Ultimate-GPG-Settings

ABOUT

The Goals of this Gist are to:
[1] Increase the GnuPG key size limit beyond 4096 bits.
[2] Provide configuration files that maximize security and anonymity.

For now, the ideal configuration files have been provided.
The Debian_Linux_GnuPG_Compiler.bash script works to build GnuPG with the 4096 bit key size limit raised.

Please provide input. Feedback and changes welcome.

Debian_Linux_GnuPG_Compiler.bash

#!/bin/bash

make_log_file()
{
	log_file="$(readlink -e $0).log.txt";
	touch "$log_file";
	if [[ -w "$log_file" ]];
	then
		echo "This Bash Shell Script's output will be logged inside: "$log_file"";
		let made_log_file=0;
	else
		echo "This Bash Shell Script's output will NOT be logged inside: "$log_file" because it failed to create or access the stated file.";
		echo "This Bash Shell Script can still continue its procedures.";
		let made_log_file=1;
	fi
}

opening_statements()
{
	echo "This Bash Shell Script is designed for x86_64 Debian Linux 7.6 and Tested with GnuPG-1-1.4.18 and GnuPG-2-2.0.26.";
	echo "It can download the Latest GnuPG-1 or GnuPG-2 Stable Source Code archive, extract it, and raise the key size and secure memory limits in the Source Code to enable working with up to 40960-bit keys.";
	echo "It can build a Portable GnuPG-1 Standalone Static Executable that may be carried to other Debian-based Linux OSs.";
	echo "It can also build a GnuPG-2 Dynamically-Linked Executable.";
	echo "Any installations are optional. Clean-up options are provided.";
	echo "Building dependencies are acquired via the APT repositories. The Source Code is acquired from either the GnuPG Website or the APT repositories.";
	echo "Use the ldd utility to view a GnuPG executable's dependencies.";
	echo "GnuPG comes in two flavours, GnuPG-1 (gpg) and GnuPG-2 (gpg2), which provide similar basic functionality and can be installed together.";
	echo "Only GnuPG-1 is truly standalone. GnuPG-2 is modularized and relies on installed dynamic system components in order to function.";
	echo "However, GnuPG-2 also supports S/MIME, X.509, CMS, keyring-daemon, SSH-agent, smart-cards, ECC (beta), etc.";
	echo "Bottom-line: Use GnuPG-1 if you don't need need the extra GnuPG-2 features and if you need portability. The core algorithms are the same.";
	echo "The GnuPG authors may eventually discontinue the development of GnuPG-1.";
	echo "Unmodified GnuPG can generate up to 4096-bit keys but use up to 16384-bit keys. Larger keys can be viewed but not operated. Therefore, keep the modified GnuPG-1 Standalone Static Executable available for use.";
	echo "FOR SECURITY: Manually check the authenticity and integrity of all the downloaded files.";
	echo "Superuser (sudo) access is required.";
}

debian76_check()
{
	echo "Checking for OS Name and Version.";
	os_string=$(uname -a);
	os_string=${os_string,,};
	if [[ $os_string == *debian* ]] && [[ $os_string == *7*  ]];
	then
		echo "The OS has been identified as DEBIAN 7.6.";
	else
		echo "Unknown OS. Use the recommended OSs. This Bash Shell Script will now exit.";
		pause;
		exit;
	fi
}

gpg1_or_gpg2_question()
{
	echo "Asking for the flavour of GnuPG to work on.";
	let repeat_flavour_question=1;
	while [[ $repeat_flavour_question == 1 ]];
	do
		echo "Which GnuPG flavour?";
		echo "[1] GnuPG-1 - Static.";
		echo "[2] GnuPG-2 - Dynamic.";
		echo -n "Enter 1 or 2: ";
		read gpg_flavour;
		if [[ $gpg_flavour != 1 ]] && [[ $gpg_flavour != 2 ]];
		then
			echo "Invalid choice.";
		else
			let repeat_flavour_question=0;
		fi
	done
	echo "Will work on GnuPG-$gpg_flavour.";
}

ask_to_use_sid()
{
	echo "Asking about whether to add the Sid APT Repository.";
	echo "CAUTION: The Sid APT Repository significantly changes system package management.";
	echo "Clean-up options can reverse these changes.";
	let sid_use_question_answered=0;
	while [[ $sid_use_question_answered == 0 ]];
	do
		echo -n "Build GnuPG by using the Sid APT Repository (Large Download)? (Recommended Answer: Nn for GnuPG-1. Yy for GnuPG-2.) (Yy or Nn): "
		read whether_to_use_sid;
		whether_to_use_sid=${whether_to_use_sid,,};
		if [[ $whether_to_use_sid != "n" ]] && [[ $whether_to_use_sid != "y" ]];
		then
			echo "Invalid choice. Enter Yn or Nn.";
		else
			let sid_use_question_answered=1;
		fi
	done
	echo "Sid Repository preferences processed.";
}

web_or_repos_question()
{
	echo "Asking whether to use the GnuPG Website or the APT repositories to acquire the GnuPG Source Code.";
	let repeat_web_or_repos_question=1;
	while [[ $repeat_web_or_repos_question == 1 ]];
	do
		echo "Source Code acquisition method?";
		echo "[1] GnuPG FTP Server (Web) - Compile Latest Known Version.";
		echo "[2] APT Repositories - Compile Available Repository Version.";
		echo -n "Enter 1 or 2: ";
		read web_or_repos;
		if [[ $web_or_repos != 1 ]] && [[ $web_or_repos != 2 ]];
		then
			echo "Invalid choice.";
		else
			let repeat_web_or_repos_question=0;
		fi
	done
	if [[ $web_or_repos == 1 ]];
	then
		echo "Will use GnuPG FTP Server (Web).";
	else
		echo "Will use Built-in APT Repositories.";
	fi
}

set_directories()
{
	echo "Asking for working directory location choice.";
	echo "Changing into Home (~) directory first.";
	cd ~;
	echo "Entered into Home (~) directory: "$(pwd)".";
	let repeat_dir_question=1;
	while [[ $repeat_dir_question == 1 ]];
	do
		echo "Method of setting directory to work inside?";
		echo "[1] Preset (Automatically create a directory inside the Home (~) directory).";
		echo "[2] Manual (Specify a directory under which to create a working directory).";
		echo -n "Enter 1 or 2: ";
		read dir_choice;
		if [[ $dir_choice != 1 ]] && [[ $dir_choice != 2 ]];
		then
			echo "Invalid choice. Enter 1 or 2.";
		elif [[ $dir_choice == 1 ]];
		then
			work_dir="~/work_in_progress/";
			directory_input_processor;
			if [[ $directory_validity == 1 ]];
			then
				working_directories_maker;
				if [[ $dir_making_success != 0 ]];
				then
					let repeat_dir_question=0;
				fi
			fi
		elif [[ $dir_choice == 2 ]];
		then
			echo "Specify an accessible existing or new directory location for this Script to work inside.";
			echo -n "Enter directory location: ";
			read work_dir;
			directory_input_processor;
			if [[ $directory_validity == 0 ]];
			then
				let dir_interpretation_question_answered=1;
			else
				let dir_interpretation_question_answered=0;
			fi
			while [[ $dir_interpretation_question_answered == 0 ]];
			do
				echo "The working directory location will be set as: "$work_dir".";
				echo -n "Is this interpretation correct? Continue? (Yy or Nn): ";
				read if_dir_interpretation_correct;
				if_dir_interpretation_correct=${if_dir_interpretation_correct,,};
				if [[ $if_dir_interpretation_correct != "n" ]] && [[ $if_dir_interpretation_correct != "y" ]];
				then
					echo "Invalid choice. Enter Yn or Nn.";
				else
					let dir_interpretation_question_answered=1;
				fi
			done
			if [[ $if_dir_interpretation_correct == "y" ]];
			then
				working_directories_maker;
				if [[ $dir_making_success != 0 ]];
				then
					let repeat_dir_question=0;
				fi
			fi
		fi
	done
	echo "Done processing working directory location choice.";
}

directory_input_processor()
{
	echo "Processing directory location input.";
	work_dir=${work_dir// /_spac_};
	eval work_dir=""$work_dir"";
	if [[ $? == 0 ]];
	then
		let eval_pass=1;
	else
		let eval_pass=0;
	fi
	work_dir=${work_dir//_spac_/ };
	work_dir=""$(readlink -m "$work_dir")/gpg_work"";
	if [[ -z $work_dir ]] || [[ $eval_pass == 0 ]];
	then
		let directory_validity=0;
		echo "Directory location input seems incorrect.";
		echo "Manually input a different directory location.";
	else
		echo "Directory location input seems correct for now.";
		let directory_validity=1;
	fi
	echo "Directory location input processed.";
}

working_directories_maker()
{
	echo "Making directories to work inside.";
	gpg1_source_dir="$work_dir/gpg1_source";
	gpg2_source_dir="$work_dir/gpg2_source";
	if
	(
	mkdir -vp "$work_dir";
	mkdir -vp "$gpg1_source_dir";
	mkdir -vp "$gpg2_source_dir";
	);
	then
		echo "SUCCESS: The Script will process files inside: "$work_dir".";
		let dir_making_success=1;
	else
		echo "FAILURE: Directory making process failed. Try again.";
		let dir_making_success=0;
	fi
	echo "Working directory creation process complete.";
}

change_to_correct_source_dir()
{
	if [[ $gpg_flavour == 1 ]];
	then
		cd "$gpg1_source_dir";
	else
		cd "$gpg2_source_dir";
	fi
}

add_sid_apt_repos()
{
	echo "Installing Sid APT Repository.";
	sid_repo_list_placement="/etc/apt/sources.list.d/sid_repo.list";
	sid_repos_line="deb http://http.us.debian.org/debian/ sid main contrib non-free\ndeb-src http://http.us.debian.org/debian/ sid main contrib non-free";
	sudo touch "$sid_repo_list_placement";
	echo "$sid_repos_line" | sudo tee -a "$sid_repo_list_placement";
	sudo apt-get update;
	echo "Sid APT Repository installation procedure complete.";
}

regular_apt_repos_update()
{
	echo "Performing a regular update of the APT Repository information.";
	sudo apt-get update;
	echo "APT Repository information update process complete.";
}

get_apt_gpg1_builddeps()
{
	echo "Installing building dependencies for GnuPG-1 via APT - Automatically.";
	sudo apt-get build-dep "gnupg";
	echo "GnuPG-1 building dependencies Installation procedure complete.";
}

get_apt_gpg2_builddeps()
{
	echo "Installing building dependencies for GnuPG-2 via APT - Automatically.";
	sudo apt-get build-dep "gnupg2";
	echo "GnuPG-2 building dependencies Installation procedure complete.";
}

get_apt_gpg1_src()
{
	echo "Getting Source Code for GnuPG-1 via APT.";
	cd "$work_dir";
	apt-get -d source "gnupg";
	tar -xf "$(ls source| grep -E 'gnupg.*1..*orig.*tar')" --strip-components=1 -C "$gpg1_source_dir";
	echo "Source Code retrieval and extraction for GnuPG-1 complete.";
}

get_apt_gpg2_src()
{
	echo "Getting Source Code for GnuPG-2 via APT.";
	cd "$work_dir";
	apt-get -d source "gnupg2";
	tar -xf "$(ls | grep -E 'gnupg2.*2..*orig.*tar')" --strip-components=1 -C "$gpg2_source_dir";
	echo "Source Code retrieval and extraction for GnuPG-2 complete.";
}

get_web_gpg1_src()
{
	echo "Retrieving GnuPG-1 Source Code from the web.";
	cd "$work_dir";
	wget ftp://ftp.gnupg.org/gcrypt/gnupg/gnupg-1.4.18.tar.bz2;
	tar -xf $(ls | grep -E 'gnupg.*1..*tar.bz2') --strip-components=1 -C "$gpg1_source_dir";
	echo "Web-Based Source Code retrieval and extraction for GnuPG-1 complete.";
}

get_web_gpg2_src()
{
	echo "Retrieving GnuPG-2 Source Code from the web.";
	cd "$work_dir";
	wget ftp://ftp.gnupg.org/gcrypt/gnupg/gnupg-2.0.26.tar.bz2;
	tar -xf $(ls | grep -E 'gnupg.*2..*tar.bz2') --strip-components=1 -C "$gpg2_source_dir";
	echo "Web-Based Source Code retrieval and extraction for GnuPG-2 complete.";
}

raise_limits_in_source_code_dir()
{
	echo "Raising the key size and secure memory limits in the GnuPG-$gpg_flavour Source Code to enable working with up to 40960-bit keys.";
	change_to_correct_source_dir;
	grep -rl 4096 | xargs sed -i 's/4096/40960/g'; #Replaces the 4096 bit key size limit with 102400 bits.
	grep -rl 32768 | xargs sed -i 's/32768/10000000/g'; #Replaces the 32768 byte secure memory limit with 10000000 bytes.
	grep -rl 16384 | xargs sed -i 's/16384/40960/g'; #Replaces the 16384 bit MPI (Message Parsing Interface) Object limit and another secure memory limit with 40960 bits.
	echo "Source Code Limits on key size and secure memory Raised.";
}

build_static_gnupg1()
{
	echo "Building a Portable GnuPG-1 Standalone Static Executable.";
	change_to_correct_source_dir;
	./configure --enable-ldap --with-libcurl CFLAGS="-static" LDFLAGS="-static";
	make;
	echo "Building process for a Portable GnuPG-1 Standalone Static Executable complete.";
}

build_dynamic_gnupg2()
{
	echo "Building a Dynamically-Linked GnuPG-2 Executable.";
	change_to_correct_source_dir;
	./configure;
	make;
	echo "Building process for a Dynamically-Linked GnuPG-2 Executable complete.";
}

ask_and_perform_install()
{
	echo "Asking for installation preference.";
	let repeat_install_question=1;
	while [[ $repeat_install_question == 1 ]];
	do
		echo -n "Install this build? (Yy or Nn): ";
		read install_preference;
		install_preference=${install_preference,,};
		if [[ $install_preference != "n" ]] && [[ $install_preference != "y" ]];
			then
				echo "Invalid choice.";
			else
				let repeat_install_question=0;
		fi
	done
	if [[ $install_preference == "y" ]];
	then
		echo "Installing build.";
		change_to_correct_source_dir;
		sudo make install;
	else
		echo "The built application will not be installed.";
	fi
	echo "Preferred installation preference applied.";
}

ask_and_perform_cleanup()
{
	echo "Checking for clean-up preferences.";
	echo "The user may need to manually remove some packages to avoid undesired changes in system package management.";
	echo "Use "apt-get showsrc and markauto package_name" to remove the installed build dependencies.";
	if [[ $install_preference == "y" ]];
	then
		let repeat_cleanup_question=0;
		echo "Will not perform clean-up because GnuPG installation was chosen.";
	else
		let repeat_cleanup_question=1;
	fi
	while [[ $repeat_cleanup_question == 1 ]];
	do
		echo -n "Remove some repository changes and installed packages? (Not needed for Live OSs.) (Yy or Nn): ";
		read cleanup_preference;
		cleanup_preference=${cleanup_preference,,};
		if [[ $cleanup_preference != "n" ]] && [[ $cleanup_preference != "y" ]];
		then
			echo "Invalid choice.";
		else
			let repeat_cleanup_question=0;
		fi
	done
	echo "Processing clean-up options.";
	if [[ $cleanup_preference == "y" ]] && [[ $whether_to_use_sid == "y" ]];
	then
		remove_sid_apt_repos;
		clean_debian_deps;
	elif [[ $cleanup_preference == "y" ]] && [[ $whether_to_use_sid == "n" ]];
	then
		clean_debian_deps;
	fi
	echo "Clean-up options processed.";
}

remove_sid_apt_repos()
{
	echo "Removing Sid APT repository.";
	sudo rm $sid_repo_list_placement;
	sudo apt-get update;
	sudo apt-get clean;
	echo "Sid APT repository removal procedure complete.";
}

clean_debian_deps()
{
	echo "Cleaning APT dependencies chain.";
	sudo apt-get autoremove;
	sudo apt-get autoclean;
	sudo apt-get clean;
	sudo apt-get update;
	echo "APT dependencies chain cleaning procedure complete.";
}

core_gpg_tasks()
{
	if [[ $whether_to_use_sid == "y" ]];
	then
		add_sid_apt_repos;
		regular_apt_repos_update;
	else
		regular_apt_repos_update;
	fi
	pause;
	if [[ $gpg_flavour == 1 ]] && [[ $web_or_repos == 1 ]];
	then
		get_apt_gpg1_builddeps;
		pause;
		get_web_gpg1_src;
		pause;
		raise_limits_in_source_code_dir;
		pause;
		build_static_gnupg1;
		pause;
	elif [[ $gpg_flavour == 1 ]] && [[ $web_or_repos == 2 ]];
	then
		get_apt_gpg1_builddeps;
		pause;
		get_apt_gpg1_src;
		pause;
		raise_limits_in_source_code_dir;
		pause;
		build_static_gnupg1;
		pause;
	elif [[ $gpg_flavour == 2 ]] && [[ $web_or_repos == 1 ]];
	then	
		get_apt_gpg2_builddeps;
		pause;
		get_web_gpg2_src;
		pause;
		raise_limits_in_source_code_dir;
		pause;
		build_dynamic_gnupg2;
		pause;
	elif [[ $gpg_flavour == 2 ]] && [[ $web_or_repos == 2 ]];
	then
		get_apt_gpg2_builddeps;
		pause;
		get_apt_gpg2_src;
		pause;
		raise_limits_in_source_code_dir;
		pause;
		build_dynamic_gnupg2;
		pause;
	fi
}

closing_statements()
{
	echo "All procedures complete. Completed work is present under "$work_dir".";
	echo "Restart the Script to work on the other GnuPG flavour.";
	echo "Move all completed work out of the directory above before reusing the Script.";
	echo "This Bash Shell Script will now exit.";
}

pause()
{
	echo -e "\n";
	read -rsn 1 -p "Press any key to continue." < /dev/tty;
	echo -e "\n";
}

main()
{
	opening_statements;
	pause;
	debian76_check;
	pause;
	gpg1_or_gpg2_question;
	pause;
	ask_to_use_sid;
	pause;
	web_or_repos_question;
	pause;
	set_directories;
	pause;
	core_gpg_tasks;
	pause;
	ask_and_perform_install;
	pause;
	ask_and_perform_cleanup;
	pause;
	closing_statements;
	pause;
}

clear;
make_log_file;
pause;
if [[ $made_log_file == 0 ]];
then
	exec > >(tee -a "$log_file");
	exec 2>&1;
	main;
else
	exec 2>&1;
	main;
fi
exit;

gpg-agent.conf

#These are options supplied to the gpg-agent which serves as a key daemon for GnuPG-2, SSH, etc.
#This file may not always be necessary, but, import this .conf file into the ~/.gnupg folder.

#Use the system's built-in key daemon instead if problems arise.
#Add this pinentry-program option if problems arise. pinentry-curses can be installed via APT or YUM if needed.
#pinentry-program /usr/bin/pinentry-curses

daemon
disable-scdaemon
enable-ssh-support
verbose
verbose
verbose
verbose
verbose
verbose
verbose
verbose
verbose
verbose

gpg.conf

##NOTES##
#Read Linux manuals and the GnuPG Options Index to understand these options and apply judgement to change them as needed.
#Use the latest Linux CLI implementation as the default GPG application. Create backups before experimentation.
#
#Create the default directories and .conf files with --version or --gpgconf-test or --list-config.
#Check for reasons behind errors via --debug-all --debug-level guru.
#Always copy this .conf file and all other related files into the ~/.gnupg folder.
#Check results with --list-packets, --check-sigs, --list-keys, --list-chain, or use --dry-run.
#
#A list of cross-platform and widely-supported algorithms is on the GnuPG website. Only the most widely-supported algorithms are mentioned in this .conf file.
#Compiling GPG with a different or newer libgcrypt may allow access to other different algorithms inside libgcrypt.
#
#Always run this command on the GnuPG directory to ensure proper ownership and permissions: "sudo chmod -R 700 ~/.gnupg && sudo chown -R $USER:$GROUP ~/.gnupg".
#General Warning 1: Avoid metadata leaks.
#General Warning 2: Manually change system-time, use tools that spoof system-time, or use faked-system-time before generating keys.
#General Warning 3: When generating keys, set the Master Key to (C)ERTIFY only, and similarly, give only one flag (E, S, A) to each of the subkeys.

##ENCRYPTION PREFERENCES##
#All initial preferences and features placed inside keys which will also apply to any additional generated subkeys as long as the preferences in this file are given.
#Key recipients see these preferences.
#To keep only the basic features: default-preference-list MDC NO-KS-MODIFY
#To remove all preferences and features from a key: default-preference-list NO-MDC KS-MODIFY
#For a realistic and compatibility-aware statement: default-preference-list AES256 CAMELLIA256 TWOFISH CAMELLIA192 AES192 CAMELLIA128 CAST5 IDEA AES128 3DES BLOWFISH SHA512 SHA384 SHA256 SHA224 RIPEMD160 SHA1 BZIP2 ZLIB ZIP UNCOMPRESSED MDC NO-KS-MODIFY
default-preference-list MDC NO-KS-MODIFY
#
#The hash algorithm used in the key-signing/certification of oneself's keys and others' keys.
cert-digest-algo SHA512
#
#Symmetric and asymmetric encryption preferences that get reconciled with recipients' preferences.
personal-cipher-preferences AES256 CAMELLIA256 TWOFISH
personal-digest-preferences SHA512
personal-compress-preferences BZIP2 ZLIB ZIP UNCOMPRESSED
#
#Encryption settings that override recipients' preferences and all other preferences in this file.
#Must change as needed and regularly to increase security.
cipher-algo CAMELLIA256
s2k-cipher-algo CAMELLIA256
digest-algo SHA512
s2k-digest-algo SHA512
s2k-mode 3
s2k-count 100000000
force-mdc

##COMPRESSION PREFERENCES##
#Compression settings that override recipients' preferences and all other preferences in this file.
#Must change as needed and regularly to increase security.
compress-algo BZIP2
compress-level 9
bzip2-compress-level 9

##WEB OF TRUST##
#Key-signing/certification general settings for oneself's keys and others' keys.
#The level of trust to assign other people's keys
trust-model pgp
default-cert-level 0
#ask-cert-level
min-cert-level 1
completes-needed 1
marginals-needed 2
max-cert-depth 5
#Signatures, by default, are set not to expire. This can now be changed for each individual signature. Use 0 as a policy.
ask-cert-expire
ask-sig-expire
#default-sig-expire 0
#default-cert-expire 0

##METADATA REMOVAL##
#Do not place the GnuPG version or any comments in your data.
no-emit-version
no-comments
#
#throw-keyids is similar to the --hidden-recipient option but works on all keyids at once. It blocks GnuPG from emitting the keyid on an encrypted packet.
#This makes it difficult but not impossible for someone to deduct the properties of the public-key being used to encrypt a file. Keep changing the public-key to guarantee high secrecy.
#The throw-keyids option does not work on signatures and GnuPG does not hide the keyid in a standalone signature.
#One can Encrypt and Sign together to hide the signature packet under the encryption packet.
#Use available options to specify the secret-key to decrypt with when receiving encrypted files without a keyid. Otherwise, wait for GnuPG to try all secret-keys.
throw-keyids
#
#for-your-eyes-only overrides --set-filename and forces recipients to pick an output filename and extension.
#Use --set-filename fakeFilename.ext if needed.
for-your-eyes-only
no-use-embedded-filename
#
#ignore-time-conflict overrides prompts regarding timing that occur due to manual time modifications.
ignore-time-conflict
#Manually give --faked-system-time 20070924T154812 to GnuPG if it allows. Remove the comment hashtag below to set a faked-system-time but keep changing it to evade identification.
#faked-system-time 20070924T154812

##RUNTIME##
no-greeting
expert
interactive
enable-progress-filter
keyid-format 0xLONG
fingerprint
fingerprint
with-fingerprint
with-fingerprint
verbose
verbose
verbose
verbose
verbose
verbose
verbose
verbose
verbose
verbose
#
#If gpg-agent is non-functional, change the key daemon to the built-in key daemon in Gnome.
#agent-program gnome-keyring-daemon
#
#Cautiousness settings for when looking at or using keys.
list-options show-photos show-policy-urls show-notations show-std-notations show-user-notations show-keyserver-urls show-uid-validity show-unusable-uids show-unusable-subkeys show-keyring show-sig-expire show-sig-subpackets
#Add show-usage to list-options when the option becomes available in GnuPG.
verify-options show-photos show-policy-urls show-notations show-std-notations show-user-notations show-keyserver-urls show-uid-validity show-unusable-uids no-show-primary-uid-only no-pka-lookups no-pka-trust-increase
auto-check-trustdb

##KEYSERVERS##
#Only use keyservers behind a system with blanket internet traffic Onion Routing because keyservers can reveal communication networks.
#Only use the trusted keyservers designated in the gpg.conf file.
#Change to a completely new Onion Routing circuit before and after any communication with keyservers, like refreshing keys. searching for keys, or retrieving keys.
#
#Keyservers used.
#Trusted keyserver for inside-GnuPG access: hkps://hkps.pool.sks-keyservers.net.
#Trusted keyserver for outside-GnuPG website access: https://sks-keyservers.net.
#Trusted email-verified keyserver for manual key transfer through website: https://keyserver.pgp.com.
#All keyserver certificates, including websites' public-key certificates, should be placed under the ~/.gnupg/Keyservers_Certificates directory and used to verify keyservers' authenticity upon each connection that is made.
#To activate the trusted keyserver, remove the two comment-hastags below.
#keyserver-options ca-cert-file=~/.gnupg/Keyservers_Certificates/sks-keyservers.netCA.pem
#keyserver hkps://hkps.pool.sks-keyservers.net
#
#Keyserver connection settings that help mitigate leakage threats when a connection to a keyserver is made.
no-auto-key-locate
keyserver-options no-try-dns-srv no-auto-key-retrieve no-honor-keyserver-url no-honor-pka-record include-revoked include-disabled include-subkeys check-cert
keyserver-options verbose verbose verbose verbose verbose verbose verbose verbose verbose verbose
keyserver-options timeout 10
#
#To manually use a keyserver with an Onion Routing SOCKS5 Proxy on Port 9050, remove the comment-hastag below. Change the port number if needed.
#Warning: Blanket Onion Routing of the whole OS is better. This setting overrides the "http_proxy" environment variable, if any.
#keyserver-options http-proxy=socks5h://127.0.0.1:9050

gpgsm.conf

#This controls dirmngr and gpgsm, both of which are certificate managers connected to GnuPG-2.
#One may accidentally or purposefully connect to keyservers and leak data, so it is necessary to clean the connection as much as possible.
#Check for reasons behind errors via --debug-all --debug-level guru.

#Security precautions to neutralize protocols that can leak information.
disable-ldap
ignore-ldap-dp
disable-crl-checks
disable-policy-checks
disable-trusted-cert-crl-check
#disable-http
#ignore-http-dp

#Proxy settings. Try to stay behind a system with blanket internet traffic Onion Routing.
honor-http-proxy
#http-proxy host[:port]
#ldap-proxy host[:port]
#
#To manually use a keyserver with an Onion Routing SOCKS5 Proxy on Port 9050. Change the port number if needed. Blanket Onion Routing of the whole OS is better.
#The use of this option overrides the environment variable http_proxy regardless whether --honor-http-proxy has been set.
#http-proxy=socks5h://127.0.0.1:9050

#Runtime preferences.
verbose
verbose
verbose
verbose
verbose
verbose
verbose
verbose
verbose
verbose

#Note about OSCP (Online Certificate Status Protocol) from inside the GnuPG manual.
#--allow-ocsp
#This option enables OCSP support if requested by the client.
#OCSP requests are rejected by default because they may violate the privacy of the user; for example it is possible to track the time when a user is reading a mail.
disable-ocsp

#Manually give --faked-system-time 20070924T154812 to GnuPG if it allows. Remove the comment-hastag below to set a constant faked-system-time but keep changing it to evade identification.
#This option is generally not necessary for use with GPGSM.
#faked-system-time 20070924T154812