ((i=0;i<${#fields[@]};i++))                      # loop through indices of fields[] array
    do
        [[ "${fields[$i]}" != "${headers[$i]}" ]] && \   # if same position in both arrays is not a match then ...
        Array3+=("${fields[$i]}")                        # add fields[] entry to Array3[]
    done

    [[ "${#Array3[@]}" -ne 0 ]] && \                     # if Array3[] not empty then ...
    echo "not matching:" ${Array3[@]}                    # print list of fields to stdout
fi

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+" [2]="Description" [3]="Status")

# the code generates:

not matching: Activity+ ID

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+ ID" [2]="Status")

# the code generates:

error: field count mismatch: expecting 4 / found 3

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity+ ID" [1]="Description" [2]="Status" [3]="Activity")

# the code generates:

not matching: Activity Activity+ ID Description Status

-----------------------

fields=("Activity" "Activity+ ID" "Description" "Status")

IFS='|' read -r -a headers < test.csv      # read first line from test.csv, break on '|' delimiter, store in headers[] array

$ typeset -p fields headers
declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")

if [[ "${#fields[@]}" -ne "${#headers[@]}" ]]            # field count mismatch?
then
     echo "error: field count mismatch: expecting ${#fields[@]} / found ${#headers[@]}"
else
    Array3=()                                            # init array Array3[]

    for ((i=0;i<${#fields[@]};i++))                      # loop through indices of fields[] array
    do
        [[ "${fields[$i]}" != "${headers[$i]}" ]] && \   # if same position in both arrays is not a match then ...
        Array3+=("${fields[$i]}")                        # add fields[] entry to Array3[]
    done

    [[ "${#Array3[@]}" -ne 0 ]] && \                     # if Array3[] not empty then ...
    echo "not matching:" ${Array3[@]}                    # print list of fields to stdout
fi

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+" [2]="Description" [3]="Status")

# the code generates:

not matching: Activity+ ID

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+ ID" [2]="Status")

# the code generates:

error: field count mismatch: expecting 4 / found 3

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity+ ID" [1]="Description" [2]="Status" [3]="Activity")

# the code generates:

not matching: Activity Activity+ ID Description Status

-----------------------

fields=("Activity" "Activity+ ID" "Description" "Status")

IFS='|' read -r -a headers < test.csv      # read first line from test.csv, break on '|' delimiter, store in headers[] array

$ typeset -p fields headers
declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")

if [[ "${#fields[@]}" -ne "${#headers[@]}" ]]            # field count mismatch?
then
     echo "error: field count mismatch: expecting ${#fields[@]} / found ${#headers[@]}"
else
    Array3=()                                            # init array Array3[]

    for ((i=0;i<${#fields[@]};i++))                      # loop through indices of fields[] array
    do
        [[ "${fields[$i]}" != "${headers[$i]}" ]] && \   # if same position in both arrays is not a match then ...
        Array3+=("${fields[$i]}")                        # add fields[] entry to Array3[]
    done

    [[ "${#Array3[@]}" -ne 0 ]] && \                     # if Array3[] not empty then ...
    echo "not matching:" ${Array3[@]}                    # print list of fields to stdout
fi

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+" [2]="Description" [3]="Status")

# the code generates:

not matching: Activity+ ID

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+ ID" [2]="Status")

# the code generates:

error: field count mismatch: expecting 4 / found 3

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity+ ID" [1]="Description" [2]="Status" [3]="Activity")

# the code generates:

not matching: Activity Activity+ ID Description Status

-----------------------

fields=("Activity" "Activity+ ID" "Description" "Status")

IFS='|' read -r -a headers < test.csv      # read first line from test.csv, break on '|' delimiter, store in headers[] array

$ typeset -p fields headers
declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")

if [[ "${#fields[@]}" -ne "${#headers[@]}" ]]            # field count mismatch?
then
     echo "error: field count mismatch: expecting ${#fields[@]} / found ${#headers[@]}"
else
    Array3=()                                            # init array Array3[]

    for ((i=0;i<${#fields[@]};i++))                      # loop through indices of fields[] array
    do
        [[ "${fields[$i]}" != "${headers[$i]}" ]] && \   # if same position in both arrays is not a match then ...
        Array3+=("${fields[$i]}")                        # add fields[] entry to Array3[]
    done

    [[ "${#Array3[@]}" -ne 0 ]] && \                     # if Array3[] not empty then ...
    echo "not matching:" ${Array3[@]}                    # print list of fields to stdout
fi

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+" [2]="Description" [3]="Status")

# the code generates:

not matching: Activity+ ID

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+ ID" [2]="Status")

# the code generates:

error: field count mismatch: expecting 4 / found 3

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity+ ID" [1]="Description" [2]="Status" [3]="Activity")

# the code generates:

not matching: Activity Activity+ ID Description Status

-----------------------

fields=("Activity" "Activity+ ID" "Description" "Status")

IFS='|' read -r -a headers < test.csv      # read first line from test.csv, break on '|' delimiter, store in headers[] array

$ typeset -p fields headers
declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")

if [[ "${#fields[@]}" -ne "${#headers[@]}" ]]            # field count mismatch?
then
     echo "error: field count mismatch: expecting ${#fields[@]} / found ${#headers[@]}"
else
    Array3=()                                            # init array Array3[]

    for ((i=0;i<${#fields[@]};i++))                      # loop through indices of fields[] array
    do
        [[ "${fields[$i]}" != "${headers[$i]}" ]] && \   # if same position in both arrays is not a match then ...
        Array3+=("${fields[$i]}")                        # add fields[] entry to Array3[]
    done

    [[ "${#Array3[@]}" -ne 0 ]] && \                     # if Array3[] not empty then ...
    echo "not matching:" ${Array3[@]}                    # print list of fields to stdout
fi

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+" [2]="Description" [3]="Status")

# the code generates:

not matching: Activity+ ID

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+ ID" [2]="Status")

# the code generates:

error: field count mismatch: expecting 4 / found 3

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity+ ID" [1]="Description" [2]="Status" [3]="Activity")

# the code generates:

not matching: Activity Activity+ ID Description Status

See all related Code Snippets

Community Discussions

Trending Discussions on verify-file

header columns validation in shell script
after M-x prelude-update I get error: Wrong type argument: stringp, 100

Trending Discussions on verify-file

QUESTION

header columns validation in shell script

Asked 2021-Oct-27 at 22:01

"|" delimited files should have below column headers

Activity
Activity+ ID
Description
Status

After upload, before start processing the file using SQLLDR, I make sure the uploaded file has exact number of headers, headers names are matching and in same order.

Code:

declare -i header=4
fields=( 
"Activity"
"Activity+ ID"
"Description"
"Status"
)

for i in "Test File.csv"; do
    read -r line < "$i" 

    oldIFS="$IFS"
    IFS=$'|'
    fldarray=( $line );
    IFS="$oldIFS"

    nfields=${#fldarray[@]}     
    if (( nfields < header ))
    then
    printf "error: only '%d' fields in file '%s'\nmissing:" "$nfields" "$i"
    else        
        for item1 in "${header[@]}"; do
          for item2 in "${fields[@]}"; do
           if [[ $item1 != $item2 ]]; then
            Array3+=("$item1")
           fi
         done
        done
        echo "not matching" ${Array3[@]}
        printf "\n\n"
    fi
done

Data:

Activity|Activity+ ID|Description|Status
Test|1234|First activity|Open

This is always printing that Activity+ column is missing, though it is present in the file. After I remove the "+" from header and file uploaded, it is working as expected. How can I change the above code to validate column headers with "+". I referred the answer from bash to identify and verify file headers to build this solution

ANSWER

Answered 2021-Oct-27 at 22:01

NOTE: still a bit confused as to what OP wants to do (eg, header is defined as an integer but later referenced as an array ("${header[@]}"))

Assumptions:

print an error if the number of | delimited fields in the first row of the .csv file does not match the number of entries in the fields[] array
header fields from the .csv file must be an exact match (spelling and order) as the entries in the fields[] array
print the entries from the fields[] array that don't have an exact match with the | delimited fields from the first row of the .csv file

We'll keep the current fields[] array:

fields=("Activity" "Activity+ ID" "Description" "Status")

The pull the first line of the .csv file into the headers[] array:

IFS='|' read -r -a headers < test.csv      # read first line from test.csv, break on '|' delimiter, store in headers[] array

Giving us:

$ typeset -p fields headers
declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")

Now make some modifications to OP's if/else/for/fi code:

if [[ "${#fields[@]}" -ne "${#headers[@]}" ]]            # field count mismatch?
then
     echo "error: field count mismatch: expecting ${#fields[@]} / found ${#headers[@]}"
else
    Array3=()                                            # init array Array3[]

    for ((i=0;i<${#fields[@]};i++))                      # loop through indices of fields[] array
    do
        [[ "${fields[$i]}" != "${headers[$i]}" ]] && \   # if same position in both arrays is not a match then ...
        Array3+=("${fields[$i]}")                        # add fields[] entry to Array3[]
    done

    [[ "${#Array3[@]}" -ne 0 ]] && \                     # if Array3[] not empty then ...
    echo "not matching:" ${Array3[@]}                    # print list of fields to stdout
fi

For this particular case, where ${fields[@]} and ${headers[@]} are identical, no output is generated.

Other test cases:

2nd field in headers[] is spelled differently

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+" [2]="Description" [3]="Status")

# the code generates:

not matching: Activity+ ID

headers[] has 3 entries

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity" [1]="Activity+ ID" [2]="Status")

# the code generates:

error: field count mismatch: expecting 4 / found 3

headers[] has 4 entries but all differ from corresponding entry in fields[]

declare -a fields=([0]="Activity" [1]="Activity+ ID" [2]="Description" [3]="Status")
declare -a headers=([0]="Activity+ ID" [1]="Description" [2]="Status" [3]="Activity")

# the code generates:

not matching: Activity Activity+ ID Description Status

From here OP should be able to tweak the code to provide the desired outputs and/or set some variables to use for follow-on conditional operations (eg, abort processing if either echo is triggered, disable follow-on processing if either echo is triggered, etc).

Source https://stackoverflow.com/questions/69715503

QUESTION

after M-x prelude-update I get error: Wrong type argument: stringp, 100

Asked 2021-May-25 at 23:53

System: Linux Mint 20 Emacs version 26.3

I updated all packages with package-list-packages and then ran M-x prelude-update. After restarting emacs with emacs --debug -init I get this error:

(Does anyone have an idea what this "100" is?)

Debugger entered--Lisp error: (wrong-type-argument stringp 100)
  expand-file-name(100 "/home/belberg/.emacs.d/")
  projectile-expand-root(100)
  projectile-verify-file(100)
  apply(projectile-verify-file 100)
  #f(compiled-function (&rest cl-x) #<bytecode 0x205cff5>)(100)
  mapcar(#f(compiled-function (&rest cl-x) #<bytecode 0x205cff5>) "debian/control")
  cl-mapcar(#f(compiled-function (&rest cl-x) #<bytecode 0x205cff5>) "debian/control")
  apply(cl-mapcar #f(compiled-function (&rest cl-x) #<bytecode 0x205cff5>) "debian/control" nil)
  cl-map(nil #f(compiled-function (&rest cl-x) #<bytecode 0x205cff5>) "debian/control")
  apply(cl-map nil #f(compiled-function (&rest cl-x) #<bytecode 0x205cff5>) "debian/control" nil)
  cl-every(projectile-verify-file "debian/control")
  projectile-verify-files("debian/control")
  #f(compiled-function (project-type-record) #<bytecode 0x1af4f89>)((debian marker-files "debian/control" project-file "debian/control" compilation-dir nil configure-command nil compile-command "debuild -uc -us" test-command nil install-command nil package-command nil run-command nil))
```
```
"Missing modules file %s" "You can get started by copying the bundled example file from sample/prelude-modules.el" expand-file-name "custom.el" delete "^[^#.].*\\.el$" "Prelude is ready to do thy bidding, Master %s!" version< "25.3" eval-after-load "enriched" #f(compiled-function () #<bytecode 0x483f0d>) prelude-eval-after-init run-at-time ...] 8)
  load("/home/belberg/.emacs.d/init" t t)
  #f(compiled-function () #<bytecode 0x1e0f4d>)()
  command-line()
  normal-top-level()

ANSWER

Answered 2021-May-25 at 23:53

Please try commenting out the references to projectile in core/prelude-editor.el. Restart emacs, then run M-x package-list-packages. Type U when the package list has refreshed, then x to install the packages. After the packages have refreshed, quit emacs, uncomment what you commented out in core/prelude-editor.el and restart emacs.

Source https://stackoverflow.com/questions/67678966

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Vulnerabilities

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