Allsvenskan Qualification stats & predictions

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Understanding the Allsvenskan Qualification in Sweden

The Allsvenskan is the premier football league in Sweden, and qualifying for it is a coveted goal for many clubs. Each season, teams from lower divisions vie for a spot in this prestigious league through a rigorous qualification process. This process not only determines who gets to compete at the highest level but also sets the stage for exciting matches that captivate football enthusiasts across Sweden and beyond.

The qualification matches are held at the end of each season, where teams from Division 1 and Superettan compete for two spots in the Allsvenskan. These matches are crucial as they decide which teams will have the opportunity to play against the best in Swedish football.

No football matches found matching your criteria.

Expert Betting Predictions: A Deep Dive

For fans and bettors alike, expert predictions provide invaluable insights into upcoming matches. These predictions are based on comprehensive analyses of team performances, player statistics, historical data, and current form. By understanding these factors, bettors can make informed decisions and increase their chances of success.

Factors Influencing Betting Predictions

Team Form: The recent performance of a team is a strong indicator of their potential success in upcoming matches. Teams on a winning streak are often favored by bookmakers.
Head-to-Head Records: Historical matchups between teams can provide insights into their competitive dynamics. Some teams consistently perform better against certain opponents.
Injuries and Suspensions: The absence of key players due to injuries or suspensions can significantly impact a team's performance.
Tactical Analysis: Understanding the tactical approach of both teams can reveal potential advantages or weaknesses that could influence the outcome of a match.

Daily Updates: Stay Informed with Fresh Matches

The dynamic nature of football means that situations can change rapidly. To keep up with the latest developments, daily updates on match results and expert predictions are essential. These updates ensure that fans and bettors have access to the most current information, allowing them to adjust their strategies accordingly.

The Importance of Real-Time Information

Match Results: Knowing the outcomes of previous matches helps in assessing team morale and momentum.
Squad Changes: Last-minute changes to line-ups due to injuries or tactical decisions can alter predictions.
Betting Odds Fluctuations: Monitoring changes in betting odds provides insights into market sentiment and potential value bets.

Analyzing Key Matches: Case Studies

Match Analysis: Division 1 vs Superettan

This section delves into specific matches between Division 1 and Superettan teams. By examining these encounters, we can identify patterns and factors that contribute to successful outcomes.

Tactical Breakdowns

Tactic A vs Tactic B: Analyzing how different tactical approaches clash on the pitch provides insights into potential match outcomes.
Possession Statistics: Understanding possession dynamics helps predict which team might control the game flow.
Creative Playmakers: Identifying key players who drive attacks can highlight potential game-changers.

Prediction Models

Data-Driven Insights: Utilizing statistical models to forecast match results based on historical data and current trends.
Sentiment Analysis: Gauging public sentiment through social media and expert commentary to inform predictions.

In-Depth Player Analysis

Focusing on individual player performances offers another layer of insight into match predictions. By evaluating key players' form, fitness levels, and impact on past games, we can better anticipate their influence on upcoming fixtures.

Evaluating Top Performers

Goleadores (Top Scorers): Analyzing goal-scoring trends helps identify likely candidates for decisive goals in crucial matches.
Midfield Maestros: Assessing midfielders' ability to control play and create scoring opportunities is vital for predicting game flow.

Injury Impact Assessment

Evaluating how injuries affect team dynamics and individual performances is crucial for accurate predictions.

The Role of Weather Conditions

Weather conditions play a significant role in football matches, influencing everything from pitch conditions to player stamina. By considering weather forecasts alongside other factors, we gain a more comprehensive view of what might transpire during qualification games.

Windy Conditions:
The impact of wind speed on ball trajectory can alter passing accuracy and shooting precision.

Betting Strategies: Maximizing Your Potential Returns

To succeed in betting on Allsvenskan qualification matches, developing effective strategies is essential. Here are some approaches that seasoned bettors employ:

Value Betting:
Identify bets where you believe your assessment gives you an edge over bookmaker odds.

Bankroll Management:
Allocate funds wisely across different bets to mitigate risks while maximizing returns.

Odds Fluctuation Monitoring:
Keep track of changing odds as they may indicate shifts in market sentiment or new information.

Leveraging Technology: Tools & Platforms for Better Predictions
<|repo_name|>HackerEarth/learning-paths<|file_sep|>/_REPO/GITHUB/docs/content/enterprise/admin/guides/installation/configuring-a-highly-available-mysql-cluster/index.md --- title: Configuring a highly available MySQL cluster shortTitle: Highly available MySQL cluster intro: 'You must configure your MySQL servers as part of an active/passive high availability cluster before installing {% data variables.product.prodname_ghe_server %}.' redirect_from: - /enterprise/admin/guides/installation/configuring-a-highly-available-mysql-cluster/ versions: ghes: '' type: how_to topics: - Enterprise --- {% warning %} Warning about using MySQL We strongly recommend using PostgreSQL instead of MySQL because: PostgreSQL supports JSON storage natively. * PostgreSQL has better performance than MySQL when running large queries. * PostgreSQL supports extensions such as pg_trgm that allow full-text search. {% endwarning %} ## Configuring an active/passive MySQL cluster {% data reusables.enterprise_installation.determine-cluster-size %} ### Prerequisites Before configuring your MySQL servers as part of an active/passive high availability cluster: * You must install two identical instances running compatible versions (for example v5.6.x) across two hosts. * You must configure all nodes with identical `my.cnf` settings except those listed below. * You must disable binary logging (`log-bin`) by adding `log-bin = ''` under `[mysqld]` section. * You must disable all replication related options (`server-id`, `master-info-repository`, `relay-log-info-repository`, `gtid-mode`, `enforce-gtid-consistency`, etc.). ### Configure node one {% data reusables.enterprise_installation.configure-master-node %} * Name this node `master`. * Configure this node as follows: ini [mysqld] log-bin=mysql-bin server-id=1 master-info-repository=TABLE relay-log-info-repository=TABLE binlog-format=MIXED default-storage-engine=innodb innodb_file_per_table=1 innodb_flush_method=O_DIRECT # Set this value according to your hardware configuration. innodb_log_file_size=256M # Adjust depending on expected workload. innodb_buffer_pool_size=20G # Use this setting if you expect low replication traffic. max_binlog_size=100M [mysqldump] quick max_allowed_packet = huge_value_here ### Configure node two {% data reusables.enterprise_installation.configure-slave-node %} * Name this node `slave`. * Configure this node as follows: ini [mysqld] log-bin=mysql-bin server-id=2 master-info-repository=TABLE relay-log-info-repository=TABLE binlog-format=MIXED default-storage-engine=innodb innodb_file_per_table=1 innodb_flush_method=O_DIRECT # Set this value according to your hardware configuration. innodb_log_file_size=256M # Adjust depending on expected workload. innodb_buffer_pool_size=20G # Use this setting if you expect low replication traffic. max_binlog_size=100M [mysqldump] quick max_allowed_packet = huge_value_here ### Start replication from master node (node one) Run these commands at your terminal prompt: shell $ mysql -u root -e "CREATE USER 'repl'@'%' IDENTIFIED BY 'password';" $ mysql -u root -e "GRANT REPLICATION SLAVE ON . TO 'repl'@'%';" $ mysql -u root -e "FLUSH PRIVILEGES;" $ mysqladmin --defaults-file=/etc/mysql/debian.cnf flush-privileges & $ mysqld_safe --defaults-file=/etc/mysql/debian.cnf & $ mysqladmin --defaults-file=/etc/mysql/debian.cnf ping & sleep infinity & $ mysqladmin --defaults-file=/etc/mysql/debian.cnf status & sleep infinity & ### Start replication from slave node (node two) Run these commands at your terminal prompt: shell $ mysqld_safe --defaults-file=/etc/mysql/debian.cnf & $ mysqladmin --defaults-file=/etc/mysql/debian.cnf flush-privileges & $ mysqladmin --defaults-file=/etc/mysql/debian.cnf ping & sleep infinity & $ mysqladmin --defaults-file=/etc/mysql/debian.cnf status & sleep infinity & ### Create database tables required by {% data variables.location.product_location %} At your terminal prompt run: shell mysql -u root -e "CREATE DATABASE IF NOT EXISTS ghe;" mysql -u root -e "CREATE DATABASE IF NOT EXISTS ghe_metadatadb;" mysql -u root -e "CREATE DATABASE IF NOT EXISTS ghe_rtr;" ### Make sure that both nodes have identical databases At your terminal prompt run: shell mysqlcheck --all-databases --auto-repair --check-upgrade | grep Warning && echo "WARNING! Database inconsistencies detected" || echo "OK" The output should be `OK`. If it contains any warnings about inconsistencies between databases across nodes then do not proceed until you resolve them. ### Stop both nodes At your terminal prompt run: shell mysqladmin --defaults-file=/etc/mysql/debian.cnf shutdown && exit && killall mysqld_safe && killall mysqld && killall mysqld-debug-server && killall mysqld_multi && killall mysql.server && pkill mysqld_safe && pkill mysqld && pkill mysqld-debug-server && pkill mysqld_multi && pkill mysql.server && ### Verify binary log files At your terminal prompt run: shell ls /var/lib/mysql/master/..* ls /var/lib/mysql/slave/..* You should see similar output like this (the actual file names will differ): shell /var/lib/mysql/master/bin-log.index /var/lib/mysql/master/bin-log.index~ /var/lib/mysql/master/bin-log.index /var/lib/mysql/master/bin-log.index~ /var/lib/mysql/master/ib_logfile0 /var/lib/mysql/master/ib_logfile1 /var/lib/mysql/slave/bin-log.index /var/lib/mysql/slave/bin-log.index~ /var/lib/mysql/slave/bin-log.index~~ /var/lib/mysql/slave/ib_logfile0 /var/lib/myslave/ib_logfile1 ## Configuring active/active MySQL cluster with automatic failover {#configuring-active-active-mysql-cluster-with-automatic-failover} If you want automatic failover without human intervention then use [MySQL Group Replication](https://dev.mysql.com/doc/refman/5.7/en/group-replication.html). It provides fault tolerance by allowing multiple instances within an HA group replicate among themselves synchronously so no single point-of-failure exists within such groups. To set up automatic failover using Group Replication follow these steps after configuring an active/passive high availability cluster described above. ### Enable Group Replication plugin At your terminal prompt run: shell mysql_upgrade --user=root --host=localhost --socket=/var/run/mysqld/mysqdl.sock --force && echo '[group_replication]' >> /etc/my.cnf.d/group_replication.cnf && echo 'plugin_load = group_replication.so' >> /etc/my.cnf.d/group_replication.cnf && systemctl restart mariadb.service && Then restart both nodes. ### Prepare group member configuration files Create `/var/run/mysqld/group_replication_group_members.csv` file with contents like below where `` refers hostname or IP address used internally by hosts running MariaDB servers inside group members list : For Node One (Master): csv ,3306,"MASTER","ACTIVE","VOTER",true,"192.168.xxx.xxx",false,true,"192.168.xxx.xxx",true,"192.168.xxx.xxx",false,true,"192.168.xxx.xxx",true,false,false,false,false,true,true, For Node Two (Slave): csv ,3306,"SLAVE","PASSIVE","VOTER",true,"192.168.xxx.yyy",false,true,"192.168.xxx.yyy",true,"192.168.xxx.yyy",false,true,"192.168.xxx.yyy",true,false,false,false,false,true,true, Note that second column specifies port number used by MariaDB instance inside group member list . Third column specifies role assigned initially during setup phase i.e either MASTER or SLAVE depending upon whether host acts primarily as leader/follower respectively . Fourth column specifies state assigned initially during setup phase i.e either ACTIVE/PASSIVE depending upon whether host acts primarily responsible taking writes/receiving them respectively . Fifth column specifies voting rights assigned initially during setup phase i.e either VOTER/NON_VOTER depending upon whether host participates decision making process regarding leadership elections etc.. Sixth column specifies whether host participates decision making process regarding leadership elections etc.. Seventh column specifies IP address used internally by hosts running MariaDB servers inside group members list . Eighth column specifies whether host participates decision making process regarding membership changes etc.. Ninth column specifies IP address used internally by hosts running MariaDB servers inside group members list . Tenth column specifies whether host participates decision making process regarding membership changes etc.. Eleventh column specifies IP address used internally by hosts running MariaDB servers inside group members list . Twelfth column specifies whether host participates decision making process regarding membership changes etc.. Thirteenth column specifies IP address used internally by hosts running MariaDB servers inside group members list . Fourteenth column specifies whether host participates decision making process regarding membership changes etc.. Now start both nodes again using following command : shell systemctl restart mariadb.service && Verify if all nodes started successfully : shell systemctl status mariadb.service | grep Active | cut -d ":" -f2 | xargs echo OK || echo WARNING! Output should be `OK`. If it contains any warnings then do not proceed until you resolve them. Next enable auto failover feature provided by Group Replication plugin : Add following lines at bottom `/etc/my.cnf.d/group_replication.conf` file : On Master Node : ini [mysqld] group_replication_local_address=":33061" group_replication_group_seeds=":33061,:33061" group_replication_bootstrap_group=true [group_replication] group_name='aaaaaaaa-bbbb-cccc-dddd-eeeeeeeeeeee' [client] default-character-set=utf8mb4 [mysql] default-character-set=utf8mb4 On Slave Node : ini [mysql] default-character-set=utf8mb4 [client] default-character-set=utf8mb4 [mysqd] group_replication_local_address=":33061" group_replication_group_seeds=":33061,:33061" [group_repliation] group_name='aaaaaaaa-bbbb-cccc-dddd-eeeeeeeeeeee' Note : Replace `` with hostname/IP address corresponding second member listed previously . Now restart both nodes again using following command : On Master Node : shell systemctl restart mariadb.service && mariabackup --backup-dir="/backup/dir/" && mariabackup --prepare-backup-dir="/backup/dir/" && mariabackup --copy-back="/backup/dir/" && mariabackup --remove-backup-dir="/backup/dir/" && echo "[galera]" >> /etc/my.cnf.d/galera.conf && echo "wsrep_cluster_address=gcomm://" >> /etc/my.cnf.d/galera.conf && echo "[client]" >> /etc/my.cnf.d/galera.conf && echo "default-character-set=utf8mb4" >> /etc/my.cnf.d/galera.conf && echo "[galera]" >> /etc/my.cnf.d/galera.conf && echo "binlog_format=row" >> /etc/my.cnf.galera.conf && systemctl restart mariadb.service && gcs_authenticate() { local username="$1" local password="$2" local response=$(curl https://api.github.com/user/repos?access_token=${GITHUB_TOKEN} ) local repo_names=$(echo "${response}" | jq '.[] | select(.full_name == "'${username}'/${repo}')') } gcs_authorize() { local username="$1" local repo="$2" } gcs_unauthorize() { local username="$1" local repo="$2" } gcs_get_usernames() { curl https://api.github.com/users/${GITHUB_USER}/repos?access_token=${GITHUB_TOKEN} | jq '.[] | select(.full_name != null) | .full_name' } gcs_get_username_for_repo() { local repo="${1}" curl https://api.github.com/repos/${repo}?access_token=${GITHUB_TOKEN} | jq '.owner.login' } gcs_get_repo_names_for_username() { local username="${1}" curl https://api.github.com/users/${username}/repos?access_token=${GITHUB_TOKEN} | jq '.[] | select(.full_name != null) | .full_name' } gcs_get_repo_info() { local repo="${1}" curl https://api.github.com/repos/${repo}?access_token=${GITHUB_TOKEN} | jq '.clone_url' } gcs_get_ssh_key() { local username="${1}" curl https://api.github.com/users/${username}/keys?access_token=${GITHUB_TOKEN} | jq '.[] | select(.key != null) | .key' } gcs_create_repo() { local name="${1}" local description="${2:-""}" curl https://api.github.com/user/repos?access_token=${GITHUB_TOKEN} - -H 'Content-Type: application/json' - -d "{"name": "${name}", "description": "${description}"}" | jq . } gcs_delete_repo() { local name="${1}" curl https://api.github.com/repos/${USER}/${name}?access_token=${GITHUB_TOKEN} - -H 'Content-Type: application/json' - -X DELETE | jq . } if ! gcs_authenticate "$USERNAME" "$PASSWORD"; then echo >&2 "* Failed authentication."; return; fi; if ! gcs_authorize "$USERNAME" "$REPO"; then echo >&2 "* Failed authorization."; return; fi; REPO_URL=$(gcs_get_repo_info "$REPO") SSH_KEY=$(gcs_get_ssh_key "$USERNAME") if [[ $? != "0" ]]; then echo >&2 "* Failed fetching SSH key."; return; fi; ssh-keygen -R "${HOSTNAME}" > "/dev/null"; ssh-keyscan "${HOSTNAME}" > "/tmp/id_rsa.pub"; cat "/tmp/id_rsa.pub" >> "/home/$USERNAME/.ssh/authorized_keys"; rm "/tmp/id_rsa.pub"; ssh-keygen -R "${HOSTNAME}" > "/dev/null"; if [[ $? != "0" ]]; then echo >&2 "* Failed adding SSH key."; return; fi; git clone "${REPO_URL}" "./${REPO}"; cd "./${REPO}"; git config user.email "" git config user.name "" git remote add origin [email protected]:${USERNAME}/${REPO}.git; git add . git commit "-m "Initial commit""; git push origin master; fi; now wait until both nodes report healthy status : while true ; do sleep $((RANDOM%10+5)) ; check_myslave_health_status="$(mariadb-shell <<-EOFMYSQLSHOW STATUS LIKE 'wsrep_cluster_status'nEOFMYSQL)" ; if [[ ${check_myslave_health_status,,} =~ ^(healthy|primary)$ ]] ; then break ; else continue ; fi ; done ; now start automatic failover feature : for ((i =0;i<10;i++)); do sleep $((RANDOM%10+5)) ; check_myslave_health_status="$(mariadb-shell <<-EOFMYSQLSHOW STATUS LIKE 'wsrep_cluster_status'nEOFMYSQL)" ; if [[ ${check_myslave_health_status,,} =~ ^(healthy|primary)$ ]] ; then break ; else continue ; fi ; done ; on slave node : for ((i =0;i<10;i++)); do sleep $((RANDOM%10+5)) ; check_myslave_health_status="$(mariadb-shell <<-EOFMYSQLSHOW STATUS LIKE 'wsrep_cluster_status'nEOFMYSQL)" ; if [[ ${check_myslave_health_status,,} =~ ^(healthy|secondary)$ ]] ; then break ; else continue ; fi ; done ; verify if automatic failover works correctly : for ((i =0;i<10;i++)); do sleep $((RANDOM%10+5)) ; check_master_node="$(mariadb-shell <<-EOFMYSQLSELECT @@global.server_id AS server_idnEOFMYSQL)" ; check_slave_node="$(mariadb-shell <<-EOFMYSQLSELECT @@global.server_id AS server_idnEOFMYSQL)" ; if [[ ${check_master_node,,} =~ ^((?!slave).)$ ]] || [[ ${check_slave_node,,} =~ ^((?!master).)$ ]] ; then break ; else continue ; fi ; done ; restart both nodes again : systemctl restart mariadb.service &| sleep infinity & systemctl status mariadb.service | grep Active | cut d ":" f2 | xargs echo OK || echo WARNING! start automatic failover feature : for ((i =0;i<10;i++)); do sleep $((RANDOM%10+5)) ; check_master_node="$(mariabd-shell <<-EOFMYSQLSHOW STATUS LIKE 'wsrep_cluster_state_uuid'nEOFMYSQL)" ; check_slave_node="$(mariabd-shell <<-EOFMYSQLSHOW STATUS LIKE 'wsrep_cluster_state_uuid'nEOFMYSQL)" ; if [[ ${check_master_node,,} =~ ^((?!slave).)$ ]] || [[ ${check_slave_node,,} =~ ^((?!master).)$ ]] ; then break ; else continue ; fi ; done ; on slave node : for ((i =0;i<10;i++)); do sleep $((RANDOM%10+5)) ; check_master_node="$(mariabd-shell <<-EOFMYSQLSHOW STATUS LIKE 'wsrep_cluster_state_uuid'nEOFMYSQL)" ; check_slave_node="$(mariabd-shell <<-EOFMYSQLSHOW STATUS LIKE 'wsrep_cluster_state_uuid'nEOFMYSQL)" ; if [[ ${check_master_node,,} =~ ^((?!slave).)$ ]] || [[ ${check_slave_node,,} =~ ^((?!master).)$ ]] ; then break ; else continue ; fi ; done ; verify if automatic failover works correctly : for ((i =0;i<10;i++)); do sleep $((RANDOM%10+5)) ; status_of_all_nodes_in_group="$(mariabd-shell <<-EOFMYSQLSELECT @@global.wsrep_local_state_comment AS statenFROM INFORMATION_SCHEMA.GLOBAL_STATUSnWHERE VARIABLE_NAME='wsrep_local_state_comment'nGROUP BY statenORDER BY count() DESC;n)n") EOFMARIA; status_of_all_nodes_in_group_sorted_by_count_descending_order="$(printf '%sn' "${status_of_all_nodes_in_group}")" number_of_active_nodes="$(printf '%sn' "${status_of_all_nodes_in_group_sorted_by_count_descending_order}" | grep '^ACTIVEs$' | wc | awk '{print $1}')" number_of_passive_nodes="$(printf '%sn' "${status_of_all_nodes_in_group_sorted_by_count_descending_order}" | grep '^PASSIVEs$' | wc | awk '{print $1}')" number_of_non_voter_nodes="$(printf '%sn' "${status_of_all_nodes_in_group_sorted_by_count_descending_order}" | grep '^NON_VOTERs$'| wc | awk '{print $1}')" total_number_of_nodes=$(printf '%sn%s%sn%d%d%dn%d+%d+%d=%d\n\n\n\n\n\n\n\t\ttttttttttttsystemctl status mariabd.service|grep Active|cut d ":" fne|xargs echo OK||echo WARNING!ttttttt\t\t\t\t\t\t\t\t\t\t\tif ["${number_of_active_nodes}" == ""${total_number_of_nodes}"] && ["${number_of_passive_nodes}" == ""${total_number_of_nodes}"] && ["${number_of_non_voter_nodse}" == ""${total_number_of_nodse}"];thenbreakelsecontinuefi;ndone;nsystemctl restart mariahd.service;&sleep infinity&)"; verify if automatic failover works correctly : for ((i =0;i<10;i++)); do sleep $((RANDOM%10+5)) ; status=$(printf '%sn%s%s%s%s%s%s%n%d+d+d+d=d%n%n%n%n%n%n%n'n \ '"'"'"'"'"'"'"'"'"'"''"${status}'"'')' count=$(printf '%s\nn'd \'$'{count}'') if [[ ${{count}} == ${{total}} ]];thenbreakelsecontinuefi; done; ## References {#references} * [MySQL Group Replication](https://dev.mysql.com/doc/refman/5.7/en/group-replication.html) * [MariaDB Documentation](https://mariadb.org/documentation/) * [MySQL Cluster Documentation](https://dev.mysql.com/doc/refman/8.0/en/nodes-and-groups.html) ckType::NotImplemented); } /// @brief Retrieves device-specific properties associated with this interface. /// /// @return A pointer containing device-specific properties associated with this interface. virtual const struct InterfaceProperties* GetInterfaceProperties(void) const override final { return m_pInterfaceProperties.get(); } /// @brief Retrieves device-specific properties associated with this interface. /// /// @return A pointer containing device-specific properties associated with this interface. virtual struct InterfaceProperties* GetInterfaceProperties(void) override final { return m_pInterfaceProperties.get(); } #if defined(_MSC_VER) #pragma endregion // Public Methods #pragma region Private Methods #endif // defined(_MSC_VER) #if defined(clang) #pragma mark - #pragma mark Private Methods #endif // defined(clang) #if defined(_MSC_VER) #pragma region Private Methods #endif // defined(_MSC_VER) /// @brief Destructor method called when object goes out-of-scope. ~CoreAudioDeviceIOObject(void); #if defined(_MSC_VER) #pragma endregion // Private Methods #pragma region Private Member Variables #endif // defined(_MSC_VER) #if defined(clang) #pragma mark - #pragma mark Private Member Variables #endif // defined(clang) #if defined(_MSC_VER) #pragma region Private Member Variables #endif // defined(_MSC_VER) /// @brief Device ID string identifying device being accessed via Core Audio APIs. std::string m_DeviceIDString; /// @brief Reference-counted pointer referencing Interface Properties associated with device being accessed via Core Audio APIs. std::shared_ptr m_pInterfaceProperties; }; #if defined(_MSC_VER) #pragma endregion // Class Definitions #else }; #endif // _MSC_VER }; /* namespace DAW / }; / namespace DVSAPI / }; / namespace DJI / #endif / __DAW_DVSAPI_CoreAudioDeviceIOObject_hpp__ / <|repo_name|>DJI-Mobile/DJISDK-iOS-SampleCode-AirSDKv6_9_40_iOS14_Xcode12_6<|file_sep#!/bin/bash function print_help() { cat << EOF Usage: ./build.sh [-c|--clean] [-b|--build] Options: -c|--clean Clean build directories before building project(s). -b|--build Build project(s). Example: ./build.sh Build all projects without cleaning build directories first ./build.sh clean build Clean build directories before building project(s). Note: If no option is specified (-c|-b), script will assume option "-b". EOF } function clean_build_dir() { echo "" echo "" echo "" echo "" echo "" echo "" echo "" echo "" rm ./Build/ rm ./Build/**/* rm ./Build///* rm ./Build///**/* mkdir ./Build/iOS/ mkdir ./Build/iOS/AirSDK/ mkdir ./Build/iOS/AirSDK/Framework/ mkdir ./Build/iOS/AirSDK/Framework/DJI_AirSDK.framework/ mkdir ./Build/iOS/AirSDK/Framework/DJI_AirSDK.framework/Versions/ mkdir ./Build/iOS/AirSDK/Framework/DJI_AirSDK.framework/Versions/A/ mkdir ./Build/iOS/AirSDK/Framework/DJI_AirSDK.framework/Versions/A/Resources/ cp ../../../../iOS/SampleCode/Pods/Pods.xcconfig ./Pods.xcconfig } function build_project() { cd ../../../../iOS/SampleCode/Pods/ xcodebuild clean build CONFIGURATION_BUILD_DIR=./../Pods/build CONFIGURATION_TEMP_DIR=./../Pods/build OBJROOT=./../Pods/build SYMROOT=./../Pods/build OTHER_CODE_SIGN_FLAGS="-sentitlements embed_and_sign_asset_catalog_resources_entitlement.plist" OTHER_LDFLAGS="-framework DJI_AirSDK" cd ../../../../iOS/SampleCode/Pods/ cp Pods.xcconfig ../../../../iOS/SampleCode/Pods/Pods.xcconfig cd ../../../../iOS/SampleCode/ xcodebuild clean build CONFIGURATION_BUILD_DIR=./../../../AirSDK_iOS_Build/build CONFIGURATION_TEMP_DIR=./../../../AirSDK_iOS_Build/build OBJROOT=./../../../AirSDK_iOS_Build/build SYMROOT=./../../../AirSDK_iOS_Build/build OTHER_CODE_SIGN_FLAGS="-sentitlements embed_and_sign_asset_catalog_resources_entitlement.plist" cd ../../../../AirSDK_iOS_Build/ cp Pods.xcconfig ../Pods.xcconfig mv AirsdkDemoApp.app ../iOS/SampleCode/Airdemoapp.app mv DJI_AIR_SDK.framework ../iOS/SampleCode/Framework/DJI_AIR_SDK.framework cp DJI_AIR_SDK.framework/DJI_AIR_SDK ../Framework/DJI_AIR_SDK.framework/Versions/A/ cp Resources/*.png ../Framework/DJI_AIR_SDK.framework/Versions/A/Resources/ cd ../SampleCode/ xcodebuild clean build CONFIGURATION_BUILD_DIR=./../../../AirsdkDemoApp_build CONFIGURATION_TEMP_DIR=./../../../AirsdkDemoApp_build OBJROOT=./../../../AirsdkDemoApp_build SYMROOT=./../../../AirsdkDemoApp_build OTHER_CODE_SIGN_FLAGS="-sentitlements embed_and_sign_asset_catalog_resources_entitlement.plist" cd ../../../ } function main() { if [ $# == "" ];then build_project else while getopts ":cb:h?" opt;do case $opt in c ) clean_build_dir;; b ) build_project;; h ) print_help;; ? ) print_help;; esac done fi } main "$@" exit $?

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